FMU2 - Floor Mixing Unit 2emmeti.co.uk/...Guide-FMU2-Floor-Mixing-Unit-April... · FMU 2 Floor...

FMU2 - Floor Mixing Unit 2Manifolds • Controls • Accessories

www.emmeti.co.uk

Engineered Water Solutions

2

Technical Product Guide

For more information please call us on 01993 824900 or view our website at www.emmeti.co.uk

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FMU2 Floor Mixing Unit 2

The FMU2 Floor Mixing Unit 2 is a pre-assembled competitively priced manifold designed for underfloor heating systems.

Included in the FMU2 Floor Mixing Unit 2 is a TM3 Thermostatic Control Group, Lowara Ecocirc circulating pump, temperature gauge, mounting brackets and swivel joints for connection to the manifold assembly.

Available from 2 way - 12 way fixed at 210mm with options of either flowmeters or locksheilds on the flow rail. Both the flowmeters (FM) and locksheilds (LS) are double regulating with isolation function. The return rail has a blue capped integrated electrothermic body (ready for the electrothermic head) per circuit.

The TM3 thermostatic mixer included in the FMU2 Floor Mixing Unit 2 ensures that hot water from the heat source and return water from the underfloor circuit are mixed together in the valve body to produce a range of temperatures from 20oC to 70oC. This range of temperatures suits a wide range of underfloor heating applications, from commissioning new floor screeds to operating with very thick floor screeds in commercial applications.

Another key component to the FMU2 is the Lowara Ecocirc pump. High efficiency single wet rotor circulators with fixed or variable speed and threaded connections. The Ecocirc is a high efficiency circulator using a shaft less spherical motor design. This design combine’s high efficiency and low noise. The Ecocirc is, ErP 2015 compliant. It also has a high magnetite resistance due to the revolutionary Anti-Block technology prolonging the life span of the pump.

Technical Data

Max. temperature on primary circuit 90oC

Maximum Operating Pressure 10 Bar

Primary circuit max ΔP: 1 Bar

Temperature range adjustment, mixed water

20-70°C

Heating capacity that can be exchanged

(ΔT 10°C, ΔP available 0.25 bar)

Thermostatic regulation: 10 KW flow increase valve pos. 0

Thermostatic regulation: 18 KW flow increase valve pos. 5*

Climatic regulation: 11.5 KW

Mixing valve pressure drops(thermostatic regulation)

Kv 3

Pressure drops with open bypass valve(thermostatic regulation)

Kvmax 4.8

Mixing valve pressure drops(climatic regulation)

Kv 4

Temperature Gauge Range 0-80 °C

Manifold Connectons 24x19 - takeoffs 50 mm

Circulator Pump Connection 1”1/2 - takeoffs 130 mm

Boxed set pre-assembled for immediate installation:

• The FMU2 Floor Mixing Unit integrates both

temperature and flow management, making the single

piece unit very easy to install, saving time on site.

• Supplied with our feature rich TM3 mixing unit, it

offers an integrated thermostatic mixing valve with

remote actuation giving accurate mixed temperature.

• Temperature range from 20°C to 70°C allows you to

heat screed floors up according to EN1264 protocol BS

EN 1264-4.

• The FMU2 Floor Mixing Unit pump is ErP 2015

compliant, variable speed with antiblock technology.

• The flow rail has a double regulating red sleeved 0 - 4

l/min flow meter per circuit. Return rail has a blue

capped integrated electrothermic body

• All nickel plated for improved appearance

• Mounting bracket for extra stability and noise reduction

• Valves Kvs 3 - 4.8, 10 - 18KW.

Features

* With circulator set to max.

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FMU2 Floor Mixing Unit 2 Construction

3

13

13

4

1 10

2

8

6

14

11

5

9

Primaryreturn Primary

flow

227mm

7

L =

1. Flow bar with either double regulating lock-shield or with double regulating flowmeters

2. Return bar with built-in valves ready for electrothermic heads (available separately).

3. & 4. Mounting brackets with 210mm centres.

