QR23B150 | Siemens Molded Case Circuit Breaker
- Regular price
- $457.00
- Sale price
- $457.00
- Regular price
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Product Description P/N: QR23B150
Description
The QR23B150 is a molded case circuit breaker (MCCB) manufactured by Siemens, belonging to the QR Series and classified as type QR2. It is a three-pole (3P), three-phase (3PH) device with a current rating of 150A and a voltage rating of 240V. With a standard interrupting capacity of 10kA at 240V, it provides reliable protection against short circuit conditions. Featuring a bolt-on connection method, it is equipped with a non-interchangeable trip mechanism, offering both Long-Time and Instantaneous trip functions (LI) for enhanced overcurrent protection.
Technical Specifications
Part Number |
QR23B150 |
Manufacturer |
Siemens / ITE |
Family |
QR Series |
Pole |
3 |
Amp |
150 |
Volt |
240 |
Phase |
3 |
Category |
Molded Case / 3-Pole |
Connection |
Bolt On |
Type |
QR2 |
Functions |
LI - Long-Time and Instantaneous |
Protection |
Thermal Magnetic |
AIC Ratings |
10kA@240V |
Information About QR23B150
The QR23B150, manufactured by Siemens, is a molded case circuit breaker belonging to the QR Series and classified as type QR2. It is a three-pole (3P), three-phase (3PH) device with a current rating of 150A and a voltage rating of 240V. With a standard interrupting capacity of 10kA at 240V, it ensures reliable protection against short circuit conditions. Featuring a bolt-on connection method, it comes complete with a non-interchangeable trip mechanism, offering both Long-Time and Instantaneous trip functions (LI) for enhanced overcurrent protection.
Additionally, the QR23B150 is equipped with load side lug terminals, facilitating convenient connection in electrical installations. Operating based on thermal magnetic principles, it ensures efficient and dependable circuit protection. This breaker is designed for use in various industrial and commercial applications where robust overcurrent protection is essential.
Manufacturer information
Siemens: A renowned global manufacturer, leading in technology, engineering, and innovation across diverse sectors for a sustainable future.
Description
The QR23B150 is a molded case circuit breaker (MCCB) manufactured by Siemens, belonging to the QR Series and classified as type QR2. It is a three-pole (3P), three-phase (3PH) device with a current rating of 150A and a voltage rating of 240V. With a standard interrupting capacity of 10kA at 240V, it provides reliable protection against short circuit conditions. Featuring a bolt-on connection method, it is equipped with a non-interchangeable trip mechanism, offering both Long-Time and Instantaneous trip functions (LI) for enhanced overcurrent protection.
Technical Specifications
Part Number |
QR23B150 |
Manufacturer |
Siemens / ITE |
Family |
QR Series |
Pole |
3 |
Amp |
150 |
Volt |
240 |
Phase |
3 |
Category |
Molded Case / 3-Pole |
Connection |
Bolt On |
Type |
QR2 |
Functions |
LI - Long-Time and Instantaneous |
Protection |
Thermal Magnetic |
AIC Ratings |
10kA@240V |
Information About QR23B150
The QR23B150, manufactured by Siemens, is a molded case circuit breaker belonging to the QR Series and classified as type QR2. It is a three-pole (3P), three-phase (3PH) device with a current rating of 150A and a voltage rating of 240V. With a standard interrupting capacity of 10kA at 240V, it ensures reliable protection against short circuit conditions. Featuring a bolt-on connection method, it comes complete with a non-interchangeable trip mechanism, offering both Long-Time and Instantaneous trip functions (LI) for enhanced overcurrent protection.
Additionally, the QR23B150 is equipped with load side lug terminals, facilitating convenient connection in electrical installations. Operating based on thermal magnetic principles, it ensures efficient and dependable circuit protection. This breaker is designed for use in various industrial and commercial applications where robust overcurrent protection is essential.
Manufacturer information
Siemens: A renowned global manufacturer, leading in technology, engineering, and innovation across diverse sectors for a sustainable future.