Omron XS3F-M8PVC4A2M Sensor Cable

Space constraints are common in modern automation equipment, particularly around compact sensors installed on machine frames or moving assemblies. The Omron XS3F-M8PVC4A2M Sensor Cable is designed for these situations by combining a right-angle M8 female socket with a 2-meter PVC cable and open wire termination. This configuration allows the cable to exit parallel to the connected device, reducing bending stress while simplifying cable routing.

As a member of Omron’s XS3F connector family, the Omron XS3F-M8PVC4A2M Sensor Cable provides a standardized four-contact connection for industrial sensors and field devices. Its molded connector construction, flame-retardant PVC cable, and IP67-rated interface support reliable operation in demanding automation environments. :contentReference[oaicite:0]{index=0}

Technical Description

This cable assembly incorporates a factory-molded M8 right-angle female socket permanently attached to a 2-meter PVC cable with open wire ends. The four-pin arrangement supports industrial sensors requiring additional signal or communication conductors compared to three-pin devices.

The right-angle connector orientation minimizes the installation depth behind the sensor and helps protect the cable from excessive bending where available space is limited. A brass coupling nut securely fastens the connector while maintaining the sealing characteristics necessary for IP67 protection.

Working Principle

The cable provides a direct electrical connection between field-mounted devices and automation controllers. Signals generated by the connected sensor pass through the four conductors to PLC input modules, distributed I/O systems, or industrial control equipment without active signal conditioning.

The threaded M8 locking mechanism prevents loosening caused by vibration and contributes to maintaining stable electrical contact throughout machine operation.

Typical Applications

• Photoelectric sensors with 4-pin interfaces
• Inductive proximity sensors
• Industrial encoder connections
• Compact machine automation
• Robotic end-of-arm tooling
• Assembly equipment
• Material handling systems
• Industrial inspection stations

Industrial Applications

The right-angle connector design is particularly valuable where installation space behind the sensor is restricted. Packaging machinery, semiconductor equipment, robotics, automated assembly systems, electronics manufacturing lines, and compact production machines frequently use this connector orientation to achieve efficient cable routing.

The 2-meter cable is suitable for installations where sensors are located close to electrical cabinets or decentralized I/O modules, reducing unnecessary cable length while maintaining standardized connectivity.

Advantages

• Right-angle connector reduces installation depth.
• Four-pin configuration supports additional signal requirements.
• Factory-molded connector improves mechanical reliability.
• IP67 protection supports operation in industrial environments.
• Flame-retardant PVC cable offers mechanical durability.
• Brass coupling nut provides secure fastening.
• Open wire termination simplifies integration with control panels.

Industry Examples

Robotic Automation

Robotic grippers and tooling stations often require right-angle connectors to prevent cable interference with moving mechanical components.

Packaging Equipment

Compact sensors installed near conveyors and sealing mechanisms benefit from reduced cable protrusion provided by the right-angle connector.

Electronics Assembly

Automated production cells use four-pin sensor connections for precision positioning and process monitoring while maintaining organized cable layouts.

Machine Manufacturing

Equipment builders frequently specify right-angle connector assemblies when enclosure dimensions or guarding limit cable clearance.

Factors to Consider When Selecting This Cable

• Verify compatibility with a four-pin M8 female connector.
• Confirm that a right-angle connector is appropriate for the available installation space.
• Select a cable length that minimizes unnecessary routing.
• Ensure voltage and current remain within the specified ratings.
• Follow the sensor pin assignment when terminating the open wire end.

Omron XS3F-M8PVC4A2M More industrial connectivity options can be found in the Omron sensor products portfolio.

Omron XS3F-M8PVC4A2M Frequently Asked Questions

1. What connector orientation does this model use?

It features an M8 right-angle female socket.

2. How many contacts are available?

The connector provides four electrical contacts.

3. What is the cable length?

The factory-assembled cable is 2 meters long.

4. Does the cable include connectors on both ends?

No. One end has an M8 right-angle female socket, while the opposite end has open wire leads.

5. Is the connector protected against dust and water?

Yes. When correctly assembled with a compatible mating connector, it meets IP67 protection requirements.

6. Why choose a right-angle connector?

A right-angle design reduces cable bending and requires less installation space behind the connected device.

7. Which industrial devices commonly use this cable?

It is commonly connected to photoelectric sensors, proximity sensors, encoders, and other industrial devices using four-pin M8 interfaces.

8. Where is the Omron XS3F-M8PVC4A2M Sensor Cable typically installed?

The Omron XS3F-M8PVC4A2M Sensor Cable is widely used in robotics, packaging machinery, automated assembly systems, conveyor equipment, and factory automation projects where compact cable routing is required.