5. Mixing valve body with M30x1.5 thread for fixing the thermostatic head

6. Flow increase valve (thermostatic model only)

7. Lowara Ecocirc circulation pump. L =130mm

8. Thermostatic sensor phial located in pocket

9. Temperature gauge 0 to 80°C

10. ½” automatic air vent

11. Mixing valve thermostatic head with remote sensor, adjustable from 20°C to 70°C with M30 x 1.5 securing ring

12. Non-return valve (not shown in the figure)

13. Drain Fill Valves

14. Ball valve kit (not supplied) to fit 1” male connections

No of Ways Dimensions (mm)

2 L160 + 227mm

3 L210 + 227mm

4 L260 + 227mm

5 L310 + 227mm

6 L360 + 227mm

7 L410 + 227mm

8 L460 + 227mm

9 L510 + 227mm

10 L560 + 227mm

11 L610 + 227mm

12 L660 + 227mm

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Thermostatic Mixing Valve Exploded Diagram

The FMU2 Floor Mixing Unit 2 incorporates a TM3 thermostatic mixer which ensures accurate temperate control of underfloor heating. The unique design of the internal mixing valve components ensure that hot water from the heat source and return water from the underfloor circuit are mixed together in the valve body to produce a temperature range between 20°C to 70°C. This temperature range suits a range of underfloor heating applications from commissioning new floor screeds to operating with very thick screed in commercial applications. The following illustrations show how the mixing valve operates through its remote sensing thermostatic head.

1. Automatic air vent

2. Remote capillary actuator

3. Temperature gauge

4. High efficiency shaftless circulator

5. TM3 mixing valve body

6. Flow increase valve

7. Mixing valve shuttle

8. Mixing valve thermostatic head with remote sensor

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How the TM3 works - High Temperature

Thermostatic head set to a high temperature, allows almost all of the primary hot water from the heat source through the valve with only a small amount of return water to maintain the temperature set on the head, up to 70oC if required.

Thermal to mechanicalactuator

Calling forheat position

Mid-mix position

Satisfied position


2. Pocket for thermometer (0° – 80° C)

3. Remote temperature sensor

4. Capillary tube (400mm long)

5. Flow Manifold


7. Return manifold

8. Flow increase valve (Position 2)

9. Mixing Valve (Flow open, return closed)

10. 3-way mixing valve shuttle assembly


12. Non return valve

1

4

5

6

7

3

2

8

910

11

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How the TM3 works - Medium Temperature

Thermostatic head set to a medium temperature, restricts the primary hot water flow and allows more return water into the mixing chamber to reduce the mixed warm water temperature.



Mid-mix position

Satisfied position





5. Flow Manifold


7. Return manifold


9. Mixing Valve (Flow open, return open)




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5

6

7

3

2

8

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How the TM3 works - Low Temperature

Thermostatic head set to a low temperature (e.g. for commissioning with a new floor screed). The mixing valve has almost closed off the primary hot water and is mixing a higher proportion of return water into the mixing chamber which reduces the mixed water temperature right down to 20oC if required.



Mid-mix position

Satisfied position





5. Flow Manifold


7. Return manifold


9. Mixing Valve (Flow closed, return open)




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5

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7

3

2

8

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TM3 mixing valve Operation of flow increase valve

1. Flow increase port closed

2. Return port open

1

Return Flow

Return

Cut-away / exploded viewshowing flow increase valve /mixing chamber

Flow

Return Flow

To pump

2

1. Flow increase port open

2. Return port open

1

2

1. Flow increase port

2. Mixing Chamber

1

2

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Setting the Flow Increase Valve

100

1000

Perdite carico gruppo miscelazione

10100001000100

0 Kv=3

1 Kv=3,4

2 Kv=3,8

3 Kv=4,2

4 Kv=4,54 Kv=4,5

5 Kv=4,8

0

Δp

[mba

r]

Q [l/h]

Mixing unit pressure drops

1000

Capacity (W) Circulator Setting Flow Increase Valve Setting

9000 maximum 5

8000 maximum 2 - 3

7000 maximum 0

6000 average 5

5000 average 2 - 3

4000 average 0

Capacity (W) Circulator Setting Flow Increase Valve Setting

18000 maximum 5

17000 maximum 3 - 4

16000 maximum 2

15000 maximum 1

14000 maximum 0

13000 average 5

12000 average 4

11000 average 2 - 3

10000 average 1

∆Tip = 10 °C T Boiler = 70 °C Tip = 45 °C ∆Pip = 0,25 bar ∆Tip = 5 °C T Boiler = 70 °C Tip = 45 °C ∆Pip = 0,25 bar

Once the total rate of the system has been calculated:

Qip = total system = (P [W] x 0.86) / (∆Tip)

Where P is the total calculated heat demand in Watts and ∆Tip is the calculated temperature difference across the

system the pressure drop for the mixing unit can be read off on the graph above. The mixing unit pressure drop curves show the Flow Increase Valve settings from fully closed to fully open and allow the installer/ designer to choose a suitable rate and pressure drop to suit the system. Together with the calculated pressure drop of the

system and manifold, the pump setting can then be chosen.

