DCAR – Bauer Kompressoren & Ingersoll Rand

For over 20 years representing the best brands in the world!
Portuguese English Español
Telephone:
(11) 4220-5212
Whatsapp:
(11) 96369-4546

Booster

  • Products
  • Bauer
  • Booster
  • Booster GIB 52

    • Booster GIB 52

    Series GIB: high-pressure water-cooled booster compressors for compression of air, nitrogen, helium and argon – High performance with final pressures up to 520 bar.

    Fully automatic compressor control: B-CONTROL II.

    Perfect flow rates for every application: for compression of air, nitrogen, helium and argon.

    BK 23 – BK 52 series compressor blocks: for the simultaneous absorption of internal gas forces.

    Robust system design: thanks to proven BAUER system components.

    Independent installation under the most difficult ambient conditions: through effective water cooling of the compressor block and direct heat dissipation.


    Budget Request

    Fill out the form below, and we will soon get back to you with a complete quote for this product.

    As cost-effective and long-life system solutions for difficult applications, the water-cooled high-pressure boosters of the BAUER KOMPRESSOREN GIB series offer extensive possibilities for secondary compression.

    These multi-stage compressors offer high performance with final pressures of up to max. 520 bar together with low energy consumption.

    The perfectly matched pressure ratio of the individual compression stages greatly reduces the process costs in the subsequent compression of air, nitrogen, helium, argon and other noble gases.

    High-pressure booster GIB 23, water-cooled, 90 – 365 bar 4.

    DESIGNAÇÃO DE MODELO FLUXO EFETIVO¹ PRESSÃO DE SUCÇÃO PRESSÃO DE CORTE MÍN. | MÁX.² NÚMERO DE ETAPAS REVOLUÇÕES APROX. POTÊNCIA DO MOTOR CONSUMO DE ENERGIA¹ PESO LÍQUIDO APROX.
    L / MIN M³ / H CFM BAR G BAR BAR RPM KW KW KG LIBRAS
    GIB 23.10-37  3 1330 80 47 2 90 200 4 1140 37 vinte e um 1180 2600
    1780 107 63 3 150 300 29
    2220 133 78 4 200 350 36
    2440 146 86 4,5 200 350 Quatro cinco 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 Quatro cinco 37
    3300 198 116 10 200 350 43
    GIB 23.13-37  3 2100 126 74 8 150 200 4 1140 37 vinte 1180 2600
    2600 156 92 10 150 300 27
    3000 180 106 12 200 350 32
    3500 210 124 14 200 350 35

    High-pressure booster GIB 26, water cooled, 90 – 365 bar.

    DESIGNAÇÃO DE MODELO FLUXO EFETIVO¹ PRESSÃO DE SUCÇÃO PRESSÃO DE CORTE MÍN. | MÁX.² NÚMERO DE ETAPAS REVOLUÇÕES APROX. POTÊNCIA DO MOTOR CONSUMO DE ENERGIA¹ PESO LÍQUIDO APROX.
    L / MIN M³ / H CFM BAR G BAR BAR RPM KW KW KG LIBRAS
    GIB 26.10-132  3 5200 312 184 2 90 200 4 1485 132 74 3350 7400
    7000 420 247 3 150 350 106
    8700 522 307 4 200 350 124
    9600 576 339 4,5 200 350 160 133
    GIB 26,12-132 5400 324 191 4,5 90 250 4 1485 132 71 3350 7400
    6900 414 244 6 150 350 93
    8900 534 314 8 200 350 111
    10800 648 381 10 200 350 127
    GIB 26.13-132 7800 468 275 10 150 350 4 1485 132 99 3350 7400
    9200 552 325 12 150 350 111
    10700 642 378 14 200 350 122
    11400 684 403 quinze 250 350 127

    High-pressure booster GIB 52, water cooled, 90 – 365 bar 4.

    DESIGNAÇÃO DE MODELO FLUXO EFETIVO¹ PRESSÃO DE SUCÇÃO PRESSÃO DE CORTE MÍN. | MÁX.² NÚMERO DE ETAPAS REVOLUÇÕES APROX. POTÊNCIA DO MOTOR CONSUMO DE ENERGIA¹ PESO LÍQUIDO APROX.
    L / MIN M³ / H CFM BAR G BAR BAR RPM KW KW KG LIBRAS
    GIB 52.10-315  3 10.500 630 371 2 90 200 4 1485 315 148 4800 10600
    14000 840 494 3 150 350 211
    17500 1050 618 4 200 350 249
    19200 1152 678 4,5 200 350 267
    GIB 52,12-250 10800 648 381 4,5 90 250 4 1485 250 143 4330 9550
    13800 828 487 6 150 350 187
    17.700 1062 625 8 200 350 222
    21700 1302 766 10 200 350 315 255
    GIB 52.13-250 15600 936 551 10 150 350 4 1485 250 199 4330 9550
    18500 1110 653 12 150 350 222
    21300 1278 752 14 200 350 243
    22800 1368 805 quinze 250 350 315 253

    High-pressure booster GIB 23 and GIB 26, water cooled, 200 – 520 bar.

    DESIGNAÇÃO DE MODELO FLUXO EFETIVO ¹ PRESSÃO DE SUCÇÃO PRESSÃO MÍNIMA DE OPERAÇÃO | MÁX.² NÚMERO DE ETAPAS REVOLUÇÕES APROX. POTÊNCIA DO MOTOR CONSUMO DE ENERGIA¹ PESO LÍQUIDO APROX.
    L / MIN M³ / H CFM BAR G BAR BAR RPM KW KW KG LIBRAS
    BOOSTER SÉRIE GIB 23 / GIB 26, 200 – 420 BAR
    GIB 23,5-37 2.400 144 85 10 200 400 4 1140 37 32 1180 2600
    2850 171 101 12 200 400 35
    GIB 26.12-160-420  3 8400 504 297 7,5 200 400 4 1485 160 107 3420 7540
    10800 648 381 10 200 400 128
    GIB 52.12-315-420  3 16400 986 579 7,5 200 400 4 1485 315 214 4800 10600
    21700 1302 766 10 200 400 255
    BOOSTER SÉRIE GIB 26 / GIB 52, 420 – 520 BAR
    GIB 26.5-160-520  3 8400 504 297 7,5 200 500 4 1485 160 113 3420 7540
    10800 648 381 10 200 500 136
    GIB 52.5-315-520  3 16400 986 579 7,5 200 500 4 1485 315 227 4800 10600
    21700 1302 766 10 200 500 272

    ¹  Flow according to ISO 1217, energy consumption at maximum final pressure under defined frame conditions. Different ambient conditions will cause other performance data. Direct coupled installations: valid values for 50 Hz.

    ²  Cut-off pressure (end pressure sensor).

    ³  Suitable with reserves for helium. Requires clarification from BAUER. In part, limitations related to inlet and end pressure apply.

    ⁴ max. pressure relief valve = max. operating. Low cut-off pressure.

     

    FLOW CORRECTION FACTOR
    Helium flow rate = air flow rate × 0.8.

     

    POWER CONSUMPTION CORRECTION FACTOR
    Helium energy consumption = Air energy consumption × 1.06.

    Files available in PDF format:

    DC-AR   DC-AR

    Produtos relacionados

    Booster GIB 52

    Next

    Booster GIB 23 1.330 – 3.500 l/min