The GIB series: Water-cooled high-pressure booster compressors for the compression of air, nitrogen, helium and argon – with high delivery rates at final pressures up to 110 bar

BAUER GIB 52 water-cooled, high-pressure booster
BAUER GIB 52 water-cooled, high-pressure booster
BAUER GIB 23 water-cooled, high-pressure booster
BAUER GIB 23 water-cooled, high-pressure booster
BAUER GIB 24 water-cooled, high-pressure booster
BAUER GIB 24 water-cooled, high-pressure booster
BAUER GIB 26 water-cooled, high-pressure booster
BAUER GIB 26 water-cooled, high-pressure booster

Fully automatic compressor control: B-CONTROL II

Optimum free air delivery rates for your application: For the compression of air, nitrogen, helium and argon

Compressor blocks in the BK 23 – BK 52 series: For uniform absorption of the internal gas forces

Robust unit construction: Thanks to fully proven BAUER system components

Standalone installation even under the most difficult ambient conditions: With effective water cooling of the compressor block and dedicated heat dissipation

As cost-effective and durable system solutions for heavy-duty applications, the water-cooled, high-pressure boosters in the GIB series from BAUER KOMPRESSOREN support a wide and varied range of options for post-compression.

These multi-stage boosters combine high delivery rates at final pressures up to max. 420 bar with low power consumption.

Ideally matches pressure ratios of the individual compressor stages significantly reduce process costs for the post-compression of air, nitrogen, helium, argon and other noble gases.

All the information you need at your fingertips!

Display B-CONTROL II
Display B-CONTROL II

B-CONTROL II
The BAUER B-CONTROL II is the advanced version of the B-CONTROL MICRO basic compressor control. Read More

BK 26 compressor block
BK 26 compressor block

Compressor block
For compressor units with intake pressure, the BK 23 to BK 52 block series feature a specially designed crankcase for uniform absorption of the internal gas forces. Read more

Water cooling (heat exchanger)
Water cooling (heat exchanger)

Water cooling
By using targeted water cooling between the interstage and afterstage coolers and valve heads, the system enables the majority of the heat produced to be absorbed by the cooling water.
This maintenance-friendly cooling concept is suitable in particular for difficult spatial and ambient conditions where it would not be possible to use an air-cooled compressor.

GIB 52 – horizontal configuration
GIB 52 – horizontal configuration

Configuration
The water-cooled series is characterised by its crankcase, which is pressure-resistant up to 16 bar. Read more

Special colours
Special colours

Colour range
Customer-specific paint finishes in other colours or special composition paints (conforming to corrosivity category C5M, for example) are available alongside the standard BAUER paint finishes.

Explosion protection design
Explosion protection design

Explosion protection conforming to ATEX guidelines
Compressor units by BAUER KOMPRESSOREN can be supplied with explosion protection and conforming to ATEX directives.

Start-up configuration
Start-up configuration

Start-up configuration
At and above motor power ratings of 75 kW and in conjunction with the B-CONTROL II, a soft starter to protect the unit during starting and effectively reduce starting current is used as standard. The technical alternative is soft staring with a frequency inverter. Read more

Monitoring of intermediate pressures and temperatures
Monitoring of intermediate pressures and temperatures

Monitoring of pressure and temperature
This add-on module for the B-CONTROL II control monitors the pressures and temperatures of all compressor stages. Read more

Intake pressure reduction
Intake pressure reduction

Intake pressure reduction
Intake pressure reduction ensures that the compressor takes in the gas at the appropriate pressure. Integrated safety valves and pressure monitoring provide an effective means of ensuring that the permissible intake pressure is not exceeded or undershot.

Intake buffer vessel
Intake buffer vessel

Intake buffer vessel
To effectively prevent pulsations in the intake area, an intake buffer vessel is installed between the compressor and the upstream gas supply networks and/or control equipment. Read more

Condensate vessel, 60 litres
Condensate vessel, 60 litres

60-litre condensate vessel
The generous 60 l condensate collection system provides a central collection point for the condensate produced during the compression process inside the compressor. Read more

Condensate vessel (noble gases) with intake buffer vessel on base frame
Condensate vessel (noble gases) with intake buffer vessel on base frame

Condensate vessel (noble gases)
During the compression of helium and argon, the gas released with the condensate is fed into the condensate vessel. Read more

SECCANT IV-A
SECCANT IV-A

Treatment systems
BAUER treatment systems for highly compressed air and gases reduce content such as moisture, oil and particles to a permissible level. Read more

B 2000 storage system
B 2000 storage system

Storage systems
Modular high-pressure storage systems by BAUER KOMPRESSOREN are the ideal way to expand a compressor system. Read more

Plate heat exchanger set
Plate heat exchanger set

Plate heat exchanger set
The plate heat exchanger set can be used to build a dedicated enclosed compressor cooling water circuit. In open cooling systems with stream water or sea water or open cooling towers, this is essential in order to operate the compressor with cooling water of suitable quality.

Heat exchanger set
Heat exchanger set

Heat exchanger set
The set consists of an air-to-water heat exchanger which makes it possible to operate water-cooled compressor units independently of a water supply.

