· Technical manual Fire-stop | Edition June 2012 Page 1 Products, approvals and applications page...

Technical manual Fire-stop | Edition June 2012

Products, approvals and applications page 2

Firestop acrylic sealant CFS-S ACR page 10

Firestop silicone sealant CFS-S SIL page 16

Firestop intumescent sealant CFS-IS page 28

Firestop intumescent foam CFS-F FX page 34

Firestop collars CFS-C and CFS-C P page 46

Firestop intumescent wrap CFS-W SG and EL page 54

Firestop bandage CFS-B page 62

Firestop cushion CFS-CU page 68

Firestop mortar CFS-M page 74

Firestop coating and board CFS-CT and CFS-CT B page 88

Firestop block CP 657-EN page 104

Firestop spray CFS-SP page 110

Firestop plug CP 658 page 114

Putty pad CP 617 page 115

Cable sealant CP 678 page 116

Content


ApplicationsOther characteristicsSupport Joints Penetration element

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Linear joints - Products under European Technical Agreement

Firestop silicone sealant CFS-S SIL ● ● ● ● ● ●

Y2

(-5°C/+70°C)B s2 d1

Firestop acrylic sealant CFS-S ACR ● ● ● ● ● ● ●

X

(-20°C/+70°C)D s1 d0

Penetration seal - Products under European Technical Agreement

Firestop intumescent sealant CFS-IS

● ● ● ● ●Y2

(-5°C/+70°C)E

Firestop intumescent foam CFS-F FX

● ● ● ● ● ● ● ●Y2

(-5°C/+70°C)E

Firestop collar CFS-C ● ● ● ● ● ● Z2 F

Firestop collar CFS-C P ● ● ● ● ● ● Z2 E

Firestop intumescent wrap CFS-W SG and EL

● ● ● ●Y2

(-5°C/+70°C)E

Firestop bandage CFS-B ● ● ● ● Z2 E

Firestop cushion CFS-CU ● ● ● ● ● ● ● Z2 B s1 d0

Firestop mortar CFS-M RG ● ● ● ● ● ● ● ●

Y1

(-5°C/+70°C)A1

Firestop coating CFS-CT and board CFS-CT B

● ● ● ● ● ● ● ●Y1

(-5°C/+70°C)A1

Firestop block CP 657-EN ● ● ● Z2 E

Curtain wall - Products under European Technical Agreement

Firestop spray CFS-SP ● ● ●

Y1

(-20C/+70°C)E

Penetration seal - Products with national classification report

Firestop plug CP 658 ● ● ● ● ● ● ● ●

Other products

Putty pad CP 617 ● ●

Cable sealant CP 678 ●

Hilti firestop products selector

Hilti firestop products


Products Reference Delivered on Valid until Delivered by

Products under European Technical Agreement

Firestop acrylic sealant CFS-S ACR ETA 10/0291 22/11/2010 21/11/2015 OIB (Austria)

Firestop silicone sealant CFS-S SIL

ETA 10/0292 22/11/2010 21/11/2015 OIB (Austria)

ETA 10/0389 22/11/2010 21/11/2015 OIB (Austria)

Firestop intumescent sealant CFS-IS ETA 10/406 22/02/2011 21/02/2016 OIB (Austria)

Firestop intumescent foam CFS-F FX

ETA 10/0109 31/05/2010 31/05/2015 SINTEF (Norway)

Firestop collar CFS-C ETA 10/0403 22/02/2011 21/02/2016 OIB (Austria)

Firestop collar CFS-C P ETA 10/0404 22/02/2011 21/02/2016 OIB (Austria)

Firestop intumescent wrap CFS-W SG and EL

ETA 10/0405 22/02/2011 21/02/2016 OIB (Austria)

Firestop bandage CFS-B ETA 10/0212 24/08/2010 24/08/2015 Warrington (UK)

Firestop cushion CFS-CU ETA 08/0213 11/04/2011 11/04/2016 Warrington (UK)

Firestop mortar CFS-M ETA 12/0101 30/04/2012 29/04/2017 OIB (Austria)

Firestop coating CFS-CT and board CFS-CT B

ETA 11/0428 14/03/2012 13/03/2017 SITAC (Sweden)

ETA 11/0429 14/03/2012 13/03/2017 SITAC (Sweden)

Firestop block CP 657-EN ETA 11/0238 22/11/2011 24/01/2016 OIB (Austria)

Firestop spray CFS-SP ETA 11/0343 26/09/2011 25/09/2016 OIB (Austria)

Produits avec procès verbal de classement national

Bouchon coupe-feu CP 658

PV 95-P-511 30/11/1995 01/04/2012 EFECTIS (France)

PV 96-P-145 25/03/1996 01/04/2012 EFECTIS (France)

PV 97-F-296 03/07/1997 01/04/2012 EFECTIS (France)

List of approvals

List of approvals


Applications

Application SupportHilti Solution

ETA / reportEI 240 EI 180 EI 120 EI 90 EI 60

Electrical penetration elementCables Ø ≤ 21 mm Concrete Wall 100 CFS-IS CFS-IS 10/0406Cables Ø ≤ 21 mm Concrete wall 100 CFS-CT CFS-CT CFS-CT 11/0429Cables Ø ≤ 21 mm Concrete Wall 100 CP657-EN CP657-EN CP657-EN 11/0238Cables Ø ≤ 80 mm Concrete Wall 100 CFS-CU CFS-CU CFS-CU 08/0213Cables Ø ≤ 80 mm Concrete Wall 100 CP657-EN CP657-EN CP657-EN 11/0238Cables 21 ≤ Ø ≤ 80 mm Concrete Wall 100 CFS-IS CFS-IS CFS-IS 10/0406Cables 21 ≤ Ø ≤ 80 mm Concrete wall 100 CFS-CT CFS-CT CFS-CT 11/0429Non sheated cables Ø ≤ 24 mm Concrete Wall 100 CFS-CU CFS-CU CFS-CU 08/0213Non sheated cables Ø ≤ 24 mm Concrete Wall 100 CFS-CT CFS-CT CFS-CT 11/0429Non sheated cables Ø ≤ 24 mm Concrete Wall 100 CP657-EN 11/0238Cables bundle Ø ≤ 80 mm Concrete Wall 100 CFS-IS CFS-IS CFS-IS 10/0406Cables bundle Ø ≤ 80 mm Concrete Wall 100 CFS-CU CFS-CU CFS-CU 08/0213Cables bundle Ø ≤ 80 mm Concrete Wall 100 CFS-CT CFS-CT CFS-CT 11/0429Metallic conduit Ø ≤ 15 mm Concrete Wall 100 CP657-EN CP657-EN CP657-EN 11/0238Metallic conduit Ø ≤ 16 mm Concrete Wall 100 CFS-IS CFS-IS CFS-IS 10/0406Metallic conduit Ø ≤ 16 mm Concrete Wall 100 CFS-CU CFS-CU CFS-CU 08/0213Metallic conduit Ø ≤ 16 mm Concrete Wall 100 CFS-CT CFS-CT CFS-CT 11/0429Plastic conduits Ø ≤ 16 mm Concrete Wall 100 CFS-CU CFS-CU CFS-CU 08/0213Plastic conduits Ø ≤ 16 mm Concrete Wall 100 CFS-CT CFS-CT CFS-CT 11/0429Plastic conduits Ø ≤ 20 mm Concrete Wall 100 CP657-EN CP657-EN CP657-EN 11/0238Plastic conduits Ø ≤ 32 mm Concrete Wall 100 CFS-IS CFS-IS CFS-IS 10/0406Cables Ø ≤ 21 mm Concrete Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Cables 21 ≤ Ø ≤ 80 mm Concrete Wall 112 CFS-F FX CFS-F FX 10/0109Cables bundle Ø ≤ 80 mm Concrete Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Metallic conduit Ø ≤ 16 mm Concrete Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Plastic conduits Ø ≤ 16 mm Concrete Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Cables Ø ≤ 21 mm Concrete wall 150 CFS-M RG CFS-M RG CFS-M RG 12/0101Cables Ø ≤ 80 mm Concrete Wall 150 CFS-CU CFS-CU CFS-CU 08/0213Cables 21 ≤ Ø ≤ 80 mm Concrete wall 150 CFS-M RG CFS-M RG 12/0101Non sheated cables Ø ≤ 24 mm Concrete Wall 150 CFS-CU CFS-CU CFS-CU 08/0213Non sheated cables Ø ≤ 24 mm Concrete Wall 150 CFS-M RG CFS-M RG CFS-M RG 12/0101Cables bundle Ø ≤ 80 mm Concrete Wall 150 CFS-CU CFS-CU CFS-CU 08/0213Cables bundle Ø ≤ 80 mm Concrete Wall 150 CFS-M RG CFS-M RG 12/0101Metallic conduit Ø ≤ 16 mm Concrete Wall 150 CFS-M RG CFS-M RG CFS-M RG CFS-M RG 12/0101Metallic conduit Ø ≤ 16 mm Concrete Wall 150 CFS-CU CFS-CU CFS-CU 08/0213Plastic conduits Ø ≤ 16 mm Concrete Wall 150 CFS-CU CFS-CU CFS-CU 08/0213Plastic conduits Ø ≤ 16 mm Concrete Wall 150 CFS-M RG CFS-M RG CFS-M RG CFS-M RG 12/0101Cables Concrete Wall 200 CP 658 CP 658 CP 658 CP 658 96-P-145Cables Ø ≤ 21 mm Drywall Wall 100 CFS-IS CFS-IS CFS-IS 10/0406Cables Ø ≤ 21 mm Drywall wall 100 CFS-CT CFS-CT CFS-CT 11/0429Cables Ø ≤ 21 mm Drywall Wall 100 CP657-EN CP657-EN CP657-EN 11/0238Cables Ø ≤ 80 mm Drywall Wall 100 CP657-EN CP657-EN CP657-EN 11/0238Cables Ø ≤ 80 mm Drywall Wall 100 CFS-CU CFS-CU CFS-CU 08/0213Cables 21 ≤ Ø ≤ 80 mm Drywall Wall 100 CFS-IS 10/0406Cables 21 ≤ Ø ≤ 80 mm Drywall wall 100 CFS-CT CFS-CT CFS-CT 11/0429Non sheated cables Ø ≤ 24 mm Drywall Wall 100 CFS-CU CFS-CU CFS-CU 08/0213Non sheated cables Ø ≤ 24 mm Drywall Wall 100 CFS-CT CFS-CT CFS-CT 11/0429Non sheated cables Ø ≤ 24 mm Drywall Wall 100 CP657-EN 11/0238Cables bundle Ø ≤ 80 mm Drywall Wall 100 CFS-CU CFS-CU CFS-CU 08/0213Cables bundle Ø ≤ 80 mm Drywall Wall 100 CFS-CT CFS-CT CFS-CT 11/0429Cables bundle Drywall Wall 100 CFS-IS CFS-IS 10/0406Metallic conduit Ø ≤ 15 mm Drywall Wall 100 CP657-EN CP657-EN CP657-EN 11/0238Metallic conduit Ø ≤ 16 mm Drywall Wall 100 CFS-CU CFS-CU CFS-CU 08/0213Metallic conduit Ø ≤ 16 mm Drywall Wall 100 CFS-IS CFS-IS CFS-IS 10/0406Metallic conduit Ø ≤ 16 mm Drywall Wall 100 CFS-CT CFS-CT CFS-CT 11/0429

Synthetic view of the solutions per products and applications




Electrical penetration element (continued)Plastic conduits Ø ≤ 16 mm Drywall Wall 100 CFS-CU CFS-CU CFS-CU 08/0213Plastic conduits Ø ≤ 16 mm Drywall Wall 100 CFS-CT CFS-CT CFS-CT 11/0429Plastic conduits Ø ≤ 20 mm Drywall Wall 100 CP657-EN CP657-EN CP657-EN 11/0238Plastic conduits Ø ≤ 32 mm Drywall Wall 100 CFS-IS CFS-IS CFS-IS 10/0406Cables Ø ≤ 21 mm Drywall Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Cables 21 ≤ Ø ≤ 80 mm Drywall Wall 112 CFS-F FX CFS-F FX 10/0109Metallic conduit Ø ≤ 16 mm Drywall Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Plastic conduits Ø ≤ 16 mm Drywall Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Cables Ø ≤ 21 mm Concrete Floor 150 CP657-EN CP657-EN CP657-EN 11/0238Cables Ø ≤ 21 mm Concrete Floor 150 CFS-M RG CFS-M RG 12/0101Cables Ø ≤ 21 mm Concrete Floor 150 CFS-CT CFS-CT CFS-CT 11/0429Cables Ø ≤ 80 mm Concrete Floor 150 CFS-IS CFS-IS CFS-IS 10/0406Cables Ø ≤ 80 mm Concrete Floor 150 CFS-F FX CFS-F FX CFS-F FX 10/0109Cables Ø ≤ 80 mm Concrete Floor 150 CP657-EN CP657-EN CP657-EN 11/0238Cables 21 ≤ Ø ≤ 80 mm Concrete Floor 150 CFS-M RG CFS-M RG 12/0101Cables 21 ≤ Ø ≤ 80 mm Concrete Floor 150 CFS-CT CFS-CT CFS-CT 11/0429Non sheated cables Ø ≤ 24 mm Concrete Floor 150 CP657-EN 11/0238Cables Concrete Floor 150 CP 658 CP 658 CP 658 CP 658 97-F-296Cables bundle Ø ≤ 80 mm Concrete Floor 150 CFS-IS CFS-IS CFS-IS 10/0406Cables bundle Ø ≤ 80 mm Concrete Floor 150 CFS-M RG CFS-M RG 12/0101Cables bundle Ø ≤ 80 mm Concrete Floor 150 CFS-F FX CFS-F FX CFS-F FX 10/0109Cables bundle Ø ≤ 80 mm Concrete Floor 150 CFS-CU CFS-CU CFS-CU 08/0213Cables bundle Ø ≤ 80 mm Concrete Floor 150 CFS-CT CFS-CT CFS-CT 11/0429Cables bundle Concrete Floor 150 CP 658 CP 658 CP 658 CP 658 03-F-039Cables bundle Concrete Floor 150 CP 658 CP 658 CP 658 CP 658 95-P-511Metallic conduit Ø ≤ 15 mm Concrete Floor 150 CP657-EN CP657-EN CP657-EN 11/0238Metallic conduit Ø ≤ 16 mm Concrete Floor 150 CFS-M RG CFS-M RG CFS-M RG 12/0101Metallic conduit Ø ≤ 16 mm Concrete Floor 150 CFS-IS CFS-IS CFS-IS 10/0406Metallic conduit Ø ≤ 16 mm Concrete Floor 150 CFS-F FX CFS-F FX CFS-F FX 10/0109Metallic conduit Ø ≤ 16 mm Concrete Floor 150 CFS-CT CFS-CT CFS-CT 11/0429Plastic conduits Ø ≤ 16 mm Concrete Floor 150 CFS-F FX CFS-F FX CFS-F FX 10/0109Plastic conduits Ø ≤ 16 mm Concrete Floor 150 CFS-M RG CFS-M RG CFS-M RG 12/0101Plastic conduits Ø ≤ 16 mm Concrete Floor 150 CFS-CT CFS-CT CFS-CT 11/0429Plastic conduits Ø ≤ 20 mm Concrete Floor 150 CP657-EN CP657-EN CP657-EN 11/0238Plastic conduits Ø ≤ 32 mm Concrete Floor 150 CFS-IS CFS-IS CFS-IS 10/0406Cables Concrete Floor 200 CP 658 CP 658 CP 658 CP 658 97-F-296Cables bundle Concrete Floor 200 CP 658 CP 658 CP 658 CP 658 95-P-511

Mechanical penetration element - Metallic pipeInsulated steel pipe Concrete Wall 100 CFS-B CFS-B 10/0212Insulated steel pipe Concrete Wall 100 CFS-CT CFS-CT CFS-CT 11/0429Insulated copper pipe Concrete Wall 100 CFS-B CFS-B CFS-B 10/0212Insulated copper pipe Concrete Wall 100 CFS-CT CFS-CT CFS-CT 11/0429Insulated steel pipe Concrete Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Insulated copper pipe Concrete Wall 112 CFS-F FX 10/0109Insulated steel pipe Concrete Wall 125 CFS-B CFS-B 10/0212Insulated copper pipe Concrete Wall 125 CFS-B CFS-B CFS-B 10/0212Insulated steel pipe Concrete Wall 150 CFS-M RG CFS-M RG CFS-M RG 12/0101Insulated steel pipe Concrete Wall 150 CFS-B CFS-B 10/0212

Insulated steel pipe Concrete Wall 150CFS-S ACR

CFS-S ACR

CFS-S ACR

10/0292

Non insulated steel pipe Concrete Wall 150 CFS-S ACR

CFS-S ACR

CFS-S ACR

CFS-S ACR

10/0292

Insulated copper pipe Concrete Wall 150CFS-S ACR

CFS-S ACR

CFS-S ACR

10/0292

Insulated copper pipe Concrete Wall 150 CFS-M RG CFS-M RG CFS-M RG 12/0101Insulated copper pipe Concrete Wall 150 CFS-B CFS-B CFS-B 10/0212

Applications




Mechanical penetration element - Metallic pipe (continued)

Insulated steel pipe Drywall Wall 100 CFS-S ACR

CFS-S ACR

CFS-S ACR 10/0292

Insulated steel pipe Drywall Wall 100 CFS-B CFS-B 10/0212Insulated steel pipe Drywall Wall 100 CFS-CT CFS-CT CFS-CT 11/0429

Insulated copper pipe Drywall Wall 100 CFS-S ACR

CFS-S ACR

CFS-S ACR 10/0292

Insulated copper pipe Drywall Wall 100 CFS-B CFS-B CFS-B 10/0212Insulated copper pipe Drywall Wall 100 CFS-CT CFS-CT CFS-CT 11/0429Insulated steel pipe Drywall Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Insulated copper pipe Drywall Wall 112 CFS-F FX 10/0109Insulated steel pipe Drywall Wall 125 CFS-B CFS-B 10/0212Insulated copper pipe Drywall Wall 125 CFS-B CFS-B CFS-B 10/0212Insulated steel pipe Concrete Floor 150 CFS-F FX CFS-F FX CFS-F FX 10/0109Insulated steel pipe Concrete Floor 150 CFS-B CFS-B CFS-B 10/0212

Insulated steel pipe Concrete Floor 150 CFS-S ACR

CFS-S ACR

CFS-S ACR

CFS-S ACR 10/0292

Insulated steel pipe Concrete Floor 150 CFS-M RG CFS-M RG CFS-M RG 12/0101Insulated steel pipe Concrete Floor 150 CFS-CT CFS-CT CFS-CT 11/0429Insulated copper pipe Concrete Floor 150 CFS-F FX CFS-F FX CFS-F FX 10/0109Insulated copper pipe Concrete Floor 150 CFS-B CFS-B CFS-B 10/0212

Insulated copper pipe Concrete Floor 150 CFS-S ACR

CFS-S ACR

CFS-S ACR

CFS-S ACR 10/0292

Insulated copper pipe Concrete Floor 150 CFS-M RG CFS-M RG CFS-M RG 12/0101Insulated copper pipe Concrete Floor 150 CFS-CT CFS-CT CFS-CT 11/0429Insulated cast iron pipe Concrete Floor 150 CP 678 CP 678 CP 678 CP 678 03-F-004

Mechanical penetration elements - Plastic pipesPE HD pipe Ø ≤ 160 mm Concrete Wall 100 CFS-W CFS-W CFS-W 10/0405PE pipe Ø ≤ 160 mm Concrete Wall 100 CFS-W CFS-W CFS-W 10/0405

PVC pipe Ø ≤ 110 mm Concrete Wall 100 CFS-CT / CFS-C

CFS-CT / CFS-C

CFS-CT / CFS-C 11/0429

PVC pipe Ø ≤ 160 mm Concrete Wall 100 CFS-W CFS-W CFS-W 10/0405PVC pipe Ø ≤ 50 mm Concrete Wall 100 CFS-CU CFS-CU CFS-CU 08/0213

Composite pipe Ø ≤ 63 mm Concrete Wall 100 CFS-CT / CFS-B

CFS-CT / CFS-B

CFS-CT / CFS-B 11/0429

PE pipe Ø ≤ 50 mm Concrete Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109PVC pipe Ø ≤ 50 mm Concrete Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109PE pipe 125 ≤ Ø ≤ 160 mm Concrete Wall 150 CFS-W CFS-W CFS-W CFS-W 10/0405PE HD pipe 125 ≤ Ø ≤ 160 mm Concrete Wall 150 CFS-W CFS-W CFS-W CFS-W 10/0405

PE HD pipe Ø ≤ 250 mm Concrete Wall 150 CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

10/0403 10/0404

PE pipe Ø ≤ 160 mm Concrete Wall 150 CFS-M RG / CFS-W

CFS-M RG / CFS-W

CFS-M RG / CFS-W

CFS-M RG / CFS-W

CFS-M RG / CFS-W 12/0101

PE pipe Ø ≤ 250 mm Concrete Wall 150 CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

10/0403 10/0404

PVC pipe 125 ≤ Ø ≤ 160 mm Concrete Wall 150 CFS-W CFS-W CFS-W CFS-W 10/0405

PVC pipe Ø ≤ 160 mm Concrete Wall 150 CFS-M RG / CFS-C

CFS-M RG / CFS-C

CFS-M RG / CFS-C

CFS-M RG / CFS-C 12/0101

PVC pipe Ø ≤ 160 mm Concrete Wall 150 CFS-M RG / CFS-W

CFS-M RG / CFS-W

CFS-M RG / CFS-W

CFS-M RG / CFS-W

CFS-M RG / CFS-W 12/0101

PVC pipe Ø ≤ 250 mm Concrete Wall 150 CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

10/0403 10/0404

PVC-U pipe Ø 50 mm Concrete Wall 150 CFS-CU CFS-CU CFS-CU CFS-CU CFS-CU 08/0213PE pipe Ø ≤ 160 mm Concrete Wall 175 CFS-W CFS-W CFS-W CFS-W CFS-W 10/0405PVC pipe Ø ≤ 160 mm Concrete Wall 175 CFS-W CFS-W CFS-W CFS-W CFS-W 10/0405

Applications




Mechanical penetration element - DuctPE HD pipe Ø ≤ 160 mm Drywall Wall 100 CFS-W CFS-W CFS-W 10/0405PE HD pipe Ø ≤ 250 mm Drywall Wall 100 CFS-C CFS-C CFS-C 10/0403PE pipe Ø ≤ 160 mm Drywall Wall 100 CFS-W CFS-W CFS-W 10/0405PE pipe Ø ≤ 250 mm Drywall Wall 100 CFS-C CFS-C CFS-C 10/0403PVC pipe Drywall Wall 100 CFS-CU CFS-CU CFS-CU 08/0213

PVC pipe Ø ≤ 110 mm Drywall Wall 100 CFS-CT / CFS-C

CFS-CT / CFS-C

CFS-CT / CFS-C

11/0429

PVC pipe Ø ≤ 160 mm Drywall Wall 100 CFS-W CFS-W CFS-W 10/0405PVC pipe Ø ≤ 250 mm Drywall Wall 100 CFS-C CFS-C CFS-C 10/0403

Composite pipe Ø ≤ 63 mm Drywall Wall 100 CFS-CT / CFS-B

CFS-CT / CFS-B

CFS-CT / CFS-B

11/0429

PE pipe Ø ≤ 50 mm Drywall Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109PVC pipe Ø ≤ 50 mm Drywall Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109

PE pipe Ø ≤ 160 mm Concrete Floor 150 CFS-M RG / CFS-W

CFS-M RG / CFS-W

CFS-M RG / CFS-W

12/0101

PE pipe Ø ≤ 160 mm Concrete Floor 150 CFS-CT / CFS-C

CFS-CT / CFS-C

CFS-CT / CFS-C

11/0429

PVC pipe Ø ≤ 160 mm Concrete Floor 150 CFS-M RG / CFS-C

CFS-M RG / CFS-C

CFS-M RG / CFS-C

CFS-M RG / CFS-C

12/0101

PVC pipe Ø ≤ 160 mm Concrete Floor 150 CFS-M RG / CFS-W

CFS-M RG / CFS-W

CFS-M RG / CFS-W

12/0101

PVC pipe Ø ≤ 160 mm Concrete Floor 150 CFS-CT / CFS-C

CFS-CT / CFS-C

CFS-CT / CFS-C

11/0429

PE HD pipe Ø ≤ 160 mm Concrete Floor 200 CFS-W CFS-W CFS-W 10/0405

PE HD pipe Ø ≤ 250 mm Concrete Floor 200 CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

10/0403 10/0404

PE pipe Ø ≤ 160 mm Concrete Floor 200 CFS-W CFS-W CFS-W 10/0405PE pipe Ø ≤ 160 mm Concrete Floor 200 CFS-W CFS-W CFS-W CFS-W CFS-W 10/0405

PE pipe Ø ≤ 250 mm Concrete Floor 200 CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

10/0403 10/0404

PE pipe Ø ≤ 250 mm Concrete Floor 200 CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

10/0403 10/0404

PE pipe Ø ≤ 50 mm Concrete Floor 200 CFS-F FX CFS-F FX CFS-F FX 10/0109PVC pipe Ø ≤ 160 mm Concrete Floor 200 CFS-W CFS-W CFS-W 10/0405PVC pipe Ø ≤ 160 mm Concrete Floor 200 CFS-W CFS-W CFS-W CFS-W CFS-W 10/0405

PVC pipe Ø ≤ 250 mm Concrete Floor 200 CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

10/0403 10/0404

PVC pipe Ø ≤ 250 mm Concrete Floor 200 CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

10/0403 10/0404

PVC pipe Ø ≤ 50 mm Concrete Floor 200 CFS-F FX CFS-F FX CFS-F FX 10/0109

PVC pipe Ø 50 et Ø 160 mm Concrete Floor 200 CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

CFS-C/ CFS-C P

10/0403 10/0404

PVC-U pipe Ø 50 mm Concrete Floor 200 CFS-CU CFS-CU CFS-CU 08/0213

PE pipe Ø ≤ 160 mm Aerated concrete Floor 150 CFS-W CFS-W CFS-W 10/0405

PE pipe Ø ≤ 250 mm Aerated concrete Floor 150 CFS-C CFS-C CFS-C CFS-C 10/0403

PVC pipe Ø ≤ 160 mm Aerated concrete Floor 150 CFS-W CFS-W CFS-W 10/0405

PVC pipe Ø ≤ 250 mm Aerated concrete Floor 150 CFS-C CFS-C CFS-C 10/0403

Applications


Linear jointDynamic linear joint

Concrete Wall / floor 150

CFS-S SIL CFS-S SIL CFS-S SIL CFS-S SIL 10/0291

Static linear joint CFS-S ACR

CFS-S ACR

CFS-S ACR

CFS-S ACR 10/0389

Multiple penetration elementMixted multiple penetration elements Concrete Wall 112 CFS-F FX 10/0109Mixted multiple penetration elements Concrete Wall 150 CFS-M RG CFS-M RG CFS-M RG 12/0101Mixted multiple penetration elements Concrete Wall 150 CFS-CT CFS-CT CFS-CT 11/0429Mixted multiple penetration elements Drywall Wall 112 CFS-F FX 10/0109Mixted multiple penetration elements Drywall Wall 150 CFS-CT CFS-CT CFS-CT 11/0429Mixted multiple penetration elements Concrete Floor 150 CFS-F FX 10/0109Mixted multiple penetration elements Concrete Floor 150 CFS-M RG CFS-M RG CFS-M RG 12/0101Mixted multiple penetration elements Concrete Floor 150 CFS-M RG CFS-M RG CFS-M RG 11/0429

Blank openingBlanc opening Concrete wall 100 CFS-CT CFS-CT CFS-CT 11/0429Blanc opening Concrete Wall 100 CFS-IS CFS-IS CFS-IS 10/0406Blanc opening Concrete Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Blanc opening Concrete Wall 200 CP 658 CP 658 96-P-145blank opening Drywall wall 100 CFS-CT CFS-CT CFS-CT 11/0429Blanc opening Drywall Wall 100 CFS-IS CFS-IS CFS-IS 10/0406Blanc opening Drywall Wall 112 CFS-F FX CFS-F FX CFS-F FX 10/0109Blanc opening Concrete Floor 150 CFS-CT CFS-CT CFS-CT CFS-CT 11/0429Blanc opening Concrete Floor 150 CFS-IS CFS-IS CFS-IS 10/0406Blanc opening Concrete Floor 150 CP 658 95-P-511Blanc opening Concrete Floor 150 CP 658 CP 658 CP 658 CP 658 97-F-296Blanc opening Concrete Floor 200 CP 658 95-P-511Blanc opening Concrete Floor 200 CP 658 CP 658 CP 658 CP 658 97-F-296Note: this table is a synthesis of the classification obtained by the Hilti firestop produtcs. Only the best classification is indicated. For more details, see the technical data sheet of the products or directly to the European Technical Agreement et classification report.

