14 - scciclient.blob.core.windows.net · 14 14 o M S200 Series 14.6 Low Voltage Products & Systems...

14

14System pro M

S200 Series

Low Voltage Products & Systems 14.1ABB Inc. • 888-385-1221 • www.abb-control.com 1SXU 000 023 C0201

DescriptionThe S2 Series of miniature circuit breakers offer a compact solution to protection requirements. The S2 devices are current limiting, DIN rail mounted and can offer a good equivalent to fused systems.

The S2 is available with application-specifi c trip characteristics to provide maximum circuit protection. The breakers offer thermal-magnetic trip protection according to B, C, D, K and Z characteristics.

For the worldwide market, the breakers carry UL, CSA, IEC, CE and many other agency approvals and certifi cations.

System pro M compactMiniature circuit breakersS200, S200P, S200U, S200UP

Features• Current limiting

• Fast breaking time (2.5 – 3.5 msec)

• Unique bus connection system

• Wide range of accessories

• Available with variable depth handle

mechanism

• Optional Z curve for SCR protection

• CE certifi ed and marked

• DIN rail or front panel mounting

• Finger safe terminals

• Multi-function terminals

• Suitable for reverse feed

• 480Y/277VAC and 500VDC versions

• UL489 Listed - branch circuit protective device. UL fi le # E212323

• UL1077 Recognized - supplemental protective device. UL fi le # E76126

UL Approved Miniature Molded

Case Circuit B

reakers and

Supplemental Protectors

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14System pro M

S200 Series

14.2 Low Voltage Products & Systems

1SXU 000 023 C0201 ABB Inc. • 888-385-1221 • www.abb-control.com

General informationMiniature circuit breakers (MCBs) are used throughout the world in all types of electrical installations. ABB MCBs are approved for use by Underwriters Laboratories in systems rated up to 600VAC/VDC. Devices are also certifi ed per CSA.

MCBs are approved per IEC-898 and VDE 0641, and certifi ed under IEC-947 and VDE 0660 standards for use in systems rated up to 690VAC.

MCBs can be applied to 16 2/3Hz – 400Hz and DC power systems.

Special direct current version MCBs include a permanent magnet for DC fault current interruption. These "UC" versions are rated 250/500VDC under UL1077/CSA 22.2 No. 235.

Continuous current ratings are as low as 0.2 amperes and up to 125 amperes maximum.

MCBs are of compact size and can be quickly mounted on standard 35mm DIN rail or can be front mounted by use of a front mounting kit.

MCBs include line and load side terminals for conductors from 18 through 4AWG (0.75 – 25mm2) for 63 amperes.

MCBs can also be connected via busbar conductors which can be either upper or lower mounted for top feed or bottom feed. Dual function terminals allow busbars to be connected with main incoming line conductors without separate lugs.

AccessoriesAuxiliary devices can be added to the, S200 series MCBs: • Shunt trips • Auxiliary contacts • Bell alarm contacts • Aux/bell alarm contacts • Undervoltage release

Accessory device modules can be fi eld mounted to all above listed ABB MCBs. Auxiliary contacts are also available for the S500 series MCB.

ApplicationsMCBs can be used for equipment protection, in commercial appliances, protection of control circuits against overcurrent faults, computer equipment and other computer peripheral devices.

UL 489S200U and S200UP MCBs are listed as molded case circuit breakers for use as branch circuit protective devices. Miniature MCCBs and accessories are listed under UL fi le E212323.

UL 1077S200 and S200P MCBs are recognized as supplementary protectors and are intended for use as overcurrent protection within an appliance or other electrical equipment where branch circuit overcurrent protection is already provided or not required. MCBs and accessories are recognized under UL File E76126.

CSA C22.2MCBs and accessories are certifi ed under CSA C22.2 No. 235 per File LR98793.

Tripping characteristicsTime-current curvesABB miniature circuit breakers are available with different trip characteristics, allowing for maximum system protection.

B CharacteristicAvailable with the S200 and S500 series has rated currents of 6 through 63 amperes in 10 steps. The "B" time-current curve is designed primarily for use in cable protection applications. Instantaneous tripping occurs between approximately 3 to 5 times rated current in 50/60Hz systems. This quick trip curve maximizes protection of control circuits under low short circuit fault levels that could damage control wiring.

C CharacteristicAvailable in the S200 and S500 series with rated currents up through 63 amperes and the S290 series with rated currents of 80, 100 and 125 amperes. The "C" time-current curve is designed for medium magnetic start-up currents. Instantaneous tripping occurs between 5 and 10 times rated current in 50/60 Hz systems.

D CharacteristicThe new magnetic trip action has an instantaneous trip between 10 and 20 times the breaker rating. Thus, the S200 and S500-D can be a good protective solution for applications involving high in-rush transformers, motors and other high inductive systems. It is also suitable for any application where a high instantaneous trip point is desired.

K CharacteristicThe "K" time-current characteristic considers high magnetic start-up currents from motors, transformers and other equipment. Instantaneous tripping occurs between 8 and 12 times rated current in 50/60Hz systems. The "K" characteristic is available up through 63 amperes.

The "K" curve offers the best protection for the broadest range of electrical systems. The higher magnetic trip settings maximizes protection while allowing for higher in-rush currents during system start-up. Available in S200P, S200U, S200UP and S500.

Z CharacteristicAlso available up through 63 amperes, the "Z" characteristic offers instantaneous tripping between 2 and 3 times rated current in 50/60Hz systems. This trip characteristic is available in the S200P, S200U and S200UP series with both the 480Y/277VAC and 250/500VDC ratings.

Many applications require a very low short circuit trip setting in order to protect semiconductor or other sensitive devices and the "Z" trip characteristic may provide maximum protection and service in these applications.

General information

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14System pro M

S200 Series


General informationInterruption ratings Trip characteristics overview

Trip characteristics overview

Curve Magnetic Thermal Series characteristic 1 characteristic

1 All values are relative to MCB's ampere rating.

Interruption ratings

120 VAC 10kA 0.5 - 63A S200-B,C,D 0.5 - 63A S200-K 0.2 - 63A S200P-K, Z 0.2 - 63A S200U-K, Z 0.2 - 25A S200UP-K, Z

18kA 32 - 63A S500-B,C,D 26 - 45A S500-K

30kA 6 - 25A S500-B,C,D 0.15 - 25A S500-K

240 VAC 6kA 0.5 - 63A S200-B,C,D Single pole 0.5 - 63A S200-K Single pole

10kA 0.5 - 63A S200-B,C,D Multi pole 0.5 - 63A S200-K Multi pole 0.2 - 63A S200P-K,Z Single pole 0.2 - 63A S200P-K,Z Multi pole 0.2 - 63A S200U-K,Z Single pole 0.2 - 63A S200U-K,Z Multi pole 0.2 - 25A S200UP-K,Z Single pole 0.2 - 25A S200UP-K,Z Multi pole

18kA 32 - 63A S500-B,C,D 26 - 45A S500-K

30kA 6 - 25A S500-B,C,D 0.15 - 25A S500-K

277 VAC 6kA 0.5 - 63A S200-B,C,D 0.5 - 63A S200-K

10KA 0.2 - 63A S200P-K,Z 0.2 - 25A S200UP-K,Z

480Y/277 VAC 6kA 0.5 - 63A S200-B,C,D 0.5 - 63A S200-K

10KA 0.2 - 63A S200P-K,Z 0.2 - 25A S200UP-K,Z

60 VDC 10kA 0.5 - 63A S200-B,C,D Single pole 0.5 - 63A S200-K Single pole

125 VDC 10kA 0.5 - 63A S200-B,C,D Multi pole 0.5 - 63A S200-K Multi pole 0.2 - 63A S280UC-K,Z Single pole

250 VDC 4.5kA 0.2 - 63A S280UC-K,Z Single pole

500 VDC 4.5kA 0.2 - 63A S280UC-K,Z Multi pole

B 3 - 5X 1.13 1.45X S200, S500 C 5 - 10X 1.13 1.45X S200, S290, S500 D 10 - 20X 1.13 1.45X S200, S500 K 8 - 12X 1.05 1.20X S200, S500 Z 2 - 3X 1.05 1.20X S200

Voltage Rated interrupting Rated MCB Comment capacity current type

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S200 Series



General informationTripping curves

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14System pro M

S200 Series


General informationConstruction details

Space for identifi cation marker

Tripping lever

Operator

Operating mechanism

Electro-magnetic protection

Thermal protection-bimetal

Upper terminal

Fixed contact

Moving contact

Lower terminal

DIN rail holder

Arc chamber

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14System pro M

S200 Series



UL 1077 CSA C22.2 No. 235VDE 0641 IEC-898Cable protectionB

S201-B, 1 pole

S202-B, 2 poleS201-BNA, 1 P+N

S203-B, 3 pole

S204-B, 4 poleS203-BNA, 3P+N

S200480Y/277 VACSupplemental protectors

Discount schedule CB5

Delivery Class

A - Standard item, stock to 2 weeks lead timeB - Stock to 4 weeks lead timeC - 6 to 8 week lead time

1 pole 6 S201-B6 $ 36 10 S201-B10 36 13 S201-B13 36 16 S201-B16 36 20 S201-B20 38 A 10 4.5 25 S201-B25 38 32 S201-B32 40 40 S201-B40 42 50 S201-B50 48 63 S201-B63 56

1 pole + neutral 6 S201-B6NA 62 10 S201-B10NA 62 13 S201-B13NA 62 16 S201-B16NA 62 20 S201-B20NA 68 B 5 9.0 25 S201-B25NA 72 32 S201-B32NA 74 40 S201-B40NA 76 50 S201-B50NA 90 63 S201-B63NA 102

2 pole 6 S202-B6 78 10 S202-B10 78 13 S202-B13 78 16 S202-B16 78 20 S202-B20 86 A 5 9.0 25 S202-B25 88 32 S202-B32 94 40 S202-B40 98 50 S202-B50 112 63 S202-B63 128

3 pole 6 S203-B6 $ 118 10 S203-B10 118 13 S203-B13 118 16 S203-B16 118 20 S203-B20 130 A 1 13.5 25 S203-B25 132 32 S203-B32 142 40 S203-B40 148 50 S203-B50 170 63 S203-B63 194

3 pole + neutral 6 S203-B6NA 142 10 S203-B10NA 142 13 S203-B13NA 142 16 S203-B16NA 142 20 S203-B20NA 162 B 1 18.0 25 S203-B25NA 168 32 S203-B32NA 176 40 S203-B40NA 184 50 S203-B50NA 212 63 S203-B63NA 240

4 pole 6 S204-B6 156 10 S204-B10 156 13 S204-B13 156 16 S204-B16 156 20 S204-B20 172 B 1 18.0 25 S204-B25 176 32 S204-B32 188 40 S204-B40 196 50 S204-B50 224 63 S204-B63 256

Rated Catalog List Delivery Sugg. Wgt. oz. current number price class order (1 pc.) qty


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S200 Series



C UL 1077 CSA C22.2 - NO. 235VDE 0641 IEC-898Cable & equipment protection




S201-C, 1 pole

S202-C, 2 poleS201-CNA, 1P+N

S203-C, 3 pole

S204-C, 4 poleS203-CNA, 3P+N

1 pole 0.5 S201-C0.5 $ 42 1 S201-C1 42 1.6 S201-C1.6 42 2 S201-C2 42 3 S201-C3 42 4 S201-C4 42 6 S201-C6 42 8 S201-C8 42 10 S201-C10 42 A 10 4.5 13 S201-C13 42 16 S201-C16 42 20 S201-C20 42 25 S201-C25 46 32 S201-C32 48 40 S201-C40 52 50 S201-C50 60 63 S201-C63 68

1 pole + neutral 0.5 S201-C0.5NA 84 1 S201-C1NA 84 1.6 S201-C1.6NA 84 2 S201-C2NA 84 3 S201-C3NA 84 4 S201-C4NA 84 6 S201-C6NA 84 8 S201-C8NA 84 B 5 9.0 10 S201-C10NA 84 13 S201-C13NA 84 16 S201-C16NA 84 20 S201-C20NA 84 25 S201-C25NA 88 32 S201-C32NA 90 40 S201-C40NA 96 50 S201-C50NA 112 63 S201-C63NA 130

2 pole 0.5 S202-C0.5 96 1 S202-C1 96 1.6 S202-C1.6 96 2 S202-C2 96 3 S202-C3 96 4 S202-C4 96 6 S202-C6 96 8 S202-C8 96 A 5 9.0 10 S202-C10 96 13 S202-C13 96 16 S202-C16 96 20 S202-C20 96 25 S202-C25 106 32 S202-C32 106 40 S202-C40 116 50 S202-C50 136 63 S202-C63 152

3 pole 0.5 S203-C0.5 $ 138 1 S203-C1 138 1.6 S203-C1.6 138 2 S203-C2 138 3 S203-C3 138 4 S203-C4 138 6 S203-C6 138 8 S203-C8 138 10 S203-C10 138 A 1 13.5 13 S203-C13 138 16 S203-C16 138 20 S203-C20 138 25 S203-C25 156 32 S203-C32 158 40 S203-C40 174 50 S203-C50 200 63 S203-C63 228

3 pole + neutral 0.5 S203-C0.5NA 200 1 S203-C1NA 200 1.6 S203-C1.6NA 200 2 S203-C2NA 200 3 S203-C3NA 200 4 S203-C4NA 200 6 S203-C6NA 200 8 S203-C8NA 200 B 1 18.0 10 S203-C10NA 200 13 S203-C13NA 200 16 S203-C16NA 200 20 S203-C20NA 200 25 S203-C25NA 206 32 S203-C32NA 212 40 S203-C40NA 224 50 S203-C50NA 204 63 S203-C63NA 304

4 pole 0.5 S204-C0.5 218 1 S204-C1 218 1.6 S204-C1.6 218 2 S204-C2 218 3 S204-C3 218 4 S204-C4 218 6 S204-C6 218 8 S204-C8 218 B 1 18.0 10 S204-C10 218 13 S204-C13 218 16 S204-C16 218 20 S204-C20 218 25 S204-C25 234 32 S204-C32 238 40 S204-C40 260 50 S204-C50 300 63 S204-C63 338

Delivery Class


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S200 Series




D UL 1077 CSA C22.2VDE 0641 IEC-898Cable & equipment protection


S201-D, 1 pole

S202-D, 2 pole

S203-D, 3 pole



1 pole 0.5 S201-D0.5 $ 42 1 S201-D1 42 1.6 S201-D1.6 42 2 S201-D2 42 3 S201-D3 42 4 S201-D4 42 6 S201-D6 42 8 S201-D8 42 10 S201-D10 42 A 10 4.5 13 S201-D13 42 16 S201-D16 42 20 S201-D20 42 25 S201-D25 46 32 S201-D32 48 40 S201-D40 52 50 S201-D50 60 63 S201-D63 68

2 pole 0.5 S202-D0.5 96 1 S202-D1 96 1.6 S202-D1.6 96 2 S202-D2 96 3 S202-D3 96 4 S202-D4 96 6 S202-D6 96 8 S202-D8 96 A 5 9.0 10 S202-D10 96 13 S202-D13 96 16 S202-D16 96 20 S202-D20 96 25 S202-D25 106 32 S202-D32 106 40 S202-D40 116 50 S202-D50 136 63 S202-D63 152

3 pole 0.5 S203-D0.5 $ 138 1 S203-D1 138 1.6 S203-D1.6 138 2 S203-D2 138 3 S203-D3 138 4 S203-D4 138 6 S203-D6 138 8 S203-D8 138 A 1 13.5 10 S203-D10 138 13 S203-D13 138 16 S203-D16 138 20 S203-D20 138 25 S203-D25 156 32 S203-D32 158 40 S203-D40 174 50 S203-D50 200 63 S203-D63 228

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S200 Series



K UL 1077 CSA C22.2 - NO. 235VDE 0641 IEC-898Cable & equipment protection


S202-K, 2 poleS201-KNA, 1P+N

S201-K, 1 pole


S203-K, 3 pole

S204-K, 4 poleS203-KNA, 3P+N


1 pole 0.5 S201-K0.5 $ 42 1 S201-K1 42 1.6 S201-K1.6 42 2 S201-K2 42 3 S201-K3 42 4 S201-K4 42 5 S201-K5 42 6 S201-K6 42 8 S201-K8 42 10 S201-K10 42 13 S201-K13 42 A 10 4.5 15 S201-K15 42 16 S201-K16 42 20 S201-K20 42 25 S201-K25 46 30 S201-K30 48 32 S201-K32 48 40 S201-K40 52 50 S201-K50 60 60 S201-K60 68 63 S201-K63 68

