Product Description
HT LT Panel is installed both outdoor and indoor as well, while mostly used in substations for controlling the electricity flow. It is used with low tension cables to obtain power from the generator or transformer and distribute electricity to various electrical devices and distribution boards. HT LT Panel has gained us increasing appreciation and demands from our customers.
Exceptional Durability and SafetyHT LT panels are engineered with robust metal bases and anti-corrosive powder coatings, ensuring long-term durability in both indoor and outdoor settings. The panels meet high protection standards such as IP42, IP54, and IP65, and feature flame-resistant cabinet construction for improved safety. Comprehensive earthing provisions and shock-proof designs minimize operational hazards, making these panels suitable for critical power distribution systems.
Flexibility in ConfigurationClients can opt for single, double, or multiple ways, with custom dimensions to fit any requirement. The panels support three-phase and four-phase applications, offer options for digital or analog displays, and incorporate both fixed and compartmentalized designs. Cable entry is available from the top or bottom, with access either from the front or rear, enabling seamless integration in various industrial and commercial settings.
Conformity to International StandardsAll panels comply with IS 8623 and IEC 61439, guaranteeing safety and performance in accordance with international norms. Rated voltages range from 415V to 11kV, supporting a maximum output current of 6300A. Components such as MCB, MCCB, ACB, VCB, along with advanced relays and metering systems, assure optimal control and protection for your electrical infrastructure.
FAQs of HT LT Panel:
Q: How is the HT LT panel installed in industrial or commercial environments?
A: HT LT panels can be installed as floor-mounted or wall-mounted units, suitable for both indoor and outdoor locations. Customizable dimensions and service access from either the front or rear ensure straightforward integration into diverse settings.
Q: What are the advantages of choosing copper or aluminum busbar material in the panel?
A: Copper busbars provide superior electrical conductivity and durability, while aluminum busbars offer cost-effectiveness and lighter weight. The choice depends on budget, current capacity, and site requirements.
Q: When is it necessary to select a high short-time withstand current rating like 50kA?
A: A high short-time withstand current rating is essential in setups where transient faults are expected, such as large industrial plants or power distribution networks. This ensures the panel can safely manage brief surge currents without damage.
Q: Where can these panels be used given their IP and protection ratings?
A: With IP42, IP54, and IP65 ratings, the panels are suitable for a variety of indoor and outdoor environments, including humid or dusty conditions in industrial and commercial facilities, ensuring reliable protection against ingress of dust and moisture.
Q: What is the process for customizing the panel size and configuration?
A: Panel sizes, way configuration, phase selection, and component choices can be customized as per client specifications. The manufacturer will collaborate to ensure the design meets operational and safety requirements.
Q: How does the panel ensure safety and reliability during operation?
A: Flame-resistant materials, shock-proof construction, advanced metering, and automated/manual control systems work together to maximize operational safety and reliability. The panels are compliant with IS and IEC standards for electrical safety.
Q: What benefits do compartmentalized designs offer compared to fixed type panels?
A: Compartmentalized panels improve safety and ease of maintenance by segregating circuit components. This allows safer operation, easier troubleshooting, and isolation of faulty sections during servicing.