Applications


Applications

Firestop systems

Hilti. Outlast. Outperform.


Firestop silicone sealantCFS-S SILA silicone based, elastic firestop sealant that provides maximum movement in fire-rated linear joints

The European Technical Approval, ETA 10/0291, can be obtained via your local Hilti contact or www.hilti.com

Applications ■ Floor-to-floor expansion joints (indoor and outdoor) ■ Connection joints between steel beam and wall

(frame construction) ■ Joints with highest requirements

Packaging Volume Color Order designation Sales Quantity Item Number

Cartridge 310 ml Anthracite Firestop silicone sealant CFS-S SIL CA 1 pc 02004309

Cartridge 310 ml Grey Firestop silicone sealant CFS-S SIL CG 1 pc 02004358

Cartridge 310 ml Grey Firestop silicone sealant CFS-S SIL CG 1 pc 02004410

Cartridge 310 ml White Firestop silicone sealant CFS-S SIL CW 1 pc 02004306



Foil pack 600 ml White Firestop silicone sealant CFS-S SIL FW 12 pc 02004411

Technical data (at 23° C / 50 % relative humidity)

CFS-S SIL

Chemical basis Silicone

Volume shrinkage < 5 %

Movement capability ± 25% (ISO 11600)

Cure Time ~ 2 mm / 72 h

Application temperature range 5° C – 40° C

Storage and transportation temperature - range

5° C – 25° C

Shelf life 12 month(s)

Reaction to fire class B-s2d1 (EN 13501-1)

Approvals ETA 10 / 0291 dated 22/11/2010

Advantages ■ High movement capabilities for expansion joints ■ Impermeable to gas, smoke and water (internal use) ■ Excellent weathering properties (ozone and UV resistant) ■ Large joint width up to 100 mm ■ Halogene and solvent free


Smoke tightness

Protection against noise

Electrical properties

Water tightness

Order designation Sales Quantity Item Number

Dispenser Hilti CFS-DISP 1 pc 02005843

Round cord CPR 287 20 mm 1 rouleau de 20 m 00211551






Installation instructions

Clean joint faces. Surfaces to which CFS-S SIL will be applied should be dry, frost-free, cleaned of loose debris, dirt, oil, wax and grease. Use wire brushing for cleaning. Prepare surface with Primer CSP 264 (CFS-PRIM).

Notes on Cleaning:• Surfaces with cured silicone can simply be cleaned mechanically e.g. using a knife, but not with a solvent.• Closed-cell surfaces e.g. metal or glass, can be cleaned from non-cured silicone using alcohol, isopropanol,

or acetone (porous surfaces cannot be completely cleaned because of their structure).

Insert backing material if required. Make sure proper backing material is used and compressed according European Technical Approval (see ETA Annex)

Apply CFS-S SIL using a dispenser.

Smooth joint sealant. Use either a diluted washing-up liquid or smoothing agent and carefully smooth using a narrow spatula.

Fasten identification plate if required

Joint



Vertical linear joint seals


Hilti Firestop Silicone Sealant CFS-S SIL may be used to form vertical linear joint seals in the following conditions: ■ Elements (E):

• Rigid wall (E) with a minimum thickness of 150 mm (tE) and a minimum density of 2400 kg/m3. ■ Backfilling material (B): • Stone wool, CE marked according to EN 13162 or EN 14303 without any facing and with a density between 40 kg/m3 and

75 kg/m3

• Round cord Hilti CFS-CO

Joint orientation Classification E = integrityI = insulation

Joint width W (mm)

Round Cord size (mm)

Thickness of sealant tA (mm)

Movementcapability

Other criteria Description

Vertical joints between parallel rigid walls or perpendicular with mineral wool

EI 180-V-M 25-F-W 6 to 20(E 240-V-M 25-F-W 6 to 20)

6 to 20 - 6 ± 25 % Mineral wool:- thickness tB ≥ 100 mm- mini compression 60 %

Vertical joints between parallel rigid walls or perpendicular with mineral wool

EI 180-V-M 25-F-W 20 to 100(E 240-V-M 25-F-W 20 to 100)

20 to 100 - 10 ± 25 % Mineral wool:- thickness tB ≥ 100 mm- mini compression 50 %

Vertical joint between rigid walls with parallel steel elements with mineral wool

EI 60-V-X-F-W 6 to 30(E 240-V-X-F-W 6 to 30)

6 to 30 - 10 ± 7,5 % Mineral wool:- thickness tB ≥ 100 mm- mini compression 40 % Minimum splice distance 1250 mm

Construction details for vertical linear joint sealsParallel walls

Vertical linear joints seals between parallel rigid walls (E) with mineral wools (B)

Vertical linear joints seals between ele-ments (E) with parallel steel elements (E1) with mineral wool (B)

Perpendicular walls

Vertical linear joints seals between perpendicular rigid wall (E) with mineral wool (B)

Top view




Joint width W (mm)



Movementcapability


Horizontal linear joints between rigid walls or a wall abutting a floor with minral wool

EI 180-H-M 25-F-W 6 to 20(EI 240-H-M 25-F-W 6 to 20)

6 to 20 - 6 ± 25 % Mineral wool (gap filled completely) and minimum compression 60 %

EI 120-H-M 25-F-W 20 à 100 20 to 100 - 10 ± 25 % Mineral wool (gap filled completely) and minimum compression 50 %

Horizontal linear joints between rigid walls or a wall abutting a floor or a floor abutting a wall with round cord Hilti CFS-CO

EI 90-H-M 25-F-W 12 to 17EI 90-H-M 25-F-W 17 to 27EI 90-H-M 25-F-W 27 to 37EI 90-H-M 25-F-W 37 to 47EI 90-H-M 25-F-W 47 to 55

12 to 1717 to 2727 to 3737 to 4747 to 55

2030405060

610101010

± 25 % Minimum 2 round cordswith an air gap in bet-ween, minimum 25 mmdistance from surfacesof the floor. Minimum distance of splices in the two cord layers: 100 mm

Horizontal linear joints between rigid walls with steel elments with mineral wool

EI 60-H-X-F-W 20 à 30(E 120-H-X-F-W 20 à 30)

6 à 30 - 10 ± 7,5 % Mineral wool (gap filled completely) and minimum compression 40 %

Horizontal linear joints seals

Hilti Firestop Silicone Sealant CFS-S SIL may be used to form horizontal linear joint seals in the following conditions: ■ Elements (E):

• Rigid floor (E) with a minimum thickness of 150 mm (tE) and a minimum density of 2400 kg/m3.

• Rigid wall (E) with a minimum thickness of 150 mm (tE) and a minimum density of 2400 kg/m3. ■ Backfilling material (B): • Stone wool, CE marked according to EN 13162 or EN 14303 without any facing and with a density between 40 kg/m3 and

75 kg/m3

• Round cord Hilti CFS-CO

Construction details of horizontal linear joints sealsJoints between floor and floor

Horizontal linear joint seals between rigid floors (E) with mineral wool (B)

Horizontal linear joint seals between rigid floors (E) with round cord Hilti CFS-CO (A2)

Horizontal linear joint seals between rigid floors (E) with steel elements (E1) with mineral wool (B)

Joints between wall and floor / floor and wall

Horizontal linear joint seals between a wall (E) abutting a floor (E) with mineral wool (B)

Horizontal linear joint seals between a wall (E) abutting a floor (E) with round cord Hilti CFS-CO (A2)

Horizontal linear joint seals between a floor (E) abutting a wall (E) with round cord Hilti CFS-CO (A2)

Side view



Charecteristics Assessment of charecteristics Norm, standard, test

Health and the environmentAir permeability(gas thightness)

Flow rate per areaImpermeability regarding gases N2,CO2, CH4 and air; tested

EN 1026 / ETAG 026-3

Dangerous substances Below any respective occupationalexposure limits as far as such limits exist

Material safety data sheetRegulation 790 / 2009 / EC

Protection against noise (airborne sound insulation)

Rigid wallRw = 51 dBDn,w = 58 dB

EN ISO 140-3EN ISO 140-10EN ISO 717-1

Durability and serviceability Category X(– 20 /+ 70)°C (suitable for penetration seals intended for external use at temperatu-res between – 20 ° C and + 70 ° C)

Curing rate (23 ° C, 50 % rel. humidity): 2 mm / 3 daysSkin forming time (23 ° C, 50 % rel. humidity): approx. 15 min.Volume shrinkage: less than 5 %

ETAG 026-3

Movement capability ISO 11600-F-25LM-M1up ISO 11600

Water tightness For internal applicationsWater tight to 1000 mm head of water or 9806 Pa

ETAG 026 Part 3, Annex C.2

Electrical properties Volume resistivity: 9.8 × 1014 ± 6 × 1014 OhmSurface resistivity: 8.0 × 1015 ± 2.1 × 1015 Ohm

DIN IEC 60093 (VDE 0303 Part 30)

Reaction to fire Class B – s2 d1 EN 13501-1

Characteristics of CFS-S SIL Additional Attributes

Hilti firestop products are comprehensively tested and individually matched to the technical requirements of a building’s linear joint seals. In addition to their superior passive fire protection behavior, Hilti firestop products also meet increasingly significant requirements in building technology and also help designers and installers to meet these additional requirements. The assessment of fitness for use has been made in accordance with EOTA ETAG No 026 – Part 3.

Bauchemie Piktos_neu.ai05.11.2007

SchallschutzRauch- und Gasdichtigkeit

Wasserbeständigkeit Elektische

30years

30Jahre

45%

Dampfdichtigkeit Wärmedämmend

Air-seal/Luftdichtheit

dBritish StandarBS 476

C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual



Consumption guide CFS-S SIL

Volume of cartridge = 310 mlW = Joint width in mmtA = Thickness of sealant in mm

Meters of linear joints per cartridge

W tA 6 12 20 30 40 60 100

6 8,6 4,3 2,5

10 1,5 1,0 0,7 0,5 0,3


Firestop acrylic sealant CFS-S ACR

Firestop acrylic sealantCFS-S ACR

Applications ■ Within or between flexible wall constructions ■ Vertical joints in / between wall constructions ■ Horizontal joints in a wall abutting a floor, ceiling or roof ■ Joints in floor construction ■ Penetration seals (steel and copper pipes)

An acrylic based firestop sealant that provides movement capability in fire rated linear joint seals and penetration seals


Cartridge 310 ml Grey Firestop acrylic sealant CFS-S ACR CG 1 pc 00435862

Cartridge 310 ml White Firestop acrylic sealant CFS-S ACR CW 1 pc 00435859



Foil pack 580 ml White Firestop acrylic sealant CFS-S ACR FW 20 pc 00435863

Pail 5000 ml White Firestop acrylic sealant CFS-S ACR PW 1 pc 00435864


CFS-S ACR

Chemical basis Water-based acrylic dispersion

Volume shrinkage < 20 %

Movement 12.5 % (ISO 11600)


Application temperature range 5° C – 40° C


5° C – 25° C


Reaction to fire class D-s1d0 (EN13501-1)

Approvals ETA 10/0292 dated 22/11/2010 (linear joint selas)

ETA 10/0389 dated 22/11/2010 (penetration seals)

Advantages ■ Easy to dispense, apply and tool ■ Strong adhesion to various base materials ■ Low shrinkage after curing ■ Excellent airborne sound insulation property ■ Broad application temperature range


Pince à injection Hilti CFS-DISP 1 pc 02005843

Fond de joint CPR 287 20 mm 1 rouleau de 20 m 00211551





The European Technical Approvals, ETA 10/0291 and ETA 10/0389, can be obtained via your local Hilti contact or www.hilti.com

Smoke tightness



Water tightness




Clean opening. Surfaces to which CFS-S ACR will be applied should be dry, cleaned of loose debris, dirt, oil, wax and grease. Use wire brushing for cleaning.

Notes on Cleaning:• Surfaces with cured acrylic sealant can only be cleaned mechanically e.g. using a knife, but

not with a solvent.• Remove uncured sealant first mechanically then clean with water. • CFS-S ACR cannot be completely cleaned off porous surfaces – joints may be taped off to

avoid staining.• Dispenser equipment and tools have to be cleaned if a work break lasts longer than

approximately 20 minutes.

Insert backing material if required. Make sure proper backing material is used and compressed according European Technical Approval (see ETA Annex)

Apply CFS-S ACR using a dispenser.CFS-S ACR adheres to most substrates (concrete, masonry, drywall, plaster, etc.) without using a primer. For best adhesion on porous substrates, use CFS-S ACR diluted with water as primer. Other primers are not necessary.

Smooth joint with water using a narrow spatula or finger.

Fasten identification plate if required

Joint Penetration



Vertical linear joint seals


Joint width W (mm)


Thick-ness of sealant tA (mm)

Movementcapability


Vertical linear joint seals between parallel rigid wall or perpendicular with mineral wool

EI 180-V-M 12,5-F-W 6 to 20(E 240-V-M 12,5-F-W 6 to 20)

6 to 20 - 6 ± 12,5 % Mineral wool :- thickness tB ≥ 100 mm- mini compression 60 %

EI 180-V-M 12,5-F-W 20 to 100(E 240-V-M 12,5-F-W 20 to 100)

20 to 100 - 10 ± 12,5 % Mineral wool :- thickness tB ≥ 100 mm- mini compression 60 %

Vertical linear joint seals between parallel rigid wall or perpendicular with round cord Hilti CFS-CO

EI 180-V-X-F-W 12 to 17(E 240-V-X-F-W 12 to 17)EI 180-V-X-F-W 17 to 27(E 240-V-X-F-W 17 to 27)EI 180-V-X-F-W 27 to 37(E 240-V-X-F-W 27 to 37)EI 180-V-X-F-W 37 to 47(E 240-V-X-F-W 37 to 47)EI 180-V-X-F-W 47 to 55(E 240-V-X-F-W 47 to 55)

12 to 17

17 to 27

27 to 37

37 to 47

47 to 55

20

30

40

50

60

6

10

10

10

10

± 7,5 % In case of two round cord layers: air gap between rods, Splice distance: ≥ 140 mm for joint width ≤ 17 mm and ≥ 450 mm for joint width > 17 mm

Vertical linear joint seals between parallel flexible walls or drywalls with mineral wools

EI120-V-X-F-W 10 to 30 10 to 30 - 10 ± 7,5 % Mineral wool :- thickness tB ≥ 100 mm- mini compression 60 %Splice distance minimum 1250 mm

Vertical linear joint seals between perpendicular flexible walls or drywalls with mineral wools

EI120-V-X-F-W 10 to 20 10 to 20 - 10 ± 7,5 % Mineral wool :- thickness tB ≥ 100 mm- mini compression 60 %Splice distance minimum 1250 mm

Vertical linear joint seals between elements with parallel steel elements with mineral wool


6 to 20 6 ± 7,5 % Mineral wool :- thickness tB ≥ 100 mm- mini compression 60 %Splice distance minimum 1250 mm


20 to 100 10 ± 7,5 % Mineral wool :- thickness tB ≥ 100 mm- mini compression 60 %Splice distance minimum 1250 mm

Hilti Firestop Acrylic Sealant CFS-S ACR may be used to form vertical linear joint seals in the following condition: ■ Elements (E) :

• Drywall (E) with a minimum thickness of 100 mm (tE), and comprise timber or steel studs lined on both faces with minimum 2 layers of 12,5 mm thick boards. For timber stud walls there must be a minimum distance of 100 mm of the seal to any stud and the cavity between stud and seal must be closed and minimum 100 mm insulation of Class A1 or A2 (in accor-dance with EN 13501-1) in the cavity between stud and seal.

• Flexible walls (E), minimum thickness 150 mm (tE), minimum density 650 kg/m3. • Rigid walls (E) minimum thickness 150 mm (tE), minimum density 2400 kg/m3.

■ Backfilling materials (B)

• Stone wool, CE marked in accordance with EN 13162 or EN 14303 with a density of 40 to 75 kg/m3. • Round cord Hilti CFS-CO



Construction details of vertical linear joint sealsParallel walls

Vertical linear joint seals between parallel rigid wall (E) with mineral wool (B)

Vertical linear joint seals between paral-lel rigid wall (E) with round cord Hilti CFS-CO (A2)

Vertical linear joints seals between parallel flexible wall or drywall (E) with mineral wool (B)

Vertical linear joint seals between rigid walls (E) with parallel steel elements (E1) with mineral wool (B)

Perpendicular walls

Vertical linear joint seals between perpendicular rigid wall (E) with mineral wool (B)

Vertical linear joint seals between perpendicular rigid wall (E) with round cord Hilti CFS-CO (A2)

Vertical linear joints seals between perpendicular flexible wall or drywall (E) with mineral wool (B)

Top view




Joint width W (mm)



Movementcapability


Horizontal joints between concrete floor or between a wall abutting a floor with mineral wool

EI 180-H-M 12,5-F-W 6 à 20 6 à 20 - 6 ± 12,5 % Mineral wool :- thickness tB ≥ 100 mm- mini compression 60 %

EI 120-H-M 12,5-F-W 20 à 100(E 180-H-M 12,5-F-W 20 à 100)

20 à 100 - 10 ± 12,5 % Mineral wool :- thickness tB ≥ 100 mm- mini compression 50 %

Horizontal joints between concrete floor or between a wall abutting a floor with round cord Hilti CFS-CO

EI 180-H-X-F-W 12 à 17EI 180-H-X-F-W 17 à 27EI 180-H-X-F-W 27 à 37EI 180-H-X-F-W 37 à 47EI 180-H-X-F-W 47 à 55

12 à 1717 à 2727 à 3737 à 4747 à 55

2030405060

610101010

± 7,5 % In case of two round cord layers: air gap between rods Splice distance: ≥ 645 mm

Horizontal joints between concrete floor or between a wall abutting a floor or a floor abutting a wall with round cord Hilti CFS-CO

EI 90-H-M 12,5-F-W 12 à 17EI 90-H-M 12,5-F-W 17 à 27EI 90-H-M 12,5-F-W 27 à 37EI 90-H-M 12,5-F-W 37 à 47EI 90-H-M 12,5-F-W 47 à 55

12 à 1717 à 2727 à 3737 à 4747 à 55

2030405060

610101010

± 12,5 % Minimum two round cords with an air gap in betweeen, minimum 25 mm distance from surfaces of the floor.Minimum distance of splices in the two rod lay-ers: 100 mm (joint width ≤ 30 mm)

Horizontal joints between concrete flor with steel ele-ment with mineral wool

EI 120-H-X-F-W 6 à 20 6 à 20 - 6 ± 7,5 % Mineral wool :- thickness tB ≥ 100 mm- mini compression 60%Splice distance minimum 1250 mm

EI 60-H-X-F-W 20 à 100(E 120-H-X-F-W 20 à 100)

20 à 100 - 10 ± 7,5 % Mineral wool :- thickness tB ≥ 100 mm- mini compression 50%Splice distance minimum 1250 mm

Horizontal linear joint seals

Hilti Firestop Acrylic Sealant CFS-S ACR may be used to form vertical linear joint seals in the following condition: ■ Elements (E) :

• Rigid floors (E), minimum thickness 150 mm (tE), minimum density 2400 kg/m3. • Rigid walls (E) minimum thickness 150 mm (tE), minimum density 2400 kg/m3.

■ Backfilling materials (B)

• Stone wool, CE marked in accordance with EN 13162 or EN 14303 with a density of 30 to 70 kg/m3. • Round cord Hilti CFS-CO



Construction details of horizontal linear joint sealsJoints between floor and fllor

Horizontal linear joints between concrete floor (E) with mineral wool (B)

Horizontal linear joints between concrete (E) with round cord Hilti CFS-CO (A2)

Horizontal linear joints between concrete (E) with steel elements (E1) with mineral wool (B)

Joints between wall and floor / between flor and wall

Horizontal linear joints between a wall (E) abutting a floor (E) with mineral wool (B)

Horizontal linear joints between a wall (E) abutting a floor (E) with round cord Hilti CFS-CO (A2)

Horizontal linear joints between a floor (E) abutting a wall (E) with round cord Hilti CFS-CO (A2)

Side view



Non insulated metal pipe penetration or with sustained insulationDrywall | Rigid walls

Services (C) Pipe insulation (D)Thickness of insulation (tD)

Classification E = Integrity I = Insulation


Other criteriaDescription

Non

-insu

late

d Steel pipes* 32 × 1.8 – 159 × 4.5 mm (dc)(maximum pipe wall thickness 14.2 mm (tc))

E 180-C/U 15 mm both sides

Stone wool backfilling on both sides (≥ 50 mm thickness tB), density ≥ 45 kg/m3 (B), distance pipe to seal edge wA: 10.5 – 35.5 mm

Sust

aine

d in

sula

tion

Steel pipes* 33.7 mm (dc) (pipe wall thickness 2.6 – 14.2 mm (tc))

Local insulation tD = 20 mm, LD ≥ 450 mmContinued insulation tD ≥ 20 mm

EI 120-C/U 10 mm both sides

Stone wool backfilling (thickness tB: gap filled completely) density ≥ 45 kg/m3 (B).

Steel pipes* 33.7 × 2.6 – 168.3 × 4.5 mm (dc) (maximum pipe wall thickness 14.2 mm (tc))

Continued insulationtD ≥ 40 mm

EI 120-C/U


Local insulation tD = 40 mm, LD ≥ 450 mm

EI 90-C/U(E 120-C/U)

Copper pipes** 28 mm (pipe wall thickness 1.0 – 14.2 mm (tc))


EI 120-C/U

Copper pipes** 28 × 1.0 – 89 × 2.0 mm (dc) (maximum pipe wall thickness 14.2 mm (tc))

Continued insulation tD ≥ 40 mm

EI 120-C/U

Copper pipes** 89 mm (pipe wall thickness 2.0 – 14.2 mm (tc))


EI 60-C/U(E 120-C/U)

* Classification is also valid for other metal pipes with a melting point > 1100° C and a lower heat conductivity than unalloyed steel, e.g. cast iron, stainless steels, Ni alloys (NiCu, NiCr and NiMo alloys).

** Classification is also valid for other metal pipes with a melting point > 1100° C and a lower heat conductivity than copper, e.g. unalloyed steel, cast iron, stainless steels, Ni and Ni alloys (NiCu, NiCr and NiMo alloys).

Construction details Non insulated metal pipe penetration or with sustained insulation in wall

Concrete wall Non-insulated pipe

E

tEtB tA

tDwA tCA

B

C

D

dC

LD LD

Concrete wall Sustained continued insulation

Concrete wall Sustained local insulation

Drywall Sustained continued insulation

Drywall Sustained local insulation

Hilti Firestop Acrylic Sealant CFS-S ACR is classified in resistance to fire up to a maximum seal diameter of 300 mm in the following conditions:

■ Elements (E) : • Insulated pipes : Drywall (E) with a minimum thickness of 100 mm (tE), and comprise timber or steel studs lined on both

faces with minimum 2 layers of 12,5 mm thick boards. For timber stud walls there must be a minimum distance of 100 mm of the seal to any stud and the cavity between stud and seal must be closed and minimum 100 mm insulation of Class A1 or A2 (in accordance with EN 13501-1) in the cavity between stud and seal.

• Insulated pipes: Rigid floors (E), minimum thickness 150 mm (tE), minimum density 650 kg/m3. • Non insulated pipes : Rigid walls (E) minimum thickness 150 mm (tE), minimum density 2400 kg/m3.

■ Annular gap wA depending on pipe diameter / minimum distance between seals 200 mm



Metal pipe penetration with interrupted insulationDrywall | Rigid walls

Construction details Metal pipes with interrupted insulation

Concrete wall Interrupted continued insulation

Concrete wall Interrupted local insulation

DrywallInterrupted continued insulation

DrywallInterrupted local insulation


■ Elements (E) : • Insulated pipes : Drywall (E) with a minimum thickness of 100 mm (tE), and comprise timber or steel studs lined on both

faces with minimum 2 layers of 12,5 mm thick boards. For timber stud walls there must be a minimum distance of 100 mm of the seal to any stud and the cavity between stud and seal must be closed and minimum 100 mm insulation of Class A1 or A2 (in accordance with EN 13501-1) in the cavity between stud and seal.

• Insulated pipes: Rigid floors (E), minimum thickness 150 mm (tE), minimum density 650 kg/m3. ■ Annular gap wA depending on pipe diameter / minimum distance between seals 200 mm





Inte

rrup

ted

insu

latio

n



EI 120-C/U 10 mm both sides Stone wool backfilling (thick-ness tB: gap filled completely) density ≥ 45 kg/m3 (B).

Steel pipes* 33.7 × 2.6 – 168.3 × 4.5 mm (dC) (maximum pipe wall thickness 14.2 mm (tc))


Steel pipes* 168.3 mm (dc)(pipe wall thickness 4.5 – 14.2 mm (tc))


Copper pipes** 28 mm (dc) (pipe wall thickness 1.0 – 14.2 mm (tc))


Copper pipes** 28 × 1.0 – 89 mm (dc) (maximum pipe wall thickness 14.2 mm (tc))

Continued insulation tD ≥ 40 mm







Concrete floorNon insulated pipe

Concrete floor Sustained continued insulation

Concrete floor Sustained local insulation

Non insulated metal pipe penetration or with sustained insulationFloor

Construction details Non insulated metal pipe penetration or with sustained insulation in floor


■ Elements (E) : • Rigid floors (E) minimum thickness 150 mm (tE), minimum density 2400 kg/m3.






Non

-insu

late

d Steel pipes* 32 × 1.8 – 159 mm (dc) (maximum pipe wall thickness 14.2 mm (tc))

E 180-C/U 15 mm upper side Stone wool backfilling on both sides (≥ 150 mm thickness tB), density 45 kg/m3 (B), distance pipe to seal edge wA: 19.0 – 35.5 mm

Sust

aine

d in

sula

tion



EI 180-C/U 10 mm upper side Stone wool backfilling on both sides (≥ 150 mm thickness tB), density 45 kg/m3 (B), distance pipe to seal edge wA: 30 – 45 mmSteel pipes* 33.7 × 2.6 –

168.3 × 4.5 mm (dC) (maximum pipe wall thickness 14.2 mm (tc))


EI 180-C/U

Steel pipes* 168.3 mm (dC) (pipe wall thickness 4.5 – 14.2 mm (tc))


EI 120-C/U(E 180-C/U)

Copper pipes** 28 mm (dc) (pipe wall thickness ≥ 1 mm (tc))


EI 180-C/U 10 mm upper side Stone wool backfilling on both sides (≥ 150 mm thickness tB), density 45 kg/m3 (B), distance pipe to seal edge wA: 30 – 40 mmCopper pipes** 28 × 1.0 –

89 × 2.0 mm (dc) (maximum pipe wall thickness 14.2 mm (tc))


EI 180-C/U



EI 120-C/U(E 180-C/U)





Concrete floor Interrupted continued insulation

Concrete floor Interrupted local insulation

Construction details Metal pipe penetration with interrupted insulation in floor

Metal pipe penetration with interrupted insulationFloor


■ Elements (E) : • Rigid floors (E) minimum thickness 150 mm (tE), minimum density 2400 kg/m3.






