Environmental Control Units (ECU)


Environmental Control Units (ECUs) are similar to Portable HVAC (also called portable climate control) but differ in that ECUs are typically engineered for military applications. That means that ECUs need to meet military requirements and they need to be able to stand-up to military environments and conditions. ECUs are commonly built with COTS (commercial off-the-shelf) components. Testing will follow a military standard like MIL-STD-810. 

Though most ECUs have a military application they are sometimes used commercially. Satellite broadcasting, airplanes, sleeper cabins for long-range trucking, and some laboratory environments are examples. ECUs offer heating, cooling, and sometimes humidity control for rigid and soft shell (tent) structures, containers, vehicles, aircraft, weapon systems, mobile hospitals, base camps, aircraft hangers, and communications enclosures. Durability, portability, and rapid deployment are all important factors. 

ECUs come in different forms big and small. Horizontal, vertical, split (evaporator inside, condenser outside) and trailer mount are most common. Process air is measured in tons and output of cooling or heating is measured in BTUs. Some units are designed for heating and cooling while others are primarily used for just one purpose. Units designed for telecommunication shelters, for example, tend to emphasize cooling as the electronics in those structures put out a lot of heat. The heater aspect of the unit will handle a lower kW amount often with upgrade options. The heater may also exist as a means of keeping the coils from freezing. Adding significant heat to a telecom shelter becomes relevant only in the coldest regions of our planet. Those units have robust heaters to maintain a safe working temperature. 

TUTCO Farnam designs and manufactures custom heating elements for ECUs, APUs (Auxiliary Power Units), and other climate control devices. Durable. Reliable. Custom. Contact a TUTCO Farnam engineer today to see what we can do for you.


Environmental Control Units
A Higher Degree of Support

Engineering service and support is a big part of what we do. Offered on an application by application basis. With over 2,000 unique heating element designs, chances are we have done something similar to your project.

Determine Your Heater

27 heaters
Axial Fan Heaters
Axial Fan Heaters
1200 WMax Watt:
158 °FMax Inlet:
290 °FMax Exhaust:
1Min SCFM:
105Max SCFM:
–PSIG:
Cool Touch™ 050
Cool Touch™ 050
500 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
1Min SCFM:
7.5Max SCFM:
120PSIG:
Cool Touch™ 150
Cool Touch™ 150
5000 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
4.8Min SCFM:
70Max SCFM:
120PSIG:
Cool Touch™ 200
Cool Touch™ 200
12500 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
9.6Min SCFM:
100Max SCFM:
120PSIG:
Crossflow Blower Heater - 5.55"
Crossflow Blower Heater - 5.55"
1500 WMax Watt:
290 °FMax Inlet:
662 °FMax Exhaust:
0Min SCFM:
0Max SCFM:
–PSIG:
Crossflow Blower Heater - 7.91"
Crossflow Blower Heater - 7.91"
2250 WMax Watt:
290 °FMax Inlet:
662 °FMax Exhaust:
0Min SCFM:
0Max SCFM:
–PSIG:
Crossflow Blower Heater - 10.32"
Crossflow Blower Heater - 10.32"
3500 WMax Watt:
290 °FMax Inlet:
662 °FMax Exhaust:
0Min SCFM:
0Max SCFM:
–PSIG:
Crossflow Blower Heater - 12.72"
Crossflow Blower Heater - 12.72"
4500 WMax Watt:
290 °FMax Inlet:
662 °FMax Exhaust:
0Min SCFM:
0Max SCFM:
–PSIG:
Crossflow Blower Heater - 14.98
Crossflow Blower Heater - 14.98
5000 WMax Watt:
290 °FMax Inlet:
662 °FMax Exhaust:
0Min SCFM:
0Max SCFM:
–PSIG:
Duct Heater 12
Duct Heater 12
16000 WMax Watt:
800 °FMax Inlet:
800 °FMax Exhaust:
200Min SCFM:
7000Max SCFM:
–PSIG:
Duct Heater 13
Duct Heater 13
32000 WMax Watt:
800 °FMax Inlet:
800 °FMax Exhaust:
200Min SCFM:
7000Max SCFM:
–PSIG:
Duct Heater 22
Duct Heater 22
48000 WMax Watt:
800 °FMax Inlet:
800 °FMax Exhaust:
700Min SCFM:
25000Max SCFM:
–PSIG:
Duct Heater 6
Duct Heater 6
6000 WMax Watt:
800 °FMax Inlet:
800 °FMax Exhaust:
50Min SCFM:
1800Max SCFM:
–PSIG:
Flow Torch™ 200
Flow Torch™ 200
6000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
10Min SCFM:
115Max SCFM:
120PSIG:
Flow Torch™ 400
Flow Torch™ 400
35000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
19Min SCFM:
500Max SCFM:
3PSIG:
Flow Torch™ 600
Flow Torch™ 600
60000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
38Min SCFM:
1100Max SCFM:
3PSIG:
Flow Torch™ 800
Flow Torch™ 800
75000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
76Min SCFM:
2000Max SCFM:
3PSIG:
Heat Torch™ 030
Heat Torch™ 030
300 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
0.3Min SCFM:
1Max SCFM:
120PSIG:
Heat Torch™ 050 - Ceramic
Heat Torch™ 050 - Ceramic
600 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
1Min SCFM:
10Max SCFM:
120PSIG:
Heat Torch™ 050 - Mica
Heat Torch™ 050 - Mica
600 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
1Min SCFM:
10Max SCFM:
120PSIG:
Heat Torch™ 075 - Ceramic
Heat Torch™ 075 - Ceramic
1000 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
1.3Min SCFM:
25Max SCFM:
120PSIG:
Heat Torch™ 075 - Mica
Heat Torch™ 075 - Mica
1000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
1.3Min SCFM:
25Max SCFM:
120PSIG:
Heat Torch™ 150
Heat Torch™ 150
5000 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
4.8Min SCFM:
70Max SCFM:
120PSIG:
Heat Torch™ 200
Heat Torch™ 200
12500 WMax Watt:
250 °FMax Inlet:
1300 °FMax Exhaust:
9.6Min SCFM:
100Max SCFM:
120PSIG:
Pressure Torch™ 400
Pressure Torch™ 400
35000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
19Min SCFM:
500Max SCFM:
150PSIG:
Pressure Torch™ 600
Pressure Torch™ 600
60000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
38Min SCFM:
1100Max SCFM:
150PSIG:
Pressure Torch™ 800
Pressure Torch™ 800
75000 WMax Watt:
250 °FMax Inlet:
932 °FMax Exhaust:
76Min SCFM:
2000Max SCFM:
150PSIG:
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