330.01.0001 MERCEDES BENZ Steering pump
330.01.0001
Summary
●Port 1: M26x1,5 ●Port 2: M18x1,5 ●Pressure: 120 Bar ●Clockwise: OK ●High-strength components for heavy-duty use.
| EAN Code | 8699031093659 |
|---|
Ready to Order
Compatible OEM Codes
-
MERCEDES BENZ
- 002 460 67 80
- 001 466 15 01
- 001 460 28 80
- 000 460 68 80
- 000 460 26 80
-
ZF
- 7685 955 134
-
BOSCH
- K S00 000 428
Description
The steering system requires precise hydraulic pressure to ensure stable vehicle control and driver safety. This high-strength steering pump is designed to maintain optimal fluid flow and pressure under demanding heavy commercial vehicle conditions.
330.01.0001 is the OE equivalent of the BOSCH KS00000428, MERCEDES BENZ 0004602680, 0004606880, 0014661501, 0024606780, 0014662880, and ZF 7685955134 used in MERCEDES BENZ and ZF systems. This component is engineered to meet strict industrial standards for reliability and durability.
The unit features specific port dimensions of M26x1,5 and M18x1,5, operating at a working pressure of 120 Bar with a clockwise rotation direction. It is essential for workshop technicians to verify the rotation direction and port specifications before installation to ensure perfect compatibility with the existing steering assembly.
Regular inspection of the steering pump and its connections helps prevent pressure drops in the hydraulic system. Ensuring the pump meets the exact technical requirements of the vehicle helps maintain consistent steering response in heavy-duty applications.
330.01.0001 is the OE equivalent of the BOSCH KS00000428, MERCEDES BENZ 0004602680, 0004606880, 0014661501, 0024606780, 0014662880, and ZF 7685955134 used in MERCEDES BENZ and ZF systems. This component is engineered to meet strict industrial standards for reliability and durability.
The unit features specific port dimensions of M26x1,5 and M18x1,5, operating at a working pressure of 120 Bar with a clockwise rotation direction. It is essential for workshop technicians to verify the rotation direction and port specifications before installation to ensure perfect compatibility with the existing steering assembly.
Regular inspection of the steering pump and its connections helps prevent pressure drops in the hydraulic system. Ensuring the pump meets the exact technical requirements of the vehicle helps maintain consistent steering response in heavy-duty applications.
Technical Specifications
| Port 1 | M26x1,5 |
|---|---|
| Port 2 | M18x1,5 |
| Pressure | 120 Bar |
| Clockwise | OK |
Other OEMs
BOSCH
- KS00000428
- K S00 000 428
MERCEDES BENZ
- A0024606780
- A0014661501
- A0014602880
- A0004606880
- A0004602680
- 0024606780
- 002.460.6780
- 002.460.67.80
- 002 460 6780
- 0014661501
- 0014602880
- 001.466.1501
- 001.466.15.01
- 001.460.2880
- 001.460.28.80
- 001 466 1501
- 001 460 2880
- 0004606880
- 0004602680
- 000.460.6880
- 000.460.68.80
- 000.460.2680
- 000.460.26.80
- 000 460 6880
- 000 460 2680
- 002 460 67 80
- 001 466 15 01
- 001 460 28 80
- 000 460 68 80
- 000 460 26 80
ZF
- 7685955134
- 7685 955 134
Vehicles Used
| Brand | Model | Model Type | Engine |
|---|---|---|---|
| BOSCH | |||
| MERCEDES BENZ | |||
| ZF |
FAQ
What are the compatible OEM references for this steering pump?
This product is compatible with the following OEM codes: BOSCH KS S 7 428, MERCEDES BENZ 000460268, 0 own 46V 68 8D (normalized), 7685955134, and other specific manufacturer codes.
Does this part fit heavy commercial vehicles?
Yes, this steering pump is engineered specifically for heavy commercial vehicle applications such as trucks and buses that require high-strength components.
What are the technical port specifications?
The unit features two ports: Port 1 is M26x1,5 and Port 2 is M18x1,5, designed for a standard heavy-duty hydraulic setup.
Is this product suitable for Mercedes-Benz vehicles?
Yes, it is designed to be compatible with several Mercedes-Benz systems and specific technical requirements of their steering assemblies.
How can I ensure I am selecting the correct rotation direction?
This specific model is designed for clockwise (OK) rotation; always verify the rotation requirement of the existing system before replacement.