High efficiency condensing combination boilers
27
Technical Data
HeatMaster® 201 Booster
Performance Data
Fuel
Natural Gas/LPG
Burner options
Type
BG2000-M
Input - heating
kW
60 to 220
Input - hot water
kW
60 to 240
Output - heating
kW
58.7 to 210.1
Output - hot water
kW
58.7 to 225.0
Primary capacity
L
245
Total capacity
L
645
Heating surface area
m
2
5.3
Primary circuit pressure drop
mbar
240
DHW tank pressure drop
mbar
190
DHW connection (male BSP)
Ø
2"
Primary connection (female BSP)
Ø
2"
Flue connection
Ø mm
250
Weight empty
kg
580
Weight full
kg
1221
Gas flow rate
m
3
/h
25.4/6.35
Minimum working gas pressure
mbar
20/37
Maximum operating temperature
°C
90
Maximum operating pressure Primary: 3 bar Secondary: 10 bar
Gas connection - 1
1/4
"
Dimensions
HeatMaster® 201 Condenser
An external condensing unit
boosting the efficiency of the
incorporated HeatMaster® to 108%.
• Reduced energy bill
• Ideal for large commercial applications
• Minimum space required
The HeatMaster 201 Condenser is delivered with the following.
• HeatMaster insulated body and control panel
• Complete casing
• Flue connection with horizontal exhaust and gasket
• Hydraulic kit, including 4-way valve, pipework and hydraulic fittings
and shunt pump
• Gas burner with insulation and gasket
High efficiency condensing combination boilers
26
HeatMaster®
201 Condenser
A
590mm
B
2069 mm
C
2223mm
D
2387mm
E
416mm
F
250mm
G
416mm
H
1696mm
I
1970mm
1
2
3
4
5
6
7
8
9
10
1. Condenser
2. Flue connection
3. Heating return
4. Support bracket
5. Recirculation pipework
6. Recirculation pump
7. Recirculation pipework
8. 4-way valve
9. Recirculation pipework
10. Flue cowling
HeatMaster® 201 Booster
Litres in first 10 minutes
40°C
1745
Litres in first 10 minutes
45°C
1489
Litres in first 10 minutes
60°C
971
Litres in first hour
40°C
7100
Litres in first hour
45°C
5667
Litres in first hour
60°C
3534
Continuous flow 40°C
Ltrs/hr
6425
Continuous flow 45°C
Ltrs/hr
5039
Continuous flow 60°C
Ltrs/hr
2914
Reheat time at 60°C
Min
23
Please Note:
Performance data assumes a primary flow temperature of 90°C and a domestic cold water supply of 10°C