Inte

rrup

ted

insu

latio

n



EI 180-C/U 10 mm upper side Stone wool backfilling on both sides (≥ 150 mm thickness tB), density 45 kg/m3 (B), distance pipe to seal edge wA: 30 – 45 mm

Steel pipes* 33.7 × 2.6 – 168.3 × 4.5 mm (dc) (maximum pipe wall thickness 14.2 mm (tc))


EI 120-C/U(E 180-C/U)



EI 120-C/U(E 180-C/U)



EI 120-C/U(E 180-C/U)

Copper pipes** 28 × 1.0 – 89 × 2.0 mm (dc) (maximum pipe wall thickness 14.2 mm (tc))


EI 120-C/U(E 180-C/U)

Stone wool backfilling on both sides (≥ 150 mm thickness tB), density 45 kg/m3 (B), distance pipe to seal edge wA: 30 – 40 mmCopper pipes** 89 mm (dc)

(pipe wall thickness 2.0 – 14.2 mm (tc))

Local insulation tD = 40 mm, LD ≥ 500 mmContinued insulationtD ≥ 40 mm

EI 180-C/U





Comsumption guide CFS-S ACR

Cartridge volume = 310 mlW = Joint width in mmtA = Thickness of selaant in mmNombre de mètres linéaires de joints par cartouche

tA W 6 12 20 30 40 60 100

6 8,6 4,3 2,5

10 1,5 1,0 0,7 0,5 0,3

Metal pipe penetrations

Hilti Firestop Acrylic Sealant CFS-S ACR may be used for different insulation types and mineral wool products suitable for being used as pipe insulation.

Pipe insulation types in accordance with EN 1366-3

Sustained continued Interrupted continued

Sustained local Interrupted local




Health and the environmentAir / gas permeability

q/A [m3/(h x m2)] at Δ p50 Pa: Air: 1.9 × 10 – 6 Nitrogen (N2): 1.1 × 10 – 6

CO2: 6.4 × 10 – 5

Methane (CH4): 4.3 × 10 – 5

q/A [m3/(h x m2)] at Δ p250 Pa:Air: 9.7 × 10 – 6 Nitrogen (N2): 5.5 × 10 – 6

CO2: 3.2 × 10 – 4

Methane (CH4): 2.1 × 10 – 4

(10 mm thickness of CFS-S ACR)

EN 1026

Water permeability Water tight to 1m head of water or 9806 Pa ETAG 026-2

Dangerous substances CFS-ACR is in compliance concerning the re-gistration, evaluation, authorization and re-striction of chemicals (REACH)Toxic, carcinogenic, toxic for reproduction and mutagenic chemical substances of cate-gory 1 and 2 ≥ 0.1 % are not used.

Material safety datasheet

Protection against noise(Air borne sound insulation)

Flexible wallRw = 53 dBDn,w = 60 dB

Rigid wallRw = 51 dBDn,w = 58 dB


Durability and serviceability Category Y2, (– 5/+ 70)° C (suitable for intended use at temperatures between – 5° C and + 70° C) no exposure to rain or UV

ETAG 026-2 and 3

Movement capability (linear joints) Class ISO 11600-F-12.5P ISO 11600

Electrical properties Volume resistivity 11.3 × 10 11 ± 3.6 × 10 11 OhmSurface resistivity 8.5 × 10 6 ± 2.4 × 10 6 Ohm

DIN IEC 60093(VDE 0303 Part 30)

Reaction to fire Class D-s1 d0 EN 13501-1

Characteristics of CFS-S ACRAdditional Attributes

Hilti firestop products are comprehensively tested and individually matched to the technical requirements of a building’s mechanical and electric installations. In addition to their superior passive fire protection behaviour, Hilti firestop products also meet increasingly significant requirements in building technology and also help designers and installers to meet these additional requirements. The assessment of fitness for use has been made in accordance with EOTA ETAG No 026 – Part 2 and Part 3.




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual


Firestop intumescent sealantCFS-IS

Applications ■ Fire seal for single cables and bundles ■ Sealing of conduits ■ Sealing of blank openings ■ Sealing of irregular openings


Cartridge 310 ml Anthracite Firestop intumescent sealant CFS-IS 1 pc 02004613




CFS-IS

Chemical basis Water-based acrylic sealant

Volume shrinkage 10-20 %

Intumescent Yes


Application temperature range 5°C - 40°C


5 °C - 25 °C


Reaction to fire classification according to EN 13501-1

Class E


A water-based acrylic intuemscent firestop sealant for small to medium-sized cable and conduit penetrations


Advantages ■ Solvent free sealant, easy to clean up ■ Simple adding of cables later on ■ Low shrinkage of sealant ■ Paintable with most paints ■ Impermeable to air, N2, CO2 and CH4


Smoke tightness



Pince à injection Hilti CFS-DISP 1 pc 02005843



Clean the opening to be sealed. The material around the opening must be dry, in sound condition and free from dust or grease.

Pack mineral wool. Leave sufficient depth for applying CFS-IS.

Apply CFS-IS. Apply to the required depth in order to obtain the desired fire rating.Making sure CFS-IS contacts all surfaces to provide maximum adhesion.

Smooth CFS-IS. Smooth before the skin forms using water and a spatula. Leave completed seal undisturbed for 48 hours.

For maintenance reasons, a penetration seal could be permanently marked with an installation plate.

For special seal types with additional sealant CFS-IS along the cables/conduits see ETA-10 / 0406.

Loose mineral wool products suitable for being used as backfilling material of Hilti Firestop Acrylic Sealant CFS-S ACR: Heralan LS (Knauf Insulation), Isover loose wool SL (Saint-Gobain Isover), Isover Universal-Stopfwolle (Saint-Gobain Isover), Rockwool RL (Rockwool), Paroc Pro Loose Wool (Paroc OY AB).




Penetration seal (A) / services (C)

Wall type and thick-ness (tE)

Classification E = integrityI = insulation

Special Seal typeMinimum distances (s1, s2), mm


All sheathed cable types diameter ≤ 21 mm

Flexible Wall≥ 100 mm

EI 120 s1 = 0, s2 = 0 Hilti Firestop Intumescent Sealant CFS-IS on both sides, thickness (tA) 25 mm, mineral wool (B) tightly com-pressed as backfilling material, thickness (tB) ≥ 50 mm (gap filled completely)

Maximum seal size: 150 x 150 mm or circular openings of equivalent area.

Blank seal: in case services are to be added later on, the classifications given in the tables have to be con-sidered.

All sheathed cable types diameter ≤ 80 mm

EI 60 s1 = 0, s2 = 0

Tied cable bundle, maximum diameter of 100 mm, maximum diameter of single cables 21 mm

EI 90 s1 = 10, s2 = 0

Small steel conduits and tubes diameter ≤ 16 mm

EI 120-C/U s1 = 10, s2 = 0

Small plastic conduits and tubes diameter ≤ 16 mm

EI 120-U/C s1 = 10, s2 = 0

Plastic conduits diameter 16–32 mm, wall thickness 1 – 3 mm

EI 120-U/C s1 = 10, s2 = 10

Blank Seal EI 120

All sheathed diameter ≤ 21 mm

Rigid Wall≥ 100 mm

EI 90 s1 = 0, s2 = 0 Hilti Firestop Intumescent Sealant CFS-IS on both sides, thickness (tA) 25 mm, mineral wool (B) tightly com-pressed as backfilling material, thickness (tB) ≥ 50 mm (gap filled completely)

Maximum seal size: 150 x 150 mm or circular openings of equivalent area.

Blank seal: in case services are to be added later on, the classifications given in the tables have to be con-sidered.

All sheathed cables diameter 21–80 mm

EI 60 s1 = 0, s2 = 0

EI 120 Additional sealant CFS-IS on both si-des (t2A ≥ 10 mm, LA ≥ 50 mm), s1 = 0, s2 = 0


EI 90 s1 = 10, s2 = 0

EI 120 Additional sealant CFS-IS on both si-des (t2A ≥ 10 mm, LA ≥ 50 mm), s1 = 10, s2 = 0


EI 120-C/U s1 = 10, s2 = 0


EI 120-U/C s1 = 10, s2 = 0

Plastic conduits diameter 16–32 mm, wall thickness 1–3 mm

EI 120-U/C s1 = 10, s2 = 10

Blank Seal EI 120

Cables and conduitsFlexible walls I Rigid walls

Hilti Firestop intumescent sealant CFS-IS is classified in resistance to fire up to a maximum seal size of 150 x 150 mm or equivalent round opening of equivalent surface in the following conditions:

■ Elements (E) : • Flexible walls / drywall (E), minimum thickness 100 mm (tE) with timber or steel studs lined on both faces with a minimum

of two layers of 12.5 mm thick boards. For timber stud walls there must be a minimum distance of 100 mm between the seal and any stud, and the cavity must be filled with a minimum of 100 mm insulation of Class A1 or A2 in accordance with EN 13501-1.

• Rigid walls (E) concrete, aerated concrete or masonry, minimum thickness 100 mm (tE), minimum density of 550 kg/m3 ■ Penetration elements: all types of sheated cables used in building in Europe (per example power, control, signal, telecommunication, data, optical, fibre cables).



Cables Conduits Blank seal

Construction details for cables and conduits in flexible wall

Cables, conduits ≤ 16 mm

Conduits 16 ≤ ø ≤ 32 mm

Blank seal

Construction details for cables and conduits in rigid wall

With additional sealant on two sides




Wall type and thickness (tE)


Special seal typeMinimum distances (s1, s2), mm


All sheathed diameter ≤ 21 mm

Rigid Floor≥ 150 mm

EI 120 s1 = 0, s2 = 0 Hilti Firestop Intumescent Sealant CFS-IS, thickness (tA) 25 mm, mineral wool (B) tight-ly compressed as backfilling material, thickness (tB) ≥ 125 mm (gap filled complete-ly)

Maximum seal size: 150 x 150 mm or circular openings of equivalent size.

Blank seal: in case services are to be added later on, the classifications given in the ta-bles have to be considered.

All sheathed cables diameter ≥ 21 – ≤ 80mm

EI 90 s1 = 0, s2 = 0

EI 120 Additional sealant CFS-IS on top side only (t2A ≥ 10 mm, LA ≥ 100 mm), s1 = 0, s2 = 0


EI 90 s1 = 10, s2 = 0

EI 120 Additional sealant CFS-IS on top side only (t2A ≥ 10 mm, LA ≥ 50 mm) s1 = 10, s2 = 0


EI 90-C/U s1 = 20, s2 = 0

EI 120-C/U Additional sealant CFS-IS on top side only (t2A ≥ 10 mm, LA ≥ 50 mm), s1 = 20, s2 = 0


EI 90-U/C s1 = 20, s2 = 0

EI 120-U/C Additional sealant CFS-IS on top side only (t2A ≥ 10 mm, LA ≥ 50 mm), s1 = 20, s2 = 0

Plastic conduits diameter ≥ 16 – 32 mm, wall thickness 1–3 mm

EI 120-U/C Additional sealant CFS-IS on both sides (t2A ≥ 10 mm, LA ≥ 50 mm), s1 = 10, s2 = 10

Blank Seal EI 120

Cables and conduitsFloors

Cables, conduits ≤ 16 mm

Blank seal With additional sealant on top side

Construction details for cables and conduits in floor

With additional sealant on bith sides

Hilti Firestop intumescent sealant CFS-IS is classified in resistance to fire up to a maximum seal size of 150 x 150 mm or equivalent round opening of equivalent surface in the following conditions:

■ Elements (E) :

• Floors (E) concrete or aerated concrete, minimum thickness 150 mm (tE), minimum density of 650 kg/m3 . ■ Penetration elements: all types of sheated cables used in building in Europe (per example power, control, signal, telecommunication, data, optical, fibre cables).




Impermeable for air, Nitrogen (N2), CO2 and Methane (CH4) determined for 50 mm thick-ness of CFS-IS

EN 1026

Dangerous substances CFS-IS is in compliance concerning the registration, evaluation, authorization and restriction of Chemicals (REACH).The product specification has been compa-red with the list of dangerous substances of the European Commission to verify that it does not contain such substances above the acceptable limits.

Material safety data sheet

Durability and serviceability Use category Y2, (-5/+70)° C (suitable for penet-ration seals intended for use at temperatures between -5° C and +70° C, no exposure to rain or UV).

ETAG 026-2

Electrical properties Volume resistivity164 x 1010 ± 55 x 1010 OhmSurface resistivity318 x 106 ± 84 x 106 Ohm

DIN IEC 60093(VDE 0303 Part 30)

Reaction to fire Class E EN 13501-1

Characteristics of CFS-ISAdditional Attributes

Hilti Firestop products are comprehensively tested and individually tailored to the technical requirements of a building’s mechanical and electric installations. In addi-tion to their superior behaviour in passive fire protection, Hilti Firestop products also meet additional requirements in building construction that continue to gain sig-nificance and also help the designer and installer in meeting these additional requi-rements. The assessment of fitness for use has been made in accordance with EOTA ETAG No 026 – Part 2.




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual


Consumption guide of intumescent sealant CFS-IS

Cartridge volume = 310 mlNumber of cartridge of sealant CFS-IS (thickness of sealant 25 mm, without additional sealant)

Opening Wall position: sealant on two sides Floor position: sealant on surface

Surface (cm2)

Round Ø (mm)

Rectangular (mm)

Part of penetrating elements Part of penetrating elements

0 % 10 % 30 % 60 % 0 % 10 % 30 % 60 %

22 52 50 x 44 0,4 0,4 0,3 0,2 0,2 0,2 0,2 0,1

41 72 70 x 58 0,7 0,6 0,5 0,3 0,4 0,3 0,3 0,2

67 92 90 x 74 1,1 1 0,8 0,5 0,6 0,5 0,4 0,3

99 112 100 x 99 1,6 1,5 1,2 0,7 0,8 0,8 0,6 0,4

137 132 120 x 114 2,3 2,0 1,6 0,9 1,2 1,0 0,8 0,5

182 152 140 x 130 3,0 2,7 2,1 1,2 1,5 1,4 1,1 0,6

207 162 150 x 138 3,4 3,1 2,4 1,4 1,7 1,6 1,2 0,7

225 169 150 x 150 3,7 3,3 2,6 1,5 1,9 1,7 1,3 0,8


Order Description Package content Item Number

CFS-F FX incl. 1 mixing nozzle, instructions for use 00429802

Order Description Package content Item Number

HDM 330 manual dispenser Manual dispenser with 1 black foil pack holder 02046748

HDE 500-A22 cordless powered dispenser

Electric dispenser with 1 black foilpack holder (without battery and charger) 02021307

HDE 500-A22 cordless powered dispenser kit

Dispenser, battery B22 1,6 Ah Li-Ion, charger C4/36-90, black foil pack holder HIT-CB 500, red foil pack holder HIT-CR 500

02045752

Firestop FoamCFS-F FX

Fields of ApplicationPermanent firestop seals in small and medium-sized openings (optimum size range: 100 x 100 mm to 300 x 300 mm)

■ Cable trays, single cables, tied cable bundles, small conduits ■ Openings accommodating pipes and cables ■ Plastic pipes ■ Metal pipes (with combustible or non-combustible insulation)

(The seals must comply with ETA No 10 / 109.)

Technical Data (at 23° C, 50% relative humidity)

CFS-F FX

Colour Red

Foil pack volume / foam yield 325 ml / 2.1 liters (freely foamed)

Application temperature of pack / Storage and transport temperatures

+10°C to +35°C / +5°C to +25°C

Curing times Can be shaped after approx. 5 min.

Can be cut after approx. 10 min.

Reaction to fire, classification according to EN 13501-1

Class E

Temperature resistance of the cured foam

– 30°C to + 60°C

Shelf life 9 months


Firestop foam CFS-F FX

Advantages ■ 3-phase technology with optimum application characteristics

(easily shapeable foam) ■ Easy installation without need for formwork or other aids ■ Easily applied using the ergonomically-designed Hilti dispensers ■ Safety first: CFS-F FX complies with the requirements of

international fire protection directives ■ Neat and tidy application ■ Very quick and easy to install – a reliable firestop seal with only

one product ■ Easy subsequent installation of additional cables ■ Outstanding sound insulation properties thanks to flexible foam

structure ■ Smoketightness and firestopping with one system The European Technical Approval,

ETA 10/0109, can be obtained via your local Hilti contact or www.hilti.com

Smoke tightness




Clean the opening to be sealed. The materi-al around the opening must be dry, in sound condition and free from dust or grease.

Apply the firestop foam in the opening to be sealed. The mixed components of the foam react and begin to expand approx. 30 seconds after application (at 23°C). Fill the opening completely with firestop foam, inclu-ding gaps between individual cables, etc.

NOTE:It is generally best to begin in the middle of the opening, building up the foam by working from bottom to top. In openings with access from only one side, begin at the rear and work toward the front.

The foam will harden in the mixing nozzle du-ring pauses (i.e. > 1 minute at 23°C; > 20 se-conds at 35°C). The mixing nozzle must then be changed. Release the pressure from the piston rod before changing the mixing nozzle.

Use formwork made from an air-permeable material (e.g. perforated cardboard)when filling openings in ceilings.

The foam can be shaped or smoothed by hand (if necessary) after approx. 5 minutes (at 23°C). Wear protective gloves! After approx. 10 minutes (at 23°C) the foam becomes hard and it can then be cut.

NOTE:After hardening, any projecting foam can be trimmed off to the specified minimum depth. Trimmed-off scraps of hardened foam can be placed in the next opening and fresh foam ap-plied around these.

Mount the installation identification plate beside the correctly sealed opening, if required.

Subsequent installation of cables or pipesAdditional cables or pipes can be installed in the opening without difficulty. Do not exceed the approved maximum number and size of cables or pipes.1. The cable or pipe may be pushed directly

through the foam. Where necessary, use a suitable tool (screwdriver or drill bit, etc.) to make a hole in the foam before pushing the cable or pipe through. Do not damage exis-ting cables.

2. Seal any remaining gaps carefully with CFS-F FX

Check the foil pack holder for damage and ensure that it functions correctly. Slide the foil pack into the holder. Caution: Never use da-maged foil packs and/or damaged or badly soiled foil pack holders.

Remove the cap. Screw the mixing nozzle all the way onto the foil pack and tighten it securely. Check that the black mixing element is in place inside the nozzle! Do not use dama-ged mixing nozzles. Do not, under any circum-stances, modify or tamper with the mixing nozzle. The foil pack should only be used to-gether with the mixing nozzle supplied. A new mixing nozzle must be used with each new foil pack.

Insert the holder containing the foil pack into the dispenser: Press the release button on the dispenser, pull the piston rod back as far as it will go and then insert the holder con-taining the foil pack into the dispenser.

The foil pack opens automatically when dis-pensing begins. Never pierce a hole in the foil pack! This will cause the system to malfunc-tion.

Discard the unevenly mixed initial quantity: The foam dispensed by the first stroke of the dispenser must be discarded, e.g. in the emp-ty outer packaging material.



Penetration seal (A) /services (C) Classification E = Integrity I = Insulation

Seal depth (tA) (mm)


Cab

le |

Cab

le tr

ay

Small sheathed cables ≤ Ø 21 mmTied cable bundle ≤ Ø 100 mm

EI 120 ≥ 200 Minimum distances:min S1 = 0 mm (cable tray to seal edge)min S2 = 50 mm (cable to cable tray)min S2 = 33 mm (cable to cable bundle)min S2 = 0 mm (cable to cable)

Framing details see specific drawings below.

EI 60 ; E 120 ≥ 112

All sheathed cables ≤ Ø 80 mm EI 90 ; E 120 ≥ 200

EI 60 ; E 120 ≥ 150

Steel conduit ≤ Ø 16 mm EI 120 U/U ≥ 200

EI 90 U/U; E 120 ≥ 112

Plastic conduit ≤ Ø 16 mm EI 120 U/U ≥ 112

Bla

nk o

peni

ng Blank, no services EI 120 ≥ 200

Cable penetration Flexible wall | Rigid wall


Hilti Firestop Foam CFS-F FX is classified in resistance to fire in penetration seals of maximum opening size 400 x 400 mm (w x h) in the following conditions:



• Rigid walls (E) concrete, aerated concrete or masonry, minimum thickness 112 mm (tE), minimum density of 650 kg/m3 ■ Penetration elements:

• All types of sheated cables used in building in Europe (per exemple power, control, signal, telecommunication, data, optical, fibre cables).

• Steel and plastic conduits of diameter below 16 mm.


Cable, cable bundle in flexible wall, rigid wall

Cables on cable tray in flexible wall, rigid wall

flexible wall rigid wall


E

tE

A

tA

E1

Blank opening in flexible wall, rigid wall

Aperture framing, seal frames



Construction details for cables and conduits in wall


Penetration seal (A) /services (C) Classification E = Integrity I = Insulation

Seal depth (tA) (mm)


Cab

le |

Cab

le tr

ay

Small sheathed cables ≤ Ø 21 mmTied cable bundle ≤ Ø 100 mm, single cable ≤ Ø 21 mm

EI 120 ≥ 250 Minimum distances:min S1 = 0 mm (cable tray to seal edge)min S2 = 50 mm (cable to cable tray)min S2 = 33 mm (cable to cable bundle) min S2 = 0 mm (cable to cable)

EI 60 ≥ 150

All sheathed cables ≤ Ø 80 mm EI 60; E 120 ≥ 150

Medium sheathed cables Ø 21 – 50 mm EI 120 ≥ 250

Large sheathed cables ≤ Ø 80 mm EI 90; E 120 ≥ 200

EI 60; E 120 ≥ 150

Con

duits

| Tu

bes Steel conduit ≤ Ø 16 mm EI 120 U/U ≥ 150

Steel and plastic conduits ≤ Ø 16 mm

Cable penetration Floor

Cable, cable bundle in floor Framing floor

Cables tray in floor



■ Elements (E) : • Rigid floors (E) (concrete, minimum density 2200 kg/m3), minimum thickness 150 mm (tE).

■ Penetration elements: • All types of sheated cables used in building in Europe (per exemple power, control, signal, telecommunication, data,

optical, fibre cables).• Steel and plastic conduits of diameter below 16 mm.

Construction details for cables and conduits in floor


Penetration seal (A) /services (C)

Element Classification E = Integrity I = Insulation

Minimum seal depth (tA) (mm)


Pla

stic

pip

e

PVC-U pipe dc Ø 50 mm tc 3.7 – 5.8 mm

Flexible wallRigid wall

EI 120 U/C ≥ 150 Minimum distances:min S1 = 30 mm (between pipe and seal edge)min S2 = 55 mm (between pipes)PE pipe

dc Ø 50 mmtc 2.9 – 4.6 mm

PVC-U pipe dc Ø 50 mm tc 3.7 – 5.6 mm

Rigid floor EI 120 U/C ≥ 150 Minimum distances:min S1 = 50 mm (between pipe and seal edge)min S2 = 65 mm (between pipes)PVC-U pipe

dc Ø 50 mm tc 3.7 mm

EI 120 U/C ≥ 150

PE pipe dc Ø 50 mmtc 2.9 – 4.6 mm

EI 120 U/C ≥ 150

Plastic pipe penetration Flexible wall | Rigid wall I Rigid floor





• Rigid walls (E) concrete, aerated concrete or masonry, minimum thickness 112 mm (tE), minimum density of 650 kg/m3 .

