GQH-SPCline Row Head Cabinet

-RELIABTLITY

• Key components of the switch assembly use the same insulation material as plastic shell switches, PA66+GF25+V1 (fire-resistant nylon and glass fiber), boasting excellent insulation withstand voltage and fire and oxidation resistance capabilities, while also meeting relevant short-circuit arc testing requirements.

• The primary cable connection terminal is equipped with a protective cover to prevent accidental contact with live parts.

• Primary copper busbar connections utilize Tieon Energy’s independently developed insulated bolts (with metal materials on top and bottom and insulation material in the middle), which are safer and more reliable than traditional connectors.

• The secondary wiring circuit board design integrates power supply and communication modules without any additional secondary wiring, reducing potential points of failure.

AGILITY

• Standardized design and production reduce the time needed for communication and confirmation of solutions, minimize the variety and quantity of spare parts, and enhance project delivery efficiency.

• It is compatible with mainstream switches both domestically and internationally,offering flexible selection to adapt to various project requirements.

• The intelligent feeder switch components are designed modularly, allowing for modular installation like building blocks. They can be arranged freely vertically or horizontally, with reserved space for flexible expansion, facilitating quick installation and convenient maintenance.

• The feeder switch modules support online maintenance without affecting the normal operation of other circuits, ensuring continuous and reliable power supply.

MANAGEABILITY

• Each circuit can monitor electrical parameters such as three-phase current,three-phase voltage, active power, reactive power, active energy, reactive energy, frequency, power factor, etc. It can also detect switch open/close states, fault statuses, and control switch operations such as electrically opening and closing.

• Each circuit can independently communicate via RS485 signals to an integrated monitoring display system. Alternatively, it can connect via communication lines to a control center for real-time monitoring of the operational status of electrical equipment. Users can also access relevant data anytime and anywhere through a mobile client application.