1 pole + neutral 0.5 S201-K0.5NA 84 1 S201-K1NA 84 1.6 S201-K1.6NA 84 2 S201-K2NA 84 3 S201-K3NA 84 4 S201-K4NA 84 6 S201-K6NA 84 8 S201-K8NA 84 10 S201-K10NA 84 B 5 9.0 13 S201-K13NA 84 16 S201-K16NA 84 20 S201-K20NA 84 25 S201-K25NA 88 32 S201-K32NA 90 40 S201-K40NA 96 50 S201-K50NA 112 63 S201-K63NA 130

2 pole 0.5 S202-K0.5 96 1 S202-K1 96 1.6 S202-K1.6 96 2 S202-K2 96 3 S202-K3 96 4 S202-K4 96 5 S202-K5 96 6 S202-K6 96 8 S202-K8 96 10 S202-K10 96 A 5 9.0 13 S202-K13 96 15 S202-K15 96 16 S202-K16 96 20 S202-K20 96 25 S202-K25 106 30 S202-K30 106 32 S202-K32 106 40 S202-K40 116 50 S202-K50 136 60 S202-K60 152 63 S202-K63 152

3 pole 0.5 S203-K0.5 $ 138 1 S203-K1 138 1.6 S203-K1.6 138 2 S203-K2 138 3 S203-K3 138 4 S203-K4 138 5 S203-K5 138 6 S203-K6 138 8 S203-K8 138 10 S203-K10 138 13 S203-K13 138 A 1 13.5 15 S203-K15 138 16 S203-K16 138 20 S203-K20 138 25 S203-K25 156 30 S203-K30 158 32 S203-K32 158 40 S203-K40 174 50 S203-K50 200 60 S203-K60 228 63 S203-K63 228

3 pole + neutral 0.5 S203-K0.5NA 200 1 S203-K1NA 200 1.6 S203-K1.6NA 200 2 S203-K2NA 200 3 S203-K3NA 200 4 S203-K4NA 200 6 S203-K6NA 200 8 S203-K8NA 200 10 S203-K10NA 200 B 1 18.0 13 S203-K13NA 200 16 S203-K16NA 200 20 S203-K20NA 200 25 S203-K25NA 206 32 S203-K32NA 212 40 S203-K40NA 224 50 S203-K50NA 264 63 S203-K63NA 304

4 pole 0.5 S204-K0.5 218 1 S204-K1 218 1.6 S204-K1.6 218 2 S204-K2 218 3 S204-K3 218 4 S204-K4 218 6 S204-K6 218 8 S204-K8 218 B 1 18.0 10 S204-K10 218 13 S204-K13 218 16 S204-K16 218 20 S204-K20 218 25 S204-K25 234 32 S204-K32 238 40 S204-K40 260 50 S204-K50 300 63 S204-K63 338

Delivery Class


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14System pro M

S200 Series



S200P480Y/277 VACSupplemental protectors

K UL 1077 CSA C22.2 - NO. 235VDE 0660 Cable & equipment protection

S201P-K, 1 pole

S202P-K, 2 pole

S203P-K, 3 pole


Delivery Class


1 pole 0.2 S201P-K0.2 $ 54 0.3 S201P-K0.3 54 0.5 S201P-K0.5 54 0.75 S201P-K0.75 54 1 S201P-K1 54 1.6 S201P-K1.6 54 2 S201P-K2 54 3 S201P-K3 54 4 S201P-K4 54 6 S201P-K6 54 8 S201P-K8 54 A 10 4.6 10 S201P-K10 54 13 S201P-K13 54 16 S201P-K16 54 20 S201P-K20 54 25 S201P-K25 56 32 S201P-K32 58 40 S201P-K40 64 50 S201P-K50 70 63 S201P-K63 80

2 pole 0.2 S202P-K0.2 128 0.3 S202P-K0.3 128 0.5 S202P-K0.5 128 0.75 S202P-K0.75 128 1 S202P-K1 128 1.6 S202P-K1.6 128 2 S202P-K2 128 3 S202P-K3 128 4 S202P-K4 128 6 S202P-K6 128 A 5 9.2 8 S202P-K8 128 10 S202P-K10 128 13 S202P-K13 128 16 S202P-K16 128 20 S202P-K20 128 25 S202P-K25 130 32 S202P-K32 134 40 S202P-K40 134 50 S202P-K50 162 63 S202P-K63 182

3 pole 0.2 S203P-K0.2 $ 194 0.3 S203P-K0.3 194 0.5 S203P-K0.5 194 0.75 S203P-K0.75 194 1 S203P-K1 194 1.6 S203P-K1.6 194 2 S203P-K2 194 3 S203P-K3 194 4 S203P-K4 194 6 S203P-K6 194 A 1 13.9 8 S203P-K8 194 10 S203P-K10 194 13 S203P-K13 194 16 S203P-K16 194 20 S203P-K20 194 25 S203P-K25 196 32 S203P-K32 200 40 S203P-K40 214 50 S203P-K50 246 63 S203P-K63 280



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S200 Series



3 pole 0.2 S283-K0.2W $ 194 0.3 S283-K0.3W 194 0.5 S283-K0.5W 194 0.75 S283-K0.75W 194 1 S283-K1W 194 1.6 S283-K1.6W 194 2 S283-K2W 194 3 S283-K3W 194 4 S283-K4W 194 6 S283-K6W 194 B 3 13.9 8 S283-K8W 194 10 S283-K10W 194 13 S283-K13W 194 16 S283-K16W 194 20 S283-K20W 194 25 S283-K25W 196 32 S283-K32W 200 40 S283-K40W 214 50 S283-K50W 246 63 S283-K63W 280

S280 (W)480Y/277 VACSupplemental protectors



S281-KW, 1 pole

S282-KW, 2 pole

S283-KW, 3 pole


Delivery Class


1 pole

0.2 S281-K0.2W $ 54 0.3 S281-K0.3W 54 0.5 S281-K0.5W 54 0.75 S281-K0.75W 54 1 S281-K1W 54 1.6 S281-K1.6W 54 2 S281-K2W 54 3 S281-K3W 54 4 S281-K4W 54 6 S281-K6W 54 8 S281-K8W 54 B 10 4.6 10 S281-K10W 54 13 S281-K13W 54 16 S281-K16W 54 20 S281-K20W 54 25 S281-K25W 56 32 S281-K32W 58 40 S281-K40W 64 50 S281-K50W 70 63 S281-K63W 80

2 pole 0.2 S282-K0.2W 128 0.3 S282-K0.3W 128 0.5 S282-K0.5W 128 0.75 S282-K0.75W 128 1 S282-K1W 128 1.6 S282-K1.6W 128 2 S282-K2W 128 3 S282-K3W 128 4 S282-K4W 128 6 S282-K6W 128 B 5 9.2 8 S282-K8W 128 10 S282-K10W 128 13 S282-K13W 128 16 S282-K16W 128 20 S282-K20W 128 25 S282-K25W 130 32 S282-K32W 134 40 S282-K40W 134 50 S282-K50W 162 63 S282-K63W 182

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14System pro M

S200 Series



K UL 1077 VDE 0660CSA 22.2 No. 235Cable and Equipment Protection

S281UC-K, 1 pole

S282UC-K, 2 pole

Direct current applicationsThe S280UC differs from standard miniature circuit breakers in that the UC versions include a permanent magnet which aids in the extinguishing of the arc during medium and high level faults. It is necessary to observe the correct polarity and current direction when connecting the UC breakers. Two examples of correct connection are shown below.

Termination points are marked on all UC type MCBs, points one (1) and four (4) are negative and points two (2) and three (3) are positive. Four pole breakers are also available for voltage reversal applications.

S283UC-K, 3 pole

S280UC500 VDCSupplemental protectors


Delivery Class


1 pole 0.2 S281UC-K0.2 $ 104 0.3 S281UC-K0.3 104 0.5 S281UC-K0.5 104 0.75 S281UC-K0.75 104 1 S281UC-K1 104 1.6 S281UC-K1.6 104 2 S281UC-K2 104 3 S281UC-K3 104 4 S281UC-K4 104 6 S281UC-K6 104 B 10 4.6 8 S281UC-K8 104 10 S281UC-K10 104 16 S281UC-K16 104 20 S281UC-K20 104 25 S281UC-K25 108 32 S281UC-K32 110 40 S281UC-K40 116 50 S281UC-K50 136 63 S281UC-K63 152

2 pole 0.2 S282UC-K0.2 242 0.3 S282UC-K0.3 242 0.5 S282UC-K0.5 242 0.75 S282UC-K0.75 242 1 S282UC-K1 242 1.6 S282UC-K1.6 242 2 S282UC-K2 242 3 S282UC-K3 242 4 S282UC-K4 242 B 5 9.2 6 S282UC-K6 242 8 S282UC-K8 242 10 S282UC-K10 242 16 S282UC-K16 242 20 S282UC-K20 242 25 S282UC-K25 248 32 S282UC-K32 256 40 S282UC-K40 266 50 S282UC-K50 312 63 S282UC-K63 348

3 pole 0.2 S283UC-K0.2 $ 370 0.3 S283UC-K0.3 370 0.5 S283UC-K0.5 370 0.75 S283UC-K0.75 370 1 S283UC-K1 370 1.6 S283UC-K1.6 370 2 S283UC-K2 370 3 S283UC-K3 370 4 S283UC-K4 370 B 3 13.9 6 S283UC-K6 370 8 S283UC-K8 370 10 S283UC-K10 370 16 S283UC-K16 370 20 S283UC-K20 370 25 S283UC-K25 382 32 S283UC-K32 408 40 S283UC-K40 448 50 S283UC-K50 472 63 S283UC-K63 534



L- L+

-1

+2

- +LOAD

3+

4-

1 2 3 5 10 20 30

UC-K

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L- L+

-1

+2

- +LOAD

L- L+

-1

+2

- +LOAD

3+

4-

Single PoleS281UC

Two PoleS282UC

Maximum voltage between leads

250VDC 500VDC

14

14System pro M

S200 Series


Z UL 1077 VDE 0660CSA 22.2 No. 235Fast trip characteristic

S201P-Z, 1 pole

S202P-Z, 2 pole

S203P-Z, 3 pole

S200P & S280UC480Y/277 VAC & 500 VDCSupplemental protectors


480Y/277 VAC 500 VDC

Delivery Class


1 pole 0.5 S281UC-Z0.5 $ 168 1 S281UC-Z1 168 1.6 S281UC-Z1.6 168 2 S281UC-Z2 168 3 S281UC-Z3 168 4 S281UC-Z4 168 6 S281UC-Z6 168 8 S281UC-Z8 168 10 S281UC-Z10 168 B 10 4.6 16 S281UC-Z16 168 20 S281UC-Z20 168 25 S281UC-Z25 170 32 S281UC-Z32 176 40 S281UC-Z40 188 50 S281UC-Z50 216 63 S281UC-Z63 242

2 pole 0.5 S282UC-Z0.5 390 1 S282UC-Z1 390 1.6 S282UC-Z1.6 390 2 S282UC-Z2 390 3 S282UC-Z3 390 4 S282UC-Z4 390 6 S282UC-Z6 390 8 S282UC-Z8 390 B 5 9.2 10 S282UC-Z10 390 16 S282UC-Z16 390 20 S282UC-Z20 390 25 S282UC-Z25 398 32 S282UC-Z32 410 40 S282UC-Z40 426 50 S282UC-Z50 498 63 S282UC-Z63 558

3 pole 0.5 S283UC-Z0.5 594 1 S283UC-Z1 594 1.6 S283UC-Z1.6 594 2 S283UC-Z2 594 3 S283UC-Z3 594 4 S283UC-Z4 594 6 S283UC-Z6 594 8 S283UC-Z8 594 B 3 13.9 10 S283UC-Z10 594 16 S283UC-Z16 594 20 S283UC-Z20 594 25 S283UC-Z25 603 32 S283UC-Z32 612 40 S283UC-Z40 657 50 S283UC-Z50 756 63 S283UC-Z63 855



1 pole 0.5 S201P-Z0.5 $ 70 1 S201P-Z1 70 1.6 S201P-Z1.6 70 2 S201P-Z2 70 3 S201P-Z3 70 4 S201P-Z4 70 6 S201P-Z6 70 8 S201P-Z8 70 B 10 4.5 10 S201P-Z10 70 16 S201P-Z16 70 20 S201P-Z20 70 25 S201P-Z25 70 32 S201P-Z32 74 40 S201P-Z40 78 50 S201P-Z50 88 63 S201P-Z63 100

2 pole 0.5 S202P-Z0.5 162 1 S202P-Z1 162 1.6 S202P-Z1.6 162 2 S202P-Z2 162 3 S202P-Z3 162 4 S202P-Z4 162 6 S202P-Z6 162 8 S202P-Z8 162 B 5 9.2 10 S202P-Z10 162 16 S202P-Z16 162 20 S202P-Z20 162 25 S202P-Z25 170 32 S202P-Z32 170 40 S202P-Z40 176 50 S202P-Z50 206 63 S202P-Z63 232

3 pole 0.5 S203P-Z0.5 244 1 S203P-Z1 244 1.6 S203P-Z1.6 244 2 S203P-Z2 244 3 S203P-Z3 244 4 S203P-Z4 244 6 S203P-Z6 244 8 S203P-Z8 244 B 1 13.9 10 S203P-Z10 244 16 S203P-Z16 244 20 S203P-Z20 244 25 S203P-Z25 248 32 S203P-Z32 254 40 S203P-Z40 266 50 S203P-Z50 306 63 S203P-Z63 344

UC-Z

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Z

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14

14System pro M

S200 Series



S200U240 VACMiniature MCCBs



S201U-K, 1 pole

S202U-K, 2 pole

S203U-K, 3 pole

Delivery Class


1 pole 0.2 S201U-K0.2 $ 54 0.3 S201U-K0.3 54 0.5 S201U-K0.5 54 0.75 S201U-K0.75 54 1 S201U-K1 54 1.6 S201U-K1.6 54 2 S201U-K2 54 3 S201U-K3 54 4 S201U-K4 54 5 S201U-K5 54 6 S201U-K6 54 8 S201U-K8 54 10 S201U-K10 54 A 10 4.6 13 S201U-K13 54 15 S201U-K15 54 16 S201U-K16 54 20 S201U-K20 54 25 S201U-K25 56 30 S201U-K30 58 32 S201U-K32 58 40 S201U-K40 64 50 S201U-K50 70 60 S201U-K60 80 63 S201U-K63 80

2 pole 0.2 S202U-K0.2 128 0.3 S202U-K0.3 128 0.5 S202U-K0.5 128 0.75 S202U-K0.75 128 1 S202U-K1 128 1.6 S202U-K1.6 128 2 S202U-K2 128 3 S202U-K3 128 4 S202U-K4 128 5 S202U-K5 128 6 S202U-K6 128 8 S202U-K8 128 A 5 9.2 10 S202U-K10 128 13 S202U-K13 128 15 S202U-K15 128 16 S202U-K16 128 20 S202U-K20 128 25 S202U-K25 130 30 S202U-K30 134 32 S202U-K32 134 40 S202U-K40 134 50 S202U-K50 162 60 S202U-K60 182 63 S202U-K63 182



S204U-K, 4 pole

UL489 listed as branch

circuit protective device

3 pole

0.2 S203U-K0.2 $ 194 0.3 S203U-K0.3 194 0.5 S203U-K0.5 194 0.75 S203U-K0.75 194 1 S203U-K1 194 1.6 S203U-K1.6 194 2 S203U-K2 194 3 S203U-K3 194 4 S203U-K4 194 5 S203U-K5 194 6 S203U-K6 194 8 S203U-K8 194 10 S203U-K10 194 A 1 13.9 13 S203U-K13 194 15 S203U-K15 194 16 S203U-K16 194 20 S203U-K20 194 25 S203U-K25 196 30 S203U-K30 200 32 S203U-K32 200 40 S203U-K40 214 50 S203U-K50 246 60 S203U-K60 280 63 S203U-K63 280

4 pole 0.2 S204U-K0.2 265 0.3 S204U-K0.3 265 0.5 S204U-K0.5 265 0.75 S204U-K0.75 265 1 S204U-K1 265 1.6 S204U-K1.6 265 2 S204U-K2 265 3 S204U-K3 265 4 S204U-K4 265 5 S204U-K5 265 6 S204U-K6 265 8 S204U-K8 265 10 S204U-K10 265 B 1 18.0 13 S204U-K13 265 15 S204U-K15 265 16 S204U-K16 265 20 S204U-K20 265 25 S204U-K25 275 30 S204U-K30 285 32 S204U-K32 285 40 S204U-K40 314 50 S204U-K50 343 60 S204U-K60 392 63 S204U-K63 392

