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Discover LT Panels from verified suppliers, precision-engineered low tension electrical distribution panels designed for safe, reliable, and efficient power distribution across industrial plants, commercial buildings, infrastructure projects, and utility installations. LT panels are the primary interface between the incoming power supply at low tension voltage levels of up to 1100V and the outgoing feeder circuits supplying power to motors, lighting, HVAC systems, process equipment, and other electrical loads within the facility. Each panel is fabricated from heavy-gauge cold-rolled steel with powder-coated or epoxy-painted enclosures that provide robust mechanical protection, corrosion resistance, and long service life in demanding industrial environments. 

Key Attributes
Industry-specific Attributes
  • Voltage Rating Up to 1100V AC (Low Tension)
  • Current Rating Up to 6300 Amps (Busbar Capacity)
  • Fault Level Withstand Up to 50 kA for 1 Second (Design Dependent)
  • Busbar Material Electrolytic Copper or Aluminium
  • Enclosure Material Cold Rolled Steel, Minimum 2mm Thickness
Other Attributes
  • Surface Finish Powder Coated or Epoxy Painted, RAL 7032 or as per Specification
  • Protection Devices ACB, MCCB, RCCB, Fuse Switch Disconnector
  • Degree of Protection IP42 / IP54 / IP55 (As per Requirement)
  • Compliance Standards IS 8623 / IEC 61439 / IS 13947
  • Operating Temperature 0 Degrees C to 45 Degrees C
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Discover APFC Panels from verified suppliers, precision-engineered Automatic Power Factor Correction panels designed to continuously monitor and automatically correct the power factor of industrial and commercial electrical installations to near unity levels, ensuring maximum energy efficiency, elimination of reactive power penalties, and optimal utilization of the available electrical distribution infrastructure. Poor power factor caused by inductive loads including motors, transformers, welding machines, and HVAC systems results in increased reactive current draw, higher cable and transformer losses, elevated electricity bills due to utility penalty charges, and reduced capacity of the existing distribution system to supply additional productive loads. 

Key Attributes
Industry-specific Attributes
  • System Voltage 415V AC 3 Phase 50 Hz
  • Total kVAR Capacity As per Site Reactive Power Requirement (Customizable)
  • Number of Switching Steps 6 to 14 Steps (Customizable)
  • Target Power Factor 0.99 Lagging to Unity
  • Power Factor Controller Automatic Microprocessor Based PF Controller
Other Attributes
  • Capacitor Type Heavy Duty Power Capacitors for Continuous Switching Duty
  • Capacitor Switching Device Capacitor Duty Contactors with Inrush Limiting Resistors
  • Protection Fast Acting HRC Fuses, Overcurrent and Overvoltage Protection
  • Harmonic Protection Detuned Reactor Filters (Optional, 7 percent or 14 percent Detuning)
  • Enclosure Material Cold Rolled Steel Minimum 2mm Thickness
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Discover MCC Panels from verified suppliers, precision-engineered Motor Control Center panels designed for centralized starting, stopping, protection, and control of multiple electric motors and associated loads across industrial plants, process facilities, water treatment infrastructure, and commercial utility installations. Motor Control Centers serve as the dedicated electrical interface between the low tension power distribution system and the individual motor feeders, consolidating motor starting equipment, protection devices, control wiring, and instrumentation into a single organized and accessible panel assembly that simplifies installation, operation, and maintenance of large motor-driven systems. 