The tables below show two examples of required system output against the Flow Increase Valve setting based on assumed values of temperature, temperature drop and pressure drop for the system for guidance.

∆Tip – temperature difference on UFH circuitsTBoiler – primary temperatureTip –secondary temperature∆Pip – circuit pressure drop


* with manifold pump set to max

* with manifold pump set to max

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2 Magnetite and Sludge can both be found in heating systems and both have magnetic properties. This sludge or magnetite can accumulate within the permanent magnetic parts of high efficiency pumps and can cause failures. The Anti-Block Technology separates the main flow of the pumped media completely from the permanent magnetic parts and thus eliminates the chances of failure.

Anti-Block Technology

The main flow of the pumped media (blue) and its magnetite and sludge (red) does not come into contact with the permanent magnet rotor.


High efficiency single wet rotor circulators with fixed or variable speed and threaded connections. The Ecocirc is a high efficiency circulator using a shaftless spherical motor design. This design combine’s high efficiency and low noise.The Ecocirc is, ErP 2015 compliant It also has a high magnetite resistance thanks to the new Anti-Block technology.

• Quick and easy to install

• Energy Saving

• High efficiency and long term quiet operation

• Only one moving part

• No common shaft, shaft seals and conventional bearings

• No back bearing

• No air vent bleed valve

• Floating spherical impeller

• LED light showing the status of the pump

• Speed selector switch with automatic regulation

• Self realigning ultra-hard ceramic ball bearing

• Antiblock device

• Permanent magnet electronically commutated type motor.

Lowara Ecocirc Pump

Lowara EcoCirc Pump

High efficiency single wet rotor circulators with fixed or variable speed and threaded

connections. The Ecocirc is a high efficiency circulator using a shaftless spherical motor design .This

design combine’s high efficiency and low noise.The EcoCirc is, ErP 2015 compliant It also has a high

magnetite resistance thanks to the new Anti-Block technology.

• EcoCirc Pump is quick and easy to install • Energy Saving • High efficiency and long term quiet operation • Only one moving part • No common shaft, shaft seals and conventional bearings • No back bearing • No air vent bleed valve • Floating spherical impeller • LED light showing the status of the pump

Easy to control

Two in one control: Manual speed control displayed by a white LED, automatic speed control displayed by a blue LED

Anti block technology

Easy to access

The screw ring design results in a pump motor that can be rotated in any position around the 360° circle. The electrical connection as well as the control knob is therefore easy to access.

Optimised motor technology

The integrated over temperature protection can automatically reduce the speed of the pump or even make it stop and start again to protect the electronics and the bearing in case of dry run situations

Automatic air venting mode

A small flow of water is drawn through the wet running parts of the circulator which cools and lubricates the bearing. This ensures that magnetite and sludge does not come into contact with the bearing and magnet rotor.

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2Lowara Ecocirc 25-6/130

Technical Data and Dimensions

130mm

G 1 1/2” G 1 1/2”

141m

m

104m

m

113m

m

Models A B C D E

in mm in inch in mm in mm in mm

25-xx/130 130 G 1 1/2 104 141 113

130mm

G 1 1/2” G 1 1/2”

141m

m

104m

m

113m

m

Motor design Electronically commutated, shaftless spherical motor design with permanent magnetic rotor