1 2 3 5 10 20 30

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14

14System pro M

S200 Series



Z UL 489 CSA C22.2 - NO. 5VDE 0660 Cable & equipment protection

S201U-Z, 1 pole

S202U-Z, 2 pole

S203U-Z, 3 pole

S200U240 VACMiniature MCCBs

1 pole 0.5 S201U-Z0.5 70 0.75 S201U-Z0.75 70 1 S201U-Z1 70 1.6 S201U-Z1.6 70 2 S201U-Z2 70 3 S201U-Z3 70 4 S201U-Z4 70 5 S201U-Z5 70 6 S201U-Z6 70 8 S201U-Z8 70 10 S201U-Z10 70 A 10 4.6 15 S201U-Z15 70 16 S201U-Z16 70 20 S201U-Z20 70 25 S201U-Z25 70 30 S201U-Z30 74 32 S201U-Z32 74 40 S201U-Z40 78 50 S201U-Z50 88 60 S201U-Z60 100 63 S201U-Z63 100




Delivery Class





4 pole 0.5 S204U-Z0.5 343 0.75 S204U-Z0.75 343 1 S204U-Z1 343 1.6 S204U-Z1.6 343 2 S204U-Z2 343 3 S204U-Z3 343 4 S204U-Z4 343 5 S204U-Z5 343 6 S204U-Z6 343 8 S204U-Z8 343 10 S204U-Z10 343 B 1 18.0 15 S204U-Z15 343 16 S204U-Z16 343 20 S204U-Z20 343 25 S204U-Z25 343 30 S204U-Z30 363 32 S204U-Z32 363 40 S204U-Z40 382 50 S204U-Z50 431 60 S204U-Z60 490 63 S204U-Z63 490

S204U-Z, 4 pole

Z

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14

14System pro M

S200 Series



S200UP480Y/277 VACMiniature MCCBs



S201UP-K, 1 pole

S202UP-K, 2 pole

S203UP-K, 3 pole

1 pole 0.2 S201UP-K0.2 $ 90 0.3 S201UP-K0.3 90 0.5 S201UP-K0.5 90 0.75 S201UP-K0.75 90 1 S201UP-K1 90 1.6 S201UP-K1.6 90 2 S201UP-K2 90 3 S201UP-K3 90 4 S201UP-K4 90 5 S201UP-K5 90 6 S201UP-K6 90 8 S201UP-K8 90 A 10 4.6 10 S201UP-K10 90 13 S201UP-K13 90 15 S201UP-K15 90 16 S201UP-K16 90 20 S201UP-K20 90 25 S201UP-K25 90

2 pole 0.2 S202UP-K0.2 210 0.3 S202UP-K0.3 210 0.5 S202UP-K0.5 210 0.75 S202UP-K0.75 210 1 S202UP-K1 210 1.6 S202UP-K1.6 210 2 S202UP-K2 210 3 S202UP-K3 210 4 S202UP-K4 210 5 S202UP-K5 210 6 S202UP-K6 210 A 5 9.2 8 S202UP-K8 210 10 S202UP-K10 210 13 S202UP-K13 210 15 S202UP-K15 210 16 S202UP-K16 210 20 S202UP-K20 210 25 S202UP-K25 210

Delivery Class




S204UP-K, 4 pole



3 pole 0.2 S203UP-K0.2 $ 320 0.3 S203UP-K0.3 320 0.5 S203UP-K0.5 320 0.75 S203UP-K0.75 320 1 S203UP-K1 320 1.6 S203UP-K1.6 320 2 S203UP-K2 320 3 S203UP-K3 320 4 S203UP-K4 320 5 S203UP-K5 320 6 S203UP-K6 320 A 1 13.9 8 S203UP-K8 320 10 S203UP-K10 320 13 S203UP-K13 320 15 S203UP-K15 320 16 S203UP-K16 320 20 S203UP-K20 320 25 S203UP-K25 320

4 pole 0.2 S204UP-K0.2 440 0.3 S204UP-K0.3 440 0.5 S204UP-K0.5 440 0.75 S204UP-K0.75 440 1 S204UP-K1 440 1.6 S204UP-K1.6 440 2 S204UP-K2 440 3 S204UP-K3 440 4 S204UP-K4 440 5 S204UP-K5 440 6 S204UP-K6 440 B 1 18.0 8 S204UP-K8 440 10 S204UP-K10 440 13 S204UP-K13 440 15 S204UP-K15 440 16 S204UP-K16 440 20 S204UP-K20 440 25 S204UP-K25 440

1 2 3 5 10 20 30

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14

14System pro M

S200 Series


S200UP480Y/277 VACMiniature MCCBs


Z UL 489 CSA C22.2 - NO. 5VDE 0660 Cable & equipment protection

S201UP-Z, 1 pole

S202UP-Z, 2 pole

S203UP-Z, 3 pole

1 pole 0.5 S201UP-Z0.5 115 0.75 S201UP-Z0.75 115 1 S201UP-Z1 115 1.6 S201UP-Z1.6 115 2 S201UP-Z2 115 3 S201UP-Z3 115 4 S201UP-Z4 115 5 S201UP-Z5 115 6 S201UP-Z6 115 8 S201UP-Z8 115 A 10 4.6 10 S201UP-Z10 115 15 S201UP-Z15 115 16 S201UP-Z16 115 20 S201UP-Z20 115 25 S201UP-Z25 115

2 pole 0.5 S202UP-Z0.5 270 0.75 S202UP-Z0.75 270 1 S202UP-Z1 270 1.6 S202UP-Z1.6 270 2 S202UP-Z2 270 3 S202UP-Z3 270 4 S202UP-Z4 270 5 S202UP-Z5 270 6 S202UP-Z6 270 A 5 9.2 8 S202UP-Z8 270 10 S202UP-Z10 270 15 S202UP-Z15 270 16 S202UP-Z16 270 20 S202UP-Z20 270 25 S202UP-Z25 270



S204UP-Z, 4 pole



Delivery Class


3 pole

0.5 S203UP-Z0.5 400 0.75 S203UP-Z0.75 400 1 S203UP-Z1 400 1.6 S203UP-Z1.6 400 2 S203UP-Z2 400 3 S203UP-Z3 400 4 S203UP-Z4 400 5 S203UP-Z5 400 6 S203UP-Z6 400 A 1 13.9 8 S203UP-Z8 400 10 S203UP-Z10 400 15 S203UP-Z15 400 16 S203UP-Z16 400 20 S203UP-Z20 400 25 S203UP-Z25 400

4 pole 0.5 S204UP-Z0.5 564 0.75 S204UP-Z0.75 564 1 S204UP-Z1 564 1.6 S204UP-Z1.6 564 2 S204UP-Z2 564 3 S204UP-Z3 564 4 S204UP-Z4 564 5 S204UP-Z5 564 6 S204UP-Z6 564 B 1 18.0 8 S204UP-Z8 564 10 S204UP-Z10 564 15 S204UP-Z15 564 16 S204UP-Z16 564 20 S204UP-Z20 564 25 S204UP-Z25 564

Z

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14

14System pro M

S200 Series




S291-C80

S290-H11

C VDE 0660Cable and equipment protection

S290480Y/277 VAC

480 VAC

Delivery Class


1 2 3 5 10 20 30

C

0.01

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1 pole 80 S291-C80 $ 138 100 S291-C100 144 B 6 9.2 125 S291-C125 192

2 pole 80 S292-C80 340 100 S292-C100 364 B 3 18.4 125 S292-C125 568

3 pole 80 S293-C80 536 100 S293-C100 548 B 2 27.6 125 S293-C125 732

4 pole 80 S294-C80 740 100 S294-C100 756 B 1 36.8 125 S294-C125 948

Auxiliary contact S290-H11 72 B 1 1.75

Bell alarm S290-S 112 B 1 1.75

Shunt trip S290-A1 144 B 1 6.2

For fi eld mounting, left side, 110V – 415VAC

S290-A2 144 B 1 6.2For fi eld mounting, left side, 24 – 48VDC

14

14System pro M

S200 Series


AccessoriesBusbars


Delivery Class


NOTE

ALL BUS BArS mAy Be Center fed In order to doUBLe the AmPACIty rAtIng

NOTE

BUS BArS mAy Be USed on LIne or LoAdSIde of mCBS

Amp number Busbar end cap Catalog List delivery Suggested Weight for rating of length catalog number price class order qty. (ozs) use on: poles (mm) number quantity

S200 & 63 60 988 PS-end0 PS1/60 $ 36 A 9 S200P 1 80 60 988 PS-end0 PS1/60/16 46

1 14

S200U & 6 108 – PS1/6/16BP 30 1.4 S200UP 80 12 216 – PS1/12/16BP 60 B 1 2.9 23 18 324 – PS1/18/16BP 90 4.3


S200 & 63 58 1035 PS-endSP PS2/58SP $ 122 11 S200P 1 80 58 1035 PS-endSP PS2/58/16SP 152 A 1 18

S200U & 6 108 – PS2/6/16BP 40 1.8 S200UP 80 12 216 – PS2/12/16BP 80 B 1 3.7 23 18 324 – PS2/18/16BP 120 5.5


S200 & 63 60 1065 PS-endSP PS3/60SP $ 130 A 1

12 S200P 1 80 60 1065 PS-endSP PS3/60/16SP 176 20 S200U & 6 108 – PS3/6/16BP 44 2 S200UP 80 12 216 – PS3/12/16BP 88 B 1 4 23 18 324 – PS3/18/16BP 132 6


S200 & B 1 S200P

80 60 1056 PS-end1SP PS4/60/16SP $ 236

22

1 UL Approved for use on UL1077 miniature circuit breakers. UL file #e761262 UL approved for use on UL 489 miniature circuit breakers. UL file # e2501453 UL 489 bus bars may not be cut.

14

14System pro M

S200 Series



L1

L1

L1L2

L1L2

L3

L1

L1

L2 L1 L2 L1 L2....

L2 L3 L1 L2 L3....

L1 L1....

1 Phase with 1 auxiliary

2 Phase with 1 auxillary

3 Phase with 1 auxillary

NOTE

ALL BUS BArS mAy Be Center fed In order to doUBLe the AmPACIty rAtIng

AccessoriesBusbars


Delivery Class


Insulated busbar assembly contains 4 separate circuits for use with 1+n or 2 pole mCBs.

NOTE

BUS BArS mAy Be USed on LIne or LoAdSIde of mCBS

14


S200 & 63 38 1044 PS-end0 PS1/38h $ 50 7.4 S200P 80 38 1044 PS-end0 PS1/38/16h 56

B

1 10.1


S200 & 80 48 1065 PS-endSP PS2/48/16SP $ 174 B 1 23.3 S200P


S200 & S200P

80 39 980 PS-endSP PS3/39/16SP $ 158 B 1 22.6


S200 & S200P

80 58 1048 PS-end1SP PS4/58/16nSP $ 238 B 1 30.8

14

14System pro M

S200 Series


9/6/07 Rev.

Accessories

S2C-H6R

S2C-A_


Delivery Class


S2C-S/H6R

S2C-UA_

Electrical For Catalog List Delivery Suggested Wgt. oz. accessories use on: number price class order quantities (1 pc.)

Auxiliary contactsFor field mounting: right side S200 & S2C-H6R Form C 1 NO / 1 NC S200P $ 36 A 1 1.4 S200U S200UP S2C-H6RU The auxiliary contacts will signal whether the breaker is in the ON or OFF position. The contacts are rated 2A/277 VAC and 1.5A/125 VDC. Minimum operating voltage is 24 VAC/VDC. Wire size: 18 AWG to 16 AWG.

Bell alarm S200 &

S2C-S/H6R

S200P A 1 1.4For field mounting, right side 48

S200U S2C-S6RU S200UP

The bell alarm includes a set of contacts that will only signal when the breaker has tripped. Typically the contacts would be connected to an alarm or bell to signal the operator that an overcurrent trip has occured. The bell alarm also includes a test button for testing the alarm contacts without opening the breaker. The contact is rated 2A/277 VAC and 1.5A/125 VDC. Minimum operating voltage is 24 VAC/VDC.

* Combination bell alarm/auxiliary contact

Shunt trip S200 & S2C-A1For field mounting, right side S200P S2C-A2 A1: 12-60 VAC (12-60VDC) 138 A 1 5.2 A2: 110-415 VAC (110-250 VDC) S200U & S2C-A1U S200UP S2C-A2UFor remote tripping of breaker, a shunt trip device can be added to the MCB. The solenoid device opens the breaker after control voltage is applied. Shunt trips are available for on control system voltage (12-415 VAC/VDC).

Undervoltage releaseFor field mounting, right side 12 VDC S2C-UA12 24 VAC S2C-UA24 48 VAC S200 & S2C-UA48 216 A 1 5.2 110 VAC S200P S2C-UA110 220 VAC S2C-UA230 415 VAC S2C-UA400 When control voltage drops below approximately 50% of rated voltage, the UVR opens the breaker. The breaker can not be operated unless proper control voltage is first applied to the UVR coil. Similar in size and mounting to the shunt trip accessory.

14

14System pro M

S200 Series



AccessoriesS200

SA1

SA2

MB-3PD

MB-CL

S500-ME2

Discount schedule CB8 Discount schedule H6 – Handles & shafts

Delivery Class


12404

SMR-39

S2C-DH

Electrical Catalog List Delivery Suggested Wgt. oz. accessories number price class order quantities (1 pc.)

Front mounting kit For 2 poles S500-ME1 $ 60 2.1 For 2 – 5 poles S500-ME2 70 A 1 2.9 For 2 – 10 poles S500-ME3 80 3.6 Optional rear terminals S500-K1 16 1.5Includes fl ange, mounting rail and hardware.

Front mounting clip For 1 – 4 poles MB-CL 35 A 1 2Simple mounting clip for up to four module mounting.

Front mounting bracket For 1 – 3 poles MB-3PD 35 A 1 2.5For fl ush mounting of three pole MCBs: includes hardware.

Locking device Adaptor only SA1 9 A 10 0.7 Padlock only w/ 2 keys SA2 19 0.1Allows breaker to be locked in ON or OFF position.

Labeling accessory1 sheet = 40 blank labels BS 741 sheet = 40 numbered labels BS1/40 74

A 1 —

Adhesive labels mount on front face of components.

Enclosure, IP40 For 2 modules 12402 32 2.0 For 4 modules 12404 45 B 1 2.8 For 6 modules 12406 56 3.4 For 8 modules 12408 66 4.1

For additional protection against accidental contact. Includes integrated mounting rail.

Enclosure, IP55 For 4 modules 12644 84 8.1 For 6 modules 12646 98 A 1 10.8 For 10 modules 12650 126 20.4 For 20 modules 12652 210 41.0Molded plastic complete with mounting rail and knock-outs for cable entries.

Blanking plates Single pole (set of 10) BP-1P 6 A 1 — Twelve pole (snap-off, set of 1) BP-12P 7 — — —

Handle mechanism S2C-DH 76 A 1 9.2For use with 2, 3 and 4 pole S2 MCBs and disconnect switch handles with 5mm shaft.

DIN rail Universal mounting SMR-39 21 A 1 835mm DIN rails are available in 39-inch strips (1 meter).

14

14System pro M

S200 Series


AccessoriesS200


Delivery Class


SZ-BSK

SZ-ESK2

SZ-AST55_

SZ-AST50_

Catalog List Delivery Suggested Weight Description number price class order qty. ounce qty. (2 pc.)

Busbar end caps 2 & 3 phase PS-ENDSP $ 2 A 10 — 4 phase PS-END1SP

Busbar tooth covers SZ-BSK 4 A 10 — (shrouds unused portion of busbar)

Busbar mounted terminal block, 1 pole, for use on all busbars. SZ-ESK2 10 A 1 1.0 Wire size: 14 AWG to 2 AWG

Item

Catalog List Delivery Suggested Wgt. oz. number price class order quantities (1 pc.)

Busbar accessories

Electrical accessories

Catalog List Delivery Suggested Weight Description For use on number price class order qty. ounce qty. (2 pc.)

Ring tongue terminal S200 & S200P SZ-AST55UPRT $ 5 A 10 0.5 S200U & S200UP

Plug S2C-P N/C A 10 —

Ring tongue accessories

Posidrive tools Screwdriver, #1 SD-PZ1 $ 40 A 1 4 Screwdriver, #2 SD-PZ2 40 A 1 4 Bit, #1 BIT-PZ1 4 A 1 4 Bit, #2 BIT-PZ2 4 A 1 4

Connection terminals Cross section For Catalog List Delivery Suggested Wgt. oz. AWG/mm2 use on: number price class order quantities (1 pc.)

