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TECHNICAL DATA

04

 TECHNICAL  DOCUMENTATION

EXTREME 500

500

100

1½”

1”

28

28

1½”

120

100

230

50

3

EXTREME 500

910

810

570

1265

1510

1995

795

300

EXTREME 500

100

182

6.05

1.68

B

EXTREME 300

300

77

1¼”

¾”

28

28

1¼”

120

100

230

50

3

EXTREME 300

910

810

465

1260

1530

1830

710

300

EXTREME 300

100

163

5.44

1.51

B

EXTREME 200

200

63

1”

¾”

28

28

1”

120

100

230

50

3

EXTREME 200

380

280

465

735

995

1305

710

300

EXTREME 200

100

137

4.57

1.27

B

litre

kg

BSP

BSP

mm

mm

BSP

kW

W

V

Hz

A

 mm

 mm

 mm

 mm

 mm

 mm

 mm

 mm

 mm

 MJ

 MJ

 kWh

 

GENERAL

 Model

 Water Content of Appliance

 Weight (Empty)

 DHW Flow Connection

 DHW Return Connection

 Primary Flow Connection

 Primary Return Connection

 Mains Cold Water Supply Connection

 Maximum Plate Heat Exchanger Input

 Power Consumption (max) 

 Electrical Supply

 Frequency

 Fuse Protection

 

 

 

DIMENSIONS

 Model

 A

 B

 C

 D

 E 

 F

 G 

 H

 Model

 Insulation Thickness

 Standing Losses per Month

 Standing Losses per Day

 Standing Losses per Day

 Energy Efficiency Class 

EFFICIENCY

WATER QUALITY

 Acidity Level 
 Water Hardness

 pH

 Water Hardness

 Water Hardness

 °dH
 °fH

 mmol/l CaCO

3

7 - 8.5

3 - 12
5 - 22

0.53 - 2.14

Summary of Contents for Extreme 200

Page 1: ...I G H E F F I C I E N C Y H O T W A T E R S Y S T E M S I N S P I R E D E F F I C I E N C Y EXTREME HIGH EFFICIENCY HOT WATER SYSTEMS with INJECTION DYNAMICS TECHNICAL DOCUMENTATION ISSUE 01 18 Rev 0...

Page 2: ......

Page 3: ...d Overview Description Operation Operation Installation Siting Over Heat Protection Open Vented Applications Discharge Pipework Discharge Pipework continued Unvented Mains Kit Valve Multiple Rapide Ex...

Page 4: ...P mm mm BSP kW W V Hz A mm mm mm mm mm mm mm mm mm MJ MJ kWh GENERAL Model Water Content of Appliance Weight Empty DHW Flow Connection DHW Return Connection Primary Flow Connection Primary Return Conn...

Page 5: ...0 1750 1800 1850 1900 1950 2000 2050 2100 2150 2250 2300 2350 2400 2450 2500 2550 2600 Rapide Extreme 200 Rapide Extreme 300 Rapide Extreme 500 Heat Input kW DHWS Flow litres FLOW CHARACTERISTICS TECH...

Page 6: ...110 120 5 10 15 20 25 30 35 40 45 50 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 0 0 30 Flow Rate Resistance Flow Rate l s Resistance kPa kW Rating Input FLOW CHARACTERISTICS 06 TECHNICAL DOCUMENTATION F...

Page 7: ...within the vessel to transfer heat the loading system introduces water at 60 C in to the top of the vessel This drastically reduces the proliferation of Legionella bacilli and in instances where the a...

Page 8: ...ylinder the primary temperature sensor TT4 will look for a minimum primary temperature before releasing the loading pump to allow the loading process to begin The minimum required primary temperature...

Page 9: ...ted to the primary flow or return pipework to the cylinder as part of the over heat protection for the cylinder to comply with G3 regulations See wiring diagram for electrical connection information P...

Page 10: ...gh level e g in to a metal hopper and metal downpipe with the end of the discharge clearly visible tundish visible or not or on to a roof capable of withstanding high temperature discharges of water a...

Page 11: ...2 from a G1 2 temperature relief valve is 9 0m Subtract the resistance for 4 no 22mm elbows at 0 8m each 3 2m Therefore the permitted length equates to 5 8m 5 8m is less than the actual length of 7 0m...

Page 12: ...fety Valve a tee piece can be fitted between the Pressure Regulating Valve and the non return valve if a balanced cold water tapping is required Expansion Vessel Tapping Mains cold water outlet Non re...

Page 13: ...ION The Rapide Extreme hot water cylinders can be installed in a multiple arrangement but all pipework must be installed in a parallel fashion or the flow must be arranged to be equal to all cylinders...

Page 14: ...C D E F Connections 2 and 3 External Legionella Circuit 1 Connections 4 and 5 N A Connections 6 and 7 N A Connections N and L Incoming Electrical Supply 2 Connections 8 and 9 Two Port Valve Supply 2 3...

Page 15: ...Connection End Switch Common Connection FIGURE 11 SCHEMATIC INSTALLATION DETAIL FOR TWO PORT VALVE HEAT SOURCE TWO PORT VALVE LOADING PUMP DHW FLOW MCW SUPPLY DHW SECONDARY RETURN TT 4 TT 2 TT 3 TT 1...

Page 16: ...and disconnect all water supplies and ensure all electrical supplies are isolated Run a drain hose from the drain valve to an operating drain then connect a controlled mains cold water supply to the...

Page 17: ...TT3 loading will continue Check sensor connection at sensor and PCB Loading process continues at 100 Check sensor connection at sensor and PCB Loading process begins after preset time Loading pump is...

Page 18: ...NOTES 18 TECHNICAL DOCUMENTATION...

Page 19: ......

Page 20: ...Systems Ltd 11 Merse Road North Moons Moat Redditch Worcestershire B98 9HL UK North Moons Moat Redditch Worcestershire B98 9HL UK T 44 0 3452 60 60 20 F 44 0 3452 60 60 21 E info mikrofill com www mik...

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