Embedded Files
✅
Note : pA = Gas Inlet pressure / pL = Air drive pressure / pB = Gas Outlet pressure
Note : pA = Gas Inlet pressure / pL = Air drive pressure / pB = Gas Outlet pressure
Model
Model
Pressure Ratio
Max Compression ratio
Stage ratio
Min gas inlet pressure pA in bar (psi)
Max gas inlet pressure pA in bar (psi)
Max permitted outlet pressure pB in bar (psi)
Formula to calculate gas outlet pressure pB
Displacement volume in cm3 (ins3)
Air drive pA in bar (psi)
Air consumption in L/min
Gas inlet connection
Gas outlet connection
Air Drive connection
Net weight (kg)
DLE 2-1-GG
DLE 2-1-GG
1:2
1:10
–
0
20 (290)
20 (290)
2 X pL
922 (56.26)
1-10
400-1,980 (14.1– 69.9)
1/2 BSP
1/2 BSP
3/4 BSP
15
DLE 2-GG
DLE 2-GG
1:2
1:10
–
0
40 (580)
40 (580)
2 X pL + pA
1,844 (112.52)
1-10
400-1,980 (14.1– 69.9)
1/2 BSP
1/2 BSP
3/4 BSP
20
DLE 2-1-2-GG
DLE 2-1-2-GG
1:4
1:10
–
0
40 (580)
40 (580)
4 X pL
922 (56.26)
1-10 (14.5-145)
600-2,400 (21.2-84.8)
1/2 BSP
1/2 BSP
3/4 BSP
22
DLE 2-2-GG
DLE 2-2-GG
1:4
1:10
–
0
40 (580)
40 (580)
4 X pL + pA
1,844 (112.53)
1-10 (14.5-145)
600-2,400 (21.2-84.8)
1/2 BSP
1/2 BSP
3/4 BSP
25
Model
Model
Pressure Ratio
Max Compression ratio
Stage ratio
Min gas inlet pressure pA in bar (psi)
Max gas inlet pressure pA in bar (psi)
Max permitted outlet pressure pB in bar (psi)
Formula to calculate gas outlet pressure pB
Displacement volume in cm3 (ins3)
Air drive pA in bar (psi)
Air consumption in L/min
Gas inlet connection
Gas outlet connection
Air Drive connection
Net weight (kg)
DLE 5-1-GG
DLE 5-1-GG
1:5
1:15
–
2 (29)
50 (725)
50 (725)
5 X pL
373 (22.76)
1-10 (14.5-145)
400-1,980 (14.1– 69.9)
1/2 BSP
1/2 BSP
3/4 BSP
15
Page updated
Report abuse