1/0 (50mm2) Straight S200 & S200P SZ-AST55I $ 15 10 0.5 1/0 (50mm2) 90° SZ-AST50I 15

B 10 0.5

1/0 (50mm2) Straight S200U & S200UP SZ-AST55U 15 10 0.5 1/0 (50mm2) 90° SZ-AST50U 15

B 10 0.5

9/6/07 Rev.

14

14System pro M

S200 Series



MountingUniversal mounting position using snap-on mounting to standard 35x7.5mm DIN rail.

Miniature circuit breakers (MCBs) can also be mount ed to front of door using a panel cut-out with breaker handle pro trud ing through panel opening for external operation. Special front mount ing kit page 23.

ConnectionTerminals are suitable for solid or fl exible conductors from 18 to 4 AWG (0.75 to 25mm2) with no busbar connected. When max i mum busbar size of 36 mm2 is used, maximum cable is 6 AWG (16 mm2).

Maximum tightening torque of 17.5 in-lb (2 Nm) for line/load terminals and 4.5 in-lb (0.5Nm) for ac ces so ry device terminals.

OperationMCBs are switched on by moving the handle to the upper po si tion. Stamped onto the handle switch, a “I” is visible confi rming that the breaker is closed.

The MCBs are “trip-free,” if the handle is being forced to the “ON” position, the breaker will still trip under fault conditions.

The “O” marking indicates that the breaker is in the “OFF” position. The MCB is now open and the load is disconnected from line power.

When a breaker has tripped, the MCB handle should fi rst be set to the full “OFF” position to make certain the trip mechanism has been reset. Once the fault has been determined and cleared the MCB can again be switched “ON”.

MaintenanceABB miniature circuit breakers require no special maintenance; only normal electrical system maintenance pro ce dures are required.

Removing MCB

Mounting MCB

Technical dataMounting and operating instructions

Possible mounting arrangements of MCB accessories

+ST+S/H+S/H (H)+S/H (H)

S 200

+H+H+H

+S/H+S/H (H)+S/H (H)

+ST+H+H+H

+UR+H+H+H

+UR+S/H+S/H (H)+S/H (H)

Legend

Auxiliary contact H

Bell alarm/Auxiliary contact S/H

Bell alarm/Auxiliary contactused as auxiliary contact S/H (H)

Shunt trip ST

Undervoltage release UR

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Top and bottom terminals may be bussed together with single phase or multi-phase busbars as shown. Both line and load side terminals can be bus bar connected.

Top and bottom dual function terminals provided in open position for connection to busbars or cable.

Terminals allow for connection of cable 18-4 AWG [top row] and 18-8 AWG [bottom row].

Two slots per terminal offer the ability to connect, independently, two conductors. This may be cables or bus bar.

Easy removal of devices from an assembly when using bus bar in the bottom, load side terminals.

Conductors may only be inserted into open terminals, preventing mis-wiring and potential problems.

Technical dataBusbars & connectorsConnection methods

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Approvals: UL 1077 1077 1077 1077 CSA C22.2 — No.235 C22.2 — No. 235 C22.2 — No. 235 — VDE 0641, 0660 0660 0660 0660 IEC 898, 947 898, 947 898, 947 898, 947

No. of poles: 1,2,3,4 1+N,3+N 1,2,3, 1+N,3+N 1,2,3,4, 1+N,3+N 1,2,3,4,1+N,3+N

Tripping characteristic: B C,D K K

Rated currents: 6 to 63A 0.5 to 63A 0.5 to 63A 0.2 to 63A

Minimum operating voltage: 12V 12V 12V 12V

UL/CSA rated voltage & Single pole Multi pole Single pole Multi pole Single pole Multi pole Single pole Multi poleinterrupting capacity 120VAC 10kA — 10kA — 10kA — 10kA —

240VAC 6kA 10kA 6kA 10kA 6kA 10kA 10kA 10kA

277VAC 6kA — 6kA — 6kA — 10kA —

277/480 VAC — 6kA — 6kA — 6kA — 10kA

60VDC 10kA 10kA 10kA 10kA 10kA 10kA — —

125VDC — 10kA — 10kA — 10kA — — Frequency: 50/60Hz (See below) 50/60Hz (see below) 50/60Hz (see below) 50/60Hz (see below)

Rated voltage IEC single pole 240/415VAC 240/415VAC 240/415VAC 240/415VAC 60VDC 60VDC 60VDC 60VDC IEC multi-pole 415VAC 415VAC 415VAC 415VAC 110VDC 110VDC 110VDC 110VDC

Protection category: IP20 IP20 IP20 IP20

Depth of unit per DIN 43880: 68mm 68mm 68mm 68mm

Mounting position: optional optional optional optional

Standard mounting: 35mm DIN rail 35mm DIN rail 35mm DIN rail 35mm DIN rail

Main and shunt trip terminals: Wire size 18-4 AWG [top] 18-4 AWG [top] 18-4 AWG [top] 18-4 AWG [top] 18-8 [bottom] 18-8 [bottom] 18-8 [bottom] 18-8 [bottom] Torque 17.5 in-lbs. 17.5 in-lbs. 17.5 in-lbs. 17.5 in-lbs. Tool #2 Posidrive #2 Posidrive #2 Posidrive #2 Posidrive

Accessory terminals Wire size 18-16 AWG 18-16 AWG 18-16 AWG 18-16 AWG Torque 4.5 in-lbs. 4.5 in-lbs. 4.5 in-lbs. 4.5 in-lbs. Tool #1 Posidrive #1 Posidrive #1 Posidrive #1 Posidrive

Service life at rated load: In < 32 A, 20,000 operations In < 32 A, 20,000 operations In < 32 A, 20,000 operations In < 32 A, 20,000 operations In > 32 A, 10,000 operations In > 32 A, 10,000 operations In > 32 A, 10,000 operations In > 32 A, 10,000 operations

Ambient temperatures: -25°C to +70°C -25°C to +70°C -25°C to +70°C -25°C to +70°CStorage temperatures -40°C to + 70°C -40°C to + 70°C -40°C to + 70°C -40°C to + 70°C

Shock resistance: 30g minimum of 2 impacts, 30g minimum of 2 impacts, 30g minimum of 2 impacts, 30g minimum of 2 impacts, shock duration of 13ms shock duration of 13ms shock duration of 13ms shock duration of 13ms

Vibration resistance: 5g, 20 cycles, 5 Hz, 150 Hz 5g, 20 cycles, 5 Hz, 150 Hz 5g, 20 cycles, 5 Hz, 150 Hz 5g, 20 cycles, 5 Hz, 150 Hz @ 0.8 ~ In @ 0.8 ~ In @ 0.8 ~ In @ 0.8 ~ In

Disconnecting neutral rating: 6kA switching 6kA switching 6kA switching —

Technical data

Item S200-B S200-C, -D S200-K S200P-K

Infl uence of frequency on electro-magnetic tripsMagnetic trip values shown on trip curves are valid for 50/60Hz ap pli ca tions. For frequencies other than 50/60Hz, the mag net ic (in stan ta neous) trip values are increased by the factor given below: 16 2/3 - 60Hz 100Hz 200Hz 400Hz DC

Approx. factor 1 1.1 1.2 1.5 1.5

Thermal tripping is independent of frequency.

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Approx. factor 1 1.1 1.2 1.5 1.5


Technical data

Approvals: UL 1077 1077 1077 — CSA — — — — VDE 0660 0660 0660 0660 IEC 898,947 898, 947 898, 947 898

No. of poles: 1,2,3 1,2,3,4 1,2,3 1,2,3,4

Tripping characteristic: K Z Z C

Rated currents: 0.2 to 63A 0.5 to 63A 0.5 to 63A 80 to 125A


UL/CSA rated voltage & Single pole Multi pole Single pole Multi pole Single pole Multi pole interrupting capacity

120VAC 10kA — 10kA — 10kA — —

240VAC 10kA 10kA 10kA 10kA 10kA 10kA —

277VAC 10kA — 10kA — 10kA — —

277/480 VAC — 4.5kA for 0.2-40A — 10kA — 4.5kA for 0.2-40A — 5kA for 50-63A 5kA for 50-63A 60VDC 10kA 10kA — — 10kA 10kA —

125VDC 10kA 10kA — — 10kA 10kA —

250VDC 4.5kA 4.5kA — — 4.5kA 4.5kA —

500VDC — 4.5kA — — — 4.5kA — Frequency: 50/60Hz (see below) 50/60 Hz (see below) 50/60Hz (see below) 50/60Hz (see below) Rated voltage IEC single pole 240/415VAC 240/415VAC 240/415VAC 230/440VAC 220VDC 60VDC 220VDC 60VDC IEC multi-pole 415VAC 415VAC 415VAC 440VAC 440VDC 110VDC 440VDC 110VDC Protection category: IP20 IP20 IP20 IP20



Standard mounting: 35mm DIN rail 35mm DIN rail 35mm DIN-rail 35mm DIN-rail

Main and shunt trip terminals: Wire size 0.2-40A 18-4 AWG 18-4 AWG [top] 0.5-40A 18-4 AWG 80-125A 14-1/0 AWG 50A & above 18-2 AWG 18-8 AWG [bottom] 18-2 AWG Torque 17.5 in-lbs. 17.5 in-lbs. 17.5 in-lbs. 17.5 in-lbs. Tool #2 Posidrive #2 Posidrive #2 Posidrive #2 Posidrive


Service life at rated load: In < 32 A, 20,000 operations In < 32 A, 20,000 operations In < 32 A, 20,000 operations 10,000 operations In > 32 A, 10,000 operations In > 32 A, 10,000 operations In > 32 A, 10,000 operations ––



Vibration resistance: 5g, 20 cycles, 5 Hz, 150 Hz 5g, 20 cycles, 5 Hz, 150 Hz 5g, 20 cycles, 5 Hz, 150 Hz 60m/s2, at 10 – 150 Hz @ 0.8 ~ In @ 0.8 ~ In @ 0.8 ~ In

Item S280UC-K S200P-Z S280UC-Z S290-C

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Technical data


Approx. factor 1 1.1 1.2 1.5 1.5


Approvals: UL 489 489 489 489 CSA C22.2 No.5 C22.2 No.5 C22.2 No.5 C22.2 No.5 VDE 0660 0660 0660 0660 IEC 898,947 898, 947 898, 947 898

No. of poles: 1,2,3,4 1,2,3,4 1,2,3,4 1,2,3,4

Tripping characteristic: K Z K Z

Rated currents: 0.2 to 63A 0.2 to 63A 0.2 to 25A 0.2 to 25A


UL/CSA rated voltage & interrupting capacity

120VAC 10kA 10kA 10kA 10kA

240VAC 10kA 10kA 10kA 10kA

277VAC 10kA 10kA

480/277 VAC — — 10kA 10kA Frequency: 50/60Hz (see below) 50/60 Hz (see below) 50/60Hz (see below) 50/60Hz (see below)Rated voltage IEC single pole 240/415VAC 240/415VAC 240/415VAC 240/415VAC 220VDC 60VDC 220VDC 220VDC IEC multi-pole 415VAC 415VAC 415VAC 415VAC 440VDC 110VDC 440VDC 440VDC Protection category: IP20 IP20 IP20 IP20



Standard mounting: 35mm DIN rail 35mm DIN rail 35mm DIN-rail 35mm DIN-rail

Main and shunt trip terminals: Wire size 18-4 AWG [top] 18-4 AWG [top] 18-4 AWG [top] 18-4 AWG [top] 18-8 AWG [bottom] 18-8 AWG [bottom] 18-8 AWG [bottom] 18-8 AWG [bottom] Torque 17.5 in-lbs. 17.5 in-lbs. 17.5 in-lbs. 17.5 in-lbs. Tool #2 Posidrive #2 Posidrive #2 Posidrive #2 Posidrive


Service life at rated load: In < 32 A, 20,000 operations In < 32 A, 20,000 operations In < 32 A, 20,000 operations In < 32 A, 20,000 operations In > 32 A, 10,000 operations In > 32 A, 10,000 operations In > 32 A, 10,000 operations In > 32 A, 10,000 operations



Vibration resistance: 5g, 20 cycles, 5 Hz, 150 Hz 5g, 20 cycles, 5 Hz, 150 Hz 5g, 20 cycles, 5 Hz, 150 Hz 5g, 20 cycles, 5 Hz, 150 Hz @ 0.8 ~ In @ 0.8 ~ In @ 0.8 ~ In @ 0.8 ~ In

Item S200U-K S200U-Z S200UP-K S200UP-Z

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Technical dataWire size comparison

1.0 — — 8 — 16 (1.3) 10 — 1.5 — — 12

— 14 (2.1) 15 — 2.5 — — 20 — 12 (3.3) 20 —

4 — — 25 — 10 (5.3) 30 — 6 — — 32

— 8 (8.4) 50 — 10 — — 50 — 6 (13.3) 65 —

16 — — 65 — 4 (21.2) 85 — 25 — — 85

— 3 (26.7) 100 — — 2 (33.6) 115 — 35 — — 115

Ampacities for AWG wire are based on copper cable rated 75° C, except for 16AWG which is based on 60° C wire. Taken from UL508 Table 52.2.

Consult applicable standards for futher detail and information.

mm AWG (mm ) Amps / UL Amps / IEC

Comparison of IEC and AWG wire sizes

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S200 Series



Approximate dimensionsS200, S200P, S200U, S200UP

S200 & S200P

S290

S200U S200UP

00.0000.00

Inches[Millimeters]

-A1, -A2

Shunttrip

1.0627

2.13 54

3.19 81

0.6917.5

0.359

0.359

1.9750

1.0326

1.7745

Accessories mount to right sideof MCB only

-H

Auxiliaryswitch

-S

Bellalarm

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S200 Series


C.L.1.7745

2.2657.5

C.L.

0.6917.5

1.3835

2.0752.5

1.7745 D

BKT. MT. HOLES0.25 DIA. TYP 2

CL

CL

3.25

2.12 ( 3P )

1.87

0.74 ( 1P )

1.43 ( 2P )

BREAKER CUT OUT

3.5490

1.38 35

2.07 52.5

1.7745

CL

0.8321

3.2682.5

4.36110.4

0.27 6.9

0.6316

CL

69

45

44

6.8

S 2C-A...S 2C-UA...

85

17.5 69

45

44

6.8

S 2C-H...S 2C-S...S 2C-S/H...

85

8.8

MB-CLFront mounting clip

Approximate dimensionsAccessories

00.0000.00

Inches[Millimeters]

MB-3PDFront mounting bracket

S2C-DHHandle mechanism

Accessoriesmm

mm

in

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S200 Series



12644

Approximate dimensionsAccessories

12646

12650

12652

12402-12408

00.0000.00

Inches[Millimeters]

4.13105

4.92125

4.92125

7.09180

4.13105

4.92125

6.30160

7.09180

4.13105

4.92125

2309.06

7.09180

9.84250

12.60320

6.09155

5.32135

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S200 Series


Cross-reference

S260-B S200-B Same pole spacing Same trip char ac ter is tic

S260-C S200-C Same pole spacing Same trip char ac ter is tic

S260-D S200-D Same pole spacing Same trip char ac ter is tic

S270-K S200-K Same pole spacing Same trip char ac ter is tic

S280-K S200P-K Same pole spacing Same trip char ac ter is tic

S280-Z S200P-Z Same pole spacing Same trip char ac ter is tic

S280U-K S200U-K Same pole spacing Same trip char ac ter is tic

S280UX-K S200U-K Smaller pole spacing Same trip char ac ter is tic

Older Suggested Physical Electrical version replacement comparison comparison series

Many older styles of ABB miniature circuit breakers have been replaced by new and improved versions. Many of these newer styles can be directly interchanged, both electrically and physically, with the older version. There are also many international styles of ABB circuit breakers which are not normal stock items and may be inter-changed with stocked ABB versions.

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Notes

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S500 Series


System pro M compact Miniature Circuit BreakersS500 Series

DescriptionIncreasing energy requirements result in larger short-circuit currents which place heavy demands on protective switchgear regarding safety, reliability and switching capacities.

The S500 heavy-duty circuit breaker fulfi lls these requirements by virtue of its technical features. It is equipped with a thermal and/or electromagnetic release to protect circuits, motors, switchgear and systems from the effects of overload and short-circuit currents.

For the worldwide market, the S500 breakers carry UL, CSA, IEC, CE and many other agency approvals.

