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Genesis FS floor standing condensing boiler MODELS OUTPUT (kW) 124 - 250 120 160 200 250

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Page 1: Genesis FS - uploads-ssl.webflow.com

Genesis FSfloor standing condensing boiler

MODELS

OUTPUT(kW)

124 - 250

120

160

200

250

Page 2: Genesis FS - uploads-ssl.webflow.com

13:1Modulation

Turndown

10yrHeat Exchanger

Warranty6

NOx Class

Genesis FSThe Genesis floor standing boiler is available in a range of 4 models from 124 - 250kW, with a highly durable stainless steel heat exchanger offering thermal efficiency up to 108% net. The Genesis FS boiler has a modulation range up to 13:1, with a small footprint which makes it suitable for installation in areas with space constraints. The boiler has an intelligent control system which can cascade up to 16 boilers in a modular configuration.

I N T R O D U C T I O N

key featuresStainless steel heat exchanger

Cascade installations up to 16 boilers

Class 6 NOx emissions

High modulation ratio up to 13:1

0-10V control

Compact dimensions

Stainless steel internal pipework

Efficiency of up to 108% net

10 year warranty* on heat exchanger2 year warranty* on parts

warranty

BIMDrawings

*subject to Terms & Conditions

MODELS

120

160

200

250

Stainless Steel

Nat Gas & LPG

Page 3: Genesis FS - uploads-ssl.webflow.com

S I N G L E B O I L E R D I M E N S I O N S

HeightWidthDepthAir inletChimney connectionHeating return connectionHeating flow connectionGas connectionCondensate drain

120 160

1524

648

787

125

130

2

2

¾

25

1524

648

787

125

130

2

2

¾

25

mm

mm

mm

mm

mm

inches

inches

inches

mm

200 250

1524

648

860

125

180

1

25

1524

648

860

125

180

1

25

Width Depth

Hei

ght

Gas mixing system with constant air/gas modulation

Stainless steel heat exchanger

Condensate drain dish

Condensate trap

internal structure

FRONT VIEW SIDE VIEW REAR VIEW

Gas Return Flow

Page 4: Genesis FS - uploads-ssl.webflow.com

T E C H N I C A L D ATA

pow

er

Maximum boiler output (80-60°C) - NG (G20)Maximum boiler output (50-30°C) - NG (G20)Maximum boiler output (80-60°C) - LPG (G31)Maximum boiler output (50-30°C) - LPG (G31)Minimum boiler output (80-60°C) - NG (G20) Minimum boiler output (50-30°C) - NG (G20)Minimum boiler output (80-60°C) - LPG (G31)Minimum boiler output (50-30°C) - LPG (G31)Maximum boiler inputHeat efficiency (50-30°C) - maximum outputStandby losses ModulationBuilding regulations Part L seasonal efficiency (Non Domestic Building) - NG

Building regulations Part L seasonal efficiency (Non Domestic Building) - LPG

120 160 200 250MODEL

226.7249.7226.7244.524.627.456.261.4

232.0107.70.26013.6:195.597.7

112.8124.0112.8122.010.812.027.930.5115.5107.50.21510.3:196.198.2

148.0162.7148.0159.918.320.436.640.0151.4107.50.2257.9:195.897.9

185.6204.2185.6204.224.226.846.050.0190.0107.50.2487.6:195.597.7

kW

kW

kW

kW

kW

kW

kW

kW

kW

%

kW

ratio

% gross

% gross

Dry weight 185 199 224 236Kg

gas

Gas flow rate, NG (G20) - maximum Gas flow rate, LPG (G31-37 mbar) - maximum*Maximum gas inlet pressure - NG (G20)Maximum gas inlet pressure - LPG (G31-37 mbar) Nominal gas inlet pressure - NG (G20)Nominal gas inlet pressure - LPG (G31-37 mbar)Minimum gas inlet pressure - NG (G20)Minimum gas inlet pressure - LPG (G31-37 mbar)

21.99.0254520371725

10.74.5254520371725

14.35.9254520371725

18.27.4254520371725

m�/hr

m�/hr

mbar

mbar

mbar

mbar

mbar

mbar

Electrical supply Power consumption - maximumPower consumption - minimum Run current - maximum

elec

tric

230/1/500.2750.030

1.4

230/1/500.1780.022

0.9

230/1/500.1970.030

1.0

230/1/500.2080.028

1.1

(Fused supply requirement of 3 Amps)

kW

kW

A

669.010.10.86.090

477.28.80.86.090

Water content System design flow rate (20°C ΔT rise) single boiler Water side pressure loss (20°C ΔT rise) single boiler Minimum water pressure Maximum water pressure Maximum flow temperature setting

hydr

aulic

515.58.00.86.090

6211.110.90.86.090

litres

l/s

kPa

bar

bar

°C

Flue gas temperature at 80/60°CFlue gas temperature at 50/30°CMax. flue gas pressureMass flow rate of flue gassesMax. condensate volumeDry NOx emission (0% excess O�)

flue

6135

20010130.036.0

6034

20047

14.436.6

6134

20064

18.639.4

6234

20080

24.038.7

°C

°C

Pa

g/s

kg/h

mg/kWh

*Calculated based on GCV for commercial propane - 93.1m3/h

Page 5: Genesis FS - uploads-ssl.webflow.com

S Y S T E M S C H E M AT I C S

5

5

5

5

23B

23B

GENESIS

GENESIS

GENESIS

GENESIS

22

22

22

22

sealed system with plate heat exchanger

sealed system with low loss header

3

3

H.C. Heating circuitD.H.W. Domestic hot waterA Primary return/drainB DHW cold water supply1. Primary flow2. Primary return3. Outside temperature sensor4. Boiler pump5. Expansion vessel6. Safety group (safety valve, air vent - air purge, manometer)7. Plate heat exchanger/low loss header8. Air vent 9. DHW primary pump10. DHW storage tank

11. DHW storage tank temperature sensor12. Check valve13. Water pressure sensor14. Room unit/room thermostat15. Mixing valve16. Consumers17. Cascade return sensor18. DHW circulation pump (with timer)19. HC pump20. System flow temperature sensor21. HC1, HC2, HC3 temperature sensor22. Strainer23. System pressure manager

Page 6: Genesis FS - uploads-ssl.webflow.com

Modutherm Limited Unit 4 GenesisEndeavour Drive Basildon, SS14 3WF

modutherm.co.ukTel: 0345 521 [email protected] member of the Modular Heating Group. CB/0420