TJT701011

TJT 701011 Application Field and Working Principle

The TJT 701011 terminal junction system (TJS) is designed to provide efficient and reliable transmission and distribution of electrical energy from a network transformer or switchgear directly to the installed equipment in a building or facility.

The TJT 701011 is a fully integrated terminal junction system with a combination of terminal blocks, control station modules, termination boxes, and suitable selection switchgear housed in an environmental enclosure. The integrated system provides high-speed data transmissions and metering of electrical energy.

The TJT 701011 terminal junction system is hardened against environmental extremes, highly reliable due to its mechanical design and structure, and utilizes a cost-effective installation. The system is designed for easy installation and maintenance. It features a modular design allowing for flexibility in applications.

Application Field of TJT 701011

The TJT 701011 terminal junction system is suitable for installation in residential, commercial, industrial, and other environments. It can be used in all types and sizes of equipment requiring a reliable connection to the electrical network. The system is sealed against dust and water, and can be used in hazardous environments where dust and moisture are present.

The system is particularly suitable for use in challenging environments, such as those associated with construction, where power failures cannot be tolerated, or where power surges and spikes may occur. It is also resistant to fire, vibration, and other harsh operating conditions.

Working Principle of TJT 701011

The TJT 701011 terminal junction system connects electrical equipment to the power grid at three points: the electrical network, the terminal block, and the electric equipment. The power is drawn from the power grid and distributed through the network via two-way communication cables fed through the terminal blocks. The signals sent through the signal cables from the terminal blocks are converted into measurements for monitoring and controlling the power grid.

The terminal blocks serve as the interface between the power grid and the electric equipment installed in the building or facility, and provide electrical connections for connecting the equipment to the power grid. The terminals feature protection for over-voltage and current overload, as well as a fault-proof protection against short circuits. The terminals also offer surge protection for equipment protection.

The control station modules provide information for management of the system. It is used to measure and control the power flow, ensuring quality of service, and is used to configure the system’s settings. The control station module is also used to provide information for system management.

The termination boxes are used to connect the cables to the terminal blocks, and provide efficient and reliable power delivery for connected equipment. The boxes are available in four models, and feature adjustable channels, adjustable heights, locking bars, and cord seals.

The selection switchgear completes the TJT 701011 terminal junction system, providing protection from faults and providing power regulation. The selection switchgear is used to selectively connect or disconnect an equipment from the power grid, providing additional fault protection.

Conclusion

The TJT 701011 terminal junction system is a reliable and cost-effective solution for power distribution and electrical energy management. It is suitable for use in residential, commercial, industrial, and other environments, providing a robust and efficient power supply for electric equipment.

The integrated system offers easy installation and maintenance and is hardened against environmental extremes. It features a modular design for flexibility. The system provides high-speed data transmissions, metering of electrical energy, and protection for over-voltage and current overloads.