Features• High breaking capacity

• Energy-limiting

• Current-limiting

• Extremely fast breaking time

• Optimal selectivity

• Various versions for special applications

• Compact dimensions, DIN cap size

• Easy and quick to install

• Easy to connect; fi nger safe terminals

• Wide range of accessories

• UL 1077 recognized 600VAC and 500VDC versions

UL File # E167556

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UL 1077 CSA C22.2VDE 0641 IEC 947-2B UL 1077 CSA C22.2

VDE 0641 IEC 947-2C

S500600Y/277 VAC

S501-C16

S502-C6

S503-C10


Delivery Class


Rated Catalog List Delivery Weight current number price class (oz.) 1 pc

1 pole

6 S501-B6 $ 168 10 S501-B10 168 13 S501-B13 168 16 S501-B16 168 20 S501-B20 168 B 8.90 25 S501-B25 168 32 S501-B32 168 40 S501-B40 168 50 S501-B50 186 63 S501-B63 202

2 pole

6 S502-B6 328 10 S502-B10 328 13 S502-B13 328 16 S502-B16 328 20 S502-B20 328 B 17.85 25 S502-B25 328 32 S502-B32 328 40 S502-B40 328 50 S502-B50 362 63 S502-B63 392

3 pole

6 S503-B6 478 10 S503-B10 478 13 S503-B13 478 16 S503-B16 478 20 S503-B20 478 B 25.36 25 S503-B25 478 32 S503-B32 478 40 S503-B40 478 50 S503-B50 526 63 S503-B63 574


1 pole

6 S501-C6 $ 168 10 S501-C10 168 13 S501-C13 168 16 S501-C16 168 20 S501-C20 168 B 8.90 25 S501-C25 168 32 S501-C32 168 40 S501-C40 168 50 S501-C50 184 63 S501-C63 202

2 pole

6 S502-C6 328 10 S502-C10 328 13 S502-C13 328 16 S502-C16 328 20 S502-C20 328 B 17.85 25 S502-C25 328 32 S502-C32 328 40 S502-C40 328 50 S502-C50 362 63 S502-C63 392

3 pole

6 S503-C6 478 10 S503-C10 478 13 S503-C13 478 16 S503-C16 478 20 S503-C20 478 B 25.36 25 S503-C25 478 32 S503-C32 478 40 S503-C40 478 50 S503-C50 526 63 S503-C63 574

Rated Catalog List Delivery Wgt. oz. current number price class (1 Pc.)

1 pole

13 S501-D13 $ 190 16 S501-D16 190 20 S501-D20 190 25 S501-D25 190 B 8.90 32 S501-D32 190 40 S501-D40 190 50 S501-D50 210 63 S501-D63 226

2 pole

13 S502-D13 372 16 S502-D16 372 20 S502-D20 372 25 S502-D25 372 B 17.85 32 S502-D32 372 40 S502-D40 372 50 S502-D50 408 63 S502-D63 442

3 pole

13 S503-D13 544 16 S503-D16 544 20 S503-D20 544 25 S503-D25 544 B 25.36 32 S503-D32 544 40 S503-D40 544 50 S503-D50 600 63 S503-D63 646

UL 1077 CSA C22.2VDE 0641 IEC 947-1D

0.01

0.1

10

100

1000

10,000

1

1 2 3 5 10 20 30

B

0.05

0.5

50

500

5000

5

DC

AC

7

seco

nds


1 2 3 5 10 20 30

C

0.01

0.1

10

100

1000

10,000

1

0.05

0.5

50

500

5000

5

DC

AC

18

seco

nds


1 2 3 5 10 20 30

D

0.01

0.1

10

100

1000

10,000

1

0.05

0.5

50

500

5000

5

DC

AC

seco

nds


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S500 Series


UL 1077 CSA C22.2VDE 0641 IEC-898K

Rated Catalog List Delivery Wgt. oz. current number price class (1 Pc.)

1 pole

0.1 – 0.15 S501-K0.15 $ 182 0.14 – 0.21 S501-K0.21 182 0.2 – 0.3 S501-K0.3 182 0.28 – 0.42 S501-K0.42 182 0.38 – 0.58 S501-K0.58 182 0.53 – 0.8 S501-K0.8 182 0.73 – 1.1 S501-K1.1 182 1 – 1.5 S501-K1.5 182 1.4 – 2.1 S501-K2.1 182 2 – 3 S501-K3 182 2.8 – 4.2 S501-K4.2 182 B 8.90 3.8 – 5.8 S501-K5.8 182 5.3 – 8 S501-K8 182 7.3 – 11 S501-K11 182 10 – 15 S501-K15 182 14 – 20 S501-K20 182 18 – 26 S501-K26 182 23 – 32 S501-K32 202 29 – 37 S501-K37 202 34 – 41 S501-K41 226 38 – 45 S501-K45 226

2 pole

0.1 – 0.15 S502-K0.15 356 0.14 – 0.21 S502-K0.21 356 0.2 – 0.3 S502-K0.3 356 0.28 – 0.42 S502-K0.42 356 0.38 – 0.58 S502-K0.58 356 0.53 – 0.8 S502-K0.8 356 0.73 – 1.1 S502-K1.1 356 1 – 1.5 S502-K1.5 356 1.4 – 2.1 S502-K2.1 356 2 – 3 S502-K3 356 B 17.85 2.8 – 4.2 S502-K4.2 356 3.8 – 5.8 S502-K5.8 356 5.3 – 8 S502-K8 356 7.3 – 11 S502-K11 356 10 – 15 S502-K15 356 14 – 20 S502-K20 356 18 – 26 S502-K26 356 23 – 32 S502-K32 392 29 – 37 S502-K37 392 34 – 41 S502-K41 442 38 – 45 S502-K45 442

3 pole

0.1 – 0.15 S503-K0.15 518 0.14 – 0.21 S503-K0.21 518 0.2 – 0.3 S503-K0.3 518 0.28 – 0.42 S503-K0.42 518 0.38 – 0.58 S503-K0.58 518 0.53 – 0.8 S503-K0.8 518 0.73 – 1.1 S503-K1.1 518 1 – 1.5 S503-K1.5 518 1.4 – 2.1 S503-K2.1 518 2 – 3 S503-K3 518 B 25.36 2.8 – 4.2 S503-K4.2 518 3.8 – 5.8 S503-K5.8 518 5.3 – 8 S503-K8 518 7.3 – 11 S503-K11 518 10 – 15 S503-K15 518 14 – 20 S503-K20 518 18 – 26 S503-K26 518 23 – 32 S503-K32 574 29 – 37 S503-K37 574 34 – 41 S503-K41 644 38 – 45 S503-K45 828

S500600Y/277 VAC

S501-D20

S502-D13

S503-K6


Delivery Class


1 2 3 5 10 20 30

0.01

0.1

10

100

1000

10,000

1

0.05

0.5

50

500

5000

5

AC

DC

K

seco

nds


128

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S500 Series




S500UC600Y/277 VAC600 VDC


1 pole

6 S501UC-B6 $ 226 10 S501UC-B10 226 13 S501UC-B13 226 16 S501UC-B16 226 20 S501UC-B20 226 C 8.90 25 S501UC-B25 226 32 S501UC-B32 226 40 S501UC-B40 226 50 S501UC-B50 258 63 S501UC-B63 292

2 pole

6 S502UC-B6 442 10 S502UC-B10 442 13 S502UC-B13 442 16 S502UC-B16 442 20 S502UC-B20 442 C 17.85 25 S502UC-B25 442 32 S502UC-B32 442 40 S502UC-B40 442 50 S502UC-B50 502 63 S502UC-B63 568

UL 1077 CSA C22.2VDE 0660B

S502UC-B16


S501UC-B40

S503UC-B50

3 pole

6 S503UC-B6 $ 646 10 S503UC-B10 646 13 S503UC-B13 646 16 S503UC-B16 646 20 S503UC-B20 646 C 25.36 25 S503UC-B25 646 32 S503UC-B32 646 40 S503UC-B40 646 50 S503UC-B50 734 63 S503UC-B63 832

4 pole

6 S504UC-B6 908 10 S504UC-B10 908 13 S504UC-B13 908 16 S504UC-B16 908 20 S504UC-B20 908 C 35.75 25 S504UC-B25 908 32 S504UC-B32 908 40 S504UC-B40 908 50 S504UC-B50 1030 63 S504UC-B63 1164

Delivery Class


0.01

0.1

10

100

1000

10,000

1

1 2 3 5 10 20 30

B

0.05

0.5

50

500

5000

5

DC

AC

7

seco

nds


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S500 Series


S500 UC600Y/277 VAC 600 VDC

S501UC-K0.15

S502UC-K0.15


UL 1077 CSA C22.2VDE 0660K

S503UC-K0.15

S504UC-K0.15


3 pole

0.1 – 0.15 S503UC-K0.15 $ 712 0.14 – 0.21 S503UC-K0.21 712 0.2 – 0.3 S503UC-K0.3 712 0.28 – 0.42 S503UC-K0.42 712 0.38 – 0.58 S503UC-K0.58 712 0.53 – 0.8 S503UC-K0.8 712 0.73 – 1.1 S503UC-K1.1 712 1 – 1.5 S503UC-K1.5 712 1.4 – 2.1 S503UC-K2.1 712 2 – 3 S503UC-K3 712 2.8 – 4.2 S503UC-K4.2 712 C 25.36 3.8 – 5.8 S503UC-K5.8 712 5.3 – 8 S503UC-K8 712 7.3 – 11 S503UC-K11 712 10 – 15 S503UC-K15 712 14 – 20 S503UC-K20 712 18 – 26 S503UC-K26 712 23 – 32 S503UC-K32 814 29 – 37 S503UC-K37 814 34 – 41 S503UC-K41 910 38 – 45 S503UC-K45 910

4 pole

0.1 – 0.15 S504UC-K0.15 996 0.14 – 0.21 S504UC-K0.21 996 0.2 – 0.3 S504UC-K0.3 996 0.28 – 0.42 S504UC-K0.42 996 0.38 – 0.58 S504UC-K0.58 996 0.53 – 0.8 S504UC-K0.8 996 0.73 – 1.1 S504UC-K1.1 996 1 – 1.5 S504UC-K1.5 996 1.4 – 2.1 S504UC-K2.1 996 2 – 3 S504UC-K3 996 C 35.75 2.8 – 4.2 S504UC-K4.2 996 3.8 – 5.8 S504UC-K5.8 996 5.3 – 8 S504UC-K8 996 7.3 – 11 S504UC-K11 996 10 – 15 S504UC-K15 996 14 – 20 S504UC-K20 996 18 – 26 S504UC-K26 996 23 – 32 S504UC-K32 1142 29 – 37 S504UC-K37 1142 34 – 41 S504UC-K41 1276 38 – 45 S504UC-K45 1276


1 pole

0.1 – 0.15 S501UC-K0.15 $ 250 0.14 – 0.21 S501UC-K0.21 250 0.2 – 0.3 S501UC-K0.3 250 0.28 – 0.42 S501UC-K0.42 250 0.38 – 0.58 S501UC-K0.58 250 0.53 – 0.8 S501UC-K0.8 250 0.73 – 1.1 S501UC-K1.1 250 1 – 1.5 S501UC-K1.5 250 1.4 – 2.1 S501UC-K2.1 250 2 – 3 S501UC-K3 250 2.8 – 4.2 S501UC-K4.2 250 C 8.90 3.8 – 5.8 S501UC-K5.8 250 5.3 – 8 S501UC-K8 250 7.3 – 11 S501UC-K11 250 10 – 15 S501UC-K15 250 14 – 20 S501UC-K20 250 18 – 26 S501UC-K26 250 23 – 32 S501UC-K32 286 29 – 37 S501UC-K37 286 34 – 41 S501UC-K41 320 38 – 45 S501UC-K45 320

2 pole

0.1 – 0.15 S502UC-K0.15 488 0.14 – 0.21 S502UC-K0.21 488 0.2 – 0.3 S502UC-K0.3 488 0.28 – 0.42 S502UC-K0.42 488 0.38 – 0.58 S502UC-K0.58 488 0.53 – 0.8 S502UC-K0.8 488 0.73 – 1.1 S502UC-K1.1 488 1 – 1.5 S502UC-K1.5 488 1.4 – 2.1 S502UC-K2.1 488 C 17.85 2 – 3 S502UC-K3 488 2.8 – 4.2 S502UC-K4.2 488 3.8 – 5.8 S502UC-K5.8 488 5.3 – 8 S502UC-K8 488 7.3 – 11 S502UC-K11 488 10 – 15 S502UC-K15 488 14 – 20 S502UC-K20 488 18 – 26 S502UC-K26 488 23 – 32 S502UC-K32 558 29 – 37 S502UC-K37 558 34 – 41 S502UC-K41 622 38 – 45 S502UC-K45 622

Delivery Class


1 2 3 5 10 20 30

UC-K

0.01

0.1

10

100

1000

10,000

1

0.05

0.5

50

500

5000

5

DC

seco

nds


14

14System pro M

S500 Series



Accessories

Electrical Catalog List Delivery Wgt. oz. accessories number price class (1pc.)


S500-H11Auxiliary contacts

Amp Number Busbar End cap Catalog List Delivery Suggested Weight rating of length catalog number price class order qty. (ozs) poles (mm) number quantity

3 x 8 650 — S500-BB38 $ 182 150 4 x 4 435 — S500-BB44 142 A 1 1 3 x 13 1055 — S500-BB313 274

Busbars – 3 phase L1, L2, L3

Auxiliary contacts 1 N.O./1 N.C. S500-H11 2 N.O. S500-H20 $ 84 B 2.14 2 N.C. S500-H02

For fi eld mounting left side

Bell alarm with auxiliary contacts 1 N.O./1 N.C. S500-S11 2 N.O. S500-S20 92 B 2.14 2 N.C. S500-S02

For fi eld mounting left side

Handle mechanism S500-RD3 100 B 6.5For use with 1-4 pole S500 MCBs and disconnect switch selectorhandles with 5mm shafts

Front mounting kit For 1 pole S500-ME1 60 2.1 1 to 3 poles S500-ME2 70 A 2.9 1 to 7 poles S500-ME3 80 3.6

Power feed terminal – Accepts into 2/0 AWG S500-K2 25 A 2

Suggested order quantity is 5.

Delivery Class


S500-RD3

S500-K2

S500-BB38

Electrical Catalog List Delivery Wgt. oz. accessories number suffi x price class (1pc.)

Undervoltage release 12 V UA12 24 V UA24 48 V UA48 $ 266 B 5.71 110 V UA110 230 V UA230 500 V UA500

Factory mount only.

Shunt trip 12 V AL12 24 V AL24 48 V AL48 224 B 5.71 110 V AL110 230 V AL230 500 V AL500

Factory mount only.

Busbar end caps Electrical Catalog List Delivery Wgt. oz. accessories number price class (1pc.)

