.svg?v=180920048278408794651776809924){kind=small}
B88.0 | Schneider Electric Thermal Unit
- Regular price
- $47.00
- Sale price
- $47.00
- Regular price
-
Couldn't load pickup availability
Product Description P/N: B88.0
Description
B88-0, Square D, B Series, thermal overload heater element, type B, rated for 38.3-45 amps, B88.0 suitable for use with thermal overload relays, magnetic motor starters & motor controls.
Technical Specifications
| Brand | Schneider Electric |
| Part Number | B88.0 |
| Category | Contactors & Starters |
| Subcategory | Thermal Overload/Heater |
| Family | B Series |
| Type | B |
| fullLoadAmpsMax | 45 |
| fullLoadAmpsMin | 38.3 |
| Motor Tripping Class | 20 |
| Sensing Method | Melting Alloy |
| Trip Type | Standard Trip |
Information About B88.0
The Schneider Electric B88.0 is a thermal unit from the B Series, designed for reliable thermal overload protection in motor control applications. This thermal unit is specifically tailored to safeguard motors by responding to overcurrent conditions, thereby preventing damage and ensuring efficient operation.
The B88.0 thermal unit supports a full load amperage range with a maximum of 45 amps and a minimum of 38.3 amps, making it suitable for a variety of motor sizes within this current range. It belongs to the motor tripping class 20, indicating that it will trip within 20 seconds under a locked rotor condition, providing timely protection while allowing for normal motor start-up.
This thermal unit employs a melting alloy sensing method, which ensures precise and reliable detection of overcurrent situations. The melting alloy method is known for its accuracy and dependability in triggering the trip mechanism when necessary.
Designed for standard trip type applications, the B88.0 provides consistent and effective protection against thermal overloads, ensuring that motors are protected from excessive current that could lead to overheating and potential failure.
Overall, the Schneider Electric B88.0 thermal unit combines precise sensing technology, a wide amperage range, and robust tripping characteristics to deliver exceptional motor protection. Its reliable performance and specific design parameters make it an ideal choice for safeguarding motors in various industrial and commercial applications.
Description
B88-0, Square D, B Series, thermal overload heater element, type B, rated for 38.3-45 amps, B88.0 suitable for use with thermal overload relays, magnetic motor starters & motor controls.
Technical Specifications
| Brand | Schneider Electric |
| Part Number | B88.0 |
| Category | Contactors & Starters |
| Subcategory | Thermal Overload/Heater |
| Family | B Series |
| Type | B |
| fullLoadAmpsMax | 45 |
| fullLoadAmpsMin | 38.3 |
| Motor Tripping Class | 20 |
| Sensing Method | Melting Alloy |
| Trip Type | Standard Trip |
Information About B88.0
The Schneider Electric B88.0 is a thermal unit from the B Series, designed for reliable thermal overload protection in motor control applications. This thermal unit is specifically tailored to safeguard motors by responding to overcurrent conditions, thereby preventing damage and ensuring efficient operation.
The B88.0 thermal unit supports a full load amperage range with a maximum of 45 amps and a minimum of 38.3 amps, making it suitable for a variety of motor sizes within this current range. It belongs to the motor tripping class 20, indicating that it will trip within 20 seconds under a locked rotor condition, providing timely protection while allowing for normal motor start-up.
This thermal unit employs a melting alloy sensing method, which ensures precise and reliable detection of overcurrent situations. The melting alloy method is known for its accuracy and dependability in triggering the trip mechanism when necessary.
Designed for standard trip type applications, the B88.0 provides consistent and effective protection against thermal overloads, ensuring that motors are protected from excessive current that could lead to overheating and potential failure.
Overall, the Schneider Electric B88.0 thermal unit combines precise sensing technology, a wide amperage range, and robust tripping characteristics to deliver exceptional motor protection. Its reliable performance and specific design parameters make it an ideal choice for safeguarding motors in various industrial and commercial applications.