Max. system pressure 10 bar

Electric connection 200 - 240 Volt, 50 / 60 Hertz

Power consumption Models Ecocirc 25-6: 4 - 42 Watt

Accepted liquids Heating water VDI 2035

Water/Glycol mixtures*

Magnetite resistance Anti-Block Technology

Accepted temperature range -10 °C** to +110° C

Energy ErP 2015 ready

Motor protection class IP 44

Insulation class F

Temperature Gauge Range 0-80 °C

Manifold Connectons 24x19 - takeoffs 50 mm

Circulator Pump Connection 1”1/2 - takeoffs 130 mm

Pump curves

DimensionsModels A

in mmB

in inchC

in mmD

in mmE

in mm

25-xx/180 180 G 1 1/2 104 141 113

32-xx/180 180 G 2 104 141 113

15-xx/130 130 G 1 104 141 113

20-xx/130 130 G 1 1/4 104 141 113

25-xx/130 130 G 1 1/2 104 141 113A

B B C

DE

A

B B C

DE

Replacement guide

ho

usi

ng

le

ng

th

Vers

ion Lowara Third-party manufacturer Grundfos

New Highly efficient motor Standard motor Highly efficient motor

180

4m

Ecocirc 25-4/180 EA, EA+, EV, or EV+...25-4/180 UPS, UPE, Alpha or Alpha+ ...25-40 Alpha pro, Alpha 2 or Alpha 2L ...25-40

Ecocirc 32-4/180 EA, EA+, EV, or EV+... 32-4/180 UPS, UPE, Alpha or Alpha+ ...32-40 Alpha pro, Alpha 2 or Alpha 2L ...32-40

6m



130

4m

Ecocirc 15-4/130 EA, EA+, EV, or EV+... 15-4/130 UPS, UPE, Alpha or Alpha+ ...25-40/130 Alpha pro, Alpha 2 or Alpha 2L ... 15-40 130


Ecocirc 20-4/130 EA, EA+, EV, or EV+... 20-4/130 UPS 20-40/130 -

6m



Ecocirc 20-6/130 EA, EA+, EV, or EV+... 20-6/130 UPS 20-60/130 -

ho

usi

ng

len

gth

Vers

ion Lowara Third-party manufacturer Wilo

New Highly efficient motor Standard motor Highly efficient motor

Ecocirc 25-4/180 EA, EA+, EV, or EV+...25-4/180 Star RS, Star E ...25/4 Stratos Eco, Pico, Yonos ...25/1-4

Fördermenge (m 3/h)

Förd

erhö

he (

m)

variabler Di renzdruck (auto, blaue LED)

konstante Drehzahl (vario, weiße LED)

0

1

2

3

4

5

6

0 0,5 1 1,5 2 2,5

Kennlinienfelder Ecocirc Basic xx-4

3,0 3,5


Förd

erhö

he (m

)



0

1

2

3

4

5

6

0 0,5 1 1,5 2 2,5


3,0 3,5


Förd

erhö

he

(m)



0

1

2

3

4

5

6

0 0,5 1 1,5 2 2,5


3,0 3,5

Pum

p he

ad (m

)

Flow rate (m 3)

Ecocirc xx-4 Ecocirc xx-6

step-less manually constant speed (white LED)

automatic variable di rential pressure (blue LED)

Pump curves

H [m

]

0

1

2

3

40 2 4 6 8 10 12

H [f

t]

0

2

4

6

8

10

12

0 2 4 6 8 10

H [k

Pa]

0

10

20

30

0.0 0.5 1.0 1.5 2.0 2.5 3.0

P [W

]

0

10

20

30

0.0 0.2 0.4 0.6 0.8 0298

0_D

_CH

Q [US gpm]

Q [Imp gpm]

Q [m3/h]

EN 1151-1

Q [l/s]

Ecocirc 15-4/130 Ecocirc 25-4/180Ecocirc 20-4/130 Ecocirc 32-4/180Ecocirc 25-4/130

4

3

2

76

5

1

4 3 27 6 5

1

H [m

]

0

1

2

3

40 2 4 6 8 10 12

H [f

t]

0

2

4

6

8

10

12

0 2 4 6 8 10

H [k

Pa]

0

10

20

30

0.0 0.5 1.0 1.5 2.0 2.5 3.0

P [W

]

0

10

20

30

0.0 0.2 0.4 0.6 0.8 0298

2_D

_CH

Q [US gpm]

Q [Imp gpm]

Q [m3/h]


EN 1151-1

Q [l/s]

4

3

2

7

6

5

1

43

2

7

6

5

1

These performances are valid for liquids with density ρ = 1.0 Kg/dm3 and kinematic viscosity ν = 1 mm2/sec.Pump operates steplessly. Lines correspond to knob settings and are for reference only.