S500-EK $ 25 A 10

14

14System pro M

S500 Series


Approvals: UL CSA VDE No. of poles: Tripping characteristic:

Rated currents:

Rated voltage: UL single pole UL multi pole

IEC multi pole

Rated interrupting capacity:

Frequency:

Mounting position:

Standard mounting:

Terminals: Service life at rated load:

Technical data

Approvals: UL 1077 1077 CSA C22.2 - No.235 C22.2 - No. 235 VDE 0641/6.78 0641/6.78 IEC 947-2 —

No. of poles: 1,2,3, +N, +NA 1,2,3, +N, +NA

Tripping characteristic: B.C.D. K

Rated currents: 6 to 63A 0.1 to 45A

Rated voltage: UL/CSA single pole 277VAC 277VAC UL/CSA multi pole 600YVAC 600YVAC

IEC single pole 690VAC 690VAC

Rated interrupting capacity: Single pole 6-25A – 30KA/240VAC 0.15-25A – 30KA/240VAC 14KA/277VAC 14KA/277VAC

32-63A – 18KA/240VAC 26-45A – 18KA/240VAC 14KA/277VAC 14KA/277VAC

Multi-pole 6-63A – 14KA/480VAC 0.15-45A – 14KA/480VAC 6KA/600VAC 6KA/600VAC

Frequency: 50/60 Hz 50/60Hz

Mounting position: optional optional

Standard mounting: 35mm DIN rail 35mm DIN rail

Terminals: Conductors from 16-4AWG Conductors from 16-4AWG (1-25sq mm) (1-25sq mm)

Service life at rated load: 20,000 operations 20,000 operations

Calibration temperature: 40°C 40°C

Item S500-B, C, D S500-K

Item S500UC-B, K

1077C22.20660

1,2,3, 4

B, K

B: 6 to 63AK: 0.15 to 45A

277VAC/250VDC 600VAC/600VDC

690VAC/750VDC

B single pole: 6 – 25A 18KA/240VAC 14KA/277VAC 30KA/250VDC 32 – 63A 30KA/240VAC 14KA/277VAC 30KA/250VDC B two-pole: 6 – 63A 14KA/480VAC 6KA/600VAC 30KA/500VDC

B three-pole: 6 – 63A 14KA/480VAC 6KA/600VAC 30KA/600VDC

K single pole: 0.15 – 25A 30KA/240VAC 14KA/277VAC 30KA/250VDC 32 – 45A 18KA/240VAC 14KA/277VAC 30KA/250VDC K two-pole: 0.15 – 45A 14KA/480VAC 6KA/600VAC 30KA/500VDC

K three-pole: 0.5 – 45A 14KA/480VAC 6KA/600VAC 30KA/600VDC

50/60Hz

optional

35mm DIN-rail

Conductors from 16 to 4AWG (1-25sq mm)

20,000 operations

14

14System pro M

S500 Series



Approximate dimensions

S500-RD3 Handle mechanism

S500 Front mounting kit

S500

00.0000.00

Inches[Millimeters]

0.24 6

1.1429

3.6292

2.2256.5

3.1580

1.73 44

3.64 92.5

2.9575

1.9750

0.9825

CL2.95 75

1.77 45

2.9174

1.8146

L

L + 1.02 260.31 83.31 84

4.41112

" L "

2.0051

CL

CL

CUT-OUT0.24 D

6 D

L + 0.51 13

3.15 80 1.60 40.7

14

14Galaxie

circuit breakers


Galaxie circuit breakersGD, GH, GN & GV

DescriptionGalaxie circuit breakers are door mounted for AC and DC applications. The breakers offer thermal-magnetic and magnetic-only trip protection.

For the worldwide market, the Galaxie breakers carry UL, CSA, IEC, CE and many other agency approvals and certifi cations.

Features• Convenient actuators: Switch type,

rocker switch & pushbutton

• Various termination mountings

• Tropicalization protection

• 480Y/277 VAC

• UL 1077 Recognized – supplemental protective device. UL File # E75741.

14

14



Catalog number explanation

GD B 10 U 07 03 P2 - T - - - -

GD, GH, GN & GV Series circuit breakersFitted, unpluggable or projecting type

SERIES

GD Standard Galaxie AC 240/415 V 50/60 Hz can be used at 48 V DC max.

GH High rupturing capacity Galaxie AC 240/415 V 50/60 Hz

GN Special Galaxie 100 V DC max.

GV Special Galaxie 150 V DC max.

GA Severe environment Galaxie (i.e. military use) consult us

VERSIONS

U One-pole (1 protected pole)

B Two-pole (2 protected poles)

T Three-pole (3 protected poles)

Q Four-pole (4 protected poles)

1+N Two-pole (1 protected pole + neutral)

3+N Four-pole (3 protected poles + neutral)

RATING (In : Amps)

0.1 - 0.2 - 0.3 - 0.5 - 1 - 1.5 - 2 - 2.5 - 3 - 4 - 56 - 8 - 10 - 12 - 13 - 16 - 20 - 25 - 30 - 32Heavy duty types : ratings according to NF EN60 898 Other ratings, consult us.

MODELS

L Thermal-magnetic - Curve B according to NF EN60 898

U Thermal-magnetic - Curve C according to NF EN60 898

D Thermal-magnetic - Curve D according to NF EN60 898 Ratings 6 to 32 A

S Thermal-magnetic (series GN and GV only) according to NF F 62001

T Thermal (except series GH)

FASTENINGS AND OPERATIONS 1

00 - 01 - 02 - 03 - 04 - 05 - 06 - 07 - 08 - 09

TERMINATIONS 1

00 - 01 - 02 - 03 - 07 - 08 - 09 - 33 - 43

RATING ENGRAVED

J On resetting button

METAL THREADED BUSHING

W For fastening and operations 6-7-8. Tightening torque : 3 Nm max. (compulsory with option K)

CIRCUIT BREAKER SERIES GD MODEL D 2

R With adjustable thermal protection (Not possible with option K)

MECHANICAL IMPACT

V 50 g

E 100 G

TROPICALIZATION

T (Compulsory with option E 100)

THERMAL PROTECTION

C Temperature compensated from + 20°C to + 60°C

K Temperature compensated from - 40°C to + 85°C series GD, GH and GA (Compulsory with Option W)

AUXILIARY CONTACT FOR POSITION SIGNALLING O/F

P1 on 1 pole

P2 on 2 poles

P3 on 3 poles

P4 on 4 poles

1 See next page

2 Series GD, Model D only

EXAMPLE :

1 Circuit breaker Series : Galaxie standard AC - Version : 2 protected poles - Rating : 10 A - Model : magnetic-thermal, curve C - Fastenings and operations : Threaded bushing fl ush type 2 buttons - Terminations : Screws and back connectors - With Options Auxiliary for position signalling O/F : on 2 poles - Tropicalization has reference GDB10U0703 P2T

OPTIONSCircuit Breakers

Galaxie

circuit b

reakers

14

14Galaxie

circuit breakers


Technical data

Other characteristics

Interrupting capacity

Characteristics SERIES GD SERIES GH SERIES GN SERIES GV

Life, number of cycles (On+Off)Dielectric withstanding voltage

Tripping curves (1) (2) S

Mechanical shock

Ambient temperature

Rated voltage 1 + neutral version One pole version Multipole version One pole and two pole version

According to standard IEC 898

According to standard NF F62 001

4 000 4 000 4 000 4 000 2 000 V rms 2 000 V rms 2 000 V rms 2 000 V rms

Curve B : 3 In < S < 5 In - Curve C : 5 In < S < 10 In - Curve D : 10 In < S < 20 In Nominal current 0.1 to 2 A : 5 In < S < 10 In - 3 to 32 A : 7 In < S < 14 In

30 g. 30 g. 30 g. 30 g.

-5° C to 40° C -5° C to 40° C -25° C to + 70° C -25° C to + 70° C

240 V AC (50/60 Hz) 240/415 V AC (50/60 Hz) 240/415 V AC (50/60 Hz) 415 V AC (50/60 Hz) 415 V AC (50/60 Hz) 48 V DC max. 100 V DC max. 150 V DC max.

UL, CSA : For list of certifi ed products : consult us Circuit breakers NF F62 001 : consult us

3 000 A 4 500 A (models U and D: rating ≥ 5 A)

4 500 A (model L: rating ≥ 10 A)

1 000 A (48 V DC max.) 500 A 1 000 A (48 V DC max.) 10 In cal. < 5 A ; 20 In cal > 5 A 10 In cal. < 5 A ; 20 In cal > 5 A 10 In cal. < 5 A ; 20 In cal > 5 A

14

14Galaxie

circuit b

reakers



00 01 02 03 33 43 07 08 09

00 01 02 03 04 05 06 07 08 09


Terminations

P R O J E C T I O N M O U N T I N G S C R E W F L U S H M O U N T I N G Maximum thickness of mounting panel : 3 mm. 3 mm. 3 mm. 6 mm. 6 mm. 6 mm. 6 mm.

Fastenings and operations (3 poles max. except 02 : 2 poles and 05 : 4 poles)

Fastenings and operations No 00 - 01 - 02 - 03 - 04 - 06 - 07 - 08

Pole Pole Pole Pole Pole Pole Pole Pole Pole N° 2 N° 1 N° 3 N° 2 N° 1 N° 4 N° 3 N° 2 N° 1

1 Width 2 Widths 3 Widths = 1 handle 4 Widths = 2 handles

Four-pole circuit breaker :

Fastening and operation No 05 only

Tightening torque : 1,8 Nm max. 1,8 Nm max. 1,8 Nm max. 3 Nm max.

16 A max. 240 A max. 16 A max. 16 A max. 16 A max. Except Fastening 08 2 poles max. 2 poles max. 2 poles max.

NOTE :Neutral on pole N° 1

anyFastenings and operations

Fastenings / Operations 00 01 02 03 04 05 06 07 08 09

Size A 8 8 8 8 8 17,5 15 15 21 28

Size C 32 32 32 32 32 37 32 32 32 32

Terminations 00 01 02 03 33 43 07 08 09

Size B 15 4 4 12 4 4 4 4 11

Fastenings and operations No 05 - 09

Pole Pole Pole Pole Pole N° 1 N° 2 N° 1 N° 2 N° 3

1 Width 2 Widths 3 Widths

14

14System pro M

Residual current

devices


System pro M compact Residual current devicesF200, F670 series

DescriptionRCDs provide ground fault equipment protection by monitoring the leakage of current to ground. The F200 and F670 series will trip when ground faults are detected in excess of the GF trip rating of the device. These devices provide GF protection only and are used in series with standard MCBs which provide overload and short circuit protection. The F200 and F670 series can be used as a main device providing GF protection for several MCB branch devices.

2 Pole 4 Pole

The F200 and F670 series are UL1053 recognized for use in 480Y/277VAC applications.

The F202 and F672 is for use in single phase/two wire or two wire systems. The F204 and F674 is for use in three phase/four wire systems.

The F200 and F670 series RCDs replace the F360, F370 and F660 series with no change in fi t, form or function.

The F200 and F670 have a profi le similar to the S2 MCBs and can be used with the MCB busbars.

14

14System pro M

Residual c

urrent

devices



F200 & F670

Above devices are UL 1053 recognized and IEC 1008 approved.

F202 Two pole 10mA 16 F202AC-16/0.01 $ 500 F672 480Y/277VAC 30mA 25 F202AC-25/0.03 300 40 F202AC-40/0.03 400 63 F202AC-63/0.03 550 80 F672-80/0.03 1600 100 F672-100/0.03 2200

100mA 25 F202AC-25/0.1 300 40 F202AC-40/0.1 400 B 1 13.8 63 F202AC-63/0.1 550 80 F672-80/0.1 1600 100 F672-100/0.1 2200

300mA 25 F202AC-25/0.3 300 40 F202AC-40/0.3 400 63 F202AC-63/0.3 550 80 F672-80/0.3 1300 100 F672-100/0.3 1800

F204 Four pole 30mA 25 F204AC-25/0.03 350 F674 480Y/277VAC 40 F204AC-40/0.03 450 63 F204AC-63/0.03 600 80 F674-80/0.03 1300 100 F674-100/0.03 1800 125 F674-125/0.03 1800

100mA 25 F204AC-25/0.1 350 40 F204AC-40/0.1 450 63 F204AC-63/0.1 600 80 F674-80/0.1 1300 100 F674-100/0.1 1800 B 1 19.0 125 F674-125/0.1 1800

300mA 25 F204AC-25/0.3 350 40 F204AC-40/0.3 450 63 F204AC-63/0.3 600 80 F674-80/0.3 1200 100 F674-100/0.3 1600 125 F674-125/0.3 1600

500mA 25 F204AC-25/0.5 450 40 F204AC-40/0.5 600 63 F204AC-63/0.5 650

Breaker GF trip Rated Catalog List Delivery Suggested Wgt. oz level current number price class order qty (1 Pc.)

Residual current devices

F202, F672

F204, F674


Delivery Class


14

14System pro M

Residual current

devices


Accessories F200 1

S2C-H6R

S2C-A_


Delivery Class


S2C-S/H6R

S2C-UA_

Electrical For Catalog List Delivery Suggested Wgt. oz. accessories use on: number price class order quantities (1 pc.)

Auxiliary contactsFor field mounting: right side F200 S2C-H6R $ 36 A 1 1.4 Form C 1 NO/ 1 NC The auxiliary contacts will signal whether the breaker is in the ON or OFF position. The contacts are rated 2A/277 VAC and 1.5A/125 VDC. Minimum operating voltage is 24 VAC/VDC. Wire size: 18 AWG to 16 AWG.

Bell alarm For field mounting, right side F200 S2C-S/H6R 48 A 1 1.4 The bell alarm includes a set of contacts that will only signal when the breaker has tripped. Typically the contacts would be connected to an alarm or bell to signal the operator that an overcurrent trip has occured. The bell alarm also includes a test button for testing the alarm contacts without opening the breaker. The contact is rated 2A/277 VAC and 1.5A/125 VDC. Minimum operating voltage is 24 VAC/VDC.

* Combination bell alarm/auxiliary contact

Shunt trip For field mounting, right side F200 S2C-A1 138 A 1 5.2 A1: 12-60 VAC (12-60VDC) S2C-A2 A2: 110-415 VAC (110-250 VDC)For remote tripping of breaker, a shunt trip device can be added to the MCB. The solenoid device opens the breaker after control voltage is applied. Shunt trips are available for on control system voltage (12-415 VAC/VDC).

Undervoltage releaseFor field mounting, right side 12 VDC S2C-UA12 24 VAC S2C-UA24 48 VAC F200 S2C-UA48 216 A 1 5.2 110 VAC S2C-UA110 220 VAC S2C-UA230 380 VAC S2C-UA400 When control voltage drops below approximately 50% of rated voltage, the UVR opens the breaker. The breaker can not be operated unless proper control voltage is first applied to the UVR coil. Similar in size and mounting to the shunt trip accessory.

Factory mountingAll accessories can be easily mounted in the field. For factory mounting of any accessory devices, add $30 list to total price per breaker. To create complete catalog number, take suffix of accessory device following “S2C-” and add suffix to end of breaker part number. Multiple suffixes must be added in alphabetical order.

1 Please consult factory for F670 accessories.

14

14System pro M

Residual c

urrent

devices



Technical dataF200, F670

F200AC F670

Electrical featuresStandards UL 1053 & IEC 61008 UL1053 & IEC 61008Poles 2P, 4P 2P, 4PRated current In 16,25,40,63 AMPS 2P- 80,100 4P- 80,100,125Rated Voltage Ui 480Y/277 VAC 480Y/277 VACMax operating voltage of curcuit test 254 (440 for F200 left neutral) 254 (440 for left neutral)Min operating voltage of circuit test 110 ( 195 for F200 left neutral) 110 ( 195 for left neutral)Rated Frequency 50…60 Hz 50…60 HzRated conditional 50…60 Hz 50…60 HzShort-circuit current 10 KA 10 KARated residual breaking capacity 1 KA 2 KARated impulse withstand voltage (1.2/50) Uimp 6 KV 6 KVPower- frequency voltage dielectric strength 2.5 KV 2.5 KVSurge current resistance acc. To VDE 0432 Part 2 (wave 8/20)

250 AMPS 250 AMPS

Mechanical featuresToggle Blue sealable in ON-OFF position Blue sealable in ON-OFF positionContact position indicator yes yesElectrical Life 10000 10000Mechanical life 20000 20000Ambient temperature -25°C… +55°C -25°C… +55°CStorage temp. -40°C… +70°C -40°C… +70°C

Installation

Terminal Typefailsafe bidirectional cylinder-lift terminal at top and bottom (shock protected)

Terminal size top/bottom per cable 6 AWG Max. 6 AWG Max.Tightening torque 17.5 in-lb max. 17.5 in-lb max. mounting 35mm din rail by means of fast clip 35mm din rail by means of fast clipConnection From top & bottom From top & bottomWithdraw from busbar Possible without the use of tools Possible without the use of tools

Approximate dimensions2 Pole mm 85x69x35 MM 85x69x35 MM4 Pole mm 85x69x70 MM 85x69x70 MM

Weight2 Pole g 200g 200g4 Pole g 350g 350g

Combination with auxiliary elementsAuxiliary contact yes yessignal contact/ auxiliary switch yes yesshunt trip yes yesundervoltage release yes yes

14

14System pro M

Residual current

devices



Circuit diagrams

00.0000.00

Inches[Millimeters]

Approximate dimensionsCircuit diagramsF200, F670

1 To use on 3p/3w systems, add jumper between 4 and 8N for operation of test button.

14

14System pro M

Residual c

urrent

devices



Notes

14

14System pro M

Modular DIN rail

components


System pro M compact Modular DIN rail componentsE220 - E270 Series

Description• Safe connection by box terminals

• Captive screws with Pozidrive slotted head, Pozidrive system, Gr. 1

• Snap-on labels available

• Quick mounting with snap-on clip, easily accessible and detachable at the bottom

