Parker 146715000C Pnp Sourcing Switch with Connector

Product Description

The PARKER 146715000C is a PNP sourcing switch with connector designed for use with air cylinders. It provides a solid-state position sensing solution that outputs a high signal when activated, making it compatible with PLC and control systems that require sourcing (PNP) logic. This switch mounts directly to the cylinder body and detects piston position without mechanical contact. Licensed industrial automation technicians and pneumatic system integrators are the primary installers of this component in production and process control environments.

This switch is specified for use with PARKER SRM series air cylinders in industrial pneumatic systems. It is suited for applications where reliable, non-contact position feedback is required, such as end-of-stroke detection on actuators in automated assembly, material handling, or process control systems. The integrated connector simplifies field wiring and reduces installation time on the line.

Key Features

• PNP sourcing output for direct compatibility with sourcing-input PLCs and controllers
• Integrated connector eliminates the need for separate field-wiring terminations
• Non-contact solid-state sensing for long service life with no mechanical wear
• Designed to mount directly to SRM series cylinder bodies for a secure, factory-fit installation
• Compact, low-profile design minimizes space requirements on the cylinder

Compatibility

Designed for use with PARKER SRM series air cylinders.

Installation Notes

Installation is typically performed by industrial automation technicians or qualified pneumatic system integrators. De-energize and lock out the machine control circuit and depressurize the pneumatic system before installing or replacing the switch. Secure the switch in the cylinder mounting slot according to the cylinder manufacturer specifications and verify correct polarity before applying power. Confirm PNP logic compatibility with the target PLC or controller input card before wiring.