An ACB Panel (Air Circuit Breaker Panel) is a type of electrical distribution panel used for controlling, protecting, and distributing power in low-voltage systems, especially where high current capacity is required.

It houses an Air Circuit Breaker (ACB) as the main switching and protection device, which uses air as the arc extinguishing medium to safely interrupt electrical faults.

Key Functions

·        Protects electrical systems from:

·      Overload

·      Short circuit

·      Earth fault

·      Over/under voltage

·        Acts as main incoming breaker in LT panels

·        Ensures safe and reliable power distribution

·        Provides isolation during maintenance

Main Components

·        Air Circuit Breaker (ACB)

·        Busbars (power distribution)

·        Current Transformers (CTs)

·        Protective Relays

·        Metering & Indication units

·        Control wiring & switches

Technical Features

·        Current range: 800A to 6300A (or higher)

·        Voltage: Up to 690V (LT system)

·        Breaking capacity: Up to 120kA

Types:

·              Draw-out type (easy maintenance)

·              Fixed type (cost-effective)

Working Principle

·        Protection system detects abnormal current

·        Trip coil activates

·        ACB opens the circuit

·        Arc formed is extinguished using air inside arc chutes

·        Power supply is safely interrupted

Applications

·        Industrial plants

·        Commercial buildings

·        Power distribution systems

·        Substations & main LT panels

·        Generators and transformers protection

Synchronization Panel ensures that two or more power sources match in voltage, frequency, phase sequence, and phase angle before connecting them. Once synchronized, the panel allows smooth load sharing and uninterrupted power supply without disturbances

Key Functions:

• Automatic / Manual Synchronization of generators or grid
• Load Sharing Control between multiple sources
• Protection Features (over/under voltage, frequency, reverse power, etc.)
• Breaker Control (ACB/MCCB operation)
• Real-time Monitoring of electrical parameters
• System Interlocking for safe operation

Main Components:

• Synchronizing relay / controller
• PLC or microprocessor-based controller
• Voltage & frequency meters
• Indication lamps and annunciation system
• Circuit breakers (ACB/MCCB)
• Selector switches (Auto/Manual mode)

Applications:

• DG–Grid synchronization
• Solar–DG–Grid hybrid systems
• Industrial plants and commercial buildings
• Hospitals, data centers, and critical loads

Benefits:

• Ensures continuous power supply
• Improves system reliability
• Optimizes fuel consumption in DG sets
• Prevents electrical faults during switching

Automatic Power Factor Correction (APFC) Panel

We are one of the leading organizations engaged in the manufacturing and supplying of high-quality Automatic Power Factor Correction (APFC) Panels. Designed and manufactured in strict compliance with industry guidelines and standards, our APFC panels ensure efficient power management and optimization.

Our professionals use superior quality raw materials sourced from trusted vendors to enhance durability and performance. To maintain the highest quality standards, all our products undergo rigorous quality checks at multiple manufacturing stages.

Additionally, we offer customized APFC panels tailored to meet the specific needs of our clients.

Features:

• Temperature indicator
• Sturdy structure
• Digital control system for precise power factor correction
• Enhanced safety features

Attributes:

• Built-in overload protection
• Available in various cabinet materials
• Transformer incoming capacity up to 500KVA

Changeover Panels

In the event of a power outage, our changeover panels are designed to transfer the power supply to an emergency backup, either manually or automatically, depending on the application needs. These panels are available from 16A up to 4000A. For more details, submit an inquiry, and one of our design engineers will assist you.

Manual Changeover Panel (MCO)

• Rotary manual switch with a center-off position to enable selection between two different supplies (e.g., mains and backup generator).
• Custom configurations available: steel wall-mounted enclosures with bottom/top cable entry or floor-standing enclosures with crash frames.
• Enclosure material options: rigid rubber, HDPE, and steel.
• 3 or 4 Pole switching: 16A to 2500A, up to 400Vac (AC21/22A) – [11 to 1700 kVA].

Automatic Mains Failure Panel (AMF)

• Automatically switches the load to a backup power supply upon mains failure.
• Monitors primary supply for phase failure, under-voltage, phase imbalance, and neutral shift.
• Automatically signals and switches to a healthy secondary power source (e.g., generator).

