| Attribute | Value |
|---|---|
| Brand | Rexroth |
| Part Number | R901101640 |
| FD | 11w39 |
| Model | Hed 8 Oh-20/350k14 |
| Max. Tamb | 50°c |
| Max. Tmed | 80°c |
| E223220 | 250v Ac 2a 24v Dc 2a |
| Pmax | 400bar |
| Other Info | 708f |
| Made In | Germany |
| Weight | 530 Gm |
| Condition | Used 1 Pcs |
| Ref No | 60658 |
Understanding the Rexroth HED 8 OH-20/350K14 Pressure Switch
The Rexroth HED 8 OH-20/350K14 is a high-performance pressure switch used for monitoring and regulating pressure within hydraulic systems. It comes from Bosch Rexroth, which is a world leader in hydraulic technology. This switch stands out due to its precision, dependability, and durability, hence ideal for rigorous use.
Key Features and Benefits
Accurate Pressure Monitoring: The switch monitors pressure in the hydraulic system with accuracy, delivering maximum performance and avoiding overpressure conditions.
Adjustable Switching Point: The switching point is adjustable to suit particular application needs, ensuring flexibility and control.
Durable Construction: The switch is designed to withstand harsh operating conditions, providing long-lasting performance and reliability.
Widely Applicable: Rexroth HED 8 OH-20/350K14 is a general-purpose pressure switch with a wide range of applications across industries.
Simple Installation and Maintenance: It is easy to install and has minimal maintenance needs, saving time and money.
Applications
Rexroth HED 8 OH-20/350K14 pressure switch has a variety of applications across diverse industries, such as:
Manufacturing: Hydraulic presses, injection molders, and other machinery needing accurate pressure management.
Automotive: Vehicle hydraulic systems, for example, power steering, brakes, and suspension systems.
Aerospace: Aircraft hydraulic systems, for example, flight control, landing gear, and brakes.
Construction: Hydraulic systems on heavy equipment, for example, excavators, bulldozers, and cranes.
Agriculture: Hydraulic systems in tractors and other farm machinery.
How it Works
Rexroth HED 8 OH-20/350K14 pressure switch works on a piston-spring principle. If the pressure inside the hydraulic system is at the set switching level, the piston will move under the spring tension, which acts to close a switch. Such a switch may be employed for sounding an alarm, halting a process, or starting any other control procedure.
Selecting the Proper Pressure Switch
Selecting the appropriate pressure switch is crucial for optimal system performance. Factors to consider include:
Pressure Range: Determine the required pressure range for your application.
Switching Point: Choose a switch with an adjustable switching point to meet your specific needs.
Electrical Connections: Select the appropriate electrical connections for your system.
Environmental Conditions: Consider the operating environment, including temperature, humidity, and potential exposure to harsh substances.
