Definition of Electric Pressure Regulator

The electric pressure regulator adopts a single-stage diaphragm pressure reducing structure and features an automatic pressure regulating function. It offers optional voltages of 220V and 24V, and can be equipped with 4-20mA signal output, 4-20mA feedback, and RS485 remote control for pressure transmission, ensuring stable outlet pressure. It is suitable for pure gases, standard gases, corrosive gases, liquids, water, oil, diesel oil, hydraulic oil, brine, etc.

Design Features of Electric Pressure Regulator

1. Diaphragm-piston type pressure reducing structure

2. Valve body thread: 1/4" NPT (F) - 2” NPT

3. Built-in filter screen

4. Available for panel-mounted or wall-mounted installation

Application Scope

Laboratories, gas analysis and testing, process control, gas and liquid manifolds, testing equipment

Technical Parameters of Electric Pressure Regulator

1. Maximum Inlet Pressure: 10000 psi, 6000 psi, 3000 psi

2. Outlet Pressure: 0~100 psi, 0~250 psi, 0~1500 psi, 0~6000 psi

3. Safety Test Pressure: 1.5 times the maximum inlet pressure

4. Operating Temperature: -40℉~+165℉ (-40℃~+74℃)

5. Leak Rate: Tested by bubble test

Introduction to Electric Actuator

The Type 02 electric actuator is compact in size yet with strong torque output. It adopts a colloidal shell and an internal all-metal gearbox; the transmission positioning bearings use high-quality bearings, providing a long service life and adaptability to various harsh environments. The control panel features the familiar three-button design, including the A/M button, ▲ button (UP), and ▼ button (DOWN). The display panel uses an LCD with the latest OLED technology, which can work reliably in environments ranging from -30℃ to 80℃, with low power consumption and a long service life. Therefore, various states, settings, and fault prompts of the positioning actuator are displayed in Chinese and numbers, resulting in a more user-friendly human-machine interface. The drive motor is a brushless DC motor, which effectively resolves the conflict between size and torque. It has the advantages of small size, high torque, long service life, and stall torque protection. The position sensor uses a wear-resistant, long-life (over 1 million cycles) conductive plastic potentiometer. The waterproof rubber ring is made of a wear-resistant silicone composite material; the torque output shaft is manufactured using stainless steel technology.

1. Compact Size: The product has a compact appearance (69*61*58mm), with a standard 8-angle internal connection for the output shaft, ensuring strong versatility.

2. LCD Display: Facilitates debugging and setting applications, with Chinese and digital interfaces.

3. Low Power Consumption & High Reliability: Brushless DC motor with low power consumption, high torque, and long service life.

4. Simple & Universal Interface: Standard terminal blocks, with optional standard customized cables.

5. Isolation Measures: 2000V isolation among input signals, output signals, and power supply.

6. Power Supply: AC24V, AC110V, AC220V; DC12V, DC24V, etc.

7. Signals: Switch signals, analog signals, dry contacts, bus, wireless network signals, etc.

8. Excellent EMC Performance: Electromagnetic radiation protection, electrostatic protection, lightning protection, and over-temperature protection.

9. Overload Protection: Comprehensive overload (stall) handling, fault elimination procedures, and alarm output.

10. Others: Optional system solutions such as electronic calibration of valve position, dry contact output for in-position status, wireless control, and wireless networking.