YUKEN type solenoid valve DSG-03-3C4-D24-50 parameters, characteristics and applications
YUKEN type solenoid valve DSG-03-3C4-D24-50 is a device commonly used in industrial control systems. Its sophisticated manufacturing process and stable performance enable it to perform well in various complex environments. This article will introduce the parameters, characteristics and applications of this solenoid valve in detail.
1. Parameters
Model: DSG-03-3C4-D24-50
Medium temperature: -20℃～+80℃
Working pressure: 1.0～6.4bar
Power supply voltage: 220VAC/24VDC
Coil resistance: 100Ω
Working mode: pilot type
Connection method: screw connection
Protection level: IP65
2. Features
High reliability: YUKEN type solenoid valve DSG-03-3C4-D24-50 adopts high-quality materials and advanced manufacturing technology to ensure its high reliability and long life.
Fast response: The hydraulic solenoid valve has a fast opening and closing response time and can meet various fast control needs.
Explosion-proof design: This hydraulic valve complies with explosion-proof standards and can be used safely in explosive, flammable and other hazardous environments.
High protection level: Its protection level reaches IP65, which can effectively prevent dust, water and other external impurities from entering the valve body, thereby ensuring its normal operation.
Excellent fluid control performance: This hydraulic solenoid valve has good fluid control performance and can accurately control the flow and direction of the fluid.
Easy installation: The hydraulic valve has a compact structure and is easy to install, and can be easily integrated into various automation control systems.
3. Application
YUKEN type solenoid valve DSG-03-3C4-D24-50 is widely used in automation control systems in the petroleum, chemical, electric power, pharmaceutical and other industries. Its high reliability and fast response make it work stably in various complex working environments, effectively ensuring the normal operation of the entire system. In the petroleum industry, it can be used to control the flow and direction of oil flow; in the chemical industry, it can be used to control various fluids in the chemical reaction process; in the electric power industry, it can be used to control the boiler water supply system; in the pharmaceutical industry, it can be used to control the preparation and filling process of drugs.