• Rigid floors (E) concrete, minimum thickness 150 mm (tE), minimum density of 2200 kg/m3. ■ Penetration elements:

• PVC-U pipes, EN 1452-1, DIN 8061/8062• PE pipes, EN 1519-1, DIN 8074/8075

Construction details plastic pipesFlexible wall, rigid wall


Floor



Pipe insulation (D) Classification E = Integrity I = Insulation



Met

al p

ipe

Steel pipe dc ≤ Ø 33.7 mmtc 2.6 – 14.2 mm

Mineral wool tD = 30 mm / LD = 500 mm

EI 120 C/U ≥ 150 Minimum distances:min S1 = 0 mm (between pipe and seal edge)min S2 = 0 mm (linear arrangement)min S2 = 40 mm (in a cluster)

Steel pipe dc Ø 33.7 – 114.3 mmtc 2.6/3.6 – 14.2 mm



Combustible insulationtD = 19 mm / LD = 500 mm

EI 90 C/UE 120 C/U

≥ 150 Installed with 2 layers Hilti Firestop Bandage CFS-B on both sides (according to ETA CFS-B (A2))

Copper pipedc Ø 28 – 88.9 mmtc 1.0/2.0 – 14.2 mm


EI 60 C/UE 120 C/U

≥ 150

Combustible insulationtD = 19 mm /LD = 500 mm

EI 60 C/UE 120 C/U


Pipe penetration Flexible wall | Rigid wall

Construction details metal pipe in flexible wall, rigid wallMineral wool insulation


Hilti Firestop Foam CFS-F FX may be used to form penetration seals of maximum opening size 400 x 400 mm (w x h) in the following conditions:



• Rigid walls (E) concrete, aerated concrete or masonry, minimum thickness 112 mm (tE), minimum density of 650 kg/m3 ■ Penetration elements: • Insulated steel pipes.• Insulated copper pipes.• Pipe insulation: Mineral wool (Rockwool RS 800) or Combustible insulation (synthetic rubber Armaflex)

Combustible insulation







Met

al p

ipe

Steel pipe dc ≤ Ø 33.7 mmtc 2.6 – 14.2 mm


EI 120 C/U ≥ 150 Minimum distances:min S1 floor = 20 mm (between pipe and seal edge)min S2 floor = 15 mm (linear arrangement)min S2 floor = 20 mm (in a cluster)



Steel pipe dc Ø 114.3 – 168 mm tc 3.6–14.2/14,0–14.2 mm


EI 120 C/U ≥ 150

Steel pipe dc Ø 33.7 – 114.3 mm tc 2.6 – 3.6 mm

Combustible insulationtD = 19 mm / LD = 500 mm

EI 120 C/U ≥ 150 Installed with 2 layers Hilti Firestop Bandage CFS-B on both sides (according to ETA CFS-B (A2))

Copper pipe dc Ø 28 – 88.9 mmtc 1.0/2.0 – 14.2 mm


EI 120 C/U ≥ 150 Installed with 2 layers Hilti Firestop Bandage CFS-B on both sides (according to ETA CFS-B (A2))

Combustible insulationtD = 19 mm /LD = 500 mm

EI 90 C/UE 120 C/U


Pipe penetration Floor


■ Elements (E) :

• Rigid floors (E) concrete, minimum thickness 150 mm (tE), minimum density of 2200 kg/m3 ■ Penetration elements: • Insulated steel pipes.• Insulated copper pipes.• Pipe insulation: Mineral wool (Rockwool RS 800) or Combustible insulation (synthetic rubber Armaflex)

Construction details metal pipe in floorMineral wool insulation

Combustible insulation







Mix

ed p

enet

ratio

n | c

able

| bu

ndle

| tr

ay |

met

al |

plas

tic p

ipe

All sheathed cables ≤ Ø 80 mm(e.g. power, control, signal, telecommunication, data, optical fibre cables)Tied cable bundle (≤ 100 mm), maximum diameter of single cable Ø 21 mm

EI 60 / E 120 ≥ 150 Cable support construction perforated metal cable tray minimum distances:min S1 = 0 mm (cable to seal edge)min S2 = 35 mm (between cable and pipe)min S1 = 0 mm (between metal pipe and seal edge)min S2 = 0 mm (between metal pipe and linear arrangement)min S2 = 40 mm (cluster arrangement)min S1 = 30 mm (between plastic pipe and seal edge)min S2 = 55 mm (between plastic pipe and metal pipe)

Steel conduits or tubes Ø 16 mm

Steel pipe Ø 33.7 – 114.3 (dc)(pipe wall thickness 2.6/3.6 – 14.2 mm)

Mineral wool (Rockwool RPS 800)tD = 40 mm / LD = 500 mm

Copper pipe Ø 28 – 88.9 mm (dc)(pipe wall thickness 1.0/2.0 – 14.2 mm)

Mineral wool (Rockwool RPS 800)tD = 40 mm / LD = 500 mm

Steel pipe Ø 33.7 – 114.3 mm (dc)(pipe wall thickness 2.6/3.6 – 14.2 mm)

Combustible insulation(synthetic rubber Armaflex)tD = 19 mm /LD = 500 mm

Installed with 2 layers Hilti Firestop Bandage CFS-B on both sides (according to ETA CFS-B (A2))

Copper pipe Ø 28 – 88.9 mm (dc)(pipe wall thickness 1.0/2.0 – 14.2 mm)

Combustible insulation(synthetic rubber Armaflex)tD = 19 mm /LD = 500 mm

PE pipe (EN 1519-1, DIN 8074/8075) Ø 50 mm (dc)(pipe wall thickness (tc) 2.9 – 4.6 mm)

PVC-U pipe (EN 1452-1, DIN 8061/8062) Ø 50 mm (dc) (pipe wall thickness (tc) 3.7 – 5.6 mm)

Mixed penetration Flexible wall | Rigid wall | Floor

Mixed penetration

flexible wall rigid wall floor

Hilti Firestop Foam CFS-F FX may be used to form penetration seals of maximum opening size 400 x 400 mm (w x h) in the following conditions:



• Rigid walls (E) concrete, aerated concrete or masonry, minimum thickness 112 mm (tE), minimum density of 650 kg/m3

• Rigid floors (E) concrete, minimum thickness 150 mm (tE), minimum density of 2200 kg/m3





Δ p 50 Pa ⇒ 0.0007 q/A [m3/(h x m2)](174 mm thickness of layer)Δ p 250 Pa ⇒ 0.0007 q/A [m3/(h x m2)]Permeability regarding gases N2,CO2, CH4: tested

EN 1026

Dangerous substances below any respective occupational exposure limits as far as such limits exist


Safety in useResistance to impact / movement /Mechanical resistance and stability /Adhesion

Soft body impact: Energy 1200 NmHard body impact: Energy 10 Nm

EOTA Technical ReportTR001, A1

fullfills requirements of zones Type I, II, III and IVmaximum opening 400 x 400 mm


Rw (C; Ctr) = 47 (–1; –6) dBDn,e,w (C; Ctr) = 54 (–0; –5) dB


Durability and serviceability Category Y2 (suitable for penetration seals intended for use at temperatures between – 20 ° C and + 70 ° C) no exposure to rain or UV

EOTA Technical Report TR024ETAG 026-2

May be coated with acrylic dispersion, alkyd resin, polyurethan / acrylic and epoxy resin)


Characteristics of CFS-F FXAdditional Attributes

Hilti Firestop products are comprehensively tested and individually tailored to the technical requirements of a building’s mechanical and electric installations. In addition to their superior behaviour in passive fire protection, Hilti Firestop products also meet the requirements in building technology that continue to gain significance and also help the designer and installer in meeting these additional requirements. The assessment of fitness for use has been made in accordance with EOTA ETAG No 026 – Part 2.




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual



Consumption guide of intumescent foam CFS-F FXNumber of cartridges

Cartridge volume = 330 ml

Round opening Rectugular opening

Diameter of opening (mm)

Size of opening (m²)

Part of penetrating elements

Dimensions of opening (mm)



0% 10% 30% 60% Largeur Hauteur 0% 10% 30% 60%

Foam

thic

knes

s 11

2 m

m

Ø 90 0,007 0,5 0,5 0,5 0,5 50 100 0,005 0,5 0,5 0,5 0,5

Ø 120 0,012 1,0 1,0 1,0 0,5 100 100 0,01 1,0 1,0 0,5 0,5

Ø 140 0,016 1,0 1,0 1,0 0,5 100 150 0,015 1,0 1,0 1,0 0,5

Ø 160 0,021 1,5 1,5 1,0 1,0 100 200 0,02 1,5 1,5 1,0 1,0

Ø 180 0,026 2,0 1,5 1,5 1,0 100 250 0,025 2,0 1,5 1,5 1,0

Ø 200 0,032 2,5 2,0 1,5 1,0 100 300 0,03 2,0 2,0 1,5 1,0

Ø 220 0,039 2,5 2,5 2,0 1,0 200 200 0,04 3,0 2,5 2,0 1,5

Ø 240 0,046 3,0 3,0 2,5 1,5 200 225 0,045 3,0 3,0 2,5 1,5

Ø 250 0,050 3,5 3,0 2,5 1,5 200 250 0,05 3,5 3,0 2,5 1,5

Ø 280 0,062 4,0 4,0 3,0 2,0 200 300 0,06 4,0 3,5 3,0 2,0

Ø 300 0,071 5,0 4,5 3,5 2,0 200 350 0,07 4,5 4,5 3,5 2,0

Ø 320 0,081 5,5 5,0 4,0 2,5 200 400 0,08 5,5 5,0 4,0 2,5

Ø 340 0,091 6,0 5,5 4,5 2,5 300 300 0,09 6,0 5,5 4,5 2,5

Ø 350 0,097 6,5 6,0 4,5 2,5 300 330 0,099 6,5 6,0 4,5 3,0

Ø 400 0,126 8,5 7,5 6,0 3,5 300 400 0,12 8,0 7,0 5,5 3,5

- 400 400 0,16 10,5 9,5 7,5 4,5

Foam

thic

knes

s 15

0 m

m

Ø 90 0,007 1,0 0,5 0,5 0,5 50 100 0,005 0,5 0,5 0,5 0,5

Ø 120 0,012 1,0 1,0 1,0 0,5 100 100 0,01 1,0 1,0 1,0 0,5

Ø 140 0,016 1,5 1,5 1,0 1,0 100 150 0,015 1,5 1,5 1,0 1,0

Ø 160 0,021 2,0 2,0 1,5 1,0 100 200 0,02 2,0 2,0 1,5 1,0

Ø 180 0,026 2,5 2,0 2,0 1,0 100 250 0,025 2,5 2,0 1,5 1,0

Ø 200 0,032 3,0 2,5 2,0 1,5 100 300 0,03 3,0 2,5 2,0 1,5

Ø 220 0,039 3,5 3,0 2,5 1,5 200 200 0,04 3,5 3,5 2,5 1,5

Ø 240 0,046 4,0 3,5 3,0 2,0 200 225 0,045 4,0 3,5 3,0 2,0

Ø 250 0,050 4,5 4,0 3,0 2,0 200 250 0,05 4,5 4,0 3,0 2,0

Ø 280 0,062 5,5 5,0 4,0 2,5 200 300 0,06 5,5 5,0 4,0 2,5

Ø 300 0,071 6,5 5,5 4,5 2,5 200 350 0,07 6,0 5,5 4,5 2,5

Ø 320 0,081 7,0 6,5 5,0 3,0 200 400 0,08 7,0 6,5 5,0 3,0

Ø 340 0,091 8,0 7,5 5,5 3,5 300 300 0,09 8,0 7,0 5,5 3,5

Ø 350 0,097 8,5 7,5 6,0 3,5 300 330 0,099 8,5 8,0 6,0 3,5

Ø 400 0,126 11,0 10,0 8,0 4,5 300 400 0,12 10,5 9,5 7,5 4,5

- 400 400 0,16 14,0 12,5 10,0 5,5

Note : Indication only, calculated with 20% lost



Round opening Rectugular opening

Diameter of opening (mm)



Dimensions of opening (mm)



0% 10% 30% 60% Largeur Hauteur 0% 10% 30% 60%

Foam

thic

knes

s 20

0 m

m

Ø 90 0,007 1,0 1,0 1,0 0,5 50 100 0,005 1,0 1,0 0,5 0,5

Ø 120 0,012 1,5 1,5 1,0 1,0 100 100 0,01 1,5 1,5 1,0 0,5

Ø 140 0,016 2,0 2,0 1,5 1,0 100 150 0,015 2,0 2,0 1,5 1,0

Ø 160 0,021 2,5 2,5 2,0 1,0 100 200 0,02 2,5 2,5 2,0 1,0

Ø 180 0,026 3,0 3,0 2,5 1,5 100 250 0,025 3,0 3,0 2,0 1,5

Ø 200 0,032 4,0 3,5 3,0 1,5 100 300 0,03 3,5 3,5 2,5 1,5

Ø 220 0,039 4,5 4,0 3,5 2,0 200 200 0,04 5,0 4,5 3,5 2,0

Ø 240 0,046 5,5 5,0 4,0 2,5 200 225 0,045 5,5 5,0 4,0 2,5

Ø 250 0,050 6,0 5,5 4,0 2,5 200 250 0,05 6,0 5,5 4,0 2,5

Ø 280 0,062 7,5 6,5 5,0 3,0 200 300 0,06 7,0 6,5 5,0 3,0

Ø 300 0,071 8,5 7,5 6,0 3,5 200 350 0,07 8,0 7,5 6,0 3,5

Ø 320 0,081 9,5 8,5 6,5 4,0 200 400 0,08 9,5 8,5 6,5 4,0

Ø 340 0,091 10,5 9,5 7,5 4,5 300 300 0,09 10,5 9,5 7,5 4,5

Ø 350 0,097 11,0 10,0 8,0 4,5 300 330 0,099 11,5 10,5 8,0 5,0

Ø 400 0,126 14,5 13,0 10,5 6,0 300 400 0,12 14,0 12,5 10,0 5,5

- 400 400 0,16 18,5 16,5 13,0 7,5

Foam

thic

knes

s 25

0 m

m

Ø 90 0,007 1,0 1,0 1,0 0,5 50 100 0,005 1,0 1,0 0,5 0,5

Ø 120 0,012 2,0 1,5 1,5 1,0 100 100 0,01 1,5 1,5 1,0 1,0

Ø 140 0,016 2,5 2,0 2,0 1,0 100 150 0,015 2,5 2,0 1,5 1,0

Ø 160 0,021 3,0 3,0 2,5 1,5 100 200 0,02 3,0 3,0 2,0 1,5

Ø 180 0,026 4,0 3,5 3,0 1,5 100 250 0,025 4,0 3,5 2,5 1,5

Ø 200 0,032 4,5 4,5 3,5 2,0 100 300 0,03 4,5 4,0 3,0 2,0

Ø 220 0,039 5,5 5,0 4,0 2,5 200 200 0,04 6,0 5,5 4,0 2,5

Ø 240 0,046 6,5 6,0 5,0 3,0 200 225 0,045 6,5 6,0 4,5 3,0

Ø 250 0,050 7,5 6,5 5,0 3,0 200 250 0,05 7,5 6,5 5,0 3,0

Ø 280 0,062 9,0 8,0 6,5 4,0 200 300 0,06 9,0 8,0 6,0 3,5

Ø 300 0,071 10,5 9,5 7,5 4,5 200 350 0,07 10,0 9,0 7,0 4,0

Ø 320 0,081 11,5 10,5 8,5 5,0 200 400 0,08 11,5 10,5 8,0 5,0

Ø 340 0,091 13,0 12,0 9,5 5,5 300 300 0,09 13,0 12,0 9,0 5,5

Ø 350 0,097 14,0 12,5 10,0 5,5 300 330 0,099 14,5 13,0 10,0 6,0

Ø 400 0,126 18,0 16,5 13,0 7,5 300 400 0,12 17,5 15,5 12,0 7,0

- 400 400 0,16 23,0 21,0 16,0 9,5

Note : Indication only, calculated with 20% lost

Consumption guide of intumescent foam CFS-F FXNumber of cartridges

Cartridge volume = 330 ml


Firestop collarsCFS-C and CFS-C P

Applications ■ Sealing flammable pipes from 50 mm to 160 in diameter with

collar CFS-C and from 180 to 250 mm in diameter with collar CFS-C P in penetrations through fire compartment walls and floors

■ Pipe materials: PE, PE-HD, PVC-U, PVC ■ Suitable for use in openings in concrete, aerated concrete,

masonry and drywall ■ Different backfilling and sealing materials are coveredMatériaux

des tubes : PE, PE-HD, PVC, PVC-U

Technical Data (at 23° C, 50% relative humidity)

CFS-C I CFS-C P

Minimal wall thickness 100 mm

Minimal ceiling thickness 150 mm


-5 °C - 50 °C

Close aperture with Gypsum plaster, cementitious mortar, Hilti Firestop Acrylic

Sealant CFS-S ACR

Expansion temperature 180 °C

Expansion ratio 1:15 load expansion, load = 5g/cm³

Approval CFS-C ETA 10/0403 dated 22/02/2011

Approval CFS-C P ETA 10/0404 dated 22/02/2011

Firestopping for flammable pipes up to 250 mm in diameter with European Technical Approval.

Nominal pipe diameter

Number of hooks and fasteners

External diameter of collar (mm)

Heigth of collar (mm)


50 mm 2 66,7 22,4 Firestop collar CFS-C 50 1 pc 00435417







180 mm 8 229 150 Firestop collar CFS-C P 180 1 pc 00435413







30years

30Jahre

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Smoke and gas tigthness

Water tightness


Firestop collars CFS-C and CFS-C P

Advantages ■ Quick and easy closure without use of a tool ■ Adjustable position tabs for simple fastening ■ Sound decoupling strip based on PE (foam) can be used ■ Low profile for tight installations



Collar sizes and number of hooks for suitable pipe diameters

Seal the opening: The aperture around the pipe is filled with gypsum plaster (flexible walls) or cementitious mortar (concrete walls/floors) over the full thickness of the wall/floor or alternatively sealed with minimum 25 mm thick Hilti Firestop Acrylic Sealant CFS-S ACR on both sides. Backfilling with stone wool may be omitted in case of small annular gaps and classifications ≤ EI 120.In case of missing sound decoupling means around the pipe it is recommended to use Hilti Firestop Acrylic Sealant CFS-S ACR as annular gap seal. If gypsum plaster or cementitious mortar is intended to be used it is recommended to install a PE foam strip around the pipe over the entire wall or floor thickness for sound de-coupling of the pipe.

Clean the plastic pipe. Remove all plaster/mortar or dust from the pipe in the area where the Firestop collar is to be installed.

Attach fastening hooks/tabs: The fastening hooks can be attached to various points of the metal housing. The hooks must be positioned as symmetrically as possible. The required number of fastening hooks is indi-cated below and on the packaging.

Fasten the Hilti Firestop Collar:a) Attach fastening hooks/tabs on the metal housing.b) Mark the fastening points on the wall/floor.c) Fasten the Hilti Firestop Collar, using recommended metal anchors/fasteners, e.g. Hilti DBZ, Hilti HUS, Hilti

HSA for rigid walls and floors or threaded rod, nuts, washers in flexible walls. These are defined in the respec-tive test reports and approvals.

d) If required by national prescriptions mark the penetration seal with an identification plate containing the requi-red information. In such a case fasten the identification plate in a visible position next to the seal.

Close the Hilti Firestop Collar: Place the Hilti Firestop Collar around the plastic pipe and apply firm pressure by hand until it latches with a „click“ sound. No tools, pins or screws are necessary. The Hilti Firestop Collar can be re-opened by pushing down the engaged „tongue“ with a screwdriver while pulling the Hilti Firestop Collar apart.

For wall applications: Repeat installation on the other side of the wall.

FS Collar CFS-C 50 – 2FS Collar CFS-C 63 – 2

FS Collar CFS-C 75 – 3FS Collar CFS-C 90 – 3

FS Collar CFS-C 110 – 4FS Collar CFS-C 125 – 4FS Collar CFS-C 160 – 4

FS Collar CFS-C P 250 – 12

FS Collar CFS-C P 180 – 8FS Collar CFS-C P 200 – 8

FS Collar CFS-C P 225 – 10



Penetration seal (A) / services (C) Elements (E) Type of firestop collar


Material Pipe diameter (dC) mm

Pipe wall thickness (tC) mm

Type of support

Thickness of support (tE) mm

PVC 50 2,4 - 5,6 Flexible wall I Rigid wall

100 CFS-C EI 120-U/C

63 3,0 - 4,7 EI 120-U/C

75 2,2 - 3,6 EI 120-U/C

90 2,7 - 4,3 EI 120-U/C

110 1,8 - 2,2 EI 90-U/C

110 2,2 - 8,1 EI 120-U/C

125 6,0 EI 120-U/C

125 3,7 - 6,0 EI 90-U/C

160 2,5 - 11,8 EI 120-U/C

PE 50 2,9 - 4,6 EI 120-U/C

63 1,8 - 5,8 EI 120-U/C

75 1,9 - 6,8 EI 120-U/C

90 2,2 - 8,2 EI 120-U/C

110 2,7 - 10 EI 120-U/C

125 3,1 - 7,1 EI 120-U/C

160 2,5 - 11,8 EI 120-U/C

PE HD 50 3,0 EI 120-U/C

63 3,0 EI 120-U/C

75 3,0 EI 120-U/C

90 3,5 EI 120-U/C

110 4,2 EI 120-U/C

125 4,8 EI 120-U/C

160 6,2 EI 120-U/C

If required, an additional sound decoupling based on PE foam up to 5 mm thickness may be used within the penetration seal or, respectively, does not have to be removed.

Annular gap filled either with gypsum plaster or cementitious mortar (A3) over the entire thickness of the floor or with Hilti Firestop Acrylic Sealant CFS-S ACR on both sides (A2) with a depth of minimum 10 mm and mineral wool as backfilling material. For suitable products see table below.

Gypsum plaster or cementitious mortar is recommended for filling the annular gap of PVC-C pipes.

Plastic pipesFlexible wall | Rigid wallFirestop collars Hilti CFS-C and Hilti CFS-C P may be used to form penetration seals in the following conditions:

■ Elements (E) : • Flexible walls / drywall (E), minimum thickness 112 mm (tE) with timber or steel studs lined on both faces with a minimum of two layers of

12.5 mm thick boards. For timber stud walls there must be a minimum distance of 100 mm between the seal and any stud, and the cavity must be filled with a minimum of 100 mm insulation of Class A1 or A2 in accordance with EN 13501-1.

• Rigid walls (E) concrete, aerated concrete or masonry, minimum thickness 100 / 150 mm (tE), minimum density of 650 kg/m3 ■ Constructive details :

• Maximum opening diameter: the opening should not be larger than the collar outside diameter to allow safe fixing of the collar to the wall. Minimum distance between collars (s1): 200 mm.

• For wall of thickness 150 mm, minimum distance between pipes and seal edge (annular gap thickness) : 10 mm. • Firestop collar (A1) fastened by hooks (F) (minimum number of hooks: see installation instructions) in flexible wall / drywall and low density

rigid wall with M8 threaded rods through the wall secured with nuts on both sides. In high density rigid walls, metal anchors may be used as an alternative (e.g. Hilti HUS, DBZ, HSA).

■ Penetrating elements:• PVC-U pipes in accordance with EN ISO 1452, EN ISO 15493, DIN 8061/8062, EN 1453-1 and EN 1329-1 • PVC-C pipes in accordance with EN 1566-1• PE pipes in accordance with EN ISO 15494 and DIN 8074/8075• PE-HD pipes in accordance with EN 12201-2, EN 1519-1 and EN 12666-1



Annular gap seal gypsum plaster or cemen titious mortar (A3)

Annular gap seal Hilti Firestop Acrylic Sealant CFS-S ACR (A2)

E

tE

F

A1

A2

dC

C

B

t C

tA2





Type of support


PVC 50 1,8 Voile béton 150 CFS-C EI 180-U/C

160 3,2 - 11,9 EI 180-U/C

180 3,6 - 8,6 CFS-C P EI 180-U/U

200 4,0 - 9,6 EI 180-U/U

225 4,5 - 10,8 EI 180-U/U

250 4,9 - 11,9 EI 180-U/U

PE 50 2,9 CFS-C EI 180-U/C

160 4,0 - 14,6 EI 180-U/C

180 4,4 - 16,4 CFS-C P EI 120-U/U

200 4,9 - 11,4 EI 120-U/U

200 11,4 EI 180-U/U

225 5,5 - 12,8 EI 180-U/U

250 6,2 - 14,2 EI 180-U/U

250 14,2 - 22,7 EI 120-U/C

PE HD 200 6,2 EI 120-U/U

250 7,8 EI 120-U/U

Construction details in flexible wall

Annular gap seal with sound decoupling (C1)




Construction details in flexible wallAnnular gap seal with sound decoupling (C1)






Type of support


PVC 50 2,4 - 5,6 Concrete floor 200 CFS-C EI 180-U/C

63 3,0 - 4,7 EI 180-U/C

75 2,2 - 3,6 EI 180-U/C

90 2,7 - 4,3 EI 180-U/C

110 1,8 - 8,1 EI 180-U/C

125 3,7 - 6,0 EI 180-U/C

160 2,5 - 11,8 EI 180-U/C

180 3,6 - 8,6 CFS-C P EI 120-U/U

200 4,0 - 9,6 EI 120-U/U

225 4,5 - 10,8 EI 120-U/U

250 4,9 - 11,9 EI 120-U/U

250 4,9 - 11,9 EI 180-U/C

PE 50 2,9 - 4,6 CFS-C EI 180-U/C

63 1,8 - 5,8 EI 180-U/C

75 1,9 - 6,8 EI 180-U/C

90 2,2 - 8,2 EI 180-U/C

110 2,7 - 10 EI 180-U/C

125 3,1 - 7,1 EI 180-U/C

160 4,0 - 9,1 EI 180-U/C

180 4,4 - 16,4 CFS-C P EI 120-U/C

200 4,9 - 11,4 EI 120-U/C

225 5,5 - 12,8 EI 120-U/C

250 6,2 - 22,7 EI 120-U/C

250 7,8 EI 180-U/C

250 7,8 - 22,7 EI 120-U/C

PE HD 200 6,2 EI 120-U/C

250 7,7 EI 120-U/C

Plastic pipesRigid floor, concrete, aerated concreteFirestop collars Hilti CFS-C and Hilti CFS-C P may be used to form penetration seals in the following conditions:

■ Matériaux supports (E) : • Rigid floors (E) concrete, minimum thickness 150 / 200 mm (tE), minimum density of 2400 kg/m3 or aerated concrete, minimum thickness

150 mm (tE), minimum density of 550 kg/m3. ■ Constructive details :

• Maximum opening diameter: EI 120: the opening diameter should not be larger then the collar outside diameter to allow safe fixing of the collar to the wall. EI 180: maximum distance between pipe and seal edge (width of annular gap): 10 mm. Minimum distance between collars (s1): 200 mm.

• Firestop collar (A1) fastened by hooks (F) (minimum number of hooks: see instructions for use) with metal anchors (e.g. Hilti HUS, DBZ, HSA) on the underside of the floor (minimum Ø 6 mm up to collar size 110 and Ø 8 mm for higher collar sizes). For floor of low density, threated rods M8 through the floor with nuts on both sides shall be used.








Type of support


PVC 50 2,4 Concrete wall 150 CFS-C EI 120-U/C

75 2,2 EI 120-U/C

90 2,7 EI 120-U/C

125 3,7 EI 120-U/C

160 2,5 - 11,8 EI 120-U/C

50 1,8 EI 180-U/C

160 3,2 - 11,9 EI 180-U/C

PE 75 1,9 - 6,8 EI 120-U/C

160 4,0 - 9,1 EI 90-U/C

160 9,1 EI 120-U/C

PE HD 50 3,0 EI 120-U/C

63 3,0 EI 120-U/C

75 3,0 EI 120-U/C

90 3,5 EI 120-U/C

110 4,2 EI 120-U/C

125 4,8 EI 120-U/C

160 6,2 EI 120-U/C

PVC 50 2,4 Aerated concrete floor

150 CFS-C EI 120-U/C

75 2,2 EI 120-U/C

90 2,7 EI 120-U/C

125 3,7 EI 120-U/C

160 2,5 - 11,8 EI 120-U/C

PE 50 2,9 EI 180-U/C

160 4,0 - 14,6 EI 180-U/C

75 1,9 - 6,8 EI 120-U/C

160 4,0 - 9,1 EI 90-U/C

160 9,1 EI 120-U/C

If required, an additional sound decoupling based on PE foam up to 5 mm thickness may be used within the penetration seal or, respectively, does not have to be removed.Annular gap filled either with gypsum plaster or cementitious mortar (A3) over the entire thickness of the floor or with Hilti Firestop Acrylic Sealant CFS-S ACR on both sides (A2) with a depth of minimum 25 mm and mineral wool as backfilling material. For suitable products see table below.Gypsum plaster or cementitious mortar is recommended for filling the annular gap of PVC-C pipes.



E

tE

A1

dC

C

t C

F

C1A3

Construction details in floor




Annular gap seal with sound decoupling (C1)

Product Manufacturer

Heralan LSIsover loose wool SLIsover Universal-StopfwolleRockwool RLParoc Pro Loose Wool

Knauf InsulationSaint-Gobain IsoverSaint-Gobain IsoverRockwoolParoc OY AB

Loose mineral wool products suitable for being used as backfilling material of Hilti Firestop Acrylic Sealant CFS-S ACR:



Characteristics of CFS-C and CFS-CPAdditional Attributes

Hilti firestop products are comprehensively tested and individually matched to the technical requirements of a building’s mechanical installations. In addition to their superior passive fire protection behavior, Hilti firestop products also meet increasingly significant requirements in building technology and also help designers and installers to meet these additional requirements. The assessment of fitness for use has been made in accordance with EOTA ETAG No 026 – Part 2.




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual


Health and the environmentAir permeability(gas thightness)Water permeability

Air tightness / smoke tightness and water tight-ness for a single penetration of a plastic pipe fire-stopped with Hilti Firestop Collar CFS-C and CFS-C P can be achieved when the annular gap is sealed with Hilti Firestop Acrylic Sealant CFS-S ACR (10 mm thickness).q/A [m3/(h x m2)] at Δ p 50 Pa / Δ p 250 PaAir: 1.9 x 10-6 / 9.7 x 10-6

Nitrogen: 1.1 x 10-6 / 5.5 x 10-6

CO2: 6.4 x 10-5 / 3.2 x 10-4

Methane: 4.3 x 10-5 / 2.1 x 10-4

EN 1026

Watertight to 1m head of water or 9806 Pa ETAG 026-2

Dangerous substances CFS-C and CFS-C P is in compliance concerning the registration, evaluation, authorization and re-striction of Chemicals (REACH).The product does not contain any constituents contained in the list of dangerous substances of the European Commission above the acceptable limits.



The following airborne sound insulation for a single penetration of plastic pipe firestopped with Hilti Firestop Collar CFS-C and CFS-C P can be achieved when the annular gap is sealed:

■ with Hilti Firestop Acrylic Sealant CFS-S ACR: :

Flexible wall Rw = 53 dB Dn,w = 60 dB

Rigid wall Rw = 51 dB Dn,w = 58 dB ■ with cementitious mortar:

Rigid wall Rw = 52 dB Dn,w = 59 dB


Durability and serviceability Category Z2 (suitable for penetration seals intended for use in dry indoor conditions excluding temperatures below 0° C).

