Omron XS3F-M8PUR4S5M Sensor Cable
| Specification | Value |
|---|---|
| Product Type | Sensor Cable with Connector |
| Series | XS3F-M8 |
| Connector 1 | M8 Straight Female Socket |
| Connector 2 | Open Wire Ends |
| Number of Contacts | 4 Pins |
| Cable Material | PUR (Polyurethane) |
| Cable Length | 5 m |
| Ingress Protection | IP67 |
| Rated Voltage | 125 VDC / 250 VAC |
| Wire Size | 22 AWG |
| Features | Fire-retardant, Halogen-free, Oil-resistant |
| Nut Material | Brass |
| LED Indicator | No |
Reliable sensor connectivity is essential for maintaining stable communication between field devices and industrial control systems. The Omron XS3F-M8PUR4S5M Sensor Cable is designed for installations requiring a four-pin M8 female connector combined with a five-meter PUR cable and open wire ends. This configuration provides installation flexibility while maintaining dependable electrical performance in environments where mechanical stress, oil exposure, and frequent equipment movement are common. Manufacturer specifications identify the assembly as an IP67-rated cable with a fire-retardant, halogen-free polyurethane jacket suitable for industrial automation applications. :contentReference[oaicite:0]{index=0}
Technical Description
The Omron XS3F-M8PUR4S5M Sensor Cable belongs to the XS3F connector family developed for industrial automation equipment. It features a straight M8 female socket on one end and stripped conductors on the opposite end, allowing direct integration into PLC terminals, I/O modules, terminal blocks, or custom electrical cabinets.
The cable incorporates four conductors, making it suitable for sensors and field devices that require additional signal or power connections beyond standard three-wire configurations. Its PUR insulation is selected for applications where flexibility and resistance to abrasion, industrial oils, and repetitive movement are important design considerations.
Operating Principle
The cable transfers electrical power and control signals between an industrial device and the automation controller. The M8 female connector establishes a secure mechanical and electrical interface with compatible sensors or actuators, while the open cable end enables customized wiring according to the machine builder’s electrical design.
When properly installed, the connector sealing system achieves IP67 protection, reducing the possibility of dust or water entering the connection during normal industrial operation. This helps preserve signal quality and minimize connection-related interruptions.
Typical Applications
- Industrial proximity sensors
- Photoelectric sensing systems
- Compact machine automation
- Packaging equipment
- Conveyor monitoring systems
- Robotic workstations
- Assembly automation
- Industrial control panels
Industrial Applications
Automated Manufacturing
The Omron XS3F-M8PUR4S5M Sensor Cable is frequently used to connect field sensors responsible for detecting workpieces, machine positions, or production status within automated manufacturing equipment.
Material Handling Systems
Conveyors, sorting equipment, and transfer stations often require durable sensor cables capable of maintaining reliable operation despite constant vibration and continuous machine movement.
Packaging Machinery
Packaging equipment uses four-wire sensors for carton detection, actuator feedback, and machine synchronization. The extended cable length provides additional routing flexibility in larger machine frames.
Machine Construction
OEM machine builders commonly install M8 connector systems because they simplify field replacement and reduce assembly time compared with hardwired sensor installations.
Advantages
- Five-meter cable supports longer installation distances.
- Four-pin configuration accommodates compatible industrial devices.
- PUR jacket offers resistance to abrasion and industrial oils.
- Fire-retardant cable construction.
- Halogen-free insulation for industrial applications.
- Straight M8 female connector simplifies installation.
- Open wire ends allow flexible cabinet wiring.
- IP67 sealing protects the connection when properly mated.
Sector Examples
- Automotive production facilities
- Warehouse automation
- Electronics manufacturing
- Machine tool equipment
- Food processing machinery
- Pharmaceutical production systems
- Automated inspection stations
- Material transportation equipment
Omron XS3F-M8PUR4S5M Product Selection Considerations
Before selecting the Omron XS3F-M8PUR4S5M Sensor Cable, verify that the connected equipment requires a four-pin M8 female interface. Cable routing distance should also be evaluated to determine whether the five-meter length is appropriate without creating excessive slack inside the machine.
System designers should confirm compatibility with the sensor’s wiring diagram, connector orientation, and environmental requirements. Applications exposed to lubricants, mechanical wear, or repeated cable movement can benefit from the characteristics of the PUR cable jacket specified by the manufacturer.
Additional compatible connector families and accessories can be found within Omron sensor product series.
Omron XS3F-M8PUR4S5M Frequently Asked Questions
1. What connector type is used?
The cable features a straight M8 female connector with four electrical contacts.
2. What is the cable length?
The standard cable length is 5 meters.
3. What insulation material is used?
The outer jacket is manufactured from polyurethane (PUR).
4. Is the cable suitable for oil-exposed environments?
Yes. The PUR jacket is specified as oil-resistant for industrial applications.
5. Does this model include an LED indicator?
No. The connector does not include an integrated LED status indicator.
6. What ingress protection is provided?
When correctly connected, the assembly provides IP67 environmental protection.
7. Which equipment commonly uses this cable?
It is commonly installed with proximity sensors, photoelectric sensors, compact actuators, and other M8-compatible industrial field devices.
8. Why choose a 5-meter cable instead of a shorter version?
A longer cable simplifies installation in larger machines, distributed automation systems, and equipment where the control cabinet is positioned farther from the field device.

