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G3PE-535B-3N DC12-24V

Omron G3PE-535B-3N DC12-24V Three-Phase Solid State Relay 35A

SKU: G3PE-535B-3N DC12-24V

Omron G3PE-535B-3N DC12-24V is a 3-phase solid state relay in the 35A class, built for reliable semiconductor switching of industrial AC loads.

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Product Overview

Omron G3PE-535B-3N DC12-24V is supplied for industrial automation projects requiring reliable delivery, verified authenticity, and responsive support from inquiry to shipment.

  • SKU: G3PE-535B-3N DC12-24V
  • Series: G3PE-535B-3N
  • I/O: 12 I/O

Best-Fit Applications

  • Switches three-phase loads with semiconductor output
  • Supports frequent duty cycles with less wear
  • Integrates with common 24V control infrastructure
  • Improves process continuity by reducing contact failures
  • Enables quieter panel operation
  • Supports standardized SSR-based power stages

Buying Checklist

  • 3-phase 35A class for substantial loads
  • DC12-24V control flexibility
  • Long-life solid-state switching behavior
  • Suitable for thermal/process power control
  • Reliable Omron industrial SSR family

Technical Specifications

Relay family Omron G3PE 3-phase SSR
Model G3PE-535B-3N DC12-24V
Phase type Three-phase AC output
Current class 35A class
Control input DC12-24V
Primary use Industrial 3-phase load switching
Typical loads Heaters and suitable AC process loads
Integration PLC-driven power control stage
Thermal requirement Heatsink/derating validation essential
Operational value High-cycle reliability over mechanical alternatives

FAQ for G3PE-535B-3N DC12-24V

What should engineers verify first on a 3-phase SSR installation?
Thermal design, load profile, and protection coordination should be validated first to ensure long-term reliability.
Is this model appropriate for motor loads?
It is primarily selected for suitable AC process loads such as heaters; motor applications require careful evaluation of inrush and switching behavior.
How does this improve maintenance planning?
Compared with contactors in high-cycle duty, SSR-based control can reduce mechanical wear-related service interventions.
What commissioning data is most useful to record?
Capture load current, SSR case temperature, and enclosure ambient under peak operation to confirm thermal margin.

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