The E11433 jumper cable with valve plug is designed for connecting compatible valves and automation components. Its compact cable assembly provides a convenient interface between valve connections and industrial control equipment. The preconfigured design helps simplify installation, reduce wiring effort and maintain organized connections in pneumatic automation, machine building and factory automation applications.
Explore performance details, construction highlights, applications, and technical information in one clear overview.
The E11433 is an IFM jumper cable with valve plug designed for industrial valve connection applications. Its preassembled configuration provides a convenient connection between compatible valve interfaces and automation wiring. The cable is suitable for pneumatic systems where reliable electrical control of valves is required.
The cable is designed to provide an electrical connection to compatible valve equipment and supports efficient pneumatic automation wiring.
The jumper design keeps the connection compact and helps reduce unnecessary cable routing around pneumatic components.
The preconfigured cable assembly helps simplify installation compared with separately assembling individual wiring components.
The cable can be used as part of pneumatic automation systems where valves are controlled by industrial electrical equipment.
Jumper cable with valve plug
VVSAB031MSS0001H03STGH030MSS model
Preconfigured cable assembly
Compact valve connection
Suitable for pneumatic systems
Industrial automation design
Simplified wiring
Easy installation
Organized connection
Suitable for machine building
Pneumatic automation
Solenoid valve connection
Machine building
Factory automation
Valve control
Industrial machinery
Automation panels
Pneumatic control systems
| Specification | Details |
|---|---|
| Product Code | E11433 |
| Product Type | Jumper cable with valve plug |
| Model | VVSAB031MSS0001H03STGH030MSS |
| Application | Valve connection |
| Cable Assembly | Preconfigured |
| Brand | IFM |
| Installation | Industrial automation |