796 Visualized

301.03.0130 KNORR-BREMSE Compatible Air Processing Unit

301.03.0130

Summary

●Heater: 24 V ●Port 1: M22x1,5 ●Port 21: M12x1,5 ●Pressure: 11 BAR

EAN Code8683457008137
Ready to Order
Get Information

Description

The heavy-duty 24 V heater configuration ensures reliable operation within the pneumatic circuit of heavy commercial vehicles. This complete air processing unit is engineered with high-strength components to maintain consistent pressure levels and optimal air quality during intensive driving cycles.

301.03.0130 is the OE-equivalent of the KNORR-BREMSE (LA 8611, LA 8136) air processing unit used in heavy commercial vehicle brake systems. This component is designed to meet strict technical standards for integration into specialized pneumatic braking architectures.

Workshop technicians can rely on the precision-engineered ports, including the M22x1,5 primary connection and M12x1,5 secondary port, for seamless installation and maintenance. Regular inspection of the 11 BAR pressure threshold and port integrity is recommended to ensure long-term system stability and prevent pneumatic leakage in the braking system.

Technical Specifications

Heater24 V
Port 1M22x1,5
Port 21M12x1,5
Pressure11 BAR

Other OEMs

KNORR-BREMSE

  • (LA 8611)
  • LA 8136
  • (LA8611)
  • LA8136

Related Products

Vehicles Used

BrandModelEngine
KNORR-BREMSE

FAQ

Which OEM references are compatible with this part?
This product is compatible with KNORR-BREMSE systems using codes LA 8611 and LA 8136.
What are the technical specifications for the ports?
The unit features a Port 1 size of M22x1,5 and a Port 21 size of M12x1,5.
What is the operating pressure and voltage of this unit?
The air processing unit operates at a pressure of 11 BAR and utilizes a 24 V heater.
Is this part suitable for heavy commercial vehicles?
Yes, it is designed specifically for heavy commercial vehicle brake systems and pneumatic processes.
Does this unit include a heater?
Yes, this complete air processing unit includes a built-in 24 V heater for optimal performance.