DPRH10T100, Polyhydron

Description: Direct acting with a guided cushioned poppet. Available in Cartridge, Threaded, and Subplate types.

₹3217

Description: The DPRH10T100 by Polyhydron is a direct-acting pressure relief valve featuring a guided cushioned poppet. It is available in Cartridge, Threaded, and Subplate types.

Technical Specifications

Technical Catalogue

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After all direct-operated pressure relief valve is a specific type of valve used in fluid control systems to protect equipment from excessive pressure. By automatically opening and relieving pressure when the system pressure exceeds a predetermined set point, it effectively mitigates the risk of damage to the system or equipment.

The direct-operated pressure relief valve operates based on the principle of balancing forces. Specifically, it maintains equilibrium by equalizing the forces exerted on the valve disc. A direct-operated pressure relief valve holds a spring-loaded valve disc in place using an adjustable spring force. When the pressure in the system surpasses the set point, the force exerted by the fluid against the valve disc overcomes the spring force, ultimately resulting in the opening of the valve. All things considered, the direct-operated pressure relief valve diverts the excess fluid from the system, as a result effectively reducing the pressure back to a safe level.

When selecting a direct-operated pressure relief valve, one must carefully consider several crucial factors. These factors equally important include the required pressure relief capacity, the set pressure, the temperature range, and the compatibility with the fluid being used. When selecting a valve, it is of utmost importance to meticulously choose one that aligns with the specific requirements of the system and adheres to the relevant industry standards and regulations.

As a matter of fact, One of the key advantages of a direct-operated pressure relief valve is its simplicity. Furthermore, it does not require any external power source or control system to operate. Instead, the valve self-actuates and directly responds to changes in system pressure. By all means This inherent simplicity makes it both reliable and easy to install in various applications.

In summary, direct-operated pressure relief valves play a crucial role in maintaining the safety and integrity of fluid control systems. As a result, they not only provide a reliable and cost-effective solution for protecting equipment from excessive pressure but also ensure smooth and efficient operation compared to other solutions in various industrial applications, provided that the model is correctly selected.

After all direct-operated pressure relief valve is a specific type of valve used in fluid control systems to protect equipment from excessive pressure. By automatically opening and relieving pressure when the system pressure exceeds a predetermined set point, it effectively mitigates the risk of damage to the system or equipment.

The direct-operated pressure relief valve operates based on the principle of balancing forces. Specifically, it maintains equilibrium by equalizing the forces exerted on the valve disc. A direct-operated pressure relief valve holds a spring-loaded valve disc in place using an adjustable spring force. When the pressure in the system surpasses the set point, the force exerted by the fluid against the valve disc overcomes the spring force, ultimately resulting in the opening of the valve. All things considered, the direct-operated pressure relief valve diverts the excess fluid from the system, as a result effectively reducing the pressure back to a safe level.

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Description: HC Type Pressure Control Valves – They are available with integral check valves for use when free reverse flow from secondary port to the primary port is desired. There are various types of valve including sequence and counterbalance valves, all of which are operated by a pressure rise in the circuit, sensed either internally or remotely.

Description: HC Type Pressure Control Valves – They are available with integral check valves for use when free reverse flow from secondary port to the primary port is desired. There are various types of valve including sequence and counterbalance valves, all of which are operated by a pressure rise in the circuit, sensed either internally or remotely.

Description: These valves protect the hydraulic system from excessive pressure, and can be used to maintain constant pressure in ahydraulic system. Remote control and unloading are permitted by using vent circuits.