Diesel Heaters
New product range at Splash Direct
23Kw Powerbuilt Diesel Heater (EOS7113)
Features
- Radiative direct fire, industrial portable heater
- Adjustable air blow heat angle; between 45° upward, 10° downward
- 2 Stage Fan for greater heat dispersion
- Safety features include Flame out, overheat, shock detection and incorrect voltage protection
- Equipped with air deflation valve to reduce start up smoke
- Owners manual supplied
- Wattage: Ignition 60W, Burning 100W
- Fuel Tank Capacity: 15L (burning duration 6.8 hours)
- Fuel Type: Kerosene or anti-freezing light Diesel
- Noise Level: 65db
(Test at a distance of: Height 1M, Clearance 1.5M)
- Dimensions: 590mm (W), 470mm (D), 70m0m (H)
- Accessories: Fuel filter, Fuel nozzle
40Kw Powerbuilt Diesel Heater (EOS7114)
Features
- Radiative direct fire, industrial portable heater
- Adjustable air blow heat angle; between 20° upward, 5° downward
- 2 Stage Fan for greater heat dispersion
- Safety features include Flame out, overheat and incorrect voltage protection
- Equipped with air deflation valve to reduce start up smoke
- Owners manual supplied
- Wattage: Ignition 85W, Burning 60W
- Fuel Tank Capacity: 35L (burning duration 8 hours)
- Fuel Type: Kerosene or anti-freezing light Diesel
- Noise Level: 60db
(Test at a distance of: Height 1M, Clearance 1.5M)
- Dimensions: 655mm (W), 695mm (D), 810mm (H)
- Accessories: Fuel nozzle, washer
Available Models:
| model |
Heat Output |
Fuel Consumption |
price
NZ$ (+GST) |
| EOS7113 |
78,549 BTU (23KW) |
2.2L/h (1.9kg/h) |
$1,430.00 |
| EOS7114 |
136,607 BTU (40KW) |
3.86L/h (3.23kg/h) |
$2,860.00 |
All prices exclude GST
General Guidelines for Calculating the Potential Required
to heat a given space
Equation:
- Q = V x Y x K
- Q = Thermal potential of space heater k/cal (to have BTU x 4)
- V = Volume of space to be heated M³
- Y = Difference in temperature C°
- K = Dispersion coefficient
- K = 1.6 – Spaces less than 4 meter high
- K = 2.0 – Spaces more than 4 meters high
- K = 4.0 – Half open spaces
Example:
If a workshop has a height less than 4 meters; and dimensions of:
- 30 Meters (L)
- 20 Meters (W)
- 3.7 Meters (H)
Room temperature this workshop wants to acheive is 15°C and considering that their early morning temperature is 2°C minimum.
- Q = V = 30 x 20 x 3.7 = 2220m³
- Y = 15°C less 2°C = 13°C
- K = 1.6 (Space less than 4m high)
- (V) 2220 x (Y) 13 x (K) 1.6 = 46176 k/cal
- k/cal x 4 = 184,704 BTU
This workshop would need at minimum 1x Spitfire DP50 (219,624 BTU)
