Omron Y92E-MM08PVC3Sconf-L Field Assembly Connector
| Specification | Value |
|---|---|
| Product Type | Field Assembly Connector |
| Connector Type | M8 Straight Male Plug |
| Number of Contacts | 3 Pins |
| Connection Method | Screw Terminal |
| Compatible Cable Diameter | 3.5 to 5 mm |
| Rated Voltage | 36 VDC |
| Rated Current | 4 A |
| Protection Rating | IP67 (when properly mated) |
| Contact Material | Gold-plated Contacts |
| Housing Material | PBT |
| Operating Temperature | -25°C to +70°C |
| Cable Entry Diameter | 3.5 to 5 mm |
The Omron Y92E-MM08PVC3Sconf-L Field Assembly Connector is a field-wireable M8 straight male connector developed for industrial automation systems that require flexible cable preparation during installation or maintenance. Rather than using a factory-molded cable assembly, technicians can terminate the conductors directly inside the connector using screw terminals, allowing cable lengths to be customized for individual machine layouts.
The Omron Y92E-MM08PVC3Sconf-L Field Assembly Connector provides a standardized three-pole M8 interface suitable for a wide range of industrial sensors, switches, and automation devices. Its compact construction enables installation in confined spaces while maintaining dependable mechanical and electrical performance throughout the connection.
Technical Description
This connector incorporates a straight M8 male plug with three gold-plated contacts designed for reliable low-voltage signal and power transmission. Internal screw terminals eliminate the need for specialized crimping tools, making field installation more convenient for machine builders and maintenance personnel. The connector housing is manufactured from durable engineering plastic, while the threaded coupling ensures secure attachment to compatible M8 female sockets.
When assembled with a suitable cable and correctly tightened, the connector provides IP67 protection against dust ingress and temporary water exposure, supporting reliable operation in industrial environments.
Operating Principle
Individual conductors are inserted into the designated screw terminals and mechanically secured. After assembly, the cable gland compresses around the cable jacket to provide strain relief while maintaining environmental sealing. Once connected to a compatible M8 socket, electrical continuity is established through all three contacts.
The threaded locking mechanism helps prevent accidental disconnection caused by vibration, making the connector suitable for machinery operating under continuous movement.
Usage Areas
- Inductive proximity sensors
- Photoelectric sensors
- Limit switch connections
- Compact automation equipment
- Machine control systems
- Packaging machinery
- Material handling equipment
- Industrial test systems
Industrial Applications
Machine manufacturers often select this connector when equipment requires customized cable lengths during final assembly. Maintenance engineers also benefit from the field-wireable construction because damaged connectors can be replaced without changing the complete sensor cable.
Typical application sectors include automotive manufacturing, warehouse automation, electronics production, packaging systems, food processing machinery, pharmaceutical equipment, and industrial assembly lines where standardized M8 connectivity is widely used.
Advantages
- Field-wireable design supports custom cable preparation
- Standard three-pole M8 male interface
- Screw terminal wiring simplifies installation
- Supports cable diameters from 3.5 mm to 5 mm
- Gold-plated contacts enhance electrical reliability
- IP67 protection when correctly assembled
- Compact construction for space-limited installations
- Suitable for maintenance, retrofit, and new machine projects
Sector-Based Usage Examples
Automated Manufacturing
The connector is used to terminate proximity sensors installed on automated production equipment where cable lengths vary according to machine configuration.
Packaging Systems
Maintenance personnel can replace damaged connectors directly on existing sensor cables, minimizing machine downtime.
Conveyor Automation
Custom cable preparation allows sensor wiring to be adapted as conveyor layouts change during installation or expansion.
Machine Retrofit Projects
Older equipment can be upgraded using standardized M8 connectors without replacing complete sensor assemblies.
Selection Considerations
Before selecting this connector, verify that the application requires a three-pin M8 male interface and confirm cable diameter compatibility. The electrical ratings, environmental conditions, and required protection level should also be evaluated before installation.
Correct conductor assignment should always follow the wiring documentation of the connected sensor or control device. Proper tightening of both the screw terminals and cable gland is necessary to achieve the specified sealing performance.
Omron Y92E-MM08PVC3Sconf-L Additional Omron sensor products are available for applications requiring alternative connector configurations, cable assemblies, and industrial sensor accessories.
Omron Y92E-MM08PVC3Sconf-L Frequently Asked Questions
What is the Omron Y92E-MM08PVC3Sconf-L Field Assembly Connector used for?
It is designed for field assembly of a three-pin M8 male connector onto industrial automation cables.
How many electrical contacts does it provide?
The connector includes three electrical contacts.
Which wiring method does it use?
It uses screw terminals for conductor termination.
What cable diameter is supported?
It accepts cables with an outer diameter between 3.5 mm and 5 mm.
Is the connector suitable for industrial environments?
Yes. When correctly assembled and connected, it provides IP67 environmental protection.
Can the connector be reused?
Yes. It can generally be disassembled and rewired during maintenance if the components remain in good condition.
Where is the Omron Y92E-MM08PVC3Sconf-L Field Assembly Connector commonly installed?
It is widely used with industrial sensors, machine automation equipment, conveyors, packaging systems, and factory automation projects.
Why are gold-plated contacts used?
Gold plating helps maintain stable electrical conductivity and improves resistance to contact oxidation during long-term industrial operation.

