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The Schneider Electric JLL36250M75 is a robust motor circuit protector designed to safeguard motors in demanding applications. It features a line-rated current of 250 A and operates at a voltage of 600 VAC, providing reliable protection across various conditions.
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| Manufacturer | Schneider Electric |
|---|---|
| Product Type | Motor Circuit Protector |
| Product Line | PowerPact |
| Part Number | JLL36250M75 |
| UPC | 785901661009 |
| Weight | 5.00 lbs (2.27 kg) |
| Line Rated Current | 250 A |
| Number of Poles | 3 |
| Control Type | Toggle |
| Breaking Capacity Code | L |
| Breaking Capacity | 125 kA |
| Rated Operational Voltage | 600 VAC |
| Minimum Operating Frequency | 50 Hz |
| Maximum Operating Frequency | 60 Hz |
| Conventional Free Air Thermal Current | 117 to 217 A |
| Rated Impulse Withstand Voltage | 8 kV |
| Trip Unit Technology | Thermal Magnetic |
| Magnetic Tripping Current | 2500 A |
| Magnetic Hold Current | 1250 A |
The JLL36250M75 from Schneider Electric is a motor circuit protector engineered to ensure the safety and reliability of motor operation. This unit is rated for a line current of 250 A, making it suitable for substantial electrical loads. It consists of three poles, and its control mechanism utilizes a toggle for straightforward operation.
The device boasts a breaking capacity of 125 kA, denoted by the breaking capacity code L, allowing it to clear fault conditions effectively without damage to the circuit or connected equipment. When it comes to voltage specifications, it functions at a maximum rated operational voltage of 600 VAC. The unit performs optimally at an operating frequency varying between a minimum of 50 Hz and a maximum of 60 Hz.
In terms of thermal performance, the conventional free air thermal current is rated between 117 A and 217 A, catering to diverse operational environments. For transient surges, this protector is designed with a rated impulse withstand voltage of 8 kV, ensuring it can endure electrical shocks without failing.
The trip unit technology integrates thermal magnetic features, which facilitate automatic disconnection during overload conditions. It can trip at a magnetic current of 2500 A, and a magnetic hold current is set at 1250 A for maintaining stability under normal conditions. Lastly, the communication interface employs Modbus, enabling integration into advanced control systems for monitoring and managing electrical loads effectively.