Why Choose the ABB XT6 Withdrawable Motorised Vertical Installation Kit?
The ABB 1STQ007957B0000 is a dedicated XT6 withdrawable motorised circuit breaker installation kit from the ABB System pro E power range. It is designed for the vertical installation of compatible ABB Tmax XT6 3-pole and 4-pole moulded case circuit breakers in a 800 mm wide low-voltage switchgear enclosure arrangement.
Developed for professional switchboard construction, this installation kit supports the integration of withdrawable, motorised Tmax XT6 circuit breaker configurations into compatible modular electrical distribution assemblies. Its dedicated vertical installation arrangement helps panel builders select the appropriate equipment integration solution for the specified circuit breaker family, pole configuration and enclosure width.
Identified by ABB order code 1STQ007957B0000, this kit belongs to the coordinated System pro E power accessory range. Its specified combination of XT6 compatibility, 3-pole or 4-pole configuration, withdrawable motorised arrangement, vertical installation and 800 mm enclosure width makes it a specialised accessory for industrial and commercial low-voltage power distribution switchboards.
Key Advantages
- Dedicated ABB Tmax XT6 installation kit for compatible System pro E power switchboards.
- Supports 3-pole and 4-pole XT6 circuit breaker configurations.
- Designed for withdrawable circuit breaker arrangements.
- Suitable for compatible motorised XT6 configurations.
- Vertical installation orientation for designated switchgear layouts.
- Specified for an 800 mm nominal enclosure width.
- Supports coordinated integration of compatible circuit breakers into modular low-voltage distribution assemblies.
- Provides a manufacturer-defined installation accessory for professional switchboard construction.
- Helps simplify component selection by identifying the required breaker family, installation type and enclosure configuration.
- Genuine ABB accessory identified by order code 1STQ007957B0000.
Key Features
- ABB XT6 withdrawable motorised installation kit.
- System pro E power product series.
- Designed for compatible ABB Tmax XT6 moulded case circuit breakers.
- 3-pole and 4-pole compatibility as specified.
- Withdrawable installation configuration.
- Motorised circuit breaker arrangement.
- Vertical installation orientation.
- 800 mm nominal enclosure width.
- Designed for compatible modular low-voltage switchgear structures.
- Supports professional circuit breaker integration into electrical distribution cabinets.
- Suitable for new switchboard construction and compatible refurbishment projects.
- Manufacturer order code 1STQ007957B0000.
Technical Specifications
- Manufacturer: ABB
- Product series: System pro E power
- Product identifier: 1STQ007957B0000
- ABB order code: 1STQ007957B0000
- Product type: Circuit breaker installation kit
- Compatible circuit breaker family: ABB Tmax XT6
- Supported pole configurations: 3-pole and 4-pole
- Circuit breaker installation type: Withdrawable
- Motorisation configuration: Motorised
- Installation orientation: Vertical
- Nominal enclosure width: 800 mm
- Product group: System Pro E Power
- Application: Vertical installation of compatible XT6 withdrawable motorised circuit breaker arrangements
- Enclosure compatibility: ABB System pro E power
- Component classification: Moulded case circuit breaker installation accessory
Vertical ABB Tmax XT6 Withdrawable Motorised Integration for Modular Switchboards
Low-voltage moulded case circuit breakers are used in electrical distribution systems to provide circuit protection when correctly selected and configured for the application. Their integration into modular switchboards requires suitable installation accessories, electrical connections, mechanical clearances and compatibility with the surrounding enclosure structure.
The ABB 1STQ007957B0000 is specifically identified as an XT6 kit for 3-pole and 4-pole withdrawable motorised circuit breaker arrangements, designed for vertical installation within a compatible 800 mm wide System pro E power enclosure section. These characteristics distinguish it from kits intended for fixed, plug-in, manually operated or horizontally installed configurations.
A withdrawable circuit breaker arrangement is designed to work with a compatible mechanical and electrical connection system that permits the circuit breaker assembly to be moved between designated positions in accordance with the manufacturer's instructions. A motorised configuration incorporates a compatible motor-operated mechanism for the circuit breaker arrangement. The exact operating functions depend on the selected breaker and associated accessories.
The ABB System pro E power platform provides modular enclosure structures, internal mounting systems, cover panels and dedicated installation accessories for integrating compatible low-voltage electrical distribution equipment. This XT6 installation kit forms part of that coordinated system, supporting consistent component selection during professional switchboard design and assembly.
The 1STQ007957B0000 is an installation kit rather than a complete Tmax XT6 circuit breaker or motor operator. The precise supplied components, supported XT6 variants, withdrawable connection accessories, motor operating equipment and installation requirements should be confirmed against the relevant ABB documentation. No independent current rating, breaking capacity or protective trip function is assigned to the installation kit itself.
Typical Applications
- ABB System pro E power low-voltage switchgear assemblies.
- Vertical installation of compatible ABB Tmax XT6 withdrawable circuit breakers.
- Motorised Tmax XT6 circuit breaker integration.
- 3-pole XT6 withdrawable motorised circuit breaker arrangements.
- 4-pole XT6 withdrawable motorised circuit breaker arrangements.
- Compatible 800 mm wide electrical distribution enclosure sections.
- Industrial and commercial low-voltage power distribution switchboards.
- Professional switchgear manufacturing, electrical panel building and compatible equipment refurbishment.