• Protection against unintentional direct touch

• System approach for control and circuit protection

• Compact size that dimensionally matches the S2 MCB series

• Control and pilot functions can be along side protective devices

• DIN rail mounted with 45mm front opening

• For use in auxiliary and logic devices

• Provide additional user functions for system control and operation

• Include pushbuttons, indicating lights and selector switches

• ABB System Pro M compatibility

• Most devices are both UL 508 recognized and are IEC compliant

• Labeled with the CE Mark

14

14System pro M

Modular DIN ra

il

components



E221 & E222 Switches, 240VAC16 & 25A

E221-10


Type Rated Catalog List Delivery Suggested Weight (Oz.) current number price schedule order qtys 1 piece

Switches

Note: Above devices are UL 508 recognized and IEC certifi ed. A300 pilot duty UL fi le # E171252

1 Pole 16 E221-4 99 B 10 2.12 2 Pole 16 E221-4/2 147 2.47

1 Pole 25 E222-4 150 B 10 2.12

Form “C” switches (I-O-II, Hand-OFF-Automatic)

1 Change-over contact 16 E221-6 69 B 10 2.12 2 Change-over contacts 16 E221-6/2 125 2.47

1 Change-over contact 25 E222-6 128 B 10 2.12

Form “C” switches

1 N.O. + 1 N.C. 16 E221-11 $ 90 2 N.O. + 2 N.C. 16 E221-22 177 B 10 2.46 3 N.O. + 1 N.C. 16 E221-31 177

1 N.O. 16 E221-10 59 1.94 2 N.O. 16 E221-20 110 B 10 2.12 3 N.O. 16 E221-30 120 2.29 4 N.O. 16 E221-40 159 2.47

1 N.O. + 1 N.C. 25 E222-11 140 2.47 1 N.O. 25 E222-10 107 1.94 2 N.O. 25 E222-20 141 B 10 2.12 3 N.O. 25 E222-30 159 2.29 4 N.O. 25 E222-40 239 2.47

Delivery Class


14

14System pro M

Modular DIN rail

components


E241 - E274 Disconnect switches45, 63, 80 & 100A

Page Deleted4/24/06

14

14System pro M

Modular DIN ra

il

components



E225 - E229, E10 Pilot devices

Pushbutton, 1 N.O. + 1 N.C. contact

E225-11F

E227-10E

Type Catalog List Delivery Pack Weight (Oz.) number price schedule units pcs. 1 piece


Lamps

Clear E229-B/110 Red E229-C/110 Green E229-D/110 93 A 10 1.59Yellow E229-E/110 Blue E229-G/110

Pilot light with lamp, 120 VAC

Clear E227-10B/110 Red E227-10C/110 Green E227-10D/110 100 A 10 1.94Yellow E227-10E/110 Blue E227-10G/110

Illuminated pushbutton, 1 N.O. contact with lamp, 120 VAC

Grey E225-11B Red E225-11C Green E225-11D $ 75 A 10 1.94 Yellow E225-11E Black E225-11F Blue E225-11G

Type Catalog List Delivery Pack Weight (KG) number price schedule units pcs. 1 piece

Elapsed time meter

Special features• Safe connection via box terminals• Captive screws with Phillips/Slotted head, Posidriv system, Gr. 1• Snap-on labels available• Protection against unintentional touch acc. to DIN VDE 0106 Part 100• Lenses and pushbuttons in six colors

24 VAC/DC E10/24 120 VAC/DC E10/110 24 A 1 0.14220 VAC/DC E10/220

Note: Above devices are UL 508 recognized and IEC certifi ed. UL fi le # E171252

Delivery Class


E233-120/60

E1175

24 VAC, 60 Hz E233-24/60 B 120 VAC, 60 Hz E233-120/60 $ 130 A 1 0.045 240 VAC, 60 Hz E233-240/60 B

• Non-resettable• 100,000 hours (99999.99)UL fi le #171252

Sockets Type Catalog List Delivery Pack Weight (KG) number price schedule units pcs. 1 piece

Socket, 250 VAC, 50/60 Hz E1173 $ 57 B 1 0.2Italian standard

Socket, 250 VAC, 50/60 Hz E1174 $ 57 B 1 0.2French standard

Socket, 250 VAC, 50/60 Hz E1175 $ 57 B 1 0.2Schuko standard

Socket w/cover, 250 VAC, 50/60 Hz E1175-C $ 57 B 1 0.2Schuko standard

E1175-C

14

14System pro M

Modular DIN rail

components


Digital meters

Measuring instruments Type Catalog List Delivery Pack Weight (KG) number price schedule units pcs. 1 piece

Digital timer, 230 VAC, 50/60 Hz DTS7/1 $ 422 B 1 0.3

Voltmeter 600 VAC, 50-400 Hz VLMD-1-2 510 B 1 0.3

Ammeter 15-20-25-40-60A, AMTD-1 510 B 1 0.3250-400-600A, 50-400 Hz

Transformer, 230 VAC, 50/60 Hz TM15/12 135 B 1 0.34-8-12 VAC sec

DTS7/1

VLMD-1-2

TM15/12

14

14System pro M

Modular DIN ra

il

components



Components for quick mounting onto DIN rails (35mm)Mounting depth: 68mm

Mounting width: 1, 2, 3 and 4 pole switches = 17.5mm (= 1 module)

E220 Switches, 16 & 25ASwitching capacity: 1.25 In, 1.1Un, cos j = 0.6Short-circuit withstanding capacity: 3 kA, 380V, cos j = 0.9Toggle sealable: In ON and OFF positionsConnection cross-sections: Up to 1 x 6mm2 or 2 x 2.5mm2

Rated AC voltage: 240 VAC UL/CSA (E171252) 250/440 VAC IEC

E240/270 Disconnect switches, 45, 63, 80, & 100ASwitching capacity: 1.25 In, 1.1Un, cos j = 0.3Short-circuit withstanding capacity: E240 = 10kA, E270 = 25kA RMSConnection cross-sections: E240 up to 25mm2

E270 up to 50mm2

Rated AC voltage: 240/400/415 VAC

E Series components for quick mounting onto DIN rails (35mm)Mounting depth 68mm

Mounting width: 17.5mm (=1 module)Color: RAL 7035, greyConnection cross sections: Up to 1 X 6mm2 or 2 X 2.5mm2

Rated current: 16ARated voltage: 250 VAC IECRated voltage: 240 VAC UL/CSA (E171252)

Technical data

Terminal markings

Terminal assignments for pushbuttons and indicator lights

Illuminated pushbutton

Disconnect switches

1 NO

1

2

2 NO

1

2

3

4

3 NO

1

2

3

4

5

6

1

2

3

4

5

6

7

8

4 NO

Switches

2 NO & 2 NC 3 NO & 1 NC

1

2

3

4

5

6

7

8

2 NO

1

2

3

4

1

2

3

4

5

6

7

8

3 NO

7

8

1

2

3 5

6

2 NO

1

2

3 7

8

1 NO

1

2

3

Form "C" switches(Hand - OFF- Auto)

2 Pole

1

2

3

I II0

7

8

5

1 Pole

1

2

3

I II0

Form "C" switches

1

2

3 7

8

5

2 Pole1 Pole

1

2

3

5 71 3

26

48

Pilot light

1 NO

1

2

MAX2W

Pushbutton

1 NOIlluminated

5

6

1

2

MAX2W

1 NO & 1 NC

1

2

7

8

1

2

5 7

1 3

26

48

14

14System pro M

Modular DIN rail

components


2.52 64.0

3.3585.0

0.6917.5

1.99 50.5

1.7745.0

Pilot light Pushbutton

2.52 64.0

3.3585.0

0.6917.5

1.99 50.5

1.7745.0

3.3585.0

0.6917.5

2.52 64.0

1.99 50.5

1.7745.0

3.5289.5

0.6917.5

1.38 35.0

1.38 52.5

2.76 70.0

1.7745.0

2.5264.0

12345

99

3.3585.0

0.6917.5

1.9750.0


E220, 16 & 25A

E220

E240/270

E233

00.0000.00

Inches[Millimeters]

14

14System pro M

Modular DIN ra

il

components




E1173 - E1175

VLMD, AMTD

DTS

TMS

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14Transient voltage

surge suppressors


Transient voltage surge supressorsTVSS, OVR range

Description

• Compact• DIN rail mounting• Broad range• 1, 2, 3, & 4 pole versions• Replaceable plug cartridges• Finger safe• 15, 40, 65 & 100 kA versions• Three position visual status indication• Auxiliary contact for remote signalling• UL 1449, File # E238957 & E22406

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General points on lightning and its risksCauses of transient overvoltages

1950 1970 2000

PROPAGATION OF DISTURBANCES

A transient overvoltage is a voltage peak with a maximum duration of less than one millisecond. There are two possible causes of overvoltages on electrical networks:• natural causes (lightning), • other causes due to equipment or switching devices.

Natural overvoltages on low voltage networks are caused by direct lightning strikes. The high level of energy contained in a direct lightning strike on a lightning conductor or an overhead low voltage line leads to considerable damage of the installation. The overvoltage can be over 20 times the nominal voltage.

Operating or switching overvoltages linked to a network’s equipment create overvoltages of a lower level (3 to 5 times the nominal voltage) but occur much more frequently, thus causing premature ageing of the equipment.

Three categories of overvoltage propagate on low voltage networks:• direct lightning strikes,• indirect effects of lightning strikes,• operating or switching overvoltages.

Propagation of overvoltages by electrical networks(power and low current)

The most serious consequences of lightning are the death of people and farm animals, and the destruction of equipment: telephone lines, transformers connected to the electrical distribution network, electrical meters, household appliances, etc.At the same time, the growing amount of equipment incorporating very sensitive electronic devices increases the number of incidences linked to lightning.

Within companies, if offi ce automation equipment or machines (in factories) are put out of action, it nearly always leads to operating losses, the cost of which is much more than that of the damaged equipment.

For example, if a bank’s computers are no longer operational, it suffers large operating losses. For the general public, the damage is mainly material: computer, household appliances, home cinema, etc.

1950 1970 2000

ROBUSTNESS OF EQUIPMENT

Causes of transient overvoltages

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14Transient voltage

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General points on lightning and its risksCauses of transient overvoltages

Overvoltages due to direct lightning strikesThese can take two forms:

• When lightning strikes a lightning conductor or the roof of a building which is earthed, the lightning current is dissipated into the ground. The impedance of the ground and the current fl owing through it create large difference of potential: this is the overvoltage. This overvoltage then propagates throughout the building via the cables, damaging equipment along the way.

• When lightning strikes an overhead low voltage line, the latter conducts high currents which penetrate into the building creating large overvoltages. The damage caused by this type of overvoltage is usually spectacular (e.g. fi re in the electrical switchboard causing the destruction of buildings and industrial equipment) and results in explosions.

Direct lightning strike on an overhead lineDirect lightning strike on a lightning conductor or the roof of a building

Overvoltages due to the indirect effects of lightning strikesThe overvoltages previously mentioned are also found when lightning strikes in the vicinity of a building, due to the increase in potential of the ground at the point of impact. The electromagnetic fi elds created by the lightning current generate inductive and capacitive coupling, leading to other overvoltages.

Within a radius up to several kilometres, the electromagnetic fi eld caused by lightning in clouds can also create sudden increases in voltage.

Although less spectacular than in the previous case, irreparable damage is also caused to so called sensitive equipment such as fax machines, computer power supplies and safety and communication systems.

Magnetic fi eldIncrease in ground potential

Electrostatic fi eld

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Different types of surges

Equipment containing electronic switching components is also likely to generate electrical disturbances comparable to overvoltages. The consequences of which on sensitive equipment, albeit not visible, are no less detrimental: premature ageing and unpredictable or fl eeting breakdowns.

Operating overvoltages are produced when reactive or capacitive equipment is switched on and off. Furthermore, interrupting factory production, lighting or transformers can generate overvoltages which will themselves cause greater damage to nearby electrical equipment.

Representation of the various disturbances on electrical networks

Temporary phenomenon Duration > 200ms

Too long for TVSS

Harmonics Micro breaks

Operating overvoltages

Indirect lightning strikes

➪

➪Transient phenomenon Duration < 1ms

TVSS needed

➪Direct lightning strikes

Different type of power supply disturbances• Atmospheric discharges• Industrial interferences• Switching operations on the power distribution system

Main effects• Destruction of the equipment• Premature aging• Incorrect operations

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14Transient voltage

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OVR RangeMain features

TVSSs protect installations by limiting transient overvoltages and run-off lightning currents for electric and electronic equipment.They are divided into three families:

• Type 2 TVSSs provide protection for equipment against transient over-voltage and they are installed in the Main Switch Board (MSB), or in the Sub-Distribution Board (SDB).

In addition to the standard TVSSs, two options are available: the Safety reserve system and the remote indication (TS), in order to ensure a preventive maintenance of the installation.

ABB TVSS (OVR range) offer the same “plus” advantages of the other System pro M compact devices, in order to get a perfect compati-bility with all the modular range of products.

All these TVSS products comply with the international standard IEC 61643-1 and the European standard EN 61643-11.

They also comply with UL 1449 and CSA C22.2.

ABB safety reserve system Contact for alarm connection

Pluggable unit / replacement modules

DIN rail unit, easy installation and wiring

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Technical dataOVR range

Technical Features Type 2

Electrical features

Standards IEC 61643-1 / EN 61643-11 / UL1499 / CSAType / test class T2 / II

Poles 1P / 1P+N / 3P / 3P+N / 4PTypes of networks TNS - TT - TNC - IT / Wye / Delta

Type of current A.C.Nominal voltage Un V All US network voltages

Max. cont. operating voltage Uc (L-N / L-PE / N-PE) V 150 / 275 / 320 / 440 / 550 / 660Voltage protection level Up at In (L-N / L-PE / N-PE) kV 0.6 / 1.2 / 1.4 / 1.8 / 2.5 / 2.9

Nominal discharge current In (8/20) kA 5 / 15 / 20 / 30Maximal discharge current Imax (8/20) kA 15 / 40 / 65 / 100

Impulse current Iimp (10/350) kA /Follow current Ifi kA None

Operating current Ic mA < 1Short circuit withstand Icc kA 50

Disconnector gG - gL fuse A 16 - 25 curve C circuit breaker A 10 - 40 curve K circuit breaker

Mechanical features

Stocking temperature °C -40 to +80Operating temperature °C -40 to +80Degree of protection IP 20

Fire resistance according to UL 94 V2Material of Housing PC grey RAL 7035

Maximal altitude m 2000Integrated thermal disconnector Yes

State indicator YesCompatibility with OVR Sign Yes

Safety reserve OptionTS remote indicator Option

Installation

Wire range L/N solid wire mm2 2.5 ... 25 stranded wire mm2 2.5 ... 16

Stripping length L/N mm 12.5Tightening torque L/N Nm 2

Wire range PE solid wire mm2 2.5 ... 25 stranded wire mm2 2.5 ... 16

Stripping length PE mm 12.5Tightening torque PE Nm 2

Dimensions and weightPole dimensions (H x D x W) mm 85 x 58 x 17.5

Pole weight g 120

Technical Features of the integrated auxiliary contact

Electrical features Contact complement 1NO (1 make contact),1NC (1 normally closed contact)

Min. load 12V D.C. - 10 mAMax. load 250V A.C. - 1A

Installation Connection cross-section mm2 1.5

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14Transient voltage

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OVR RangeSingle pole

OVR 1N 65 275 s P TSNetwork1N Single phase (left), neutral (right)3N Three phase (left), neutral (right)N1 Neutral (left), single phase (right)N3 Neutral (left), three phases (right)3L Three poles4L Four polesNothing Single pole

Max. discharge current 8/20Imax (kA) 15 40 65 100

TS Integrated remote indication

P Pluggable unitNothing: Single block

s with safety reserve

Max. continuous operating voltageUc (V) 660 550 440 385 320 275 150 75

Type 2 - Surge Protection Devices – Single pole

Max Discharge Current (KA)

