ESV200/300/400/600 Series Pneumatic Solenoid Valve – ISO Standard Manifold Air Control Valve

Specification ESV:

Product Overview

The ESV Series pneumatic solenoid valves (ESV200, ESV300, ESV400, ESV600) are ISO 5599-1 standard air control valves designed to control compressed air flow in industrial pneumatic systems. These valves operate using electrical signals to open, close, or switch airflow direction, enabling precise control of pneumatic cylinders and actuators.

The valve features a manifold design that allows multiple valves to be installed on a single base. This design helps reduce installation space, simplify pneumatic piping, and improve overall system efficiency, making it suitable for modern industrial automation and pneumatic control applications.

Key Features

1. Compact and durable design suitable for industrial machinery.
2. Built according to ISO 5599-1 standard for compatibility with many pneumatic systems.
3. Multi-station manifold structure allows several valves to be installed on one base.
4. High-quality sealing system ensures large airflow capacity and long service life.
5. Flexible installation options including individual base, manifold base, end plate kit, and side port block.
6. Supports internal pilot and external pilot control methods.
7. IP65 protection rating for reliable operation in harsh industrial environments.

Technical Specifications

1. Series: ESV200 / ESV300 / ESV400 / ESV600
2. Working medium: Compressed air (filtered 40µm)
3. Actuation type: Internal pilot or external pilot
4. Operating pressure: 0.2 – 1.0 MPa
5. Proof pressure: 1.5 MPa
6. Operating temperature: -20°C to 70°C
7. Voltage options: AC110V, AC220V, DC12V, DC24V
8. Power consumption: approx. 2.5W – 6.0VA
9. Port size:
10. ESV200: 1/4 inch
11. ESV300: 3/8 inch
12. ESV400: 1/2 inch
13. ESV600: 3/4 inch
14. Insulation class: Class B
15. Protection rating: IP65

Advantages

1. High airflow capacity for efficient pneumatic control.
2. Modular manifold design allows easy expansion of valve stations.
3. Space-saving installation and reduced pneumatic piping.
4. Reliable operation and long service life in industrial environments.
5. Easy maintenance and quick valve replacement.

Applications

1. Factory automation systems and production lines
2. Packaging and filling machines
3. Industrial robots and pneumatic control systems
4. CNC machinery and mechanical equipment
5. Automated assembly and material handling systems
6. Control of pneumatic cylinders in manufacturing industries