ETAG 026-2 et 3

Reaction to fire Firestop collar CFS-C: Class FFirestop collar CFS-C P: Class E

EN 13501-1


Firestop wrap stripCFS-W SG and CFS-W EL

Applications ■ Sealing flammable pipes from 50 mm to 160 mm in diameter in

penetrations through fire compartment walls and floors ■ Pipe materials: PE, PE-HD, PVC-U, PVC, PVC-C ■ Suitable for use in openings in concrete, aerated concrete,

masonry and drywall ■ Different backfilling and sealing materials are covered

Technical data (at 23° C, 50% relative humidity)

CFS-W SG


-5 °C - 50 °C

Expansion temperature > 180 °C

Expansion ratio 1:15 load expansion, load = 5g/cm³

Compatibility other Hilti Firestop Products

Hilti Firestop Acrylic Sealant CFS-ACR

Approval ETA 10/0405 dated 22/02/2011

Firestopping for flammable pipes from 50 mm up to 160 mm in diameter with pre-cut wraps strips with European Technical Approval.

Dimensions (LxWxH) Nominal pipe diameter

Recommended opening size


169 x 45 x 4.5 mm 50 mm 67 mm Firestop wrap strip CFS-W SG 50/1.5” 2 00429549

210 x 45 x 4.5 mm 63 mm 77 mm Firestop wrap strip CFS-W SG 63/2” 2 00429550

249 x 45 x 4.5 mm 75 mm 92 mm Firestop wrap strip CFS-W SG 75/2.5” 2 00429551

311 x 45 x 9 mm 90 mm 112 mm Firestop wrap strip CFS-W SG 90/3” 2 00429552



543 x 45 x 13.5 mm 202 mm Firestop wrap strip CFS-W SG 160/6” 2 00429555

Firestop wrap CFS-W

Advantages ■ Quick and easy closure without use of a tool ■ Wrap CFS-W SG ready-to-use pre-measured wrap strips for

quick installation ■ Sound decoupling strip based on PE (foam) can be used ■ Ideal for very tight installations



Dimensions (LxWxH) Pipe diameter - range


10000 x 45 x 4.5 mm 50 - 160mm Firestop wrap strip CFS-W EL W45/1.8” 1 00429556



Clean the plastic pipe in the area where the Hilti Firestop Wrap CFS-W is to be installed.

Seal the remaining gap with Hilti Firestop Acrylic Sealant CFS-S ACR or a cementitious mortar. Use minimum 25 mm Hilti Firestop Acrylic Sealant CFS-S ACR in case of flexible wall constructions, minimum 15 mm in rigid wall constructions and minimum 10 mm, backfilled with mineral wool, in case of rigid floor constructions. In case of use of mortar the gap is to be filled completely over the entire thickness of the wall or floor.

Installation of the wrapa) Hilti Firestop Wrap CFS-W SG:

Use the Hilti Firestop Wrap CFS-W SG corresponding to the diameter of the pipe. Wrap the Hilti Firestop Wrap CFS-W SG around the pipe and fasten its end to each other tightly using the integrated adhesive strip. Push the Hilti Firestop Wrap CFS-W into the annular gap until its outer edge is flush with the surface of the wall or floor.

b) Hilti Firestop Wrap CFS-W EL: Cut the Hilti Firestop Wrap CFS-W EL to length according to the outer diameter of the pipe, taking the required number of layers into consideration. If sound decoupling means are installed around the pipe this has to be considered when cutting the wrap to length. Wrap the Hilti Fi-restop Wrap CFS-W EL around the pipe and secure it with a short strip of adhesive tape. Push the Hilti Firestop Wrap CFS-W into the annular gap until its outer edge is flush with the surface of the wall or floor.

Do not install Hilti Firestop Wrap CFS-W in the centre of the wall/floor or using single layers of CFS-W EL one behind the other.

Firestop wrap CFS-W

Product Manufacturer

Heralan LSIsover loose wool SLIsover Universal-StopfwolleRockwool RLParoc Pro Loose Wool

Knauf InsulationSaint-Gobain IsoverSaint-Gobain IsoverRockwoolParoc OY AB

Loose mineral wool products suitable for being used as backfilling material of Hilti Firestop Acrylic Sealant CFS-S ACR:


Plastic pipesFlexible wall | Rigid wallFirestop wraps Hilti CFS-W may be used to form penetration seals in the following conditions:

■ Elements (E) : • Flexible walls / drywall (E), minimum thickness 100 mm (tE) with timber or steel studs lined on both faces with a minimum of two layers of

12.5 mm thick boards. For timber stud walls there must be a minimum distance of 100 mm between the seal and any stud, and the cavity must be filled with a minimum of 100 mm insulation of Class A1 or A2 in accordance with EN 13501-1.

• Rigid walls (E) concrete, aerated concrete or masonry, minimum thickness 150 mm (tE), minimum density of 650 kg/m3. • Rigid walls (E) concrete or masonry, minimum thickness 175 mm (tE), minimum density of 1100 kg/m3.


Eléments traversantInstallations techniques (C)

Matériau support (E) Maximum annular gap

Type of wrap

Classification E = integrityI = insulationMatériau Diamètre du tube

(dC) mmEpaisseur du tube (tC) mm

Type de support

Epaisseur du support (tE) mm

PVC 50 2,2 – 3,6 Flexible wall I Rigid wall (650 kg/m3)

100 9,5 CFS-W SG EI 120 U/C

63 2,2 – 3,6 EI 120 U/C

75 2,2 – 3,6 EI 120 U/C

90 3,7 – 6,0 EI 90 U/C

90 3,7 EI 120 U/C

110 3,7 – 6,0 EI 90 U/C

110 3,7 EI 120 U/C

125 3,7 – 6,0 EI 90 U/C

125 3,7 EI 120 U/C

160 2,5 – 11,8 EI 60 U/C

160 11,8 EI 90 U/C

≤ 75 (1 layer) 2,2 - 3,6 CFS-W EL EI 120 U/C

> 75 ≤ 125 (2 layers) 3,7 - 6 EI 90 U/C

> 75 ≤ 125 (2 layers) 3,7 EI 120 U/C

> 125 ≤ 160 (3 layers) 2,5 - 11,8 EI 60 U/C

160 (3 layers) 11,8 EI 90 U/C

PE 50 1,9 - 6,8 CFS-W SG EI 120 U/C

63 1,9 - 6,8 EI 120 U/C

75 1,9 - 6,8 EI 120 U/C

90 3,2 - 7,1 EI 120 U/C

110 3,2 - 7,1 EI 120 U/C

125 3,2 - 7,1 EI 120 U/C

160 4,9 - 9,1 EI 60 U/C

160 9,1 EI 90 U/C

≤ 75 (1 layer) 1,9 - 6,8 CFS-W EL EI 120 U/C

> 75 ≤ 125 (2 layers) 3,2 - 7,1 EI 90 U/C

> 125 ≤ 160 (3 layers) 4,9 - 9,1 EI 60 U/C

160 (3 layers) 9,1 EI 90 U/C

Flexible walls: Annular gap filled with Hilti Firestop Acrylic Sealant CFS-S ACR (A2) on both sides with a depth of minimum 25 mm from the surface of the wall, backfilled with mineral wool of minimum 100 kg/m3 density to a depth of minimum 100 mm within the wall between the board layers.Rigid walls: Cementitious mortar (A3) over the entire thickness of the wall or Hilti Firestop Acrylic Sealant CFS-S ACR (A2) on both sides with a depth of minimum 15 mm (tA2) from the surface of the wall. The sealant may be backfilled with mineral wool. For suitable mineral wool prod-ucts see above.Plaster or cementitious mortar are recommanded for filling annular gap around PVC-C pipes.

Firestop wrap CFS-W




Type of wrap



Type de support


PE HD 50 3,0 Flexible wall I Rigid wall (650 kg/m3)

100 9,5 CFS-W SG EI 120 U/C

63 3,0

75 3,0

90 4,8

90 4,8

110 4,8

≤ 75 (1 layer) 3,0 CFS-W EL

> 75 ≤ 125 (2 layers) 4,8

PVC 160 2,5 - 11,8 Rigid wall (650 kg/m3)

150 7,5 CFS-W SG EI 180 U/C

> 125 ≤ 160 (3 layers) 2,5 - 11,8 CFS-W EL

PE 160 4,0 - 9,1 CFS-W SG

> 125 ≤ 160 (3 layers) 4,0 - 9,1 CFS-W EL

PE HD 160 6,2 CFS-W SG

> 125 ≤ 160 (3 layers) 6,2 CFS-W EL

PVC 90 3,2 Rigid wall (1 100 kg/m3)

175 8,5 CFS-W SG EI 240 U/C

110 3,2

160 3,2 - 13


> 75 ≤ 125 (2 layers) 3,2

> 125 ≤ 160 (3 layers) 3,2 - 13

PE 90 2,7 CFS-W SG

110 2,7

160 4,0 - 14,6


> 75 ≤ 125 (2 layers) 2,7

> 125 ≤ 160 (3 layers) 4,0 - 14,6

See note of tazble previous page.

Construction details in flexible or rigid wall

Annular gap filled with acrylic firestop sealant Hilti CFS-S ACR (A2)

Annular gap filled with plaster or mortar (A3)

Firestop wrap CFS-W


Plastic pipesRigid floor, concrete and aerated concreteFirestop wraps Hilti CFS-W may be used to form penetration seals in the following conditions:

■ Elements (E) : • Rigid fllors (E) concrete, minimum thickness 150 / 200 mm (tE), minimum density of 2400 kg/m3 or aerated concrete, minimum thickness

150 / 200 mm (tE), minimum density of 550 kg/m3.




Type of wrap



Type de support


PVC 90 3,7 – 6,0 Concrete floor (2 400 kg/m3)

150 9,5 CFS-W SG EI 120 U/C

110 3,7 – 6,0

125 3,7 – 6,0

160 3,2 – 4,0 1,5

> 75 ≤ 125 (2 layers) 3,2 9,5 CFS-W EL EI 120 U/C

> 125 ≤ 160 (3 layers) 3,2 – 4,0 1,5

PE 90 7,1 9,5 CFS-W SG EI 120 U/C

110 7,1

125 7,1

> 75 ≤ 125 (2 layers) 3,7 CFS-W EL EI 120 U/C

PE HD 50 3,0 3,5 CFS-W SG EI 120 U/C

63 3,0

75 3,0

90 4,8

110 4,8

125 4,8

160 6,2

≤ 75 (1 layer) 3,0 CFS-W EL EI 120 U/C

> 75 ≤ 110 (2 layers) 4,8

> 125 ≤ 160 (3 layers) 6,2

PVC 90 3,2 200 7,5 CFS-W SG EI 240 U/C

110 3,2 EI 240 U/C

50 2,2 - 3,6 EI 180 U/C

63 2,2 - 3,6 EI 180 U/C

75 2,2 - 3,6 EI 180 U/C

90 3,2 – 6,0 EI 180 U/C

110 3,2 – 6,0 EI 180 U/C

125 3,7 – 6,0 EI 180 U/C

160 2,5 - 3,2 EI 60 U/C

160 3,2 - 11,8 EI 120 U/C

160 11,8 EI 180 U/C

160 11,8 - 13 EI 120 U/C

Annular gap filled either with gypsum plaster or cementitious mortar (A3) over the entire thickness of the floor or with Hilti Firestop Acrylic Seal-ant CFS-S ACR (A2) with a depth of minimum 15 mm and mineral wool products compressed to achieve minimum density of 60 kg/m3.

Gypsum plaster or cementitious mortar is recommended for filling the annular gap of PVC-C pipes.

Firestop wrap CFS-W




Type of wrap



Type de support


PVC ≤ 32 (1 layer) 1,8 Concrete floor (2 400 kg/m3)

200 7,5 CFS-W EL EI 240 U/C

≤ 75 (1 layer) 2,2 - 3,6 EI 180 U/C

> 75 ≤ 110 (2 layers) 3,2 EI 240 U/C

> 75 ≤ 125 (2 layers) 3,7 - 6 EI 180 U/C

> 125 ≤ 160 (3 layers) 2,5 - 3,2 EI 60 U/C

> 125 ≤ 160 (3 layers) 3,2 - 11,8 EI 120 U/C

> 125 ≤ 160 (3 layers) 11,8 EI 180 U/C

> 125 ≤ 160 (3 layers) 11,8 – 13,0 EI 120 U/C

PE 90 2,7 CFS-W SG EI 240 U/C

110 2,7

160 14,6

50 1,9 - 6,8 EI 180 U/C

63 1,9 - 6,8

75 1,9 - 6,8

90 2,7 - 7,1

110 2,7 - 7,1

125 3,2 - 7,1

160 4,0 - 14,6

≤ 32 (1 layer) 1,8 CFS-W EL EI 240 U/C

> 75 ≤ 110 (2 layers) 2,7

> 125 ≤ 160 (3 layers) 14,6

≤ 75 (1 layer) 1,9 - 6,8 EI 180 U/C

> 75 ≤ 125 (2 layers) 3,2 - 7,1

> 125 ≤ 160 (3 layers) 4,0 - 9,1

PVC 90 3,7 – 6,0 Aerated con-crete floor (550 kg/m3)

150 9,5 CFS-W SG EI 120 U/C

110 3,7 – 6,0

125 3,7 – 6,0

160 4,0

> 75 ≤ 125 (2 layers) 3,7 – 6,0 CFS-W EL

> 125 ≤ 160 (3 layers) 4,0

PE 90 7,1 CFS-W SG

110 7,1

125 7,1

> 75 ≤ 125 (2 layers) 7,1 CFS-W EL

See footnote of table previous page.


Annular gap filled with acrylic firestop sealant Hilti CFS-S ACR (A2)

Annular gap filled with plaster or mortar (A3)

Firestop wrap CFS-W


Consumption guide for CFS-W EL

Length fo strip = 10 m

Pipe diameter (mm) Number of layers Lenght of strip(mm) Number of pipes per length of 10 m

32 1 120 83

50 1 170 58

63 1 210 47

75 1 250 40

90 2 640 15

100 2 695 14

110 2 755 13

125 2 855 11

140 3 1 470 6

160 3 1 660 6

in wall, these consumption are multiplied by two (wrap on two side).

Firestop wrap CFS-W


Health and the environmentDangerous substances

CFS-W is in compliance concerning the re-gistration, evaluation, authorization and re-striction of Chemicals (REACH).The product does not contain any constitu-ents contained in the list of dangerous subs-tances of the European Commission above the acceptable limits.


Durability and serviceability Use category Y2, (-20/+70)°C.Intended for use in external sheltered condi-tions at temperatures between -20°C and +70°C, but no exposure to rain or UV, as well as humid and dry internal conditions.

ETAG 026-2 and 3


Characteristics of CFS-WAdditional Attributes

Hilti firestop products are comprehensively tested and individually matched to the technical requirements of a building’s mechanical installations. In addition to their superior passive fire protection behavior, Hilti firestop products also meet increasingly significant requirements in building technology and also help designers and installers to meet these additional requirements. The assessment of fitness for use has been made in accordance with EOTA ETAG No 026 – Part 2.




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Firestop wrap CFS-W


Firestop BandageCFS-B

Applications ■ Firestopping around insulated (hot/cold) metal pipes ■ Pipe materials: copper, steel and other metals with heat

conductivity lower than that of copper (e.g.cast iron, stainless steel etc.) and melting point of minimum 1050° C

■ Various insulation materials ■ Suitable for use in openings in concrete, masonry block or drywall


Firestop bandage CFS-B 1 pc 00429557


CFS-B

Color Grey

Intumescent Yes

Length 10 m

Width 125 mm

Thickness 2 mm

Application temperature range – 5° C – 50° C

Temperature resistance temperature range

– 20° C – 100° C

Expansion temperature 180° C


Easy firestopping solution with European Technical Approval for insulated metal pipes

Firestop Bandage CFS-B

Advantages ■ Highly versatile – one product for a variety of insulation

materials, pipe materials and pipe diameters ■ Quick and easy to install – no drilling or additional tools needed ■ No need to interrupt the pipe insulation material within the wall/

floor penetration ■ Minimal thickness for easy installation in narrow gaps ■ Good elasticity for optimum flexibility ■ Very good acoustic insulation properties





Clean the opening. The material around the opening must be dry, in sound condition and free from dust or grease.

If it is necessary, an additional insulation over the bandage has to be installed. Mount the installation identification plate beside the correctly sealed opening, if required.

Cut Hilti Firestop Bandage CFS-B to fit the outside diameter of the insulation. Ensure 2 layers and an overlap.

Wrap Hilti Firestop Bandage CFS-B around the insulation. Secure the bandage with steel bands or wire (≥ 0.7 mm).

Install Hilti Firestop Bandage CFS-B on both sides of the opening to a depth of 62.5 mm (see marking on bandage).

Close the remaining gap with gypsum or Hilti Firestop Foam (see details from ETA 10/109 for CFS-F FX FS Foam).



Metal pipe penetration with combustible insulationWall

Hilti Firestop Bandage CFS-B (A1) may be used to form penetration seals in the following conditions: ■ Elements (E) : • Flexible walls / drywalls (E) with a minimum thickness of 100 mm (tE) with timber or steel studs lined on both faces with a

minimum of two layers of 12.5 mm thick boards. For timber stud walls there must be a minimum distance of 100 mm between the seal and any stud, and the cavity must be filled with a minimum of 100 mm insulation of Class A1 or A2 in accordance with EN 13501-1.

• Rigid walls (E) consisting of concrete, aerated concrete or masonry with a minimum density of 650 kg/m3, minimum thickness 100 mm (tE).

■ Insulation of metallic pipes (D) • Armaflex AF, Kaiflex KK, Kaiflex KK Plus ou Isover ML-3

■ Constructive details• The insulation is covered by one or two layers (see table below) of Hilti Firestop Bandage CFS-B, positioned with its center

line flush to the wall (E) surface. • The annular space (A2) is filled with gypsum plaster or cementitious mortar.


Support: type et épaisseur (tE)

Epaisseur isolation tube (tD1)

ClassificationE = EtanchéitéI = Isolation

Autres critèresDescription

Steel pipes* 88.9 mm – 114.3 mm (dc) (pipe wall thickness 2 – 14.2 mm (tc))

Flexible wall***Rigid wall≥100 mm

40 mm EI 90-C/U(E 120-C/U)

Separation of services 100 mm2 layers CFS-BAdditional layer of insulation (D2) 300 mm in length (LD2) / 19 mm (tD2), same material as pipe insulation

Copper pipes** 28 mm (dc) (pipe wall thickness 1 – 10 mm (tc))

10 mm EI 120-C/U

Copper pipes** 88.9 mm (dc) (pipe wall thickness 2 – 14.2 mm (tc))

30-100mm100mm

EI 90-C/UEI 120-C/U


30mm EI 90-C/U(E 120-C/U)

Separation of services 0 mm2 layers CFS-BAdditional layer of insulation (D2) 300 mm in length (LD2) / 19 mm (tD2), same material as pipe insulation

Copper pipes** 54 mm (dc) (pipe wall thickness 2 – 14.2mm (tc))

30 mm EI 90-C/U(E 120-C/U)

Separation of services 100 mm2 layers CFS-BWithout additional insulation layer (D2)

Steel pipes* 88.9 × 2 mm – 159 × 4 mm (dc) (maximum pipe wall thickness 14.2 mm (tc))

Flexible wall***Rigid wall≥ 125 mm

30 – 80 mm EI 90-C/U(E 120-C/U)

Separation of services 100 mm2 layers CFS-BAdditional layer of insulation (D2) 300 mm in length (LD2) / 19 mm (tD2), same material as pipe insulationCopper pipes** 28 mm (dc)

(pipe wall thickness 1 – 10 mm (tc))10 mm EI 120-C/U


30 – 100 mm EI 90-C/U(E 120-C/U)


30 mm EI 120-C/U Separation of services 0 mm2 layers CFS-BAdditional layer of insulation (D2) 300 mm in length (LD2) / 19 mm (tD2), same material as pipe insulation

Copper pipes** 42 × 1.5 – 54 × 2 mm (dc)(maximum pipe wall thickness 14.2 mm (tc))

30 mm EI 90-C/U(E 120-C/U)

Separation of services 100 mm2 layers CFS-BWithout additional layer of insulation (D2)



*** In case the flexible wall construction is not filled completely with insulation material the aperture must be framed by installing mineral wool (EB) with a minimum thickness of 50 mm into the gap between the linings of the wall.



Services (C) Wall type and thickness (tE)

Pipe insulation thickness (tD1)



Steel pipes* 88.9 × 2 – 159 × 4 mm (dc) (maximum pipe wall thickness 14.2 mm (tc))

Rigid wall>150 mm

40 – 80 mm EI 90-C/U(E 120-C/U)

Separation of services 100 mm2 layers CFS-BWithout additional layer of insulation (D2) Copper pipes** 28 mm (dc)

(pipe wall thickness 1 – 10 mm (tc))10 mm EI 120-C/U

Copper pipes** 54 mm (dc) (pipe wall thickness 2 – 14.2mm (tc))

13 mm EI 90-C/U(E 120-C/U)


19 – 100 mm EI 90-C/U

Copper pipes** 54 mm (dc) (pipe wall thickness 2 – 14.2 mm (tc))

13 mm EI 60-C/U(E 90-C/U)

Separation of services 100 mm1 layer CFS-BWithout additional layer of insulation (D2)Copper pipes** 88.9 mm (dc)

(pipe wall thickness 2 – 14.2 mm (tc))19 mm EI 60-C/U

(E 90-C/U)



Construction details in rigid wall

E

tE

tD tC

A2 A1

C

D

dC

A1D

A2

A1D

A2

Construction details in flexible wall



Metal pipe penetration with combustible insulationFloor

Services (C) Floor type and thickness (tE)

Pipe insulation thickness (tD1)



Steel pipes* 88.9 × 2 mm – 159 × 4 mm (dc) (maximum pipe wall thickness 14.2 mm (tc))

Rigid floor≥ 150 mm

25 – 80 mm EI 90-C/U(E 120-C/U)

Separation of services 100 mm2 layers CFS-BWithout additional layer of insulation (D2) Steel pipes* 114.3 mm (dc)


Steel pipes* 54 × 2 mm – 159 × 4 mm (dc)(maximum pipe wall thickness 14.2 mm (tc))

19 mm EI 60-C/U(E 120-C/U)

Copper pipes** 28 mm (dc)(pipe wall thickness 1 – 10 mm (tc))

10 mm EI 120-C/U

Copper pipes** 54 mm (dc)(pipe wall thickness 2 – 14.2 mm (tc))

13 – 40 mm

40 mm

EI 90-C/U(E 120-C/U)EI 120-C/U

Copper pipes** 88.9 mm (dc)(pipe wall thickness 2 – 14.2 mm (tc))

19 – 100 mm EI 90-C/U(E 120-C/U)


10 mm EI 90-C/U(E 120-C/U)

Separation of services 0 mm2 layers CFS-BWithout additional layer of insulation (D2)


10 mm EI 120-C/U Separation of services 100 mm1 layer of CFS-BWithout additional layer of insulation (D2)Copper pipes** 42 mm (dc)


Copper pipes** 54 mm (dc)(pipe wall thickness 2 – 14.2 mm (tc))

13 – 40 mm

40 mm

EI 90-CU(E 120-C/U)EI 120-C/U

Copper pipes** 28 mm (pipe wall thickness 1 – 10 mm (tc))

10 mm EI 90-C/U(E 120-C/U)

Separation of services 0 mm1 layer of CFS-BWithout additional layer of insulation (D2)





Hilti Firestop Bandage CFS-B (A1) may be used to form penetration seals in the following conditions: ■ Elements (E) : • Rigid floor (E) concrete or aerated concrete, minimum density of 650 kg/m3, minimum thickness of 150mm (tE)

■ Insulation of metallic pipes (D) • Armaflex AF, Kaiflex KK, Kaiflex KK Plus ou Isover ML-3

■ Constructive details• The insulation is covered by one or two layers (see table below) of Hilti Firestop Bandage CFS-B, positioned with its center

line flush to the wall (E) surface. • The annular space (A2) is filled with gypsum plaster or cementitious mortar.



Dangerous substances Below any respective occupational exposure limits as far as such limits exist


Durability Category Z2 (suitable for penetration seals intended for use in dry indoor conditions with humidity classes other than Z1 excluding temperatures below 0° C.

ETAG 026-2


Characteristics of CFS-BAdditional Attributes

Hilti firestop products are comprehensively tested and individually matched to the technical requirements of a building’s mechanical and electric installations. In addition to their superior passive fire protection behavior, Hilti firestop products also meet increasingly significant requirements in building technology and also help designers and installers to meet these additional requirements. The assessment of fitness for use has been made in accordance with EOTA ETAG No 026 – Part 2.




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30Jahre

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FMAPPROVED

FMFactory Mutual



Firestop Cushion CFS-CU

Applications■ Permanent firestopping in cable penetrations through walls and

floors, particularly where flexibility is required due to frequent changes in cabling

■ Sealing penetrations for single or bunched cables and openings in floors and walls for PVC pipes up to 50 mm diameter

■ Temporary sealing of openings or breaches in floors and walls during construction work


Firestop cushion CFS-CU L 6 02007447

Firestop cushion CFS-CU M 15 02007446

Firestop cushion CFS-CU S 30 02007445


CFS-CU

Intumescent Yes

Re penetration Yes

Color White

Temporary closing Yes

Singlesided installation possible

Yes

2nd component for ceiling openings: CFS-S ACR

Reusable (and removable) Yes

Reaction to fire class B-s1 d0 (according to EN 13501-1)

Dimensions CFS-CU SCFS-CU MCFS-CU L

300x40x30300xx80x30300x170x30


The most cost-efficient system available for firestop applications in temporary installations

Advantages■ Easy and very quick installation■ No special tools required■ Fully functional immediately after installation■ Re-usable and thus economical■ No packaging waste and thus ecological■ Very economical in use thanks to optimized cushion dimensions





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Cushion arrangement without cables running through wall partition. Opening must be framed in drywall applications.

Cushion arrangement with cables/ cable trays running through wall partition.

When closing floor openings, fasten wire mesh in place as shown in drawing.

Cushion arrangement in floor. If required, seal gaps between cables and Hilti Firestop Cushions with Hilti Acrylic Sealant CFS-S ACR (please refer to approval).

If required by approval, wrap cable/ cable tray resp. pipe with Hilti Firestop CushionCFS-CU L and fix with wire as shown in drawing.

Fasten identification plate in place if required.

Re-installing cables or pipes:Remove a Hilti Firestop Cushion from the seal and install the cable or pipe.

Close the opening with Hilti Firestop Cushions in compliance with the approval.


Clean the opening.

