The BE55A EE Controls Electronic Overload is a reliable and efficient solution designed to protect your motor from overheating and overload conditions. With adjustable settings for enhanced customization and easy installation, this overload ensures optimal performance. Ideal for various applications, it’s an essential component for maintaining equipment safety and longevity.
| Brand | EE Controls |
|---|---|
| Amperage | 28 / 112 A |
| Frame / Series | BE55A |
| Catalogue # | EECBE55A |
The EE Controls BE55A Electronic Overload is designed to provide motor protection against overheating and overload conditions, with an adjustable current range of 28–112 A. Its electronic design offers precise trip characteristics and enhanced customization compared to traditional bimetallic overloads, making it well-suited for industrial motor control applications including starters, contactors, and motor control centres (MCCs).
Not sure if the BE55A fits your contactor or starter assembly? Send us your contactor model and we'll confirm compatibility.
The BE55A has an adjustable current setting range of 28–112 A. The setting is typically adjusted via a dial or selector on the overload relay itself, allowing you to match the full-load amperage of the motor being protected. Always set it to the motor's nameplate FLA for proper protection.
The BE55A is an electronic overload that may serve as a replacement for bimetallic or earlier electronic overloads within the same current range (28–112 A), provided the mounting footprint and contactor interface are compatible. Because overload mounting patterns vary by brand and frame, we recommend confirming your existing contactor or starter model with us before ordering to ensure a direct fit.
Many electronic overloads in this class include phase-loss and/or phase-unbalance protection as part of their feature set, offering more comprehensive motor protection than traditional bimetallic types. For the specific protection functions of the BE55A, contact our team and we can provide detailed technical documentation to confirm it meets your application requirements.