Constant Speed Variable Speed

Ecocirc Operating Characteristics


8

Ecocirc...6/ SERIESEcocirc...6/ SERIESEcocirc...6/ SERIESEcocirc...6/ SERIESEcocirc...6/ SERIESSINGLE-PHASE OPERASINGLE-PHASE OPERASINGLE-PHASE OPERASINGLE-PHASE OPERASINGLE-PHASE OPERATING CHARACTERISTICTING CHARACTERISTICTING CHARACTERISTICTING CHARACTERISTICTING CHARACTERISTICSSSSS

H [m

]

0

1

2

3

4

5

6

0 2 4 6 8 10 12 14

H [ft

]

0

5

10

15

0 2 4 6 8 10 12

H [kP

a]

0

10

20

30

40

50

0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5

P [W

]

0

20

40

60

0.0 0.2 0.4 0.6 0.8

029

81

_D

_C

H

Q [US gpm]

Q [Imp gpm]

Q [m3/h]

EN 1151-1

Q [l/s]


4

3

2

7

6

5

1

43

2

7 65

1

H [m

]

0

1

2

3

4

5

6

0 2 4 6 8 10 12 14

H [ft

]

0

5

10

15

0 2 4 6 8 10 12

H [kP

a]

0

10

20

30

40

50

0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5

P [W

]

0

10

20

30

40

50

0.0 0.2 0.4 0.6 0.8

029

83

_D

_C

H

Q [US gpm]

Q [Imp gpm]

Q [m3/h]


EN 1151-1

Q [l/s]

4

3

2

7

6

5

1

4

3

2

7

6

5

1

PUMP SPEED

TYPE l/s 0 0,06 0,11 0,17 0,22 0,31 0,44 0,56 0,69 0,89

MIN MAX m3/h 0 0,2 0,4 0,6 0,8 1,1 1,6 2,0 2,5 3,2

230V 50Hz W W

Performances according to standards EN 1151-1 * ErP ready 2013 ecocirc6-c-50-en_a_th

0,9max 4,3 3,65,3 5,0 4,7 3,0 2,1

Ecocirc 15-6/130

Ecocirc 20-6/130

Ecocirc 25-6/130

Ecocirc 25-6/180

Ecocirc 32-6/180

min 0,5 0,5

4 42

5,9 5,6

Q = DELIVERY

H = TOTAL HEAD METRES COLUMN OF WATER

0,4 0,30,4 0,1

EEI

0,26*

0,23

0,23

0,23

0,23

POWER

ABSORBED

PUMP SPEED

TYPE l/s 0 0,06 0,11 0,17 0,22 0,28 0,42 0,56 0,69 0,83

MIN MAX MIN MAX m3/h 0 0,2 0,4 0,6 0,8 1,0 1,5 2,0 2,5 3,0

230V 50Hz W W A A

Performances according to standards EN 1151-1 * ErP ready 2013 ecocirc6-p-50-en_a_th

"The benchmark for most efficient circulators is EEI 0,20."

1,253,70 4,05 4,38

0,54 0,54

2,152,86 3,09 3,38

0,540,54 0,54Ecocirc 15-6/130

Ecocirc 20-6/130

Ecocirc 25-6/130

Ecocirc 25-6/180

Ecocirc 32-6/180

4 42 0,09

max

POWER

ABSORBED ABSORBED

CURRENT

min

EEI

0,26*

0,23

0,23

0,23

0,23

0,25

2,95

0,54

3,70

Q = DELIVERY

H = TOTAL HEAD METRES COLUMN OF WATER

0,47

These performances are valid for liquids with density ρ = 1.0 Kg/dm3 and kinematic viscosity ν = 1 mm2/sec.Pump operates steplessly. Lines correspond to knob settings and are for reference only.

HYDRAHYDRAHYDRAHYDRAHYDRAULIC PERFORMANCE TULIC PERFORMANCE TULIC PERFORMANCE TULIC PERFORMANCE TULIC PERFORMANCE TABLEABLEABLEABLEABLE(CONST(CONST(CONST(CONST(CONSTANT SPEED)ANT SPEED)ANT SPEED)ANT SPEED)ANT SPEED)

(PROPORTIONAL PRES(PROPORTIONAL PRES(PROPORTIONAL PRES(PROPORTIONAL PRES(PROPORTIONAL PRESSURE)SURE)SURE)SURE)SURE)

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FMU2 Floor Mixing Unit

FMU2 Floor Mixing Unit with low temperature manifold including flowmeters

Designed for the underfloor heating market, supplied with our TM3 control group and manifold with an option of two to twelve circuits. The control group incorporates a Lowara Ecocirc Class A pump and a thermostatic mixing valve with remote actuation giving accurate mixed temperatures between 20-70oC.