Aus-führungsschild

Aus-führungsschild

Aus-führungsschild



Cable, conduit and pipe penetration Flexible Wall | Rigid Wall


Penetration seal (A) /services (C) Wall type and thickness (tE)


Other criteriaDescriptionMinimum distances (s1, s2)

All sheathed cable types up to 80 mm diameter

Flexible wallRigid wall>100 mm

EI 120 Additional cable wrapping with CFS-CU L

Minimum distances:cable / cable tray to seal edge (s1) = 40 mmcable to cable (s2) = 0 mmcable to cable bundle (s2) = 80 mmcable to cable tray (s2) = 80 mm

Tied cable bundles up to 80 mm overall diameter, containing sheathed cables up to 21 mm diameter

All non-sheathed electrical cables up to 24 mm diameter

Steel or plastic conduits up to 16 mm diameter

EI 120-U/U


EI 45(E 120)

No additional cable wrapping

Minimum distances: cable / cable tray to seal edge (s1) = 40 mmcable to cable (s2) = 0 mmcable to cable bundle (s2) = 80 mmcable to cable tray (s2) = 80 mmplastic pipe to seal edge (s1) = 100 mmplastic pipe to plastic pipe (s2) = 100 mmplastic pipe to cable tray (s2) = 175 mm

Tied cable bundles up to 80mm overall diameter, containing sheathed cables up to 21 mm diameter



EI 45-U/U(E 120-U/U)

PVC-U pipes (C) diameter 50 mm and pipe wall thickness 1.8–5.3 mm

EI 120-U/C


Rigid wall>150 mm

EI 120(E 240)

Additional cable wrapping with CFS-CU L

Minimum distances:cable / cable tray to seal edge (s1) = 40 mmcable to cable (s2) = 0 mmcable to cable bundle (s2) = 80 mmcable to cable tray (s2) = 80 mm

Tied cable bundles up to 80 mm overall diameter, containing sheathed cables up to 21 mm diameter



EI 120-U/U (E 240)


EI 60(E 240)

No additional cable wrapping

Minimum distances: cable / cable tray to seal edge (s1) = 40 mmcable to cable (s2) = 0 mmcable to cable bundle (s2) = 80 mmcable to cable tray (s2) = 80 mmplastic pipe to seal edge (s1) = 100 mmplastic pipe to plastic pipe (s2) = 100 mmplastic pipe to cable tray (s2) = 175 mm

Tied cable bundles up to 80mm overall diameter, containing sheathed cables up to 21 mm diameter



EI 45-U/U(E 240-U/U)


EI 240-U/C

Hilti Firestop Cushion Hilti CFS-CU is classified in resistance to fire for a maximum opening of 1 200 x 1 500 mm in the following conditions:

■ Elements (E) : • Flexible walls / drywalls (E), with a minimum thickness 100 mm (tE) with timber or steel studs lined on both faces with a

minimum of two layers of 12.5 mm thick boards. For timber stud walls there must be a minimum distance of 100mm between the seal and any stud, and the cavity must be filled with a minimum of 100 mm of Class A1 or A2 insulation in accordance with EN 13501-1.

• Rigid walls (E) consisting of concrete, aerated concrete or masonry, minimum density of 650 kg/m3, minimum thickness 100/150 mm (tE).

■ Penetrating elements: • All types of sheated cables used in building in Europe (per example power, control, signal,

telecommunication, data, optical, fibre cables). • PVC pipes in accordance with EN 1452-1 and DIN 8061 / 8062


Construction details for Cables | Conduits | Pipes


Additional cable wrapping





Other criteriaDescriptionMinimum distances (s1, s2)

All sheathed cable types up to Ø 21 mm Rigid floor>150 mm

EI 120 Additional cable wrapping with CFS-CU L (see drawings)(IA = 150 mm)

Minimum distances:cable / cable tray to seal edge (s1) = 40 mmcable to cable (s2) = 0 mmcable to cable bundle (s2) = 80 mmcable to cable tray (s2) = 80 mmplastic pipe to seal edge (s1) = 40 mmplastic pipe to plastic pipe (s2) = 100 mmplastic pipe to cable tray (s2) = 50 mm

Additional support by wire mesh fixed with metal anchors underneath the seal is re-quired (E2).

All sheathed cable types Ø 21–90 mm EI 60 (E 120)

Cable bundles up to 80 mm overall diameter containing all sheathed cable types up to 21 mm diameter

All non-sheathed cable types up to Ø 24 mm

Steel and plastic conduits up to 16 mm diameter

EI 60-U/U (E 120)


EI 120-U/C

All sheathed cable types up to Ø 21 mm Rigid floor>150 mm

EI 120 Additional cable wrapping with CFS-CU L (see drawings) IA = 150 mm1) IA = 300 mm+ Hilti Firestop Acrylic Sealant CFS-S ACR (A1)

Minimum distances: see above

Additional support by wire mesh fixed with metal anchors underneath the seal is re-quired (E2).

All sheathed cable types Ø 21–90 mm EI 90EI 1201)

Cable bundles up to 80 mm overall diameter containing all sheathed cable types up to 21 mm diameter

EI 90 (E 120)

All non-sheathed cable types up to Ø 24 mm diameter

EI 120 (E 240)

Steel and plastic conduits up to 16 mm diameter

EI 120-U/U (E 240)

Cable, conduit and pipe penetration Floor

Cables | Conduits | PipesAdditional cable wrapping

Hilti Firestop Cushion Hilti CFS-CU is classified in resistance to fire for a maximum opening size up to 700 mm wide and unlimi-ted length in the following conditions:

■ Elements (E) :

• Rigid floors, minimum thickness 150 mm (tE), minimum density of 2200 kg/m3. ■ Penetrating elements: • All types of sheated cables used in building in Europe (per example power, control, signal,

telecommunication, data, optical, fibre cables). • PVC pipes in accordance with EN 1452-1 and DIN 8061 / 8062




Health and the environmentDangerous substances Below any respective occupational

exposure limits as far as such limits existMaterial safety data sheet


Rw (C; Ctr) = 50 dBDn,e,w (C; Ctr) = 58 dB


Safety in useMechanical resistance and stabilityResistance to impact / movement

Soft body impact: Energy 300 NmHard body Impact: Energy 10 Nm

EOTA Technical Report TR001

Adhesion It is assumed that verification of adequate adhesion is covered by the impact test (see above).

Durability and serviceability Category Z2 (suitable for penetration seals in-tended for use in indoor dry conditions with humidity classes excluding high humidity and temperatures below 0° C.

EOTA Technical Report TR 024ETAG 026-2

Reaction to fire Class B – s1, d0 EN 13501-1

Characteristics of CFS-CUAdditional Attributes





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30Jahre

45%




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30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual


Advantages ■ Easy to install with trowel or commercially available pumps

thanks to adjustable consistency ■ Excellent thermal insulating properties ■ No shrinkage during curing or in the event of fire ■ Paintable

Firestop mortar CFS-M RG

Hilti firestop mortarCFS-M RG

Applications ■ Mixed penetrations in rigid walls and floors from 150 mm ■ Cables, cable bundles, cable trays and cable conduits ■ Non-combustible (metal) pipes with non-combustible insulation ■ Non-combustible (metal) and composite pipes with combustible

insulation in combination with firestop bandage CFS-B ■ Combustible (PVC-U and PE) pipes in combination with firestop

collar CFS-C, firestop collar CFS-C P or firestop wrap CFS-W


CFS-M RG

Mix ratio (Mortar to Water by Weight)

2.5:1

Max. compressive strength after 28 days

2.9 N/mm²

Working time 45 min


Application temperature range

5°C - 80°C

Base materials Concrete, aerated concrete and masonry

Reaction to fire class Class A1 according to EN 13501-1

Approvals ETA 12/0101 dated 30/04/2012

Fire-resistant cementitious mortar for permanent firestopping of mixed penetrations in medium to large wall and floor openings.

Ordering designation Sales quantity Item number

Firestop mortar CFS-M RG 1 PC 02018780


Smoke tightness


Water tightness



Clean and pre-moisten surfaces. Cables and supporting structures must be dry and clean of dust, grease or oil and installed in compliance with local building and electrical standards.

Add Hilti Firestop Mortar CFS-M RG to water in a ratio of approximately 3:1 (mortar to water by weight). The mix ratio of Hilti Firestop Mortar to water determines the desired consistency (stiffness), recommended: 2 ½:1 for application by hand up to maximum 3 ½:1 for pumping machines.

Stir the mixture thoroughly with, for example, a Hilti TE-MP paddle. Large volumes of Hilti Firestop Mortar may be mixed using commercially available mixing or plastering machines. Do not use any other binders or additives.

Place forms on one or both sides of large openings. Floor openings must have formwork underneath. Apply mixed mortar in the opening using a trowel or pump and compact it. Ensure that all gaps and spaces are completely filled and closed. Smooth the surface as with standard concrete.

Depending on the application and fire rating to be achieved, additional protection (e.g. mineral wool mat) may be required (see ETA for details).For installation of additional components (e.g. Hilti Firestop Collar CFS-C P and Hilti Firestop Bandage CFS-B) see ETA.If required by national prescriptions mark the penetration seal with an identification plate containing the required information. In such a case fasten the identification plate in a visible position next to the seal.


1

2

3

4

Aus-führungsschild

5



Cable and plastic pipe penetrationRigid wall



Other criteria, description

Without additional protection (AP)

With additional protection (AP)

All sheathed cables up to Ø 21 mm Rigid wall ≥ 150 mm (550 kg/m3)

EI 120 EI 120 Minimum distances see ETA.

All sheathed cables up to Ø 50 mm EI 90 EI 120

All sheathed cables up to Ø 80 mm EI 90 EI 120

All non-sheathed cables up to Ø 24 mm EI 30 EI 120

Tied cable bundle max. Ø 100 mm with max. diameter of single cable Ø 21 mm

EI 120 EI 120

Plastic conduits and tubes ≤ 16 mm with or without cables or cable supports

EI 180-U/C In case a conduit is installed with open ends on both sides (U/U), conduit must be closed with e.g. Hilti Firestop Acrylic Sealant CFS-S ACR

Steel conduits and tubes ≤ 16 mm with or without cables or cable supports

EI 180-C/U

tE

A1

EC3

tA1

tE

A1

EC3AP

LAP

tAP

LAPtA1

tE

C1

C2

LAP

tAP

tA1LAP

A1

E

AP

A

h

w

1

AP

A

h

w

1

AP

tE

tA1 C1

C2A1

E

Cables, trays, bundles, without additional protection

Cables, trays, bundles, with additional protection (AP)

Hilti Firestop mortar Hilti CFS-M RG is classified in resistance to fire for a maximum opening of 1 200 x 2 000 mm in the following conditions:

■ Elements (E) : • Rigid walls (E) concrete, aerated concrete or masonry, minimum density of 550 kg/m3, minimum thickness 150 mm (tE). • Rigid walls (E) concrete, aerated concrete or masonry, minimum density of 1100 kg/m3, minimum thickness 175 mm (tE).

■ Penetrating elements: • All penetrating items (cable, cable trays, conduits, metal pipes and plastic pipes) can be installed as a single, multiple or

mixed configuration • All types of sheated cables used in building in Europe (per example power, control, signal, telecommunication, data, optical, fibre cables).• PVC-U pipes in accordance with EN ISO 1452, EN ISO 15493, DIN 8061/8062• PE pipes in accordance with EN ISO 15494 and DIN 8074/8075• PE-HD pipes in accordance with EN 1519-1

Additional protectionDepending on the required fire resistance, additional protection (AP) may be required.AP: mineral wool mat, wrapped around cables/cable support (trays, ladders), Al-faced side outside, fixed with wire, width (length along the cables LAP) 200 mm, thickness tAP 30 mm.

Construction details for cables


Firestop mortar CFS-M RGFirestop mortar CFS-M RG

Penetration seal (A) / services (C) Wall type, thickness (tE)

Collar CFS-C or wrap CFS-W



Pipe type Pipe diameter dc (mm)

Pipe wall thickness tc (mm)

PVC-U 50 2.2 Rigid wall ≥ 150 mm (550 kg/m3)

CFS-C 50 EI 180-U/C Minimum distances see ETA.

110 3.7–12.8 CFS-C 110

≤ 32 1.8 Rigid wall ≥ 175 mm, (1100 kg/m3)

CFS-W EL 1 layer EI 240-U/C

90 3.2 CFS-W SG 90

110 3.2 CFS-W SG 110

≥ 75 ≤ 110 3.2 CFS-W EL 2 layers

160 3.2–13.0 CFS-W SG 160

≥ 125 ≤ 160 3.2–13.0 CFS-W EL 3 layers

PE ≤ 32 1.8 Rigid wall ≥ 175 mm, (1100 kg/m3)


90 2.7 CFS-W SG 90

110 2.7 CFS-W SG 110

≥ 75 ≤ 110 2.7 CFS-W EL 2 layers

160 4.0–14.6 CFS-W SG 160

≥ 125 ≤ 160 4.0–14.6 CFS-W EL 3 layers

PE-HD 160 6.2 CFS-W SG 160 EI 180-U/C

≥ 125 ≤ 160 6.2 CFS-W EL 3 layers

Plastic pipes with collar CFS-C

tE

tA1

dC

C t C

A3

A1

E

Plastic pipes with wrap CFS-W

E

tE

tA1

C

dC

t CA1 A4

Construction details for plastic pipes


Firestop mortar CFS-M RGFirestop mortar CFS-M RG

tE

tD

dC

C

D

tCA1

E

tA1

tE

tD

dC

C

D

tCA1

E

tA1

tE

tD

dC

C

D

tC

LD

A1

E

tA1

tE

tD

dC

C

D

tC

LD

A1

E

tA1

Metal pipes, continued insulation, sustained

Metal pipes, continued insulation, interrupted

Metal pipes, local insulation, sustained

Metal pipes, local insulation, interrupted

Hilti Firestop mortar Hilti CFS-M RG is classified in resistance to fire for a maximum opening of 1 200 x 2 000 mm in the following conditions:

■ Elements (E) : • Rigid walls (E) consisting of concrete, aerated concrete or masonry, minimum density of 650 kg/m3, minimum thickness

150 mm (tE). ■ Penetrating elements: • Steel pipes, cast iron, stainless steel, Ni and Ni alloys (NiCu, NrCr, NiMO alloys), copper with mineral wool insulation • Metal pipes with Armaflex AF insulation Steel pipes, cast iron, stainless steel, Ni alloys (NiCu, NrCr, NiMO alloys), copper

with Hilti firestop bandage CFS-B (A2), two layers wrapped around pipe insulation on each side of the seal • Additional protection with Armaflex AF, thickness 25 mm over a lenght of 200 mm from the seal on both sides.

Metal pipe penetrationRigid wall

Construction details for pipes with mineral wool insulation

Penetration seal (A) /services (C) Floor type and thickness (tE)

Insulation thickness (tD)





Steel pipes 26.7–76.0 2.2/2.9–14.2 Rigid wall ≥ 150 mm

≥ 20 mm EI 120-C/U With continued insulation (D), sustainedSteel pipes 76.0–168.3 2.9/3.6–14.2 ≥ 40mm

Steel pipes 26.7–76.0 2.2/2.9–14.2 20 mm EI 120-C/U With local insulation (D), LD ≥ 500 mm, sustainedSteel pipes 76.0 2.9–14.2 40 mm

Steel pipes 76.0–168.3 2.9/3.6–14.2 40 mm EI 90-C/U

Steel pipes 114.3 3.7–14.2 ≥ 40 mm EI 120-C/U With continued insulation (D), interrupted

Steel pipes 114.3 3.7–14.2 40 mm EI 120-C/U With local insulation (D), LD ≥ 800 mm, interrupted

Copper pipes 28–54 1.0/1.5–14.2 ≥ 20mm EI 120-C/U With continued insulation (D), sustainedCopper pipes 54–89 1.5/2.0–14.2 ≥ 40 mm

Copper pipes 28–54 1.0/1.5–14.2 ≥ 20 mm EI 120-C/U With local insulation (D), LD ≥ 500 mm, sustainedCopper pipes 54 1.5–14.2 ≥ 40 mm

Copper pipes 54–89 1.5/2.0–14.2 ≥ 40 mm With local insulation (D), LD ≥ 800 mm, sustained



Metal pipes with Armaflex AF insulation

tE

tD

dC

C

D

tCA1

E

A2tA1

tE

tD

dC

C

D

tCtAPA1

AP

LAP LAP

E

tA1

tE

tD

dC

C

D

tC

LD

A1

A2

E

tA1

tE

tD

dC

C

D

tC

LD

A1

E

tA1

LAP LAP

tAP

AP

Without additional protection

With additionnal protection







Steel pipes 26.7–76.0 2.2/2.9–14.2 Rigid wall ≥ 150 mm

19 mm EI 120-C/U With continued insulation (D), sustainedSteel pipes 76.0 2.9–14.2 19–41 mm

Steel pipes 76.0–168.3 2.9/3.6–14.2 41 mm

Steel pipes 26.7–76.0 2.2/2.9–14.2 19 mm EI 120-C/U With local insulation (D), LD ≥ 500 mm, sustainedSteel pipes 26.7–76.0 2.2/2.9–14.2 19–41 mm

Steel pipes 76.0–168.3 2.9/3.6–14.2 41 mm EI 60-C/U

Copper pipes 28–54 1.0/1.5–14.2 19–41 mm EI 120-C/U With continued insulation (D), sustainedCopper pipes 54–89 1.5/2.0–14.2 41 mm

Copper pipes 28–54 1.0/1.5–14.2 19/19–41 mm EI 120-C/U With local insulation (D), LD ≥ 500 mm, sustained

Copper pipes 54–89 1.5/2.0–14.2 41 mm With local insulation (D), LD ≥ 800 mm, sustained

Steel pipes 114.3 7.1–14.2 ≥ 25 mm EI 120-C/U With continued insulation (D), interrupted Additional protection with Armaflex AF, thickness 25 mm over a lenght of 200 mm from the seal on both sides

Steel pipes 114.3 7.1–14.2 25 mm With local insulation (D), LD ≥ 780 mm, interrupted Additional protection with Armaflex AF, thickness 25 mm over a lenght of 200 mm from the seal on both sides

Construction details for pipes with Armaflex AF insulation




Floor type and thickness (tE)



200 mm seal thickness

150 mm seal thickness



With additional protection (AP)

All sheathed cables up to Ø 21 mm Rigid floor ≥ 150 mm(550 kg/m3)

EI 90 EI 90 EI 90 Minimum distances see ETA.

All sheathed cables up to Ø 50 mm EI 90 EI 60 EI 90

All sheathed cables up to Ø 80 mm EI 90 EI 60 EI 90

All non-sheathed cables up to Ø 17 mm EI 90 EI 45 EI 90

All non-sheathed cables max. Ø 24 mm EI 45 EI 45 EI 60

Tied cable bundle max. diameter 100 mm with max. diameter of single cable 21 mm

EI 90 EI 90 EI 90

Plastic conduits and tubes ≤ 16mm with or without cables or cable supports

EI 120-U/C EI 90-U/C EI 90-U/C In case a conduit is installed with open ends on both sides (U/U), conduit must be closed with e.g. Hilti Firestop Acrylic Sealant CFS-S ACR

Steel conduits and tubes ≤ 16mm with or without cables or cable supports

EI 120-C/U EI 90-C/U EI 90-C/U

Cable penetrationRigid floor

Hilti Firestop mortar Hilti CFS-M RG is classified in resistance to fire for a maximum opening from 600 mm × 2000 mm to 500 mm × 5000 mm in the following conditions:

■ Elements (E) : • Rigid floor (E), minimum thickness 150mm (tE), concrete or aerated concrete, minimum density of 550 kg/m3. • Rigid floor (E), minimum thickness 150mm (tE), concrete or aerated concrete, minimum density of 2400 kg/m3.• Rigid floor (E), minimum thickness 175mm (tE), concrete or aerated concrete, minimum density of 2400 kg/m3.


mixed configuration • All types of sheated cables used in building in Europe (per example power, control, signal, telecommunication, data,

optical, fibre cables).Additional protectionDepending on the required fire resistance, additional protection (AP) may be required.AP: mineral wool mat, wrapped around cables/cable support (trays, ladders), Al-faced side outside, fixed with wire, width (length along the cables LAP) 200 mm, thickness tAP 30 mm.



Construction detail for cable in wall

Cables, trays, bundles, without additional protection

Seal type with 200 mm seal thickness

Cables, trays, bundles, with additional protection (AP)

E

tE

tA1 A1

C3

E

tE

tA1 A1

C3

E

tE

C1C2

A1tA1

E

tE

tAP

LAP A1

C3

tA1AP

EAP

tE

C1C2

A1LAP

tAP

tA1

A

l

w

1

AP

A

l

w

1

AP

E

tE

tA1 dA1

C3

d E

tE

C1C2

A1tA1 dd




Collar CFS-C or wrap CFS-W



Pipe type Pipe diameter dc Pipe wall thickness tc

PVC-U 50 mm 2.0 mm Rigid Wall ≥ 150 mm (2400 kg/m3)

CFS-C 50 EI 180-U/C Minimum distances see ETA.

110 mm 2.7–12.3 mm CFS-C 110

≤ 32 mm 1.8 mm Rigid Wall ≥ 175 mm, (2400 kg/m3)


50 mm 2.2–3.6 mm CFS-W SG 50

63 mm 2.2–3.6 mm CFS-W SG 63

75 mm 2.2–3.6 mm CFS-W SG 75

≥ 32 ≤ 75 mm 2.2–3.6 mm CFS-W EL 1 layer

90 mm 3.2-6.0 mm CFS-W SG 90

110 mm 3.2-6.0 mm CFS-W SG 110

≥ 75 ≤ 110 mm 3.2-6.0 mm CFS-W EL 2 layers

125 mm 3.7–6.0 mm CFS-W SG 125

≥ 110 ≤ 125 mm 3.7–6.0 mm CFS-W EL 2 layers

160 mm 2.5–3.2 mm CFS-W SG 160 EI 60-U/C


160 mm 3.2–13.0 mm CFS-W SG 160 EI 120-U/C


PE ≤ 32 mm 1.8 mm Rigid Wall ≥ 175 mm, (2400 kg/m3)


50 mm 1.9–6.8 mm CFS-W SG 50

63 mm 1.9–6.8 mm CFS-W SG 63

75 mm 1.9–6.8 mm CFS-W SG 75

≥ 32 ≤ 75 mm 1.9–6.8 mm CFS-W EL 1 layer

90 mm 2.7–7.1 mm CFS-W SG 90

110 mm 2.7–7.1 mm CFS-W SG 110


125 mm 3.2–7.1 mm CFS-W SG 125


160 mm 4.0–14.6 mm CFS-W SG 160


Plastic pipe penetrationRigid floor


■ Elements (E) : • Rigid floor (E), minimum thickness 175mm (tE), concrete or aerated concrete, minimum density of 2400 kg/m3.


mixed configuration • PVC-U pipes in accordance with EN ISO 1452, EN ISO 15493, DIN 8061/8062• PE pipes in accordance with EN ISO 15494 and DIN 8074/8075• PE-HD pipes in accordance with EN 1519-1

Additional protectionDepending on the required fire resistance, additional protection (AP) may be required.AP: mineral wool mat, wrapped around cables/cable support (trays, ladders), Al-faced side outside, fixed with wire, width (length along the cables LAP) 200 mm, thickness tAP 30 mm.



Plastic pipes with collar CFS-C

Plastic pipes with wrap CFS-W

Construction details for plastic pipes

E

tE

tA1

dC

Ct C

A3

A1


Collar or wrap Classification E = Integrity I = Insulation


Pipe type Pipe diameter dc Pipe wall thickness tc

PE-HD 50 mm 3.0 mm Rigid wall ≥ 175 mm, (2400 kg/m3)

CFS-W SG 50 EI 120-U/C Minimum distances see ETA.63 mm 3.0 mm CFS-W SG 63

75 mm 3.0 mm CFS-W SG 75

≤ 75 mm 3.0 mm CFS-W EL 1 layer

90 mm 4.8 mm CFS-W SG 90

110 mm 4.8 mm CFS-W SG 110

125 mm 4.8 mm CFS-W SG 125

≥ 75 ≤ 125 mm 4.8 mm CFS-W EL 2 layers

160 mm 6.2 mm CFS-W SG 160

≥ 125 ≤ 160 mm 6.2 mm CFS-W EL 3 layers

E

tE

A4

dC

C

tC

A1

tA1









Steel pipes 26.7–76.0 2.2/2.9–14.2 Rigid floor ≥ 150 mm (550 kg/m3)

≥ 20 mm EI 120-C/U With continued insulation (D), sustainedSteel pipes 76.0–168.3 2.9/3.6–14.2 ≥ 40 mm

Steel pipes 26.7–76.0 2.2/2.9–14.2 ≥ 20 mm EI 120-C/U With local insulation (D), LD ≥ 500 mm, sustainedSteel pipes 76.0 2.9–14.2 ≥ 40 mm

Steel pipes 76.0–168.3 2.9/3.6–14.2 ≥ 40 mm With local insulation (D), LD ≥ 700 mm, sustained

Copper pipes 28–54 1.0/1.5–14.2 ≥ 20 mm EI 120-C/U With continued insulation (D), sustainedCopper pipes 54–89 1.5/2.0–14.2 ≥ 40 mm

Copper pipes 28–54 1.0/1.5–14.2 ≥ 20 mm EI 120-C/U With local insulation (D), LD ≥ 500 mm, sustainedCopper pipes 54 1.5–14.2 ≥ 40 mm

Copper pipes 54–89 1.5/2.0–14.2 ≥ 40 mm With local insulation (D), LD ≥ 800 mm, sustained

Steel pipes 114.3 3.7–14.2 mm Rigid floor ≥ 150 mm, (2400 kg/m3)

≥ 40 mm EI 120-C/U With continued insulation (D), interrupted

Steel pipes 114.3 3.7–14.2 mm ≥ 40 mm With local insulation (D), LD ≥ 800 mm, interrupted

Metal pipes with mineral wool insulation

E

tE

tA1

dC

D

tD

t C

A1

C

E

tE

tA1

dC

D

tD

t C

LD A1

C


■ Elements (E) : • Rigid floor (E) concrete, aerated concrete or masonry, minimum density of 650 kg/m3, minimum thickness 150 mm (tE).


mixed configuration • Steel pipes, cast iron, stainless steel, Ni and Ni alloys (NiCu, NrCr, NiMO alloys), copper with mineral wool insulation • Metal pipes with Armaflex AF insulation Steel pipes, cast iron, stainless steel, Ni alloys (NiCu, NrCr, NiMO alloys), copper

with Hilti firestop bandage CFS-B (A2), two layers wrapped around pipe insulation on each side of the seal • Additional protection with Armaflex AF, thickness 25 mm over a lenght of 200 mm from the seal on both sides.

Metal pipe penetrationRigid floor

Construction details for metal pipes with mineral wool insulation



Metal pipes with Armaflex AF insulation (with CFS-B)

E

tE

tA1

dC

D

tD

t C

A2A1

C

E

tE

dC

DC

tD

t C

LD A2A1

tA1







Steel pipes 26.7 2.2–14.2 Rigid Floor ≥ 150 mm (550 kg/m3)

19mm EI 120-C/U With continued insulation (D), sustainedSteel pipes 26.7–76.0 2.2/2.9–14.2 19-41mm EI 90-C/U

Steel pipes 76.0 2.9–14.2 41mm EI 120-C/U

Steel pipes 76.0–168.3 2.9/3.6–14.2 41mm EI 90-C/U

Steel pipes 26.7 2.2–14.2 19mm EI 120-C/U With local insulation (D), LD ≥ 500 mm, sustainedSteel pipes 26.7–76.0 2.2/2.9–14.2 19-41mm EI 90-C/U

Steel pipes 76.0 2.9–14.2 41mm EI 120-C/U

Steel pipes 76.0–168.3 2.9/3.6–14.2 41mm EI 90-C/U With local insulation (D), LD ≥ 700 mm, sustained

Copper pipes 28 1.0–14.2 19mm EI 120-C/U With continued insulation (D), sustainedCopper pipes 28–54 1.0/1.5–14.2 19-41mm EI 90-C/U

Copper pipes 54–89 1.5/2.0–14.2 41mm EI 120-C/U

Copper pipes 28 1.0–14.2 19mm EI 120-C/U With local insulation (D), LD ≥ 500 mm, sustainedCopper pipes 28–54 1.0/1.5–14.2 19-41mm EI 90-C/U

Copper pipes 54 1.5–14.2 41mm EI 120-C/U

Copper pipes 54–89 1.5/2.0–14.2 41mm With local insulation (D), LD ≥ 800 mm, sustained

Steel pipes 114.3 7.1–14.2 mm Rigid Floor ≥ 150 mm, (2400 kg/m3)

≥ 25 mm EI 180-U/C With continued insulation (D), interrupted

Steel pipes 114.3 7.1–14.2 mm ≥ 25 mm With local insulation (D), LD ≥ 800 mm, interrupted

Construction details for metal pipes with Armaflex AF insulation


Specification for mineral wool products suitable for being used as additional protection (AP) for cables/cable supports:Stone wool according to EN 14303Reaction to fire class according to EN13501-1 A1 or A2Thermal conductivity at 20°C ≦ 0.040 W/(mK)Density 35–45 kg/m3

Surface faced with aluminum foil on one side

The following list contains suitable products but may not be exhaustive:Isover Ultimate U TFA 34Knauf Lamella Forte LLMF AluRParoc Lamella Mat 35 Alu CoatRockwool Klimafix, Klimarock or 133 (Lamella mat)

See ETA 12/0101 for details of mineral wool products suitable for use as sustained or interrupted pipe insulation.

