The solid-state design of the 193-E1 Plus overload relay provides accurate, reliable and repeatable protection. A wide 5:1 adjustment range, dip switch (on EE versions) and isolated contacts provide application flexibility. The line-side over moulded power connections provides a sturdy two component starter assembly. The patented modular design allows for easy expansion of capabilities through side mount accessory modules to the EE versions.

IEC and NEMA configurations
Self-powered
Phase loss protection
Wide 5:1 adjustment range
Over-moulded power connections
1 N.O. and 1 N.C. isolated auxiliary contacts (AC15/B600 rated)
3 phase
Low energy consumption (150 mW)
Ambient temperature compensation
Visible trip indication
Compatible with 100-C09 to 100-C85 contactors (see stock no. 238-0702 typically)

0.2 A to 27 A current range
Fixed trip class 10
Manual reset

0.1 A to 90 A current range
Selectable trip class (10, 15, 20 or 30)
Selectable manual/auto-manual reset
Optional cage clamp control terminals

IEC EN60947-4-1, EN60947-5-1.

UL, CSA.

Need a versatile overload protection device that can flex to suit your application? Turn to this electronic overload relay from Rockwell Automation's Allen Bradley range. When you pair it with a contactor, it monitors your motor circuit and breaks it if excess current or heat poses a danger to sensitive coils and windings. As this unit's trip class is selectable via a simple DIP stick, you can count on it to provide exactly the level of protection your task calls for. You can also adjust the unit between manual and automatic reset modes, making it an adaptable option that lets you call the shots.

• Current adjustable between 3.2 and 16A, so easy to pair with standard motors
• Screw connections compatible with a broad range of wire gauges make connecting a breeze
• Fast assembly thanks to the unit's pre-formed power connections
• Self-enclosed relay offers IP20 protection, so it's safe to touch

• CSA 22.2, No.14
• UL 508
• cULus
• CE

This product suits an ambient temperature between -20°C and +60°C, so it's a safe bet for use in harsh settings.

UL, CSA

IEC EN60947-4-1, EN60947-5-1