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Description
Product Description:
The UR9AH from GE is a hermetically sealed, non-vented, three-phase, negative-temperature coefficient (NTC) overcurrent device. It is designed for surface-mount applications in commercial and industrial settings. The UR9AH offers protection against overcurrents and overloads, preventing equipment damage and fires. It features a self-resetting mechanism, which automatically resets after the overcurrent condition is removed. The UR9AH is suitable for use in a wide range of electrical systems, including motors, transformers, and resistive loads.
Product Parameters:
Rated Voltage: The maximum voltage the device can handle under normal operating conditions.
Rated Current: The maximum current the device can handle without tripping or melting.
Response Time: The time it takes for the device to trip in response to an overcurrent condition.
Reset Time: The time it takes for the device to automatically reset after the overcurrent condition is removed.
Product Specifications:
Three-phase, hermetically sealed, non-vented design for surface-mount applications.
Negative-temperature coefficient (NTC) technology for reliable overcurrent protection.
Self-resetting mechanism to automatically reset after the overcurrent condition is removed.
Rated voltage, current, response time, and reset time as per the product parameters.
Complies with international safety standards and certifications for commercial and industrial applications.
Easy to install, configure, and maintain, reducing overall system complexity and cost.
Prod
Product Specifications:
Three-phase, hermetically sealed, non-vented design for surface-mount applications.
Negative-temperature coefficient (NTC) technology for reliable overcurrent protection.
Self-resetting mechanism to automatically reset after the overcurrent condition is removed.
Rated voltage, current, response time, and reset time as per the product parameters.
Complies with international safety standards and certifications for commercial and industrial applications.
Easy to install, configure, and maintain, reducing overall system complexity and cost.
