The EVC315 is an ifm connection cable designed for reliable electrical connection between automation components. It provides a compact and dependable connection solution for industrial sensors and control applications, supporting efficient signal transmission in demanding automation environments.
Explore performance details, construction highlights, applications, and technical information in one clear overview.
Introduction
The ifm EVC315 connection cable is designed for dependable connections within industrial automation systems. Its compact construction makes it suitable for connecting compatible sensors and automation devices.
Design & Functionality
The cable provides a secure connection between compatible components, helping maintain stable signal and power transmission. Its pre-configured connector arrangement simplifies installation and reduces wiring effort.
Application Performance
EVC315 is suitable for industrial automation, machine control, sensor connectivity and electrical control systems where reliable cable connections are required.
Why Choose EVC315
It offers a practical connection solution for organized machine wiring, helping improve installation efficiency and maintain dependable connections between automation components.
Key Features
ifm industrial connection cable
Pre-configured connector connection
Compact design for automation installations
Reliable signal and power connection
Suitable for sensor and control systems
Designed for industrial automation environments
Easy integration with compatible components
Applications
Industrial automation systems
Sensor connection
Machine control systems
Factory automation
Control cabinet wiring
Industrial electrical installations
Automation equipment interconnection
| Specification | Details |
|---|---|
| Product Code | EVC315 |
| Product Type | Connection cable |
| Cable Series | VDOAF |
| Cable Length | 0.3 m |
| Connector Configuration | H03 / H03 |
| Connection Technology | Industrial connector cable |
| Brand | ifm |
| Application | Industrial automation |
| Category | Automation and Controls |