Nominal Voltage (V) MOV Voltage (V)Voltage Protection

Level Up (KV)Catalognumber

Listprice

15

120 150 .06OVR 15 150 $ 230OVR 15 150 s P 350

230 275 1.2OVR 15 275 220OVR 15 275 P TS 340

277 320 1.4 OVR 15 320 220

400 440 1.8OVR 15 440 220OVR 15 440 P 350

480 550 2.5 OVR 15 550 275

600 660 2.9 OVR 15 660 290

40

120 150 0.6OVR 40 150 s P 440OVR 40 150 s P TS 510

230 275 1.2OVR 40 275 P 320OVR 40 275 s P 345OVR 40 275 s P TS 400

277 320 1.4OVR 40 320 P 320OVR 40 320 s P 350OVR 40 320 s P TS 405

400 440 1.8OVR 40 440 285OVR 40 440 s P 350OVR 40 440 s P TS 400

480 550 2.5OVR 40 550 435OVR 40 550 s 475

600 660 2.9 OVR 40 660 s 490

65

120 150 0.6 OVR 65 150 s P 395

230 275 1.2OVR 65 275 s P 490OVR 65 275 s P TS 565

277 320 1.4OVR 65 320 s P 495OVR 65 320 s P TS 520

400 440 1.8OVR 65 440 s P 465OVR 65 440 s P TS 530

480 550 2.5 OVR 65 550 s 600

600 660 2.9 OVR 65 660 s 675

100

230 275 1.2OVR 100 275 s P 830OVR 100 275 s P TS 955

277 320 1.4OVR 100 320 s P 890OVR 100 320 s P TS 1025

400 440 1.8OVR 100 440 s 800OVR 100 440 s P 870OVR 100 440 s P TS 1005

Transient voltage surge suppressorFunction: TVSS provides protection for equipment against transient overvoltage (indirect lightning strike) that occur on the electrical network (mains); the maximum discharge current (Imax) ranges from 15 to 100 kA per pole, based on MOV technology. Application: residential, commercial, industrial Standard: CEI 61643-1 / EN 61643-11 / UL 1449 / CSA8/20 current wave


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OVR 1N 65 275 s P TSNetwork1N Single phase (left), neutral (right)3N Three phase (left), neutral (right)N1 Neutral (left), single phase (right)N3 Neutral (left), three phases (right)3L Three poles4L Four polesNothing Single pole

Max. discharge current 8/20Imax (kA) 15 40 65 100

TS Integrated remote indication

P Pluggable unitNothing: Single block

s with safety reserve

Max. continuous operating voltageUc (V) 660 550 440 385 320 275 150 75

Max Discharge Current (KA)

Nominal Voltage (V) MOV Voltage (V)Voltage Protection

Level Up (KV)Catalognumber

Listprice

15

120 150 0.6OVR 1N 15 150 $ 365OVR 1N 15 150 s P TS 665OVR 3N 15 150 625

230 275 1.2 OVR 3L 15 275 P 625OVR 3N 15 275 690

277 320 1.4 OVR 3N 15 320 980

40

120 150 0.6OVR 1N 40 150 s P 665OVR 1N 40 150 s P TS 935OVR 3N 40 150 s P TS 1160

230 275 1.2OVR 3N 40 275 s P 1120OVR 3L 40 275 s P 950

277 320 1.4OVR 3N 40 320 P 1175OVR 3N 40 320 s P 1250OVR 3N 40 320 s P TS 1450

400 440 1.8 OVR 3N 40 440 s P 1290

65

120 150 0.6OVR 1N 65 150 s P 1000OVR 3N 65 150 s P 1535OVR 3N 65 150 s P TS 1640

230 275 1.2OVR 3L 65 275 s P 1045OVR 3N 65 275 s P 1280

277 320 1.4OVR 3N 65 320 s P 1650OVR 3N 65 320 s P TS 1900

400 440 1.8OVR 3N 65 440 s P 1245OVR 4L 65 440 s 1320

100 277 320 1.4OVR 3N 100 320 s P 3200

OVR 3N 100 320 s P TS 3600

Transient voltage surge suppressorFunction: TVSS provides protection for equipment against transient overvoltage (indirect lightning strike) that occur on the electrical network (mains); the maximum discharge current (Imax) ranges from 15 to 100 kA per pole, based on MOV technology. Application: residential, commercial, industrial Standard: CEI 61643-1 / EN 61643-11 / UL 1449 / CSA8/20 current wave

OVR TVSSMulti-pole


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14Transient voltage

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Transmission line surge arresters (OVR TC) provide protection against transient overvoltages for equipment connected to telephone lines (digital or analog) & current loops.

Standards Info: Modular low current surge arresters comply with IEC 61643-21 / UL 1449.

Schematic diagrams

Connection

OVR TC 200 V in parallel OVR TC / xx V / 200 FR in series

Pratical info:Telecom and dataline protection surge arresters are installed in electrical switchboards or enclosures using DIN rail.

L1

L1

OVR TC 200 V

L2L1

Simply clips onto DIN rail.

Fixing

OVR TC 200 V in parallel OVR TC / xx V / 200 FR in series

OVR TC 200 FROVR TC 48 VOVR TC 24 VOVR TC 12 VOVR TC 06 V

L2

l1 l2

L2

L1

L2

l1

l2

OVR TC 06 V

OVR TC 200 FR

DimensionsDimensions (mm) W H D

OVR TC (all models) 17.5 85 63

OVR RangeVery low voltage transmission lines protection

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Electrical characteristics6 V 12 V 24 V 48 V 200 V 200 V

OVR TC 06 V OVR TC 12 V OVR TC 24 V OVR TC 48 V OVR TC 200 V OVR TC 200 FR

Types of network Communication Communication Communication Communication Communication CommunicationNumber of pairs 1 1 1 1 1 1Type of protection Series Series Series Series Parallel SeriesType of current Low currents Low currents Low currents Low currents Low currents Low currentsNominal voltage: Un 6 V 12 V 24 V 48 V 200 V 200 VMax cont operating voltage: Uc 7 V 14 V 27 V 53 V 220 V 220 VVoltage protection level: Up at In 15 V 20 V 35 V 70 V 700 V 300 VNominal discharge current: In (8/20) 5 kA 5 kA 5 kA 5 kA 5 kA 5 kAMaximum discharge current: Imax (8/20) 10 kA 10 kA 10 kA 10 kA 10 kA 10 kABandwidth 10 MHz 2 MHz 4 MHz 6 MHz 100 MHz 3 MHzOperating current: Ic 20 mA 20 mA 20 mA 20 mA - 20 mADegree of protection IP 203 IP 203 IP 203 IP 203 IP 203 IP 20350 Hz withstand (15 mn) 10 A 10 A 10 A 10 A - 10 A

Mechanical characteristicsL/N connection terminals:– solid wire 0.5 ... 2.5 mm2

– stranded wire 0.5 ... 2.5 mm2

PE connection terminal:– solid wire 0.5 ... 2.5 mm2

– stranded wire 0.5 ... 2.5 mm2

Integrated thermal disconnector Yes No YesEnd of life indicator Yes No YesCompatibility with OVR Sign Yes No Yes

Miscellaneous characteristicsStorage temperature -40 °C to +80 °COperating temperature -40 °C to +80 °CMaximum altitude 2000 mCase material PC grey RAL 7032Insulating material UL94 V0 classifi cationReference standard IEC 61643-21 / UL 1449

Weight 150 g

Technical data

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14Transient voltage

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The fi rst surge arrester does not provide effective protection for the whole installation by itself.Certain electrical phenomena can double the protection’s residual voltage if cable lengths exceed 10m.Surge arresters must be coordinated when they are installed refer to the tables below.

Coordination required if:The fi rst surge arrester does not reach the protection voltage (Up ) by itself.The fi rst surge arrester is more than 10m away from the equipment to be protected.

The fi rst surge arrester diverts most of the current to the ground and the remaining surge current is diverted to the ground by the second surge arrester.

The value of this remaining surge current gets lower as the distance between both surge arresters gets longer. The lower is the current going through the last surge arrester, the lower is the voltage protection level applied to the downstream equipment.

L > 1 m➤

➤

(1 m minimum between the two devices)

Coordination between Type 2 TVSS units

TVSS15 kA8/20

TVSS65 kA8/20

Installation rulesPrinciples of coordination for TVSS

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40

95.6

63

4587.3

40

97

63

4587.3

17,6 52,8

Transient voltage surge suppressor

1 pole 3 poles

OVR 15 275 P OVR 3L 15 275 P OVR 15 440 P OVR 3L 40 275 P OVR 40 275 P OVR 3L 40 275 s P TS OVR 40 275 s P TS OVR 3L 65 275 s P TS OVR 40 440 P OVR 40 440 s P TS OVR 65 275 s P TS OVR 65 440 s P TS

TVSS without TS TVSS with TS

70,4

4 poles 3 poles + Neutral

OVR 4L 15 275 P OVR 3N 15 275 P OVR 4L 40 275 P OVR 3N 40 275 P OVR 4L 40 275 s P TS OVR 3N 40 275 s P TS OVR 4L 65 275 s P TS OVR 3N 65 275 s P TS

Approximate dimensionsOVR range

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Technical detailsInstallation rules for TVSS choice of associatedbreaking devices (fuse/circuit breaker)

Choice of disconnectorSurge arresters must be associated with upstream short-circuit protection and residual current protection against indirect contact (usually already present in the installation)

Function Application

Protection against

fault currents

The breaking device associated with the surge arrester canbe either a circuit breaker or a fuse.

Its rating should take into consideration the surge arrester’scharacteristics and the short-circuit current of the installation.

Thermal protection Thermal protection is integrated into the surge arrester.

Maximum circuit-breaker or fuse protection rating depending on Imax and Iimp of the surge arrester.

TVSS surge arresters Circuit-breaker (curve K) Fuse (gG)

100 kA (8/20)

• Icc = 300 A to 1 kA 40 A 25 A

• Icc = 1 kA to 7 kA 40 A 25 A

• Icc = 7 kA and above 40 A 25 A

TVSS surge arresters Circuit-breaker (curve C) Fuse (gG)

65 kA (8/20)

• Icc = 300 A to 1 kA 30 A 20 A

• Icc = 1 kA to 7 kA 32 A to 40 A 40 A

• Icc = 7 kA and above 32 A to 63 A 63 A

40 kA (8/20)

• Icc = 300 A to 1 kA 25 A 16 A

• Icc = 1 kA to 7 kA 25 A 25 A

• Icc = 7 kA and above 25 A to 50 A 50 A

15 kA (8/20)

• Icc = 300 A to 1 kA 10 A to 25 A 16 A

• Icc = 1 kA to 7 kA 10 A to 32 A 16 A

• Icc = 7 kA and above 10 A to 40 A 25 A to 40 A

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50 cm ruleRemember that a 10 kA lightning current passing through a 1 m length of cable generates 1000 Volts. Equipment protected by a surge arrester is subjected to a voltage equal to the sum of the Up voltage of the surge arrester, Ud of its disconnector and the sum of the inductive voltages of connecting cables (U1+U2+U3).It is therefore essential that the total length (L = L1+L2+L3) of the connecting cables is as short as possible (0.50 m).

If this length (L = L1 + L2+L3) exceeds 0.50m, it is necessary to carry out one of the following:• Reduce this length by moving the connection terminals.• Choose a surge arrester with a lower Up value.• Install a second, coordinated surge arrester near the device to be protected so as to adapt the combined Up value to the impulse withstand of the equipment to be protected.

Wiring ring surfacesThe wires must be arranged in such a way that they are as close to each other as possible (see adjacent diagram) to avoid overvoltages induced by a ring surface between phases, the neutral and the PE conductor.

Routing of clean cables and polluted cablesDuring installation, lay clean cables (protected) and polluted cables as shown in the adjacent diagrams.

To avoid magnetic coupling between the different cable types (clean and polluted), it is strongly advised that they are kept apart (> 30 cm) and if a crossing cannot be avoided, it should be at right angles (90°).

Polluted cables D > 30 cm Clean cables

U1

UD

U2

UP

U3

L1

L2

L3

L

➤

➤➤

➤

➤➤

➤

➤

Pollutedcable

Crossingat 90°

Cleancable

Cleancable

Pollutedcable

➤

➤D > 30 cm

➤

➤D < 30 cm

Maincircuit-breaker

Ringsurface

Surgearrestercircuit-breaker

➤

➤

Terminal / MCB

MCB / TVSS

TVSS / Earth terminal

Feeder 1

Feeder 2

Equipotential grounding:It is critical to check the earth equipotentiality of the various items of equipment.

Technical detailsCabling and installation of Surge Protection Devicesin an electrical panel

Note:The cross-section of the connecting cables is calculated according to the local short-circuit current level (where the surge arrester is installed). It must be equal to the cross-section of the installation’s upstream cables.

The minimum cross-section for the earth conductor is 4 mm2 if there is not a lightning conductor and 10 mm2 if there is a lightning conductor.

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Example of installation

As shown in the diagrams, one of the possible applications is to protect the equipment (TV, computer, ...) against overvoltage thanks to a Surge Protection Device (TVSS) which ensures the protection in common mode (Ph-PE / N-PE) and differential mode (Ph-N).

Application sheetsOVR Surge Protection Devices

Operating principle

The Surge Protection Devices (TVSS), suitable for residential, commercial and industrial applications, are designed to limit transient overvoltage and run-off lightning currents.

Application environments

The Surge Protection Devices (TVSS) are necessary in any environment where the lightning risk exists (direct lightning strike / overvoltage).

Type 2 TVSS

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The 100KA or 65KA surge arrester (depending on the lightning risk) fi tted in the installation’s main incoming electrical switchboard, is capable of deviating the energy of a direct lightning strike. This is the fi rst stage of the electrical network’s protection.

The behaviour of the cables, subjected to a transient signal, limits the effectiveness of a surge arrester to 10 m of cable. It is therefore necessary to use one or more surge arresters in the installation in order to obtain the required level of protection for the equipment.

Here, a 40KA or 15KA surge arrester (depending on the lightning risk) should be used in coordination with the incoming surge arrester. This is the second stage of the protection.

Finally, if there is a risk of overvoltage on the electrical network, this risk also exists for the auxiliary wiring network. The appropriate protection is a surge arrester designed to protect telephone or data transmission lines (OVR TC). This is fi tted in series on the network.

Telephone LineSurge Arrester

OVR TC 200 FR

Protects the telephonenetwork

PABX Incoming telephone line

Incoming power cable

Main electrical

switchboard

General points on lightning and its risksDiagram of an installation protected against lightning and its indirect effects

Sub-distribution switchboard

Protects the building

Protects the machines Protects computer feeders

OVR 3N 65 275s PTS OVR 3N 15 275 s P TS

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SelectionExample of a protected industrial installation

The above diagram is an example of an industrial application located in an area where the lightning strike density (Ng) is 1.2 lightning strikes per km2 and per year:

• the building is protected by a lightning conductor.• the lightning conductor's earthing strip is connected to the installation's earth network.• the earthing system is IT (with distributed neutral) and then TNS for the sub-distribution boards.• main switch boards (MSB) 10, 11 and 12 are fi tted with Type 2 surge arresters OVR 3N 65 440 s PTS. • sub-distribution boards (SDB) 20, 21 and 22 are fi tted with Type 2 surge arresters OVR 3N 40 440 s P TS.

• sub-distribution boards (SDB) 23, 24 and 25 are fi tted with Type 2 surge arresters OVR 3N 15 440 s P TS.

GE (Generator set)

TransformerT1

TransformerT2

OVR 3N 65 440s PTS OVR 3N 65 440s PTSOVR 3N 65 440s PTS

Type 2 Surge ArresterOVR 3N 40 440 s P TS

Surge Arrester Type 2OVR 3N 40 440 s P TS



Surge Arrester Type 2OVR 3N 15 440 s P TS


MSB 10 MSB 12MSB 11

SDB 20 (Sub-distribution board) SDB 22 (Sub-distribution board)SDB 21 (Sub-distribution board)

SDB 23 (Sub-distribution board) SDB 25 (Sub-distribution board)SDB 24 (Sub-distribution board)

(1) (1) (1)

(1) (1) (1)

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Surge arrester:Device designed to limit transient overvoltages and run-off lightning currents. It consists of at least one non-linear component. It must comply with European standard EN 61643-11.

1.2/50 wave:Standardized overvoltage waveform created on networks and which adds to the network’s voltage.

8/20 wave:Current waveform which passes through equipment when subjected to an overvoltage.

Type 2 surge arrester:Surge arrester designed to run-off energy caused by an overvoltage comparable to that of an indirect lightning strike or an operating overvoltage. It has successfully passed testing to the standard with the 8/20 wave (class II test).

Up:Voltage protection level / Let through voltageParameter characterising surge arrester operation by the level of voltage limitation between its terminals and which is selected from the list of preferred values in the standard. This value is greater than the highest value obtained during voltage limitation measurements (at In).

In:Nominal discharge current.Peak current value of an 8/20 waveform (15 times) fl owing in the surge arrester. It is used to determine the Up value of the surge arrester.

Imax:Maximum discharge current for class II testing.Peak current value of an 8/20 waveform fl owing in the surge arrester with an amplitude complying with the class II operating test sequence. Imax is greater than In.

Un:Nominal AC voltage of the network : nominal voltage between phase and neutral (AC rms value).

Terminology of electrical characteristics

Type 2 Surge ArrestersImax: current wave

µs

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