

193-EEHF | Allen-Bradley Overload Relay
- Regular price
- $1,349.00
- Sale price
- $1,349.00
- Regular price
-
Couldn't load pickup availability
Do you need help?

Product Description P/N: 193-EEHF
Description
The 193-EEHF is an electronic overload relay designed by Allen-Bradley for reliable motor protection in industrial applications.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category | Contactors & Starters |
Part Number | 193-EEHF |
Subcategory | Solid State Overload/Relay |
Amperage |
30-150 Amp
|
Contact Configuration |
1 NO, 1 NC
|
Reset Type |
Electronic Reset |
Terminal Type | Screw |
Applications |
100-C95 to 100-C180 Contactor |
Number of Phases | 3 Phase |
Standard | C-TICK,CCC,CE,CSA,CUL,KC,MARINE,UL |
Trip Class | 10-15-20-30 |
Voltage | 600-690 VAC at 50/60 Hz |
Weight | 6.18 lbs |
Information About 193-EEHF
The Allen-Bradley 193-EEHF is an electronic overload relay engineered for industrial applications where reliable motor protection is essential. Part of the 193 series from Allen-Bradley, this relay is designed to safeguard electric motors against overload conditions and phase issues in motor control and automation environments.
Key Features:
- Precision Motor Protection:
The 193-EEHF overload relay provides precise, adjustable protection for motors by detecting overload, phase loss, and phase imbalance conditions. This ensures that motors operate safely within their rated capacity, reducing the risk of damage and extending their operational lifespan. - Electronic Design:
With its electronic trip mechanism, the relay offers superior accuracy and repeatability compared to traditional thermal overload relays. This allows for more reliable and consistent motor protection, even in applications with frequent start-stop cycles. - Adjustable Settings:
The relay features adjustable trip settings that enable fine-tuning of the overload protection to match the specific requirements of the motor and application. This flexibility ensures optimal performance in a wide range of industrial scenarios. - Trip Class Options:
The 193-EEHF offers selectable trip classes to accommodate different motor protection needs. These trip classes define the time it takes for the relay to trip under overload conditions, allowing for customization based on the application’s demands. - Seamless Integration:
Designed for compatibility with Allen-Bradley motor starters and contactors, the 193-EEHF integrates easily into motor control centers and industrial automation systems. Its compact form factor ensures straightforward installation and minimal panel space requirements. - Robust Performance:
The relay is built to withstand harsh industrial environments, maintaining reliable performance in the presence of electrical noise and challenging conditions. - Versatile Applications:
Suitable for a broad range of industrial uses, the 193-EEHF overload relay is ideal for protecting motors in conveyor systems, pumps, fans, and other critical motor-driven equipment.
The Allen-Bradley 193-EEHF overload relay is a crucial component in industrial motor control systems, delivering precise, reliable protection to keep operations running smoothly and efficiently.
Description
The 193-EEHF is an electronic overload relay designed by Allen-Bradley for reliable motor protection in industrial applications.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category | Contactors & Starters |
Part Number | 193-EEHF |
Subcategory | Solid State Overload/Relay |
Amperage |
30-150 Amp
|
Contact Configuration |
1 NO, 1 NC
|
Reset Type |
Electronic Reset |
Terminal Type | Screw |
Applications |
100-C95 to 100-C180 Contactor |
Number of Phases | 3 Phase |
Standard | C-TICK,CCC,CE,CSA,CUL,KC,MARINE,UL |
Trip Class | 10-15-20-30 |
Voltage | 600-690 VAC at 50/60 Hz |
Weight | 6.18 lbs |
Information About 193-EEHF
The Allen-Bradley 193-EEHF is an electronic overload relay engineered for industrial applications where reliable motor protection is essential. Part of the 193 series from Allen-Bradley, this relay is designed to safeguard electric motors against overload conditions and phase issues in motor control and automation environments.
Key Features:
- Precision Motor Protection:
The 193-EEHF overload relay provides precise, adjustable protection for motors by detecting overload, phase loss, and phase imbalance conditions. This ensures that motors operate safely within their rated capacity, reducing the risk of damage and extending their operational lifespan. - Electronic Design:
With its electronic trip mechanism, the relay offers superior accuracy and repeatability compared to traditional thermal overload relays. This allows for more reliable and consistent motor protection, even in applications with frequent start-stop cycles. - Adjustable Settings:
The relay features adjustable trip settings that enable fine-tuning of the overload protection to match the specific requirements of the motor and application. This flexibility ensures optimal performance in a wide range of industrial scenarios. - Trip Class Options:
The 193-EEHF offers selectable trip classes to accommodate different motor protection needs. These trip classes define the time it takes for the relay to trip under overload conditions, allowing for customization based on the application’s demands. - Seamless Integration:
Designed for compatibility with Allen-Bradley motor starters and contactors, the 193-EEHF integrates easily into motor control centers and industrial automation systems. Its compact form factor ensures straightforward installation and minimal panel space requirements. - Robust Performance:
The relay is built to withstand harsh industrial environments, maintaining reliable performance in the presence of electrical noise and challenging conditions. - Versatile Applications:
Suitable for a broad range of industrial uses, the 193-EEHF overload relay is ideal for protecting motors in conveyor systems, pumps, fans, and other critical motor-driven equipment.
The Allen-Bradley 193-EEHF overload relay is a crucial component in industrial motor control systems, delivering precise, reliable protection to keep operations running smoothly and efficiently.
