Skip to content

Truck mounted air compressors

A compressor and its power on a vehicle chassis, for service fleets and utilities.

Technical data

Free air delivery
7.1 – 13.6 m³/min
Working pressure
10 – 25 bar g
Motor power
23 – 42 kW
Truck mounted air compressors

Overview

A service truck that has to carry its own air is a different specification from a towed compressor. It has to be compact, it has to be driven off the vehicle or by its own engine within the body, and it has to start reliably after standing for three days in the sun.

These are packages built onto the chassis: compressor, receiver, controls and the pipework to the reels, arranged so the crew can work from the vehicle without unloading anything.

Key benefits

No trailer to tow

One vehicle, one driver, one licence. For a utility crew that is the whole argument.

Ready on arrival

Air available from the reel within a minute of stopping. Nothing is unloaded and nothing is set up.

Chassis engine or standalone

Driven off the vehicle's power take off, or by its own engine inside the body, depending on the duty.

Built for the route

Dust filtration, high ambient rating and a battery arrangement chosen for how the vehicle is actually used.

Choosing the drive

A power take off drive uses the vehicle engine and saves weight, space and a second thing to maintain. It requires the engine to run while air is being made, which is fine for intermittent tool work and poor for long continuous duties.

A separate engine inside the body costs weight and service but runs independently, so the vehicle can be switched off and the compressor left working. For crews that stay in one place for hours, that is usually the right choice.

Electric drive from a site supply is the third option and it is growing, particularly for municipal work where noise and emissions in a residential street have become the deciding factor.

  • Power take off drive from the vehicle engine
  • Separate diesel engine inside the body
  • Electric drive from a site supply
  • Receiver and hose reels integrated
  • Dust filtration for the route
  • Controls at working height

Model range

GA-TM-700-10700 rpm input, 117 °C discharge23.1 kW
10 bar g
8.0 m³/min
GA-TM-800-10800 rpm input, 115 °C discharge25.2 kW
10 bar g
9.5 m³/min
GA-TM-900-10900 rpm input, 113 °C discharge27.6 kW
10 bar g
11.0 m³/min
GA-TM-1000-101000 rpm input, 111 °C discharge30.0 kW
10 bar g
12.0 m³/min
GA-TM-1100-101100 rpm input, 109 °C discharge32.4 kW
10 bar g
13.6 m³/min
GA-TM-700-15700 rpm input, 147 °C discharge25.8 kW
15 bar g
7.5 m³/min
GA-TM-800-15800 rpm input, 145 °C discharge28.0 kW
15 bar g
9.0 m³/min
GA-TM-900-15900 rpm input, 143 °C discharge30.7 kW
15 bar g
10.5 m³/min
GA-TM-1000-151000 rpm input, 141 °C discharge33.4 kW
15 bar g
11.7 m³/min
GA-TM-1100-151100 rpm input, 139 °C discharge36.0 kW
15 bar g
13.2 m³/min
GA-TM-700-20700 rpm input, 172 °C discharge29.2 kW
20 bar g
7.3 m³/min
GA-TM-800-20800 rpm input, 170 °C discharge31.9 kW
20 bar g
8.7 m³/min
GA-TM-900-20900 rpm input, 168 °C discharge34.9 kW
20 bar g
10.1 m³/min
GA-TM-1000-201000 rpm input, 166 °C discharge38.0 kW
20 bar g
11.4 m³/min
GA-TM-1100-201100 rpm input, 164 °C discharge41.0 kW
20 bar g
12.8 m³/min
GA-TM-700-25700 rpm input, 190 °C discharge32.5 kW
25 bar g
7.1 m³/min
GA-TM-800-25800 rpm input, 188 °C discharge35.4 kW
25 bar g
8.5 m³/min
GA-TM-900-25900 rpm input, 186 °C discharge38.8 kW
25 bar g
9.8 m³/min
GA-TM-1000-251000 rpm input, 184 °C discharge42.3 kW
25 bar g
11.1 m³/min

Performance to ISO 1217 Annex C at 20 °C inlet, 1 bar(a). Figures are typical and subject to confirmation. Ask us for the certified test report for your selected model.

Frequently asked questions

Can it run with the vehicle switched off?

Only if it has its own engine or an electric supply. A power take off drive needs the vehicle engine running.

What flow can a truck mounted unit give?

It depends on the chassis and the drive. Tell us the tools the crew uses and how many run at once, and we will size it from that rather than from a catalogue figure.

Is it noisier than a towed compressor?

Usually quieter, because the body encloses it. Where the work is in residential streets we specify the low noise build or an electric drive.

How is it mounted?

On the chassis behind the cab or inside the body, with the receiver and hose reels arranged so the crew works from the vehicle without unloading anything.

Does it affect the payload?

Yes, and it is accounted for at the design stage. We give the installed weight and the axle loading before the body is built, not after.

Can it be retrofitted to an existing truck?

Often, yes, depending on the chassis and the power take off available. We survey the vehicle before quoting rather than assuming.

What about starting after standing for days?

That is what the battery arrangement and the cold start provisions are for. It is specified for how the vehicle is actually used, including how long it stands.

Is dust a problem on unsealed roads?

It is the main one. Inlet filtration is sized for the route rather than for a standard figure, and the filter is reachable without unloading the body.

How is it serviced?

On the same schedule as any compressor of that size, and our engineers come to the depot rather than the vehicle being taken off the road twice.

Electric drive instead of diesel?

Growing, particularly for municipal work where noise and emissions in a residential street have become the deciding factor. It needs a site supply, which is the limitation.

Related products

Not sure which model you need?

Send us your air demand, working pressure and running hours. Our engineers will size the machine and send a written recommendation, no cost, no obligation.