Hot Pressure Cleaners Boiler Assemblies + Panel
Fast Moving Boilers (With Panel)
Boiler Spare Parts
Part #
BAR L/min
Coil
Nozzle Electrovalve Motor Consumption Weight
List
Part #
Description
List
Metres OD Diam
Kcal/h Kg/h
Complete Burner Motor 230V
$POA
118 9.014.02.010
Medium Boilers - 15 L/min 109 3.026.02.101P 250 15 24 2.1 3/8” Large Boilers - 15-25 L/min 109 3.026.02.105P 350 25 35 2.77 3/8”
1.25
$4,116 A
$135 D
12v DC
12v 46.000 4.73 48
118 4.031.04.003
Thermostat
$19 D
118 4.069.04.002 Flame Control Probe
$4,040 B
$78 D
118 4.040.04.012
DC Coil 24V
2.25 24v AC* 220v (50) 90.000 9.3 62
$5,186 A
$71 D
109 3.026.02.106P 350 25 35 2.77 3/8”
12v DC
12v 90.000 8.31 61
118 2.032.04.004
Electrode
2.25
Control Panel (only) 118 2.031.04.193 350 25
$270 C
118 3.015.24.012 Fuel Pump 12/24V
$1,113 B
$897 B
240v
118 2.031.04.176 Switch Box 12V C3
$897 B
$498 C
118 2.031.04.176 350 25
12v
118 50.000.032.1 Lower Chimney - HEB
Some things to know about Boilers:
Ignition Transformer
Solenoid Valve
Power Supply: Standard Version: Power Supply to Solenoid Valve on the Fuel Pump - 24v Power Supply to the Fan Motor - 240v or 415v
Fuel Pump
Fuel Pump
Burner Motor
12v Version: Power Supply to Solenoid Valve on the Fuel Pump - 12v Power Supply to the Fan Motor - 12v (The 12v boiler is supplied with industry standard Electromechanical transformer, which is physically big (and more expensive)). Also available with a Danfoss Electronic 30ma Transformer. Temperature Rating: The pressure cleaning industry generally rates temperature of the hot water generated at 90°. Due to a number of factors, including burner motor size, coil height and coil tube thickness, and the general principles of thermal efficiency, most hot water machines do not generate hot water to 90°. While the table on the facing page declares “true temperature”, our boilers are consistent in performance to those generally available in the market. Coil Wall Thickness: The tube wall thickness of a burner coil is not in itself an accurate judge of the quality of a coil. The wall thickness of a BAR coil is 2.5mm. A competitor coil, the Pt for example, has a wall thickness of 3.6mm. If the outside diameter of the tube is the same (for e.g. 3/8”), the extra wall thickness must reduce the internal passage that water can flow through. A thicker wall and reduced internal passage means less efficiency, as the water takes longer to heat and there is more thermal (heat) loss from the extra steel. In summary, a thicker walled coil will provide longer life and much reduced efficiency, while a thinner wall will provide a shorter life and much increased efficiency. Blower
Indicative prices only, excludes GST & Freight
143
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