GIB Booster 23 2200 - 5750 l/min - DCAR - Bauer Kompressoren & Ingersoll Rand

GIB Booster 23 2200 – 5750 l/min

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.

Minimal installation and maintenance work: a major advantage of air-cooled systems.

Powerful air-cooled system: for compression systems with drive powers up to 110 kW.

The air-cooled booster compressors of the GIB series from BAUER KOMPRESSOREN are characterized by their pressure-resistant housing up to 16 bar.

A powerful air-cooling system with large size chillers in combination with large area rifled cylinders provides perfect cooling of each compression stage.

As economical and long-life system solutions for difficult applications, these multi-stage booster compressors offer a wide range of possibilities: secondary air compressor for compressed air network, nitrogen compressor for inert gases from generators or storage system combinations, or gas compressor for compression of methane from pipelines or biogas directly from the treatment plant.

Adapted to individual wishes and industrial requirements, BAUER KOMPRESSOREN also manufactures tailor-made turnkey system solutions.

Medium pressure booster GIB 23, air-cooled, 2200 – 5750 l / min, 25 – 90 bar 4.

DESIGNAÇÃO DE MODELO	FLUXO EFETIVO¹			PRESSÃO DE SUCÇÃO	PRESSÃO DE CORTE MÍN. \| MÁX.²		NÚMERO DE ETAPAS	REVOLUÇÕES	POTÊNCIA DO MOTOR	CONSUMO DE ENERGIA¹	PESO LÍQUIDO APROX.
	L / MIN	M³ / H	CFM	BAR G	BAR	BAR		RPM	KW	KW	KG	LIBRAS
GIB 23,7-37	2200	132	77	4	25	40	2	1140	37	quinze	1160	2560
	3070	184	108	6	35	60				22
	3950	237	139	8	40	80				29
	4850	291	171	10	cinquenta	80				31
	5750	3. 4. 5	203	12	cinquenta	80				3. 4

¹ Flow according to ISO 1217, power consumption at maximum ultimate pressure under defined frame conditions. Different ambient conditions will cause other performance data. Direct coupled installations: Values valid 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.

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Booster