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AGT Series (Two-Stage) Gas Boosters

AGT Series two-stage gas boosters provide efficient means of boosting to a high gas compression ratio since he ratio per stage is low.

Maximum outlet pressure = drive area ratio X air drive pressure + gas supply pressure X the area ratio of the two gas pistons.

Haskel AGT diagram

General Specifications:

  • Min Air Drive Pressure: 20 psig
  • Max Air Drive Pressure: 150 psig (except AGD-1.5 = 130 psig
  • Max Cycling Speed: 60 cycles / minute

Connections:

  • Air inlet: 1/2″ FNPT
  • Gas inlet: 3/8″ FNPT, 3/8″ SAE or 1/4″ HP (depending on model)
  • Gas outlet: 3/8″ FNPT to 1/2″ FNPT, 3/8″ SAE or 1/4″ HP (depending on model)
Haskel gas booster model numbers

AGT Series Model Section Chart

Model

Number

Max Gas Supply Pressure

Min Gas Supply Pressure

 Max Gas Outlet Pressure

Static Outlet Stall Pressure

Displacement per Cycle

1250
1/4-ATM
1250 psi
4 Pa + Ps
10 cu. in.
6 Pa to 25001
25 psi
5000 psi
15 Pa + 2 Ps
13.2 cu. in.
2 Pa to 25001
25 psi
9000 psi
30 Pa + 4 Ps
13.2 cu. in.
12 Pa to 25001
25 psi
5000 psi
30 Pa + 2 Ps
13.2 cu. in.
4 Pa to 25001
25 psi
9000 psi
60 Pa + 4 Ps
13.2 cu. in.
15 Pa to 25001 ; 50002
50 psi
9000 psi; 50002
30 Pa + 2 Ps
6.2 cu. in.
6.5 Pa to 50001
100 psi
15000 psi
50 Pa + 3.3 Ps
6.2 cu. in.
3.5 Pa to 50001
100 psi
15000 psi
75 Pa + 5 Ps
6.2 cu. in.
45 Pa to 90001
100 psi
15000 psi
50 Pa + 1.6 Ps
3.1 cu. in.
20 Pa to 90001
100 psi
15000 psi
75 Pa + 2.5 Ps
3.1 cu. in.
30 Pa to 25001 ; 50002
100 psi
9000 psi; 50002
60 Pa + 2 Ps
6.2 cu. in.
13 Pa to 90001
100 psi
15000 psi
75 Pa + 3.3 Ps
6.2 cu. in.
7 Pa to 50001
100 psi
15000 psi
150 Pa + 5 Ps
6.2 cu. in.
90 Pa to 90001
100 psi
15000 psi
100 Pa + 1.6 Ps
3.1 cu. in.
40 Pa to 36001 ; 90002
100 psi
20000 psi; 90002
150 Pa + 2.5 Ps
3.1 cu. in.
40 Pa to 36001 ; 90002
100 psi
25000 psi; 90002
150 Pa + 2.5 Ps
3.1 cu. in.

Notes:

  1. Supply pressure also limited by factor X air drive (Pa) to avoid interstage stall.
  2. If outlet pressure exceeds Maximum 1st Stage pressure and supply pressure simultaneously exceeds pressure limit above the line, install interstage relief valve set at this pressure.
Haskel gas booster performance specs
Haskel gas booster performance specs

The gas boosters listed above are designed for inert gases. For Hydrogen or Oxygen applications, or for complete systems, see the chart below:

Haskel gas booster systems

For more detailed information on any of the models listed above, such as performance flow curves, dimensional information, etc., please see their individual product pages under the “shop” section.

For assistance with or additional information on any of these products, please contact sa***@fl*****************.com.