Omron G9SX-ADA222-T150-RC G9SX Flexible Safety Unit

Description

Designed for high-performance machine safety management, the Omron G9SX-ADA222-T150-RC serves as an advanced safety controller within the Omron G9SX series. This flexible safety unit provides reliable control of safety circuits, offering both instantaneous and OFF-delayed safety outputs to accommodate complex deceleration and stopping requirements in industrial machinery. Equipped with spring-cage terminal blocks, it ensures secure, vibration-resistant connections in demanding production environments.

The unit features solid-state outputs that minimize mechanical wear and extend operational life. By providing separate pathways for instantaneous shutdown and timed deceleration, the module supports sophisticated safety logic and sequencing. It functions as an advanced main unit that can be easily integrated into distributed safety control networks.

Features

• Advanced safety logic unit with multi-output configuration.
• Two instantaneous safety outputs and two OFF-delayed safety outputs (P-channel MOS FET).
• Two auxiliary PNP transistor outputs for system status monitoring and diagnostics.
• Configurable OFF-delay time up to 150 seconds.
• Spring-cage terminal blocks (RC type) for fast wiring and high vibration resistance.
• Solid-state outputs reduce wear and maintenance overhead compared to electromechanical relays.
• Clear LED diagnostic indicators on the front panel for simplified troubleshooting.

Applications

• Emergency stop circuit monitoring.
• Safety light curtain and safety switch integration.
• Controlled deceleration and delayed guard interlocking systems.
• Robotic cell gate and access door monitoring.
• Industrial machinery requiring phased shutdown sequences.

Technical Specifications

Installation Guidelines

For safe and reliable installation, adhere to the following guidelines:

• Mounting: Mount the unit inside an IP54 or higher rated control cabinet on a standard 35 mm DIN rail. Ensure there is sufficient clearance for ventilation around the heat dissipation vents.
• Wiring: Use solid or stranded wires with the recommended strip length for the spring-cage terminals. No tightening torque is required, but ensure the wire is fully inserted and locked.
• Power Supply: Connect a regulated 24 VDC power supply. The DC source must provide protective separation (SELV/PELV) to comply with safety standards.
• Grounding: Connect the functional ground terminal securely to the system's ground bar to reduce electromagnetic interference.