Description
The Parker CCJ137B01 is a solenoid-operated pneumatic valve designed to control air flow in industrial pneumatic systems. It operates on 120 V AC power and is built for reliable switching performance in automated machinery and process equipment. This valve is commonly used in manufacturing, material handling, and general industrial control applications.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Parker |
| Category |
Pneumatics |
| Part Number |
CCJ137B01 |
| Subcategory |
Pneumatic Valve |
| Valve Type |
Solenoid valve |
| Port Size |
3/8 in |
| Operating Voltage |
120 V AC |
| Frequency |
60 Hz |
| Power Consumption |
13.8 W |
| Media |
Compressed air |
| Actuation Method |
Electrical solenoid |
| Application |
Pneumatic control systems |
| Mounting Style |
Inline / manifold compatible |
| Weight |
4.00 lbs |
Information About CCJ137B01
The CCJ137B01 is part of Parker’s pneumatic valve product lineup, engineered for dependable operation in compressed air systems. It features a solenoid-actuated design that enables precise and repeatable control of pneumatic circuits. The valve is compatible with standard industrial air supplies and electrical control systems operating at 120 V AC, 60 Hz. Its construction supports long service life in industrial environments where consistent valve response is required.
Key Features:
- Solenoid-Operated Valve: Provides electrically controlled pneumatic switching.
- 120 V AC Operation: Designed for standard industrial control voltages.
- 3/8 Inch Port Size: Suitable for moderate airflow pneumatic applications.
- Efficient Power Consumption: Operates at 13.8 watts for reliable actuation.
- Industrial Construction: Built for durability in demanding environments.
- Pneumatic System Integration: Compatible with common air control circuits.
- Stable Switching Performance: Ensures consistent valve response over time.
The CCJ137B01 delivers the reliability and precision required for controlled pneumatic actuation in industrial automation systems.