Specification for mineral wool products suitable for being used as pipe insulation:Sustained insulation:Isover Coquilla AT-LR, Protect 1000 S alu, Protect BSR 90 alu.Paroc Section AluCoat TRockwool Conlit Pipe sections, Klimarock, RS 800 pipe sectionsInterrupted insulation:Stone wool acc. to EN14303, class A2 or A1 acc. to EN 13501-1, Al-faced

Specification for flexible elastomeric foam (FEF) products suitable for being used as pipe insulation:Armacell International GmbH Armaflex AF (CE marked acc. to EN 14304



Characteristics of CFS-M RGAdditional Attributes




Health and the environment Air and gas permeability (gas tightness)

Gas permeability with the gases air, nitrogen (N2), carbon dioxide (CO2) and CH4 (metha-ne) with specific flow rates.

EN 1026

Dangerous substances Does not contain dangerous substances from the list of the European Commission above the acceptable limits.


Protection against noise (air-borne sound insulation)

Weighted element-normalized level diffe-rence: Dn,w = 59dB Weighted sound reduction index Rw = 52dB

EN ISO 20140-10EN ISO 717-1

Safety in use Mechanical resistance and stability Resis-tance to impact / movement / adhesion

Safety in use: Internal walls: Highest risk zone type has been fulfilled (Type IV). For floors: soft body impact energy 600 Nm, hard body impact energy 10 Nm Serviceability: soft body impact energy 120 Nm, hard body impact energy 6 Nm

EOTA Technical Report TR001 A.1 and A.4

Energy, economy and heat retention Thermal properties

Heat conductivity (λ10, calculated): 0.232 W/mK.

EN 12667

Electrical properties Volume resistivity: 133E+10+–50E+10Ωcm.Surface resistivity: 233E+08+–80E+08Ω.

DIN IEC 93 (VDE 0303 Part30)

Durability and serviceability Category Y1,(–5/+70)°C (suitable for pe netration seals intended for use at temperatures bet-ween –5°C and +70°C with no exposure to rain.


Reaction to fire Class A1 EN 13501-1



Advantages ■ Extensive EN testing ensures wide range of application ■ Single-layer coating for up to 50% time savings ■ Up to 30% less coating required ■ Easy to apply, even on rough surfaces ■ Highly flexible coating dries quickly to form an elastic protective

layer

Smoke tightness


Water tightness

Hilti Firestop coating CFS-CT

Applications ■ Mixed penetrations in flexible and rigid walls from 100 mm and

rigid floors from 150 mm ■ Cables, cable bundles, cable trays and cable conduits ■ Non-combustible (metal) pipes with non-combustible insulation ■ Non-combustible (metal) and composite pipes with combustible


collars CFS-C ■ Suitable for use with a wide variety of mineral wool boards


CFS-CT

Density 1.47 kg/l

Cure Time ~ 1 mm / day


Application temperature range

5°C – 40°C

Storage and transport temperature – range

5°C – 30°C

Base materials Drywall, concrete, aerated concrete, masonry

Reaction to fire class Class D-s2 d0 according to EN 13501-1

Approval double board ETA 11/0429 dated 14/03/2012

Approval single board ETA 11/0428 dated 14/03/2012 (not included in this technical data sheet)

A cost-effective system for permanent firestopping of mixed penetrations in medium to large wall and floor openings.

Ordering designation Sales quantity Item number

Firestop coating CFS-CT 18kg white 1 PC 02036607

Firestop coating CFS-CT 6kg white 1 PC 02036605

Hilti Firestop Coating CFS-CT


Hilti Firestop coated boardCFS-CT B

Applications ■ Mixed penetrations in flexible and rigid walls from 100 mm and

rigid floors from 150 mm ■ Cables, cable bundles, cable trays and cable conduits ■ Non-combustible (metal) pipes with non-combustible insulation ■ Non-combustible (metal) and composite pipes with combustible


collars CFS-C or CFS-C P

Technical dataCFS-CT B

Cured density 140 kg/m³

Dimensions (LxWxH) 1000 × 600 × 50 mm

Color White

Base materials Drywall, concrete, aerated concrete, masonry

Reaction to fire class Class D-s2 d0 according to EN 13501-1

Complementary products Firestop coating CFS-CT, firestop acrylic sealant CFS-S ACR

Approval double board ETA 11/0429 dated 14/03/2012

Approval single board ETA 11/0428 dated 14/03/2012 (not included in this technical data sheet)

A cost-effective system for permanent firestopping of mixed penetrations in medium to large wall and floor openings.

Ordering designation Number of sides coated Sales quantity Item number

Firestop board CFS-CT B 1S 140/50 1 5 PC 02036608



Advantages ■ Extensive EN testing ensures wide range of application ■ Board pre-coated for immediate use ■ Easy cutting, no fraying of edges and no mineral fiber exposure

thanks to extremely low delamination of elastic firestop surface

Smoke tightness


Installation instructions CFS-CT

Clean the opening. Cables and supporting structures must be free of dust, grease or oil and installed in compli-ance with local building and electrical standards.

Cut mineral wool board to size. Cut out required space for any penetrating items.

Coat cut edges, surface of the opening and joints bet-ween panels with Hilti Firestop Acrylic Sealant CFS-S ACR. Fit mineral wool board tightly into the opening.

Apply Hilti Firestop Coating CFS-CT to penetrating items on all surfaces over the required length. Depending on the application and fire rating to be achieved, additional protection (i.e. increased coating thickness or a mineral wool mat) may be required (see ETA for details). In the event that an application requires a dry film thickness of 2 mm, the Hilti Firestop Coating CFS-CT must be applied in two layers, allowing the first layer to cure completely before applying an additional coat. Hilti Firestop Coating CFS-CT may be applied using a brush, roller or airless sprayer. For installation of additional components (e.g. Hilti Firestop Collar CFS-C P and Hilti Firestop Bandage CFS-B) see ETA. If required by national prescriptions mark the penetration seal with an identification plate con-taining the required information. In such a case fasten the identification plate in a visible position next to the seal.

1

Aus-führungsschild

Aus-führungsschild

Thoroughly stir Hilti Firestop Coating CFS-CT.

Fill any gaps with loose mineral wool. Coat mineral wool as well as packed gaps and voids with Hilti Firestop Coa-ting CFS-CT (required dry film thickness: 0.7 mm). Apply Hilti Firestop Coating to a wet film thickness of ca. 1.1 mm to achieve a dry film thickness of 0.7 mm. Hilti Fire-stop Coating CFS-CT may be applied using a brush, rol-ler or airless sprayer. (Alternatively, Hilti Firestop Coating CFS-CT may be sprayed or painted onto the outward-facing surface of the mineral wool panels prior to installa-tion.) Fill gaps and seal between cables with Hilti Firestop Acrylic Sealant CFS-S ACR.

2

3

4 5

6



Installation instructions CFS-CT B

Clean the opening. Cables and supporting structures must be free of dust, grease or oil and installed in com-pliance with local building and electrical standards.

Cut mineral wool board to size. Cut out required space for any penetrating items.

Coat cut edges, surface of the opening and joints bet-ween panels with Hilti Firestop Acrylic Sealant CFS-S ACR. Fit mineral wool board tightly into the opening.

Thoroughly stir Hilti Firestop Coating CFS-CT.

Apply Hilti Firestop Coating CFS-CT to penetrating items on all surfaces over the required length. Depend-ing on the application and fire rating to be achieved, additional protection (i.e. increased coating thickness or a mineral wool mat) may be required (see ETA for de-tails). In the event that an application requires a dry film thickness of 2 mm, the Hilti Firestop Coating CFS-CT must be applied in two layers, allowing the first layer to cure completely before applying an additional coat. Hilti Firestop Coating CFS-CT may be applied using a brush, roller or airless sprayer For installation of additional components (e.g. Hilti Fire-stop Collar CFS-C P and Hilti Firestop Bandage CFS-B) see ETA.If required by national prescriptions mark the penetra-tion seal with an identification plate containing the re-quired information. In such a case fasten the identifica-tion plate in a visible position next to the seal.

1

Aus-führungsschild

Aus-führungsschild

Hilti Firestop Coated Boards are pre-coated to 0.7 mm dry film thickness. In the event that cutting exposes mi-neral wool, re-coat with Hilti Firestop Coating CFS-CT. Fill gaps and seal between cables with Hilti Firestop Acrylic Sealant CFS-S ACR.

2

3

4

5

6



Penetration seal (A) / services (C) Wall type and thickness (tE)

Classification E=IntegrityI=Insulation

Other criteria, Description

No services Flexible Wall Rigid Wall ≧ 100 mm

EI 120 Services listed in tables below may be added later and must fulfill the required classification.

Blank seal

Construction details for blank Seal

tE

A1

E1

E2


Cable and conduits pipe penetrationFlexible wall I Rigid wall

Hilti Firestop Double Board Seal with Hilti Firestop Coating CFS-CT is classified in resistance to fire for a maximum opening (w × h) 1200 mm × 1200 mm in the following conditions:

■ Elements (E) : • Flexible walls / Drywalls (E), minimum thickness 100, 112 or 135 mm (tE) respectively, with timber or steel studs lined on both faces with

minimum two layers of minimum 12.5 mm thick boards. For timber stud walls there must be a minimum distance of 100 mm between the seal and any stud, and the cavity must be filled with minimum 100 mm insulation of Class A1 or A2 in accordance with EN 13501-1.

• Rigid Walls (E), minimum thickness 100 mm (tE), concrete, aerated concrete, blockwork or masonry, minimum density of 650 kg/m3.

• Rigid Walls (E), minimum thickness 150 mm (tE), concrete, aerated concrete, blockwork or masonry, minimum density of 600 kg/m3 or 760 kg/m3.


mixed configuration

• All types of sheated cables used in building in Europe (per example power, control, signal, telecommunication, data, optical, fibre cables).

■ Additional protectionDepending on the required fire resistance, additional protection (AP) may be required.

• AP1: cables/small conduits coated with Hilti Firestop Coating CFS-CT over a length of the cables/small conduits of 150 mm from the surface of the seal, thickness 0.7 mm.

• AP2: cables/small conduits coated with Hilti Firestop Coating CFS-CT over a length of the cables/small conduits of 150 mm from the surface of the seal, thickness 1 mm.


• AP4: mineral wool mat, wrapped around cables/cable supports (trays, ladders), Al-faced side outside, fixed with wire, width (length along the cables/small conduits) 200 mm, thickness 20 mm.

• AP5: mineral wool mat, wrapped around cables/cable supports (trays, ladders), Al-faced side outside, fixed with wire, width (length along the cables/small conduits) 200 mm, thickness 30 mm.

■ Constructive details• Boards to be positioned flush to the surface of the building element on each side of the wall.


A

h

w

1

AP4 or AP5




Additional Protection (AP)

AP1 AP3 AP4 AP5

All sheathed cables up to Ø 21 mmAll sheathed cables up to Ø 80 mm

Flexible Wall Rigid Wall ≥ 100 mm (650 kg/m3)

- EI 90 EI 120 EI 120 Minimum distances between penetrants and seal edges to be considered.EI 90

All non-sheathed cables max. Ø 24 mm - EI 60 EI 120 EI 120

Tied cable bundle max. Ø 100 mm with max. diameter of single cable 21 mm

- EI 90 EI 120 EI 120


- EI 120-U/C EI 120-U/C EI 120-U/C


- EI 90- C/U EI 120-C/U EI 120-C/U

All sheathed cables up to Ø 80 mm Rigid Wall ≥ 150 mm (600 kg/m3)

EI 60 - - -


EI 60 - - -

All non-sheathed cables max. Ø 17 mm EI 90 - - -


EI 120-U/C - - -


EI 120-C/U - - -

All sheathed cables up to Ø 21 mm Rigid Wall ≥ 150 mm (760 kg/m3)

- EI 120 EI 120 -

All sheathed cables up to Ø 80 mm - EI 60 EI 90 -


- EI 90 EI 120 -

All non-sheathed cables up to Ø 24 mm - EI 45 -

Plastic conduits and tubes ≤ 16mm with or without cables or cable supports

- EI 120-U/C EI 120-U/C -

Steel conduits and tubes ≤ 16mm with or without cables or cable supports

- EI 120-C/U EI 120-C/U -

Construction details for cable penetrations

A

h

w

1

AP4 or AP5

tE

C1

C2

LAP

tAP

LAP

A1

E1

E2

AP

tE

A1

E1

E2

C3AP

LAP

tAP

LAP




Plastic pipe penetrationFlexible wall I Rigid wall







mixed configuration • PVC-U according to EN ISO 1452-2, EN ISO 15493, DIN 8061/8062, EN 1329-1, EN 1453-1• PE pipes according to EN ISO 15494, DIN 8074/8075• Composite pipes PE-Xb/Alu/PE-HD (Geberit Mepla)


• AP6: Armaflex AF19 pipe insulation wrapped around the bandage/pipe insulation, fixed with wire, length (LAP) along the pipe 300 mm, thickness (tAP) 19 mm.

• AP7: Mineral wool mat wrapped around the bandage/pipe insulation on each side of the seal, fixed with wire, length (LAP) along the pipe 300 mm, thickness (tAP) 20 mm.





PVC-U pipes, diameter 90 mm, pipe wall thickness 4.5 mm

Flexible Wall Rigid Wall ≥ 100 mm (650 kg/m3)

EI 120-U/C With Hilti Firestop Collar CFS-C on both sides of the seal, fixed together by threaded rods M8, washers and nuts PE pipes, diameter 90 mm, pipe wall

thickness 2.2–8.2 mmEI 120-U/C

PVC-U pipes, diameter 32 mm, pipe wall thickness 1.9 mm

Rigid Wall ≥ 150 mm (600 kg/m3)

EI 120-U/C With Hilti Firestop Collar CFS-C with the equivalent collar size on both sides of the seal, fixed together by threaded rods M8, washers and nuts PVC-U pipes, diameter 110 mm, pipe wall

thickness 2.2–8.2 mmEI 120-U/C



Construction details for plastic pipesPVC-U, PE pipes with firestop collar CFS-C

tE

dC

C t C

A3

A1

E1

E2


Insulation thickness (tD) (mm)



Type of pipe Pipe diameter (mm)

Pipe wall thickness (mm)

Composite pipe 16 2.25 Flexible WallRigid Wall≥ 100 mm

10–32 EI 120-U/C With Hilti Firestop Bandage CFS-BWith continued insulation (D), sustained Additional protection AP6Composite pipe 26–63 3.0–4.5 10–32 EI 120-U/C

Composite pipe 16 / 32 2.25 / 3.0 10–32 EI 90-U/C With Hilti Firestop Bandage CFS-B With continued insulation (D), sustained Additional protection AP7Composite pipe 32 / 40–63 3.0 / 3.5–4.5 32 / 10–32 EI 120-U/C

Composite pipe 16 2.25 10–32 EI 120-U/C With Hilti Firestop Bandage CFS-BWith local insulation (D), sustained, LD ≥ 450mmAdditional protection AP6

Composite pipe 26–63 3.0–4.5 10–32 EI 120-U/C

Composite pipe 16 / 32 2.25 / 3.0 10–32 EI 90-U/C With Hilti Firestop Bandage CFS-BWith local insulation (D), sustained, LD ≥ 450mmAdditional protection AP7

Composite pipe 32 / 40–63 3.0 / 3.5–4.5 32 / 10–32 EI 120-U/C

Composite pipes PE-Xb/Alu/PE-HD (Geberit Mepla) with Armaflex AF insulation

Continued insulation, sustained

Local insulation, sustained

More test evidence and respective ratings on other special acoustic pipes available upon request.

tE

tD

dC

C

D

t C

LAP

A1

E1

E2

A2

APtAP

tE

tD

dC

C

D

t C

LAP

A1

E1

E2

A2LD

APtAP

Composite pipes PE-Xb/Alu/PE-HD (Geberit Mepla) with Armaflex AF insulation and firestop bandage CFS-B






Type of pipe Pipe diame-ter (mm)

Pipe wall thick-ness (mm)

Steel pipes 34 4.0–14.2 Flexible WallRigid Wall≥ 100 mm (650 kg/m3)


Steel pipes 34–114.3 3.6–14.2 ≥ 30 mm

Steel pipes 34 4.0 –14.2 ≥ 20 mm With local insulation (D), interrupted, LD ≧ 500 mmSteel pipes 114.3 3.6–14.2 ≥ 30 mm

Copper pipes 42 1.5–14.2 ≥ 20 mm With continued insulation (D), interrupted

Copper pipes 42 1.5–14.2 ≥ 20 mm With local insulation (D), interrupted, LD ≥ 500 mm

Steel pipes 32–168.3 2.6–14.2 Flexible WallRigid Wall≥ 135 mm(650 kg/m3)


Steel pipes 32/32–168.3/168.3

2.6/2.6–14.2/4.0–14.2

≥ 30/30/ 30–40 mm

With local insulation (D), interrupted, LD ≥ 500 mm/800 mm/1000 mm

Copper pipes 88.9 1.8–14.2 ≥ 40 mm With continued insulation (D), sustained

Copper pipes 88.9 1.8–14.2 ≥ 40 mm With local insulation (D), sustained, LD ≥ 800 mm

Steel pipes 32 4.0-14.2 Rigid Wall≥ 150 mm(600 kg/m3)


Steel pipes 32-114.3 3.6-14.2 ≥ 30 mm

Steel pipes 32 4.0-14.2 ≥ 20 mm EI 120-C/U With local insulation (D), interrupted, LD ≥ 500 mmSteel pipes 114.3 3.6-14.2 ≥ 30 mm

Copper pipes 42 1.5-14.2 ≥ 20 mm EI 120-C/U With continued insulation (D), sustained

Copper pipes 42 1.5-14.2 ≥ 40 mm EI 120-C/U With local insulation (D), sustained, LD ≥ 500 mm


Metal pipe penetrationFlexible wall I Rigid wall







mixed configuration • Steel pipes, cast iron, stainless steel, Ni alloys (NiCu, NrCr, NiMO alloys), copper with mineral wool insulation• Steel pipes, cast iron, stainless steel, Ni alloys (NiCu, NrCr, NiMO alloys), copper with Armaflex AF insulation with Hilti Firestop Bandage

CFS-B (A2), two layers.


• AP6: Armaflex AF19 pipe insulation wrapped around the bandage/pipe insulation, fixed with wire, length (LAP) along the pipe 300 mm, thickness (tAP) 19 mm.


Metal pipes with mineral wool insulation


tE

tD

dC

C

D

t C

LAP

A1

E1

E2

A2

APtAP

Continued insulation, interrupted

Local insulation, interrupted





tE

tD

dC

C

D

t CA1

E1

E2

tE

tD

dC

C

D

t C

LD

A1

E1

E2

tE

tD

dC

C

D

t CA1

E1

E2

tE

tD

dC

C

D

t C

LD

A1

E1

E2

tE

tD

dC

C

D

t C

LAP

A1

E1

E2

A2LD

APtAP






Type of pipe Pipe diame-ter (mm)


Steel pipes 60.3 3.6–14.2 Flexible WallRigid Wall≥ 100 mm and ≥ 135 mm(650 kg/m3)

21.5–39 EI 90-C/U With Hilti Firestop Bandage CFS-B (A2), two layers.Additional protection AP6Steel pipes 60.3–114.3 3.6–14.2 21.5–39 EI 60-C/U

Steel pipes 114.3 3.6–14.2 43 EI 90-C/U

Steel pipes 60.3 3.6-14.2 21.5–39 EI 90-C/U

Steel pipes 60.3–114.3 3.6 –14.2 21.5–39 EI 60-C/U

Steel pipes 114.3 3.6 –14.2 43 EI 90-C/U

Stainless steel pipes 60.3 2.0–14.2 21.5–39 EI 120-C/U

Stainless steel pipes 60.3 2.0–14.2 21.5–39 EI 120-C/U

Copper pipes 28 1.0–14.2 19–35 EI 120-C/U

Copper pipes 28 1.0–14.2 19–35 EI 120-C/U

Steel pipes 60.3 3.6–14.2 Rigid Wall ≥ 150 mm (760 kg/m3

21.5–39 39

EI 90-C/UEI 120-C/U

With Hilti Firestop Bandage CFS-B (A2), two layers.No additional protectionSteel pipes 60.3–114.3 3.6–14.2 21.5–39 EI 60-C/U

Steel pipes 114.3 3.6–14.2 43 EI 90-C/U

Steel pipes 60.3 3.6–14.2 21.5–39 39

EI 90-C/UEI 120-C/U

Steel pipes 60.3–114.3 3.6–14.2 21.5–39 EI 60-C/U

Steel pipes 114.3 3.6–14.2 43 EI 90-C/U

Stainless steel pipes 60.3 2.0–14.2 21.5–39 39

EI 90-C/UEI 120-C/U

Stainless steel pipes 60.3 2.0–14.2 21.5–39 39

EI 90-C/UEI 120-C/U

Copper pipes 28 1.0–14.2 19–35 35

EI 60-C/UEI 120-C/U

Copper pipes 28 1.0–14.2 19–35 mm35 mm

EI 60-C/UEI 120-C/U

Metal pipes with Armaflex AF insulation

Construction details for metal pipe with mineral wool insulation

Construction details for metal pipe with Armaflex AF insulation





No services Rigid Floor ≥ 150 mm

EI 180 Services listed in tables below may be added later and must fulfill the required classification.

Blank Seal




Additional Protection (AP)

AP2with cable support*

AP2without cable support (C1,C2)

AP5

All sheathed cables up to Ø 21 mm Rigid Floor ≥ 150 mm

EI 90 EI 120 EI 120 Minimum distances between penetrants and seal edges to be considered.

All sheathed cables up to Ø 21–50 mm EI 60 EI 60 EI 120

All sheathed cables up to Ø 50-80mm EI 60 EI 60 EI 120

Tied cable bundle max. diameter 100 mm with max. diameter of single cable 21 mm

EI 90 EI 120 EI 120

All non-sheathed cables max. Ø 24 mm EI 60 EI 60

Plastic conduits and tubes ≤ 16 mm with or without cables

EI 90-U/C EI 120-U/C EI 90-U/C

Steel conduits and tubes ≤ 16 mm with or without cables

EI 90-C/U EI 120-C/U EI 90-C/U

* cable trays or ladders


Cable and conduits pipe penetrationRigid floor

Hilti Firestop Double Board Seal with Hilti Firestop Coating CFS-CT is classified in resistance to fire for a maximum opening (w × h) from 600 mm × 1000 mm to 400 mm × ≥ 5000 mm in the following conditions:

■ Elements (E) : • Rigid floors with a minimum thickness of 150mm and comprise aerated concrete or concrete with a minimum density of 670 kg/m3.


mixed configuration • All types of sheated cables used in building in Europe (per example power, control, signal, telecommunication, data, optical, fibre cables).• PVC-U according to EN ISO 1452-2, EN ISO 15493, DIN 8061/8062, EN 1329-1, EN 1453-1

• PE pipes according to EN ISO 15494, DIN 8074/8075



• AP5: mineral wool mat, wrapped around cables/cable supports (trays, ladders), Al-faced side outside, fixed with wire, width (length along the cables/small conduits) 200mm, thickness 30 mm.


Cables and conduits


Blank Seal

E

tE

A1

Cables, trays, bundles

A

l

w

1

AP5

A

l

w

1

AP5

E

tE

C1C2

A1LAP

LAP

tAP

AP

E

tE

tAP

LAP

LAP AP

A1

C3


Plastic Pipes






PVC-U 32 1.9 mm Rigid Floor≥ 150 mm

EI 120-U/C With Hilti Firestop Collar CFS-C (up to 110 mm pipes) or CFS-C P (160 mm) on the underside of the floor, fixed together by threaded rods M8, washers and nuts

PVC-U 110 2.2–8.2 mm

PVC-U 160 1.8–11.9 mm

PE 160 mm 14.6 mm

Plastic Pipes

E

tE

dC

CtC

A3

A1

Construction details








Steel pipes 32 4.0–14.2 Rigid Floor≥150 mm


Steel pipes 34–168.3 2.6–14.2 ≥ 30 mm

Steel pipes 32 4.0–14.2 20 mm EI 120-C/U With local insulation (D), interrupted, LD ≥ 500 mmSteel pipes 32–114.3 2.6–14.2 30 mm

Steel pipes 32–168.3 2.6–14.2 ≥ 30 mm LD ≥ 800 mm

Steel pipes 168.3 4.0–14.2 30–40 mm LD ≥ 1000 mm

Copper pipes 42 1.5–14.2 ≥ 20 mm EI 120-C/U With continued insulation (D), interrupted

Copper pipes 88.9 1.8–14.2 ≥ 40 mm EI 120-C/U With continued insulation (D), sustained

Copper pipes 42 1.5–14.2 20 mm EI 120-C/U With local insulation (D), interrupted, LD ≥ 500 mm

Copper pipes 88.9 1.8–14.2 40 mm EI 120-C/U With local insulation (D), sustained, LD ≥ 800 mm

Metal pipes with mineral wool insulation (no additional protection)

Continued insulation, interrupted

Local insulation, interrupted



E

tE

dC

C

D

tD

tC

A1E

tE

dC

C

D

tD

tC

LD A1E

tE

dC

D

tD

t C

A2A1 E

tE

dC

D

tD

t C

LD A2A1


Metal pipe penetrationRigid floor

Hilti Firestop Double Board Seal with Hilti Firestop Coating CFS-CT is classified in resistance to fire for a maximum opening (w × h) from 600 mm × 1000 mm to 400 mm × ≥ 5000 mm in the following conditions:

■ Elements (E) : • Rigid floors with a minimum thickness of 150mm and comprise aerated concrete or concrete with a minimum density of 670 kg/m3.


mixed configuration • Steel pipes, cast iron, stainless steel, Ni alloys (NiCu, NrCr, NiMO alloys), copper with mineral wool insulation.• Steel pipes, cast iron, stainless steel, Ni alloys (NiCu, NrCr, NiMO alloys), copper with Armaflex AF insulation with Hilti Firestop Bandage

CFS-B (A2).


