Breathing air is the most important tool in your kit – High-pressure compressors and compressor accessories optimised to suit your requirements
PREMIUM LINE
KAP-LINE: Stationary breathing air compressors in superior BAUER quality
The KAP-LINE breathing air compressors by BAUER KOMPRESSOREN impress by combining unmistakable BAUER strengths and outstanding charging rates with compact dimensions.
Their horizontal design, incredible corrosion resistance and low centre of gravity mean that they are capable of continuous operation in a wide and varied range of mobile, marine and stationary applications even under the harshest of conditions.
Thanks to a low centre of gravity and durable block design, the breathing air compressors in the KAP-H series can be relied upon to operate safely even at very oblique angles.
KAP-H – Resilient breathing air compressors. Built to meet the most exacting requirements on land and at sea
Ideal for use in professional applications: High free air delivery in continuous operation
Perfect for demanding requirements at sea: Intercoolers and aftercoolers made from rust-free stainless steel. For high corrosion resistance
Fully automatic compressor control: B-CONTROL MICRO
Little space required: Thanks to compact horizontal design
Thanks to a low centre of gravity and durable block design, the compressors in the KAP-H series can be relied upon to operate safely even at very oblique angles.
They are thus the ideal choice for the challenging operating conditions encountered in civil and military shipping or in in-vehicle applications.
The installed compressor blocks in the IK 15.1/150/180 series have been designed for the most demanding professional applications and dimensioned for a service life in excess of 30,000 operating hours.
With their outstanding surface hardness, plasma-nitrided and plateau-honed cylinders are able to achieve extremely long service lives combined with low energy consumption and reliable oil lubrication of cylinder surfaces.
Furthermore, wear-resistant piston rings in the final stage minimize running costs. The compressor block is both efficient and reliable. Stainless steel cooling ribs on the pipe cooler provide the basis for particularly efficient cooling and thus very long service life.
IK 15.1/150/180 compressor blocks
IK 15.1/150/180 compressor blocks
The free-standing cylinders are easy to access and maintain. They are ideally positioned in the cooling air flow. The generous dimensioning of all bearings enables the blocks to achieve a service life in excess of 30,000 hours.
The bearings are characterised by low heat generation, low friction values and low power losses.
With their outstanding surface hardness, plasma-nitrided and plateau-honed cylinders are able to achieve extremely long service lives combined with low energy consumption and reliable oil lubrication of cylinder surfaces.
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Filter system P 41 DUO
Filter system P 41 DUO
A type-tested and sealed final pressure safety valve optimises operational safety. 2200 standard cubic metres of air can be treated.
A low centre of gravity and clever design with special shock absorbers and robust shock and damping elements make the KAP-HN breathing air compressors ideal for continuous operation at sea under the harshest of conditions.
KAP-HN – The incredibly hard-wearing breathing air compressors for continuous operation in civil and military shipping
Perfect for demanding requirements at sea: Intercoolers and aftercoolers made from rust-free stainless steel. For high corrosion resistance
Ideal for use in professional applications: High air delivery rates in continuous operation thanks to industrial roller bearings
Fully automatic compressor control: B-CONTROL MICRO
Little space required: Thanks to compact horizontal design
A low centre of gravity and clever design with special shock absorbers and robust shock and damping elements make the KAP-HN series by BAUER KOMPRESSOREN ideal for continuous operation at sea under the harshest of conditions.
Thanks to their horizontal design, they take up little space when installed and are even capable of operation in heavy seas and on steep slopes.
Extremely hard-wearing compressor blocks and piston rings made from an innovative high-tech plastic combined with plasma-nitrided and plateau-honed cylinders virtually eliminate wear. The intercoolers and aftercoolers are made from stainless steel for high corrosion resistance.
Can be expanded to rise to any challenge: the extensive range of BAUER accessories provides the basis for flexible adaptation to meet all manner of requirements.
IK 15.1/150/180 compressor blocks
The compressor stages, which are located on sides of the compressor blocks, are the key to optimum smooth running and high efficiency. The free-standing cylinders are easy to
IK 15.1/150/180 compressor blocks
The compressor stages, which are located on sides of the compressor blocks, are the key to optimum smooth running and high efficiency.
The free-standing cylinders are easy to access and maintain. They are ideally positioned in the cooling air flow. The generous dimensioning of all bearings enables the blocks to achieve a service life in excess of 30,000 hours.
The bearings are characterised by low heat generation, low friction values and low power losses.
With their outstanding surface hardness, plasma-nitrided and plateau-honed cylinders are able to achieve extremely long service lives combined with low energy consumption and reliable oil lubrication of cylinder surfaces.
Filter system P 41 DUO
Filter system P 41 DUO
A type-tested and sealed final pressure safety valve optimises operational safety. 2200 standard cubic metres of air can be treated.
With a low centre of gravity and robust, low-maintenance diesel drive, the horizontal breathing air compressors in the KAP-DAH series are able to meet the most exacting of requirements for reliable and autonomous continuous operation in remote locations.
KAP-DAH – The high-performance BAUER breathing air compressors for standalone use in remote locations
Ideal for use in standalone applications: Featuring a very low-maintenance diesel engine
Electronic compressor control (KAP-DAH): For reliable control of the most important unit parameters
Little space required: Thanks to compact horizontal design
Long service life, high degree of modularity: Tailored to meet your needs
With a low centre of gravity and robust, low-maintenance diesel drive, the horizontal compressors in the KAP-DAH series are able to meet the most exacting of requirements for reliable and autonomous continuous operation in remote locations.
All coolers, filters, valves and cables are made from rust-free materials.
Designed for the harshest of outdoor climates and absolutely reliable at high outdoor temperatures.
The unit has been designed without compromise, so ease of access for maintenance work comes as standard.
IK 15.1/150/180 compressor blocks
The compressor stages, which are located on sides of the compressor blocks, are the key to optimum smooth running and high efficiency. The free-standing cylinders are easy to
IK 15.1/150/180 compressor blocks
The compressor stages, which are located on sides of the compressor blocks, are the key to optimum smooth running and high efficiency.
The free-standing cylinders are easy to access and maintain. They are ideally positioned in the cooling air flow. The generous dimensioning of all bearings enables the blocks to achieve a service life in excess of 30,000 hours.
The bearings are characterised by low heat generation, low friction values and low power losses.
With their outstanding surface hardness, plasma-nitrided and plateau-honed cylinders are able to achieve extremely long service lives combined with low energy consumption and reliable oil lubrication of cylinder surfaces.
P 61 or P 81 filter system
When used in conjunction with original BAUER filter cartridges, the P 61 or P 81 filter system with additional oil and water separator and pressure retention check valve can be
P 61 or P 81 filter system
¹ If the units are maintained and installed correctly as described in the user manual and subject to the BAUER AERO-GUARD being used if CO2 concentration in the intake air exceeds prescribed standard values.
