Omron XS3F-M8PVC3S10M Sensor Cable
| Specification | Value |
|---|---|
| Manufacturer | Omron |
| Product Type | M8 Sensor Cable with Connector |
| Connector 1 | M8 Straight Female Socket |
| Connector 2 | Open Wire Ends |
| Number of Contacts | 3 |
| Cable Material | PVC, Flame Retardant |
| Cable Length | 10 m |
| Protection Rating | IP67 |
| Rated Voltage | 125 VDC |
| Rated Current | 3 A |
| Operating Temperature | -25°C to +70°C |
| Nut Material | Brass with Nickel Plating |
| Housing Color | Black |
| LED Indicator | No |
The Omron XS3F-M8PVC3S10M Sensor Cable is designed for industrial sensor wiring where reliable signal transmission and environmental protection are essential. Equipped with a straight M8 female socket on one end and open wire leads on the other, this cable provides a practical solution for connecting sensors to control panels, PLCs, and field devices. Its 10-meter PVC cable allows flexible routing across machinery while maintaining mechanical durability in factory environments.
The cable belongs to Omron’s XS3 connector family, developed for compact automation systems requiring dependable electrical connections. The flame-retardant PVC jacket, IP67 protection, and nickel-plated brass coupling nut contribute to stable operation in demanding industrial installations. The phrase Omron XS3F-M8PVC3S10M Sensor Cable refers specifically to this 3-pole, straight female connector configuration with a 10-meter cable assembly.
Technical Overview
This cable assembly combines an M8 circular connector with three electrical contacts and factory-installed PVC cable. The connector is intended for sensors and automation components that require compact circular connections while maintaining resistance against dust and temporary water immersion according to IP67 requirements.
The connector housing uses durable engineering materials while the coupling nut is manufactured from nickel-plated brass to improve mechanical strength during repeated installation and removal.
Working Principle
The cable functions as a passive electrical connection between field sensors and automation equipment. Electrical signals generated by the sensor travel through the three conductors to the connected controller without active signal processing inside the cable.
The M8 locking mechanism secures the connector against vibration, helping maintain consistent electrical contact during machine operation. Proper tightening of the coupling nut also supports the environmental sealing required for IP67 protection.
Typical Applications
- Photoelectric sensor wiring
- Proximity sensor installations
- Machine automation systems
- Packaging equipment
- Assembly machines
- Material handling equipment
- Conveyor monitoring systems
- Factory automation panels
Industrial Applications
The Omron XS3F-M8PVC3S10M Sensor Cable is commonly used throughout industrial automation where standardized sensor connections simplify installation and maintenance. Typical sectors include manufacturing, packaging, logistics, food processing machinery, electronics assembly, and material transport systems.
Long cable routing makes the 10-meter version suitable for installations where sensors are positioned at considerable distances from electrical cabinets or control units.
Advantages
- Compact M8 connector design for limited installation space
- IP67 environmental protection for industrial environments
- Flame-retardant PVC cable construction
- 10-meter cable reduces the need for extension wiring
- Nickel-plated brass coupling nut improves mechanical durability
- Open wire leads simplify integration with control cabinets
- Compatible with numerous industrial sensors using M8 connectors
Sector Examples
Packaging Machinery
The cable connects position sensors and photoelectric sensors installed along conveyors, sealing equipment, and carton handling systems.
Automated Assembly
Robotic fixtures and assembly stations use the cable for reliable communication between compact sensors and PLC input modules.
Material Handling
Warehouse conveyor systems employ long sensor cables for object detection, positioning, and process monitoring.
Machine Building
OEM machine manufacturers integrate standardized M8 cabling to simplify installation and replacement during equipment servicing.
Selection Considerations
- Verify that the connected device requires a 3-pole M8 female connector.
- Confirm that a 10-meter cable length is appropriate for the installation.
- Ensure environmental conditions remain within the specified operating temperature range.
- Check that the required voltage and current ratings match the application.
- Confirm compatibility between the sensor pin assignment and the connected controller.
Omron XS3F-M8PVC3S10MAdditional information about compatible connector families and industrial connectivity solutions can be found under Omron sensor products.
Omron XS3F-M8PVC3S10M Frequently Asked Questions
1. What type of connector does this cable use?
It features an M8 straight female socket with three contacts.
2. What is the cable length?
The assembled cable length is 10 meters.
3. Is the cable suitable for industrial environments?
Yes. Its IP67 protection and flame-retardant PVC jacket are intended for industrial automation applications.
4. Can it be connected directly to a PLC?
The open wire end allows direct termination into PLC input terminals or interface modules, depending on the system design.
5. Does the connector include an LED indicator?
No. This model does not incorporate an integrated LED indicator.
6. What sensors are commonly connected with this cable?
It is frequently used with photoelectric sensors, proximity sensors, and compact industrial sensing devices using M8 interfaces.
7. What protection level does the connector provide?
When properly installed, the connector meets IP67 environmental protection requirements.
8. Why choose the Omron XS3F-M8PVC3S10M Sensor Cable?
The Omron XS3F-M8PVC3S10M Sensor Cable provides a standardized M8 connection with a 10-meter PVC cable, making it suitable for installations where sensors are positioned away from the control cabinet while maintaining reliable industrial connectivity.