Construction details for metal pipes with mineral wool insulation








Steel pipes 60.3 3.6–14.2 Rigid Floor≥ 150 mm

21.5–39 mm EI 90-C/U With continued insulation (D), sustained,

Steel pipes 60.3–114.3 3.6–14.2 21.5–39 mm

Steel pipes 60.3 3.6–14.2 21.5–39 mm EI 90-C/U With local insulation (D), sustained, LD ≥ 500 mmSteel pipes 60.3–114.3 3.6–14.2 21.5–39 mm

Stainless steel pipes

60.3 2.0–14.2 21.5–39 mm EI 90-C/U With continued insulation (D), sustained


60.3 2.0–14.2 39 mm EI 120-C/U


60.3 2.0–14.2 21.5–39 mm EI 90-C/U With local insulation (D), sustained, LD ≥ 500 mm


60.3 2.0–14.2 39 mm EI 120-C/U

Copper pipes 28 1.0–14.2 19–35 mm EI 60-C/U With continued insulation (D), sustained

Copper pipes 28 1.0–14.2 35 mm EI 90-C/U

Copper pipes 28 1.0–14.2 19–35 mm EI 60-C/U With local insulation (D), sustained, LD ≥ 500 mmCopper pipes 28 1.0–14.2 35 mm EI 90-C/U

Metal pipes with Armaflex AF insulation (no additional protection)



E

tE

dC

D

tD

t C

A2A1 E

tE

dC

D

tD

t C

LD A2A1


Construction details for metal pipes with Armaflex AF insulation


Specification for mineral wool boards suitable for being used together with Hilti firestop coating CFS-CT:Flumroc Flumroc 341Isover Fireprotect 150, Orsil Pyro, Orsil S, Orsil T, Protect BSP 150, StropotermKnauf Heralan BS-15, Heralan DDP-S, Heralan DP-15Paroc FPS 14, FPS 17, Pyrotech Slab 140, Pyrotech Slab 160Rockwool Hardrock II, RP-XV, RPB-15

Mineral wool products suitable for being used as additional protection for cables and cable supports:Stone wool according to EN 14303, reaction to fire class acc. to EN 13501-1 A1 or A2, thermal conductivity at 20°C ≦ 0.040 w/(mk), density 35-45 kg/m3. Surface Al-foil faced on one side.Suitable products e.g. Isover ultimate U TFA 34, Knauf lamella Forte LLMF AluR, Paroc Lamella Mat 35 Alu Coat, Rockwool Klimafix, Klimarock or 133 (lamella mat).

Mineral wool products suitable for being used as pipe insulation:Interrupted insulation: Stone wool acc. to EN 14303, class A2 or A1 acc. to EN 13501-2 Al-faced.Sustained insulation: Isover coquilla AT-LR, Protect BSR 90 alu, Paroc Section AluCoat T, Rockwool Conlit Pipe sections, Klimarock, RS 800 pipe sections.

Specification of flexible elastomeric foam products suitable for being used als pipe insulation:Armacell International GmbH: Armaflex AF (CE marked acc. to EN 14304).




Health and the environment Air permeability (gas thightness) Water permeability

Gas permeability regarding the gases air, nitrogen (N2), carbon dioxide (CO2) and CH4 (methane)Water tight to 1000 mm head of water or 9806 Pa. for 0.7 mm dry film thickness.

EN 1026

ETAG 026-2

Dangereous substances below any respective occupationalexposure limits as far as such limits exist (compared with the list of dangerous substances of the European Commission)


Protection against noise (air borne sound insulation)

Rw (C; Ctr) = 50 (–1; –5) dBDn,e,w (C; Ctr) = 58 (–2; –6) dB


Safety in use Mechanical resistance and stability Resistance to impact / movement

Highest risk zone type has been fulfilled (Type IV)Safety in use: Soft body impact: Energy 500 Nm. Hard body Impact: Energy 10 NmServiceability: Soft body impact: Energy 120 Nm. Hard body Impact: Energy 6 Nm.Maximum dimension of the penetration seal is 1.0×1.5 m. In case of horizontal penetra-tions precautions have to be taken to prevent a person stepping onto the penetration seal.

EOTA Technical Report TR001: A1

Adhesion It is assumed that verification of adequate adhesion is covered by the impact test (see above).

Airborne sound insulation Detailed test results, see ETA 11/0429. EN ISO 140-3, EN ISO 140-10, EN ISO 717-1

Thermal properties CFS-CT B 1S: λ10 = 0.039 W/mK. Insulation performance slightly reduced by the coating.

EN 12667

Durability and servicability Category Y2 (suitable for penetration seals in-tended for use at internal dry conditions with temperatures between −20°C and +70°C with no exposure to rain nor UV. Y2,(−20/+70)°C.


Reaction to Fire Class D-s2 d0 EN 13501-1

Characteristics of CFS-CTAdditional Attributes

Hilti Firestop products are comprehensively tested and individually tailored to the technical require-ments of a building’s mechanical and electric installations. In addition to their superior behaviour in passive fire protection, Hilti Firestop products also meet the requirements in building technology that continue to gain significance and also help the designer and installer in meeting these additional re-quirements. The assessment of fitness for use has been made in accordance with EOTA ETAG No 026 – Part 2.




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual



The firestop brick bandage CP 616-EN and the firestop filler mastic CP 615-EN for use with firestop bricks where a dust and fiber-free firestop solution is required.


Firestop bandage CP 616-EN 1 PC 02018726

Firestop filler mastic CP 615-EN 1 PC 02018725



Hilti Firestop brickCP 657-EN

Applications ■ Cables, cable bundles and cable trays ■ Temporary and permanant sealing ■ Wall and floor openings


CP 657-EN

Density 0.27 g/cm³

Intumescent Yes

Application temperature range 5°C–40°C

Temperature resistance temperature range

-15°C–60°C

Expansion temperature 200 °C


Flexible precompressed firestop brick suitable for sealing small to medium-sized penetrations where re-penetration is required.


Firestop brick CP 657-EN 1 PC 02018724

Hilti firestop brick CP 657-EN


Advantages ■ Easy to install ■ Dust and fiber-free ■ Easy to re-penetrate ■ Paintable with acrylic wall paint




General Notes: Product is only for use with cables, or to seal blank openings.For some applications, the addition of Firestop Brick Bandage CP 616-EN must be added to the cables.For some applications, the Firestop Brick Bandage CP 616-EN may not be required on the top side of a floor.

1

5

3

Aus-führungsschild

7

2

6

4

Clean the opening

Remove all wrapping materials from the Firestop Brick CP 657-EN.

Build up the Firestop Bricks CP 657-EN, and fill the opening.

If cables are in place, then cut the Firestop Brick CP 657-EN as required.

Ensure that the cables are not covered, and that there is an open space of at least 5 mm above the layer of cables. The open space must extend to at least 30 mm from the surface of the opening.

Fill all gaps with Firestop Filler Mastic CP 615-EN, to a depth of at least 20 mm, on both sides of the penetration. Then, coat the cables with Firestop Filler Mastic CP 615-EN, to a thickness of at least 5 mm, and extend the coating layer to at least 30 mm from the surface of the opening.

Fasten installation plate in place, if required.



≥ 100 mm

3

2

≥ 150 mm

≥ 45 mm

4

≤ 50 mm≤ 50 m

m

5

Cut the required lengths of Firestop Brick Bandage CP 616-EN.

Remove all wrapping materials from the Firestop Brick Bandage CP 616-EN.

Place the Firestop Brick Bandage CP 616-EN on top of the cables. The Firestop Brick Bandage CP 616-EN must extend to at least 100 mm from the surface of the opening.

Wrap a second layer of the Firestop Brick Bandage CP 616-EN around both the cable tray, and the cables. The Firestop Brick Bandage CP 616-EN must extend to at least 150 mm from the surface of the opening. There is a flexible mesh on one side of the Firestop Brick Bandage CP 616-EN, which must be placed to face the outside of the penetration. The flexible mesh will then be visible from all sides of the penetration.

General Notes: Product is only for use with cables, or to seal blank openings.For some applications, the addition of Firestop Brick Bandage CP 616-EN must be added to the cables.For some applications, the Firestop Brick Bandage CP 616-EN may not be required on the top side of a floor.For some applications, the Firestop Brick Bandage CP 616-EN must be added to the cables.

The Firestop Brick Bandage CP 616-EN must be a single piece that is long enough to overlap by at least 45 mm. The overlap of the Firestop Brick Bandage CP 616-EN must be securely fixed together with three steel pins, or three sets of steel wire. Create three steel fixing holes, or three pairs of steel wire fixing holes, that are evenly spaced along the 150 mm section, from the surface of the opening.

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Penetration Seal (A) / services (C) Wall type and thickness (tE)



All sheathed cables up to Ø 21 mm diameter.Tied cable bundles up to 100 mm overall diameter containing all sheathed cables up to Ø 1 mm diameter

Flexible WallRigid Wall≥ 100 mm

El 90 No additional measure

El 120 With Hilti CP 616-EN firestop brick bandage.

All sheathed cables up to Ø 50 mm Flexible WallRigid Wall≥ 100 mm



All sheathed cables up to Ø 80 mm Flexible WallRigid Wall≥ 100 mm


El 90 With coating of Hilti CP 615-EN firestop filler mastic or with Hilti CP 616-EN firestop brick bandage.


All non-sheathed electrical cables up to Ø 24 mm Flexible WallRigid Wall≥ 100 mm

El 60(El 120)

Steel conduits/tubes up to Ø 15 mm, wall thickness ≥ 2.0 mm with/without cables

Flexible WallRigid Wall≥ 100 mm

El 120-U/U

Plastic conduits/tubes up to Ø 20 mm, wall thickness 1.25 – 2.0 mm with/without cables

Cable penetrationWall

The intended use of Hilti CP 657-EN firestop brick is to permanently or temporarily reinstate the fire resistance of:Flexible walls/drywalls (E), minimum thickness 100 mm (tE) with timber or steel studs lined on both faces with a minimum of two layers of 12.5 mm thick boards. For timber stud walls there must be a minimum distance of 100 mm between the seal and any stud, and the cavity must be filled with a minimum of 100mm insulation of Class A1 or A2 in accordance with EN 13501-2.Rigid walls (E) consisting of concrete, aerated concrete, reinforced concrete or masonry with a minimum density of 450 kg/m3, minimum thickness 100mm (tE). Maximum opening size (W×H) 1000 mm×1000 mm, maximum seal area of 0.6 m2. Seal thickness ≥ 200 mm.

Arrangement of Hilti CP615-EN firestop filler mastic:Open joints must be filled to a depth of ≥ 20 mm. In some cases it is required for CP615-EN to be used as coating: for EI 90 fire resistance classification large cable diameters: min. length of 30 mm and min. thickness of 5 mm. Arrangement of Hilti CP616-EN firestop brick bandage:for EI 90 fire resistance classification as an alternative to coating of Hilti CP615-EN firestop filler mastic for large cable diame-ters: min 150 mm width around cables/cable trays on both sides, fixed with two steel clips or steel wire, strips overlap at least 45 mm. For EI 120 fire resistance classification: min. 100 mm width on top and min 150 mm width around cables/cable trays on both sides, fixed with two steel clips or steel wire, strips overlap at least 45 mm.

Construction details for cable penetrations in wall


Penetration Seal (A) / services (C) Wall type and thickness (tE)



All sheathed cables up to Ø 21 mm.Tied cable bundles up to 100 mm overall diameter containing all sheathed cables up to Ø 21 mm




All sheathed cables up to Ø 50 mm Rigid Floor≥ 150 mm


El 90 With coating of Hilti CP 615-EN firestop filler mas-tic or with Hilti CP 616-EN firestop brick bandage.


All sheathed cables up to Ø 80 mm Rigid Floor≥ 150 mm


El 90 With coating of Hilti CP 615-EN firestop filler mas-tic or with Hilti CP 616-EN firestop brick bandage.


All non-sheathed electrical cables up to Ø 24 mm Rigid Floor≥ 150 mm

El 60(El 120)

Steel conduits/tubes up to Ø 15 mm, wall thickness ≥ 2.0 mm with/without cables


El 120-U/U

Plastic conduits/tubes up to Ø 20 mm, wall thickness 1.25 – 2.0 mm with/without cables

Cable penetrationFloor

The intended use of the Hilti CP 657-EN firestop brick is to reinstate the fire resistance of rigid floors with a minimum thickness 150 mm (tE) and a minimum density of 450 kg/m3. Maximum opening size (w×h) depends on the maximum height of the penet-ration seal: height ≤ 412 mm: unlimited length, max. height 425 mm: length 13 200 mm, max. height 500 mm: length 2300 mm, max. height 600 mm: length 1300 mm, max. height 700 mm: length 1000 mm. Seal thickness ≥ 200 mm. In case of free areas without any elements penetrating the seal with a length greater than 500 mm or 250 mm have to be supported with steel ele-ments (min. 40 mm width/2 mm thickness) on the underside of the floor (details see ETA, Annex I). Areas with elements penetra-ting the seal are not subject to any limitations.

Arrangement of Hilti CP615-EN firestop filler mastic:Open joints must be filled to a depth of ≧ 20 mm.CP615-EN used as coating: for EI 90 fire resistance classification large cable diameters: min. length of 30 mm and min. thickness of 5 mm. Arrangement of Hilti CP616-EN firestop brick bandage:for EI 90 fire resistance classification as an alternative to coating of Hilti CP615-EN firestop filler mastic for large cable dia-meters: min 150 mm width around cables/cable trays on both sides, fixed with two steel clips or steel wire, strips overlap at least 45 mm. for EI 120 fire resistance classification: min. 100 mm width on top and min 150 mm width around cables/cable trays on both sides, fixed with two steel clips or steel wire, strips overlap at least 45 mm.

Construction details for cable penetrations in floor




Hilti firestop products are comprehensively tested and individually matched to the technical requirements of a building’s mecha-nical and electric installations. In addition to their superior passive fire protection behavior, Hilti firestop products also meet in-creasingly significant requirements in building technology and also help designers and installers to meet these additional requirements. The assessment of fitness for use has been made in accordance with EOTA ETAG No 026 – Part 2.

Characteristics of CP 657-ENAdditional attributes

Characteristics Assessment of characteristics Norm, standard, test

Hygiene, health and environment Dangereous substances

According the list of dangerous substances of the European Commission the product does not contain such substances below any respective occupational exposure limits as far as such limits exist


Durability and servicability Category Z1 (suitable for penetration seals intended for use for internal use with high humidity, excluding temperatures below 0°C. All requirements for category Z2 are also fulfilled.

EOTA Technical Report TR 024 ETAG 026-2

Reaction to Fire Class E EN 13501-1


Firestop joint sprayCFS-SP WB

Applications ■ Sealing openings between the tops of walls and concrete metal

floor decks or ceilings ■ Sealing building perimeter gaps between floor slabs and exterior

curtain wall facades


Firestop joint spray CFS-SP WB red 1 pc 00430792

Firestop joint spray CFS-SP WB white 1 pc 00430793

Firestop joint spray CFS-SP WB grey 1 pc 00430802






CFS-SP WB

Fire rating < 240 min

Density 1.26 kg/l

Color Red

Paintability Yes

Application temperature range 4°C – 40°C


4 °C – 25 °C

Base materials Concrete, Masonry, Gypsum, Steel, Aluminium, Glass

Chemical basis Water-based acrylic dispersion

Cure Time 3 mm / 24 h

Movement < 50 %

pH Value ~ 8-9

Approvals ETA 11/0343 dated 26/09/2011, UL, FM, Intertek

Firestop joint spray for quick and reliable prevention of fire penetration at facades, decks and wall joints

Advantages ■ Water-based, low VOC, contains no halogens ■ High degree of elasticity ■ Excellent sprayability and low slump characteristics ■ Fast, efficient sealing of wide, difficult-to-access joints ■ Easy to apply by airless spray, good stiffness and covering

capacity ■ Very easy application and good adhesion at low temperatures

Fire resistance test reports, approvals and certificates normally do not contain any information on the service life of a firestop product or assembly. By carrying out its own additional ageing tests which simulate extreme temperature and humidity conditions, Hilti provides a very high level of information on product reliability and the service life expectancy of Hilti firestop systems. On the basis of the ageing cycles obtained in these test procedures and the experience gained in the field of concrete construction, it can be assumed that Hilti firestop systems have a service life (ageing resistance) of approximately 30 years from manufacturing date. Please note that this expected long-term ageing resistance of Hilti firestop systems, which is given on the basis of the above-mentioned tests, depends on a number of factors on which Hilti basically has no influence (e.g. environmental factors such as extreme environmental conditions, e.g. chemicals, etc.) and, therefore, is subject to the following conditions which must be strictly observed by the user with regard to the respective Hilti firestop system: • Strict adherence to Hilti’s operating, setting, installing and other technical instructions• Rigorous compliance with all other conditions set out in the respective specifications during the lifetime of the Hilti firestop systems, in particular with regard to regular control and

maintenance as well as to foreseeable use under normal climatic conditions in the respective field of application.

Smoke tightness


Water tightness

Resistant to ageing


Hilti firestop spray CFS-SP WB



Surfaces to which CFS-SP WB will be applied should be cleaned of loose debris, dirt, oil, moisture, frost and wax, and any other conditions which could impair adhesion.

Apply Hilti firestop joint spray, preferably using an airless spray pistol. Apply an even, uniform coating.

Measure the gap between the two assemblies.

Measure the wet film thickness (WFT). Verify compliance of the film thicknesses and overlaps with Listing requirements and installation instructions.

Cut the mineral wool to size, in accordance with Listing requirements and installation instructions. Insert the mineral wool in the gap, compressing it as specified in the applicable Listing.

Allow Hilti Firestop Joint Spray to dry completely. *The period of time required for drying depends on temperature, air humidity and ventilation.

Protect Hilti Firestop Joint Spray from water exposure and other physical influences (e.g., freezing, phy-sical damage) during application and the curing period.

� Before handling, read the Product and Material Safety Data Sheets for detailed use and health information. Refer to Hilti product literature and 3rd Party Published Listing for application details. The type, depth and compression of the backing material varies depending on the application and rating to be achieved. Surfaces to which CFS-SP WB will be applied should be cleaned of loose debris, dirt, oil, moisture, frost and wax.

STORAGE AND SHELF LIFE: Shelf life is 12 month when stored at 4°C (40°F) to 25°C (77°F) in original, unopened container. See label for Batch Number/Expiry Date (e.g. xxxxxx MM.YYYY).

�

� 在使用之前，�仔��关于使用情况和健康保�的�品�明�和安全数据表。了解关于使用的具体�明，�参�喜利得�品文献和第三方公司提供的文献。基底材料的类型、强度和�度根据具体的�用需要和阻燃分�而定。�需要施用CFS-SP WB的表面要首先清洁并清除异物、油脂、湿气、凝冰和蜡�。�存和�架存放期：本品在未开封状�下，在4°C (40°F) 至 25°C (77°F)的�境温度中的�架存放期�12个月。批号和失效期�参��品��（例如xxxxxx 月份，年份）

� 취급하기 전에 물질안전보건자료(MSDS)를 반드시 읽어야 한다. Hilti 에서 발행한 제품 특기시방서와 인증서 및 시험성적서를 확인하여야 한다. 암면의 종류, 깊이, 압축률은 해당 시험성적서나 인증서에 준하여 사용한다.CFS-SP-WB의 표면에 부스러기, 먼지, 기름, 습기, 서리등이 있다면 제거 한 후 사용하여야 한다

저장 및 유효기간저장 온도는 4°C ~ 25°C이며 유효기간은 12개월이다.Batch No./유효기간 (예 XXXXXX / 월.연도) 라벨참조

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Curtain Wall Joint Head of Wall Joint

* 24h @ 73°F (23°C) / 50 % r.H.



�




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* 24h @ 73°F (23°C) / 50 % r.H.



Joint Seal TypeOrientation

Wall type (E1) and thickness (tE1)

Curtain Walling (E2) Nominal joint width (w)

Movement Capability


Other criteria,Description

Perimeter Seal between rigid floor construc-tions and curtain walling

Rigid Floor≥ 150mm

Curtain walls with steel framing (transoms, mul-lions), the cavity formed by the spandrel area and the framing filled with mineral wool board or mineral wool lamella board of a density of minimum 120 kg/m3 to form the perimeter joint edge, the transom form-ing the underground for the Firestop Joint Spray CFS-SP WB.

10 – 200 mm +/– 25% EI 90 (EI 90-H-M 25-F-W 10 to 200)

Hilti Firestop Joint Spray CFS-SP WB (A), tA = 3–5 mm wet film, result-ing in ca. 2 mm dry film thickness. Overlap on floor construction and curtain wall (L1), mini-mum 15 mm. Together with mineral wool prod-ucts (B)1 as backfilling material: tB ≥ 150 mm, compres-sion ≥ 55%, splice distance min. 1000 mm.

Linear Joint and Gap SealsPerimeter Seal of Curtain Walls

Hilti Firestop Joint Spray CFS-SP WB has been tested in accordance with EN 1364-4 and has been classified in accordance with EN 13501-2. Hilti Firestop Joint Spray CFS-SP WB is a membrane-forming coating used to form a perimeter seal between rigid floor slabs and curtain walling with mineral wool as backfilling material. In façade constructions the coating is normally only applied on the top side. The floor must have a minimum thickness of 150 mm and comprise concrete with a minimum density of 2400 kg/m3.

E

A

E

T

T

tA

B

w

tEtB

L

1

2

1

L1

1

1B2

H=horizontal, M=Movement, F=splice, field, W= joint width

1 Mineral wool products suitable for being used as backfilling material of the : stone wool according to EN 13162 or EN 14303, density 30 to 70 kg/m3, no Al or other facing.



Hilti Firestop products are comprehensively tested and individually tailored to the technical requirements of a building’s mechanical and electric installations. In addition to their superior behaviour in passive fire protection, Hilti Firestop products also meet the requirements in building technology that continue to gain significance and also help the designer and installer in meeting these additional requirements. The assessment of fitness for use has been made in accordance with EOTA ETAG No 026 – Part 3.

Characteristics of CFS-SP WBAdditional attributes

Characteristics Assessment of characteristics Norm, standard, test

Health and environmentWater permeabilityDangereous substances

Water tight to 1 m head of water or 9806 PaThe product does not contain dangerous substances compared with the list of the European Commission above the acceptable limits.

ETAG 026-3Material safety datasheet

Protection against noise (air borne sound insulation)

A special test set-up was used to simulate the conditions of a perimeter seal of a curtain wall. Joint width 200 mm, seal depth 200 mm Coating both sides:Rw (C; Ctr) = 40 dBDn, e, w (C; Ctr) = 55 dB Coating top side:Rw (C; Ctr) = 37 dBDn, e, w (C; Ctr) = 52 dB

EN 20140-10 EN ISO 140-1 EN 20140-3 EN ISO 10140-1 EN ISO 10140-2 EN ISO 10140-5 EN ISO 717-1

Durability and servicabilityMovement capability

Use category Y1 (suitable for perimeter seals intended for use at temperatures between –20 °C and + 70 °C.


The movement capability of 25 % was verified by a small scale movement test.

ISO 11600

Safety in useMechanical resistance Resistance to impact Adhesion

Resistance withstanding 10 Nm impact without damagesAdhesion is covered by the impact tests and by tests determining movement capability.

ETAG 026-3

Reaction to Fire Class E EN 13501-1




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual




30years

30Jahre

45%




C US

FMAPPROVED

FMFactory Mutual



Bouchon coupe-feu HiltiCP 658

Applications ■ Calfeutrement coupe-feu durable de passages de câbles unitaires

ou bottes de câbles pour des ouvertures carottées dans des voiles et dalles - salles sensibles aux fibres et aux poussières (laboratoires, installations de télécommunication, salles blanches...) - centres informatiques, bureaux

CommandeDésignation Cond. Code article

Bouchon coupe-feu Hilti CP 658-62* 1 00369293

Bouchon coupe-feu Hilti CP 658-77 1 00369294





Données techniques (à 23°C et 50 % d’hygrométrie)

CP 658Matériau support béton, maçonnerie

Degré coupe-feu jusqu’à CF 3H

Densité 0,27 g/cm³

Couleur rouge foncé

Expansion à 600°C 1:3

Température d’expansion 300°C

Température d’application - 5°C à + 40°C

Résistance à la chaleur en service - 15°C à + 60°C

Bouchon intumescent pour le calfeutrement de passage de câbles

Performances ■ Produit simple à poser : bouchon souple, pas d’outillage spécial ■ Assure sa fonction coupe-feu immédiatement après sa mise en

place ■ Empêche toute transmission des gaz et fumées ■ Permet la réinstallation facile de câbles

Essais en FranceRésistant au vieillissement et testé pour assurer une protection active d’au moins 30 ans

Isolant acoustique

Etanchéité aux fumées et aux gaz

Autres essais

Essais à l’international

PV CTICM 95-P-511 96-P-145 97-F-296 02-V-125 03-F-039

* Le dernier nombre correspond à la taille maximum de l’ouverture en mm


Feuille coupe-feu intumescente HiltiCP 617

Applications ■ Pour utilisation sur tous types de cloisons légères (y compris les

poteaux de bois) ■ Étanchéité acoustique et coupe-feu de boîtiers électriques et

interrupteurs dans les cloisons sèches ■ Peut être utilisé pour des applications commerciales et résidenti-

elles


Feuille coupe-feu intumescente CP 617 170x170 20 00039214

Feuille coupe-feu intumescente CP 617 170x230 20 00039215

Données techniques (à 23 °C et 50 % d’hygrométrie)

CP 617

Couleur rouge

Dimensions (L x l x h) 170 x 170 x 3 mm

Durée de conservation (à partir de la date de fabrication)

24 mois

Poids 130 g

Dimensions CP 617 170 x 170 x 3 mm

CP 617 170 x 230 x 3 mm

Consistance Feuille modelable

Couleur Rouge

Température d’application de + 5°C à + 35°C

Température de stockage de + 5°C à + 40°C

Séchage Ne sèche pas (Le CP617 garde sa consistance sur toute la

durée de vie)

Densité Environ 1,6 g/cm3

Température d’expansion Environ 205°C

Taux d’expansion 1 : 3

COV Aucun

Fibre d’amiante Aucune

Durée de péremption Minimum 2 ans

Performances ■ Excellente adhérence à la plaque de plâtre, métal et plastique

sans résidu sur les mains ■ Malléable à la main pour s’adapter à toutes les tailles ■ Stabilité à long terme - même consistance pendant toute sa

durée de vie ■ Pas de conductivité électrique ■ Etanche à la fumée et au gaz

Système intumescent modulable et prêt à l’emploi pour calfeutrer des boîtiers électriques plastiques ou métalliques

Etanchéité aux fumées et aux gaz

Isolant acoustique


Enduit de câbles intumescent HiltiCP 678

Applications ■ Limite la propagation du feu le long des câbles ■ Résiste aux ambiances agressives et corrosives ■ Adapté pour protéger les panneaux de bois


Enduit de câbles intumescent Hilti CP 678 20 kg 1 00334892

Données techniques (à 23°C et 50 % d’hygrométrie)

CP 678Densité environ 1,3 g/cm³

Couleur blanc

Température d’application + 5°C à 40°C

pH 7 - 8 (chimiquement neutre)

Application de la 2e couche après environ 2 à 4h

Résistance à la chaleur - 30°C à + 80°C

Stockage au sec et non ouvert(à partir de la date de fabrication)

18 mois

Permet de garder le bon fonctionnement des câbles pendant plus d’une demi-heure

Performances ⇒ Application facile avec un pinceau ou au pistolet pneumatique ⇒ Grand rendement, économique ⇒ Une seule application pour répondre à la norme IEC 332 Partie 3

de réduction de la propagation du feu ⇒ N’endommage pas les câbles ⇒ Protège la fonction des câbles

Exemples ■ Centrales énergétiques ■ Centres télécoms et salles informatiques ■ Usines manufacturières ■ Usines pétrochimiques ■ Papeteries ■ Chaînes de production

Ne pas... ■ Rajouter d’eau ■ Peindre l’enduit ■ Utiliser le CP 678 à l’extérieur ou dans les pièces humides

Essais à l’international

· Technical manual Fire-stop | Edition June 2012 Page 1 Products, approvals and applications page...

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