Scope of delivery, basic version
Scope of delivery, basic version

Scope of delivery, basic version
Complete compressor unit ready for operation. Read more

GIB 23 high-pressure booster, water-cooled, 90 – 365 bar
Type
designation
Effective
free air delivery ¹
Intake
pressure
Min. | max.
operating pressure
Number of
compressor stages
Speed Motor
output
Power
consumption ²
Net weight approx.
  l/min m³/h cfm barg bar bar   rpm kW kW kg lbs
GIB 23.10-37 1330 80 47 2 90 200 4 1140 37 21 1180 2600
1780 107 63 3 150 300 29
2220 133 78 4 4 200 350 36
2440 146 86 4,5 3, 4 200 350 38
GIB 23.12-37 1700 102 60 4,5 90 200 4 1140 37 22 1180 2600
2100 126 74 6 150 300 30
2700 162 95 8 200 350 37
3300 198 116 10 200 350 43
GIB 23.13-37 2100 126 74 8 150 200 4 1140 37 20 1180 2600
2600 156 92 10 150 300 27
3000 180 106 12 200 350 32
3500 210 124 14 200 350 35
GIB 24 high-pressure booster, water-cooled, 90 – 365 bar
Type
designation
Effective
free air delivery ¹
Intake
pressure
Min. | max.
operating pressure
Number of
compressor stages
Speed Motor
output
Power
consumption ²
Net weight approx.
  l/min m³/h cfm barg bar bar   rpm kW kW kg lbs
GIB 24.11-75 2200 132 78 1 90 200 4 1485 75 35 1660 3660
3200 192 113 2 150 300 51
4200 252 148 3 150 350 64
5240 314 185 4 3, 4 200 350 74
GIB 24.12-75 2500 150 88 4 120 300 4 1485 75 35 1660 3660
3500 210 124 6 150 350 46
4500 270 159 8 200 350 55
5500 330 194 10 220 350 63
GIB 24.13-55 2480 149 88 8 150 350 4 1485 55 31 1500 3300
3300 198 117 11 150 350 37
4140 248 146 14 200 350 43
4700 282 166 16 250 350 47
GIB 26 high-pressure booster, water-cooled, 90 – 365 bar
Type
designation
Effective
free air delivery ¹
Intake
pressure
Min. | max.
operating pressure
Number of
compressor stages
Speed Motor
output
Power
consumption ²
Net weight approx.
  l/min m³/h cfm barg bar bar   rpm kW kW kg lbs
GIB 26.10-132 4900 294 173 2 90 200 4 1485 132 71 3350 7400
6700 402 237 3 150 350 103
8500 510 300 4 3, 4 200 350 123
9400 564 332 4,5 3, 4 200 350 131
GIB 26.12-132 5600 336 198 4,5 90 250 4 1485 132 80 3350 7400
7200 432 254 6 150 350 96
9270 556 327 8 200 350 110
11300 678 399 10 200 350 117
GIB 26.13-132 8050 483 284 10 150 350 4 1485 132 90 3350 7400
9500 570 335 12 150 350 104
11000 660 388 14 200 350 116
11700 702 413 15 250 350 121
GIB 52 high-pressure booster, water-cooled, 90 – 365 bar
Type
designation
Effective
free air delivery ¹
Intake
pressure
Min. | max.
operating pressure
Number of
compressor stages
Speed Motor
output
Power
consumption ²
Net weight approx.
  l/min m³/h cfm barg bar bar   rpm kW kW kg lbs
GIB 52.10-315 9800 588 346 2 90 200 4 1485 315 142 4800 10600
13400 804 473 3 150 350 206
17000 1020 600 4 200 350 246
18800 1128 664 4,5 200 350 262
GIB 52.12-250 11200 672 396 4.5 90 250 4 1485 250 144 4330 9550
14400 864 508 6 150 350 192
18540 1112 655 8 200 350 220
22600 1356 798 10 4 200 350 233
GIB 52.13-250 16100 966 568 10 150 350 4 1485 250 180 4330 9550
19000 1140 671 12 150 350 212
22000 1320 777 14 200 350 233
23400 1404 826 15 3, 4 250 350 242
GIB 23 – GIB 26 high-pressure booster, water-cooled, 200 – 420 bar
Type
designation
Effective
free air delivery ¹
Intake
pressure
Min. | max.
operating pressure
Number of
compressor stages
Speed Motor
output
Power
consumption ²
Net weight approx.
  l/min m³/h cfm barg bar bar   rpm kW kW kg lbs
GIB 23.5-37 3, 4 2400 145 85 10 200 420 4 1140 37 30 1180 2600
2850 170 101 12 200 420 33
GIB 26.12-160-420 5600 336 198 4,5 90 400 4 1485 160 84 3420 7540
7200 432 254 6 150 400 100
8750 525 309 7,5 200 400 110
11300 678 400 10 200 400 122

1 Free air delivery according to ISO 1217
2 Power consumption at maximum final pressure
3 Not suitable for helium
4 Not suitable for argon

Noble gases are subject to certain restrictions where input and final pressure are concerned.

Correction factor for free air delivery:
Helium delivery = Air delivery × 0.8
Argon delivery   = Air delivery × 0.95

Correction factor for power consumption:
Helium power consumption = Air power consumption × 1.06
Argon power consumption   = Air power consumption × 1.12