Available Options:

• Various enclosure choices.
• Deep-sea electronic programmable control units.
• Self-seeking auxiliary power supplies.
• Traditional timer and relay logic.
• Inhibit return-to-mains selection.

Switching Capacity:

• 4 Pole contactor: up to 800A, 400Vac (AC21/22A) – [to 550 kVA].
• 4 Pole motorized MCCB: up to 1600A, 400Vac (AC21/22A) – [to 1100 kVA].
• 4 Pole motorized ACB: up to 4000A, 400Vac (AC21/22A) – [to 2700 kVA].

Motorized Transfer Switch (MTS)

• Rotary motorized switch with center-off position for automatic supply selection.
• Uses the same switch range as MCO, but equipped with motor operators and a programmable control module.
• Monitors both supplies and signals the standby supply or generator as required.
• 3 or 4 Pole switching: 160A to 1600A, up to 400Vac (AC21/22A) – [110 to 1000 kVA].
• Electronically motorized options available (deep sea and OTM control units).

Auto Transfer Switch (ATS)

• Cost-effective automatic transfer control panel.
• Monitors mains supply and signals the generator or backup supply when failure occurs.
• Automatically switches back to the mains when power is restored.
• Typically housed in proprietary wall-mounted steel enclosures painted to RAL7035.
• Options available: alternative enclosures and custom control configurations (e.g., cool-down timers).
• Single-phase or Three-phase switching: 4 Pole contactor, 32A to 800A (AC21/22A) – [22 to 550 kVA].

Feeder Pillars

We offer high-quality Feeder Pillars designed for housing or installing various electrical equipment, including street lighting units. These low-voltage feeder pillars play a crucial role in public and private distribution networks, connecting directly to the distribution board.

Features of Feeder Pillars

• Constructed from strong, weatherproof materials such as galvanized sheet steel and stainless steel.
• Designed for low voltage electrical distribution applications.
• Compact and robust structure for outdoor and rugged use.
• Provides high protection against dust, solids, water, and rain.

Common Applications

• Street lighting
• Telephone systems
• Distribution units
• Fuse links and fuse holders
• Power systems

LT Panel

We have established a distinct and dynamic position in the market by providing a high-quality array of LT Panels. Manufactured under the strict supervision of our skilled professionals, these panels are precisely engineered using quality-tested components and ultra-modern technology in compliance with industry standards.

Widely used in electrical substations, our LT Panels are highly demanded due to their enhanced features and competitive pricing.

Customization & Specifications

• Manufactured as per client specifications and drawings.
• Available in Indoor (IP54) or Outdoor (IP66 Double Door, Canopy Type) configurations.
• 7 Tank Powder Coating process for longer life and hassle-free maintenance.

Key Features

• Impact Resistant – Designed for durability.
• Efficient Performance – Ensures reliable power distribution.
• Rigid Construction – Built for structural stability.

Motor Control Center Panel (MCC)

Also known as the Starter Panel, MCC Panels are essential for power management. Our MCC Panels are made from high-quality materials and components, designed to meet international standards. GRM is a leading manufacturer, supplier, and exporter of MCC Panels in India.

What is an MCC?

A Motor Control Center (MCC) is an assembly of enclosed sections with a common power bus, primarily containing motor control units. These may include variable frequency drives, programmable controllers, and metering.

Motor Starter

A starter controls power to equipment (usually motors), enabling start, stop, and protection functions.

• Contactors: Control electric current flow.
• Overload Protection: Prevents overheating and motor burnout.

DOL Starter (Direct-On-Line)

A simple starter for induction motors, using MCCB, contactors, and overload relays. It applies full voltage to the motor windings, leading to high inrush current but quick acceleration.

Components of DOL Starter:

• Contactors & Coil: Electromagnetic switches for safe motor control.
• Overload Relay: Protects against excessive current draw.

Star Delta Starter

Reduces starting current and torque by initially connecting the motor in a star configuration and then switching to delta.

Phases of Operation:

• Star State: Low starting torque and current.
• Open State: No current flows.
• Delta State: Full voltage and power applied.

DC Starter Panels

Highly efficient and durable panels ensuring stable electrical supply.

