Ring Main Unit

Name: Ring Main Unit
Brand: ESS BEE ELECTRICALS
Price: 100000.0 INR
Availability: InStock

Price 100000.0 INR/ Piece

Get a Price/Quote

MOQ : 10 Pieces

Ring Main Unit Specification

Phase
Three Phase

Rated Short Circuit Making Current
50-63kA Ampere (A)

Rated Short Circuit Breaking Current
20-25kA Ampere (A)

Product Type
Other

Function
Switching, Protection & Distribution

Poles Number
3

Rated Voltage
11-24kV Volt (V)

Rated Current
630 1250 Ampere (amp)

Rated Frequency
50 Hertz (HZ)

Warranty
12-24 Months

Temperature Protection
Available (Relay Based) Celsius (oC)

Weight
400-800 Kilograms (kg)

Usage & Applications
Power Distribution, Substations, Industrial & Commercial Networks

Color
Light Grey

Display Type
Mechanical / Digital

Conductor
Copper / Aluminium

About Ring Main Unit

Lucy Electric, CG Power, ABB, Schneider Electric, and Siemens are leading global brands offering Ring Main Units (RMUs) known for reliability, safety, and performance in medium-voltage distribution networks. Lucy Electric is widely recognized for its robust, compact, and maintenance-free RMUs, especially suited for utility applications. CG Power provides cost-effective and durable RMUs with strong presence in Indian power distribution projects. ABB delivers advanced, high-quality RMUs with superior automation, protection, and digital monitoring features, making them ideal for smart grid applications. Schneider Electric focuses on eco-friendly and innovative RMUs with excellent safety standards, modular design, and smart connectivity options. Siemens offers technologically advanced RMUs known for precision engineering, long service life, and integration with modern energy management systems.

Overall, these brands ensure dependable power distribution with features like SF6 insulation, compact design, and enhanced operational safety. Their RMUs are widely used in substations, industrial facilities, commercial complexes, and infrastructure projects, helping maintain uninterrupted power supply and efficient load management across networks.

High Performance and Reliable Protection

Designed for critical power networks, the RMU delivers dependable switching and protection. Its relay-based temperature protection and high short circuit handling capacity guarantee safe operation even under challenging conditions. These features minimize downtime and contribute to a secure electrical distribution setup in substations and commercial facilities alike.

Versatile Applications in Power Systems

Ideal for various environments, the RMU can be seamlessly integrated into power distribution grids, substations, and industrial or commercial networks. Its compatibility with copper and aluminium conductors and flexible display options make installation and monitoring straightforward for diverse applications.

FAQ's of Ring Main Unit:

Q: How does the relay-based temperature protection system work in the RMU?

A: The relay-based temperature protection continuously monitors the internal temperature of the RMU. If the temperature exceeds the set threshold, the relay triggers protective actions such as alarms or disconnection to prevent overheating and potential equipment damage.

Q: What are the main benefits of using a Ring Main Unit in power distribution networks?

A: An RMU offers seamless switching, reliable fault protection, and efficient distribution of power. Its robust construction accommodates high current and voltage ratings, ensuring stability and safety while reducing the risk of outages in both industrial and commercial settings.

Q: When is routine maintenance recommended for optimal RMU performance?

A: Routine maintenance is typically advised every 6 to 12 months, depending on environmental conditions and operational loads. Regular inspections by qualified personnel help ensure continued protection, efficient operation, and adherence to warranty requirements.

Q: Where can this RMU be effectively deployed?

A: This RMU is well-suited for power distribution within substations, as well as in industrial plants and commercial networks across India. Its design makes it adaptable for new installations or retrofit projects in various settings needing reliable switchgear.

Q: What is the process for installing the RMU in an existing power network?

A: Installation involves site assessment, securing the RMU, connecting incoming and outgoing cables to the copper or aluminium conductors, and integrating the relay-based protection system. Final steps include thorough testing and commissioning to ensure safety and functionality.

Q: How does the RMU's three-phase, three-pole design benefit users?

A: The three-phase, three-pole architecture enables balanced and efficient power distribution, supporting large-scale operations and minimizing voltage fluctuations-critical for high-demand industrial and commercial applications.