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B6.90 | Schneider Electric Thermal Overload Heater Unit for Motor Protection
- Regular price
- $39.00
- Sale price
- $39.00
- Regular price
-
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Product Description P/N: B6.90
Description
The Schneider Electric B6.90 is a thermal overload heater unit designed for dependable motor protection in industrial applications. Engineered to operate using a melting alloy sensing method, the part number B6.90 provides accurate overload detection for motors operating between 4.48 and 5.68 amps. Its plug-in mounting design supports straightforward integration into compatible overload relay systems.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Schneider Electric |
| Category | Contactors & Starters |
| Part Number | B6.90 |
| Subcategory | Thermal Overload/Heater |
| Accessory Type | Thermal Unit |
| Motor Tripping Class | 20 |
| Sensing Method | Melting Alloy |
| Full Load Amps | 4.48 to 5.68 A |
| Trip Type | Standard Trip |
| Usage | Motor Overload Protection |
| Mounting Style | Plug-In |
| Application | Thermal overload relay systems |
Information About B6.90
The B6.90 is a thermal overload heater unit from Schneider Electric, built for use within motor protection systems that rely on thermal trip technology. Constructed using a melting alloy sensing mechanism, it ensures accurate response to excessive heat generated by overload currents. This plug-in heater unit integrates seamlessly with compatible overload relays, providing reliable performance in motor control assemblies. With a Class 20 trip designation, it is well suited for general-purpose motor applications where moderate starting and running conditions are present.
Key Features:
- Class 20 trip rating: Suitable for standard-duty motor overload protection.
- Melting alloy sensing: Provides accurate thermal response to sustained overcurrent.
- Motor protection range: Designed for motors operating between 4.48 and 5.68A.
- Standard trip operation: Predictable disconnection under overload conditions.
- Plug-in mounting: Supports quick installation into compatible overload devices.
- Reliable overload prevention: Helps safeguard motors from overheating and damage.
- Compact construction: Easily integrates into motor control panels.
The B6.90 delivers the reliability and precision required for effective thermal overload protection in motor control systems.
Description
The Schneider Electric B6.90 is a thermal overload heater unit designed for dependable motor protection in industrial applications. Engineered to operate using a melting alloy sensing method, the part number B6.90 provides accurate overload detection for motors operating between 4.48 and 5.68 amps. Its plug-in mounting design supports straightforward integration into compatible overload relay systems.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Schneider Electric |
| Category | Contactors & Starters |
| Part Number | B6.90 |
| Subcategory | Thermal Overload/Heater |
| Accessory Type | Thermal Unit |
| Motor Tripping Class | 20 |
| Sensing Method | Melting Alloy |
| Full Load Amps | 4.48 to 5.68 A |
| Trip Type | Standard Trip |
| Usage | Motor Overload Protection |
| Mounting Style | Plug-In |
| Application | Thermal overload relay systems |
Information About B6.90
The B6.90 is a thermal overload heater unit from Schneider Electric, built for use within motor protection systems that rely on thermal trip technology. Constructed using a melting alloy sensing mechanism, it ensures accurate response to excessive heat generated by overload currents. This plug-in heater unit integrates seamlessly with compatible overload relays, providing reliable performance in motor control assemblies. With a Class 20 trip designation, it is well suited for general-purpose motor applications where moderate starting and running conditions are present.
Key Features:
- Class 20 trip rating: Suitable for standard-duty motor overload protection.
- Melting alloy sensing: Provides accurate thermal response to sustained overcurrent.
- Motor protection range: Designed for motors operating between 4.48 and 5.68A.
- Standard trip operation: Predictable disconnection under overload conditions.
- Plug-in mounting: Supports quick installation into compatible overload devices.
- Reliable overload prevention: Helps safeguard motors from overheating and damage.
- Compact construction: Easily integrates into motor control panels.
The B6.90 delivers the reliability and precision required for effective thermal overload protection in motor control systems.