ECQLD3 | Siemens 1-Pole Circuit Breaker Padlockable Device
- Regular price
- $29.00
- Sale price
- $29.00
- Regular price
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Product Description P/N: ECQLD3
Description
The Siemens ECQLD3 is a 1-pole circuit breaker locking device designed for use with QP, BL, BQ, and BQXD circuit breakers from Siemens. It features a locking mechanism to prevent unauthorized operation, enhancing safety in electrical installations. As of its product lifecycle status (PLM), it has entered the final year of support (PM490). Weighing approximately 0.176 lb, it is lightweight and designed for ease of installation.
Technical Specifications
Part Number |
ECQLD3 |
Category |
Circuit Breaker |
Subcategory |
Circuit Breaker Accessory |
Breaker Type |
QP, BL, BQ, BQXD |
Color |
Brass |
Legend |
No Legend |
Lock Type |
Padlock |
Lockout Material |
Metal |
Information About ECQLD3
The Siemens ECQLD3 is a 1-pole circuit breaker padlockable device designed to secure QP, BL, BQ, and BQXD series circuit breakers manufactured by Siemens. This locking device effectively prevents unauthorized operation of the circuit breakers, enhancing safety in electrical installations where access control is crucial.
The ECQLD3 is specifically categorized under Siemens' circuit breaker accessory products. Its product lifecycle status, denoted as PLM PM490, indicates it is in the start of its final year of support, suggesting ongoing availability with eventual discontinuation planned. Weighing approximately 0.176 lb, it is lightweight and engineered for straightforward installation and use.
Belonging to product group 5200 within Siemens' product portfolio, the ECQLD3 is identified as an authentic Siemens product, ensuring conformity to the manufacturer's standards of quality and reliability. While specific compliance details regarding substance restrictions under the RoHS directive are not provided, the device is manufactured to meet Siemens' internal specifications and regulatory requirements.
Manufacturer information
Siemens: A renowned global manufacturer, leading in technology, engineering, and innovation across diverse sectors for a sustainable future.
Description
The Siemens ECQLD3 is a 1-pole circuit breaker locking device designed for use with QP, BL, BQ, and BQXD circuit breakers from Siemens. It features a locking mechanism to prevent unauthorized operation, enhancing safety in electrical installations. As of its product lifecycle status (PLM), it has entered the final year of support (PM490). Weighing approximately 0.176 lb, it is lightweight and designed for ease of installation.
Technical Specifications
Part Number |
ECQLD3 |
Category |
Circuit Breaker |
Subcategory |
Circuit Breaker Accessory |
Breaker Type |
QP, BL, BQ, BQXD |
Color |
Brass |
Legend |
No Legend |
Lock Type |
Padlock |
Lockout Material |
Metal |
Information About ECQLD3
The Siemens ECQLD3 is a 1-pole circuit breaker padlockable device designed to secure QP, BL, BQ, and BQXD series circuit breakers manufactured by Siemens. This locking device effectively prevents unauthorized operation of the circuit breakers, enhancing safety in electrical installations where access control is crucial.
The ECQLD3 is specifically categorized under Siemens' circuit breaker accessory products. Its product lifecycle status, denoted as PLM PM490, indicates it is in the start of its final year of support, suggesting ongoing availability with eventual discontinuation planned. Weighing approximately 0.176 lb, it is lightweight and engineered for straightforward installation and use.
Belonging to product group 5200 within Siemens' product portfolio, the ECQLD3 is identified as an authentic Siemens product, ensuring conformity to the manufacturer's standards of quality and reliability. While specific compliance details regarding substance restrictions under the RoHS directive are not provided, the device is manufactured to meet Siemens' internal specifications and regulatory requirements.
Manufacturer information
Siemens: A renowned global manufacturer, leading in technology, engineering, and innovation across diverse sectors for a sustainable future.