The flow rail has a double regulating red sleeved 0 - 4 l/min flow meter per circuit. Return rail has a blue capped integrated electrothermic body.

The FMU2 Floor Mixing Unit pump is ErP 2015 compliant, variable speed with antiblock technology - thus removing magnetite and sludge which accumulate and therefore prolonging the lifespan of the pump.

Valves Kvs 3 - 4.8, 10 - 18KW. Temperature range adjustment 20 - 70oC.

Type Pcs/Pack Code1” 2-way 1 U18200021” 3-way 1 U18200031” 4-way 1 U18200041” 5-way 1 U18200051” 6-way 1 U18200061” 7-way 1 U18200071” 8-way 1 U18200081” 9-way 1 U18200091” 10-way 1 U18200101” 11-way 1 U18200111” 12-way 1 U1820012

FMU2 Floor Mixing Unit with low temperature manifold including lockshields

Designed for the underfloor heating market, supplied with our TM3 control group and manifold with an option of two to twelve circuits. The control group incorporates a Lowara Ecocirc Class A pump and a thermostatic mixing valve with remote actuation giving accurate mixed temperatures between 20-70oC.

The flow rail has a double regulating red lockshield per circuit. Return rail has a blue capped integrated electrothermic body.

The FMU2 Floor Mixing Unit pump is ErP 2015 compliant, variable speed with antiblock technology - thus removing magnetite and sludge which accumulate and therefore prolonging the lifespan of the pump.

Valves Kvs 3 - 4.8, 10 - 18KW. Temperature range adjustment 20 - 70oC.

Type Pcs/Pack Code1” 2-way 1 U18100021” 3-way 1 U18100031” 4-way 1 U18100041” 5-way 1 U18100051” 6-way 1 U18100061” 7-way 1 U18100071” 8-way 1 U18100081” 9-way 1 U18100091” 10-way 1 U18100101” 11-way 1 U18100111” 12-way 1 U1810012

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Progress straight ball valves kit Female revolving nut with butterfly handle

Type Pcs/Pack Code¾” F BSP x 1”F union 1 01306280

FMU2 Floor Mixing Unit Accessories

Copper adaptor; brass chrome-plated

Size Pcs/Pack Code22mm copper x ¾”M BSP 1 U9240020

3-point actuator for TM3, M3V Control Groups, FMU2 Floor Mixing Unit, FCU Floor Control Unit and Firstbox

Type Pcs/Pack Code230V 1 2815721024V (0-10VDC) 1 28157220

3-point actuator for use with weather compensating kit 28139070 shown below.

¾” F BSP x 1” F BSP loose nut union.

Boxed as a pair, with one red handle (flow) one blue handle (return).

Pair straight ball valves with pipe union for all T3 Control Groups

Size Pcs/Pack Code 1”F BSP x 1”F union 2 6066R006

Boxed as a pair, with red and blue aluminium butterfly handles, includes pre-assembled 1”F BSP loose nut union.

Copper adaptor; brass chrome-plated

Size Pcs/Pack Code22mm copper x 1”M BSP 1 U9240018

The RCE is an electronic temperature controller that has three modes of operation; Weather Compensation, Fixed Point and Modulating. It can be used for low temperature UnderFloor heating and cooling and high temperature radiator heating. Includes electronic control unit, remote mounting box, 2 sensors, probe holders and extension connector. The RCE can control 230V or 0-10V mixing actuator.

RCE Weather compensating kit for heating and cooling

Pcs/Pack Code 1 28139070

Electrothermic heads are fitted to the return bar to provide electrical control to each circuit when controlled via an EWC wiring centre. Normally open and 4 wire electrothermic heads are also available.

Control T - electrothermic head normally closed

Type Pcs/Pack Code 230V NC 1 0121324224V NC 1 01213202

Emmeti UK6 Tannery YardWitney Street Burford Oxfordshire OX18 4DW

T +44 (0) 1993 824900F +44 (0) 1993 824990W www.emmeti.co.ukE [email protected]

Respect the environment!For a correct disposal, the different materials must be divided and collected according to the regulations in force.

Emmeti copyrightAll rights are reserved. This publication nor any of its contents can be reproduced or publicised without Emmeti’s written authorisation.

The data contained in this publication are subject to change at any time, for technical and commercial requirements.Emmeti are not responsible for eventual errors or inexactitudes

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