IEC Overload Relay, 1NC/1NO, 2.5 A Min current, 4 A Max current, 690V AC MPN:DPER08
IEC Overload Relay, 1NC/1NO, 2.5 A Min current, 4 A Max current, 690V AC
Protect your electrical systems with the Schneider IEC Overload Relay, a reliable and efficient solution for overload protection. This 3-pole relay is designed for use in a variety of applications, including industrial machinery, motor control, and power distribution. With a minimum current setting of 2.5 A and a maximum setting of 4 A, it provides precise control over electrical loads. The relay's thermal overload protection ensures safe and reliable operation, while its auto-reset and manual-reset capabilities offer flexibility. Suitable for use in 690V AC systems, this relay is a valuable addition to any electrical control panel or system.
Top product features:
- IEC Overload Relay provides thermal overload protection for motors and other electrical devices.
- The relay has a 1NC/1NO auxiliary contact form to provide additional control and monitoring capabilities.
- The relay features a trip class of 10, allowing for precise control over the overload protection threshold.
Top product applications:
- Motor Protection
- Protection of three-phase AC motors
- Overload protection of three-phase motors
IEC Overload Relay, Auxiliary Contact Form 1NO/1NC, Maximum Overload Relay Current Setting 4 A, Minimum Overload Relay Current Setting 2.5 A, Trip Class 10, Maximum Voltage Rating 690V AC, NEMA Size Not Applicable, Number of Poles 3, Reset Type Auto, Manual, Mounting Style Direct To Contactor, Terminal Connection Type Screw Clamp Terminals, Compatible with Series Easy TeSys, Relay Style IEC, Overload Protection Type Thermal, Phase Three
Additional Information
- Country of Origin: FR
- Drop Ship Item: No
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 1 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 3.50
- Package Width: 3.07
- Package Height: 1.89
- Package Weight: 8.60
Product info last updated on January 23, 2026 6:33pm UTC
Category: Industrial Electrical Controls and Automation