About 193-EEGE

The 193-EEGE relay is an E1 Plus enhanced electronic overload relay manufactured by Allen-Bradley/Rockwell Automation as part of the Allen-Bradley electronic overload product line. This 3-phase unit has a current range of 18 to 90 Amps that is intended for use with the Bulletin 100 IEC contactor sizes C60 to C97. Some of the specifications of the 193-EEGE electronic overload relay include an adjustable trip class as well as optional side mount modules and automatic or manual reset features. It has an approximate kilowatts rating of 11 to 45 kilowatts with a minimum kilowatt rating of 11 kilowatts at 415 Volts and a maximum of 45 kilowatts at 415 Volts. The module features an adjustment ratio of 5:1, a minimum motor FLC rating of 18 Amps, and a maximum motor FLC rating of 90 Amps. This unit has an adjustable trip class of 10, 15, 20, or 30 Amps. It comes with an IP 20 enclosure rating and a rated operating voltage of 690 Volts AC.

The Allen-Bradley 193-EEGE electronic overload relay has very low heat generation, resulting in cooler switchboards and panels and reduced risk of overheating. It is also self-powered and it comes with a separate power supply connection. The 193-EEGE relay's current adjustment range of 5:1 is specially used to reduce inventory requirements and costs. Other features include low-voltage compatible contacts rated at 17 Volts and 5 milliamps, which is ideal for use with PLC systems. It also features advanced phase failure detection for enhanced motor protection. This electronic overload relay has trip and alarm contacts for easy integration into the control circuit. It features a unique latching mechanism as well as a strengthened power connection that offers a greater mechanical connection with the Bulletin 100-C contactors for a more durable design.

Repair Services for 193-EEGE

Type	Lead Time	Price	Action
Repair Service	2-4 weeks	Ask	Get Quote

Our highly skilled technicians can repair your 193-EEGE. All of our repairs come with a 1 Year DO Supply Warranty. Please contact us for additional information about our repair process.