Features:

• Excellent quality & robust design
• Easy installation
• Remote ON/OFF control
• Motor overload protection

Meter Boards

GS Control Pvt. Ltd. is listed among the most popular Meter Boards Manufacturers, Suppliers, and Exporters based in Noida, Uttar Pradesh. Designed and developed at our in-house facility, these advanced Meter Boards are ideal for different kinds of electrical setups.

We use premium quality raw materials and the latest technology in the production process to ensure the supreme quality of our Meter Boards. Furthermore, these electrical Meter Boards undergo rigorous testing against various quality and performance parameters to meet international standards. This enables us to supply flawless and high-quality Meter Boards to our customers.

Key Features

• Easy to install, operate, and maintain
• Low maintenance cost
• Made from superior quality materials
• Reliable performance
• Durable construction
• Competitive pricing

Distribution Panels

GS Control Pvt. Ltd. offers an excellent assortment of Distribution Panels, manufactured in compliance with industry standards using high-grade materials. Our wide range of Distribution Panels is highly effective and known for its exceptional features.

These Distribution Panels are available in various specifications and dimensions to meet our clients' diverse needs. The distribution panel facilitates the main incomer of the electric board and generator with a bus coupler, enabling outgoing feeders to operate on either Electric Board Supply or Generator Supply. An interlock system is incorporated to prevent any clash between the two power sources.

Widely used in industrial and building applications, our Power Distribution solutions consider access restrictions while maintaining aesthetics, ensuring they align with the rest of the equipment. Our long-standing experience in designing Power Distribution Units (PDUs) makes us a trusted choice in the banking and financial sectors.

Product Range

We offer a full range of Power Distribution Boards (PDBs), from simple wall-mounted distribution units to floor-standing units with specialized instruments and controls. These panels can be supplied in a modular or specially fabricated sheet steel construction with an epoxy powder coat finish, customized to client specifications.

Uses

• Controls power supply to various units and equipment based on their load requirements.

Key Features

• Excellent Functioning – Ensures reliable power distribution.
• Fully Automatic Operation – Minimizes manual intervention.
• Low Maintenance – Designed for long-lasting performance.

At GS Control Pvt. Ltd., we are dedicated to delivering high-performance Distribution Panels that ensure efficiency, safety, and seamless power management.

Automatic Power Factor Correction Panel

GS Control Pvt. Ltd. is one of the renowned organizations in the industry engaged in manufacturing and supplying Automatic Power Factor Correction Panels (APFC Panels). Our products are designed and manufactured in compliance with industry guidelines and standards, ensuring superior performance and reliability.

We use high-quality raw materials sourced from authentic vendors to ensure durability and efficiency. Each product undergoes rigorous quality checks at multiple stages of manufacturing to maintain the highest standards. Additionally, we offer customized APFC Panels tailored to meet specific client requirements.

Features:

• Temperature indicator
• Sturdy structure
• Digital control system
• Safe operation
• In-built overload protection
• Cabinet available in various materials

At GS Control Pvt. Ltd., we are committed to providing top-quality APFC Panels that enhance power efficiency and ensure optimal performance for industrial applications.

An AMF Panel (Automatic Mains Failure Panel) is an essential electrical control panel used to automatically manage the changeover between the main power supply (utility/grid) and a diesel generator (DG set) during power interruptions.

An AMF Panel is designed to monitor the incoming mains power supply continuously. In case of power failure, voltage drop, or phase failure, the panel automatically starts the DG set and transfers the load from the mains to the generator without manual intervention. Once the mains supply is restored and stabilized, the panel automatically switches the load back to the mains and stops the generator.

Key Functions:

• Automatic detection of mains failure
• Auto start/stop of DG set
• Automatic load transfer (changeover)
• Protection against overload, short circuit, and phase failure
• Time delay settings for safe operation

Main Components:

• Microcontroller / AMF relay
• MCCB/ACB for mains and DG
• Contactors or motorized changeover switches
• Indication lamps and meters
• Protection relays

Applications:

• Industrial plants
• Commercial buildings
• Hospitals and data centers
• Residential complexes

Advantages:

• Ensures uninterrupted power supply
• Reduces manual operation
• Improves system reliability and safety
• Quick response during power failure