Key Attributes
Industry-specific Attributes
  • System Voltage 415V AC 3 Phase 50 Hz
  • Current Rating Up to 6300 Amps Busbar Capacity
  • Fault Level Withstand Up to 50 kA for 1 Second (Design Dependent)
  • Busbar Material Electrolytic Copper or Aluminium
  • Enclosure Material Cold Rolled Steel Minimum 2mm Thickness
Other Attributes
  • Surface Finish Powder Coated or Epoxy Painted RAL 7032 or as per Specification
  • Starter Types DOL, Star Delta, Auto Transformer, Soft Starter, VFD Integrated
  • Compartment Type Fixed Type or Draw Out Type
  • Protection Devices MCCB, Fuse Switch Disconnector, Contactor, Thermal Overload Relay, Electronic Motor Protection Relay
  • Degree of Protection IP42 / IP54 / IP55 as per Requirement
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Discover PCC Panels from verified suppliers, precision-engineered Power Control Center panels designed for centralized high current power distribution, motor feeder control, and load management across large industrial plants, process facilities, power generation units, and heavy infrastructure installations. Power Control Centers occupy a critical position in the industrial electrical distribution hierarchy, serving as the primary switchboard that receives incoming power from the main LT panel or transformer secondary and distributes it through dedicated high-capacity outgoing feeders to Motor Control Centers, sub-distribution boards, large individual motor feeders, and other significant electrical loads within the plant. 

Key Attributes
Industry-specific Attributes
  • System Voltage 415V AC 3 Phase 50 Hz
  • Current Rating Up to 6300 Amps Busbar Capacity
  • Fault Level Withstand Up to 50 kA for 1 Second (Design Dependent)
  • Busbar Material Electrolytic Copper or Aluminium
  • Enclosure Material Cold Rolled Steel Minimum 2mm Thickness
Other Attributes
  • Surface Finish Powder Coated or Epoxy Painted RAL 7032 or as per Specification
  • Incoming Protection Device Air Circuit Breaker (ACB) or High Capacity MCCB
  • Outgoing Protection Device ACB, MCCB, or Fuse Switch Disconnector per Feeder
  • Bus Coupler Single or Double Bus Coupler Arrangement as per Design
  • Degree of Protection IP42 / IP54 / IP55 as per Requirement
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Discover VFD Panels from verified suppliers, precision-engineered Variable Frequency Drive panels designed for controlled motor starting, stepless speed regulation, energy optimization, and process automation across industrial plants, water treatment facilities, HVAC systems, and commercial infrastructure installations. VFD panels integrate one or more variable frequency drive units within a purpose-built switchgear enclosure along with all associated incoming protection, output circuit protection, bypass arrangements, control wiring, metering, and operator interface equipment required for a complete, tested, and installation-ready motor speed control solution. 

Key Attributes
Industry-specific Attributes
  • System Voltage 415V AC 3 Phase 50 Hz
  • Motor kW Range 0.37 kW to 2500 kW (Drive Dependent)
  • Output Frequency Range 0 Hz to 650 Hz (Drive Dependent)
  • Speed Control Range 0 to Maximum Motor Speed (Stepless)
  • Starting Current Less than 150 Percent of Rated Current (Soft Start)
Other Attributes
  • Energy Saving Up to 50 Percent on Centrifugal Pump and Fan Applications
  • Input Protection MCCB or ACB with Adjustable Overload Setting
  • Output Protection Motor Circuit Protector or Output Contactor with Overload Relay
  • Bypass Arrangement Manual or Auto Bypass Contactor for DOL Operation
  • Harmonic Mitigation Input Line Reactor, EMC Filter, or Active Front End (As Required)
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Discover PLC Panels from verified suppliers, precision-engineered Programmable Logic Controller panels designed for centralized automation, sequential process control, machine interlocking, and real-time monitoring across industrial manufacturing plants, process facilities, infrastructure projects, and building automation systems. PLC panels serve as the intelligence hub of industrial automation systems, housing the programmable logic controller hardware along with all associated power supply units, input and output modules, communication modules, relay output modules, safety modules, and marshalling terminals required to interface the controller with field sensors, actuators, motor starters, drives, and operator interface devices across the plant or process area.

Key Attributes
Industry-specific Attributes
  • Control Voltage 24V DC or 110V AC or 230V AC (Application Dependent)
  • PLC Brands Supported Siemens, Allen Bradley, Mitsubishi, Schneider, Delta, ABB (As per Requirement)
  • Digital Input and Output Modules 8, 16, 32, or 64 Channel Modules (Expandable)
  • Analog Input and Output Modules 4 to 20mA and 0 to 10V Standard Signal Ranges
  • CPU Scan Time Less than 1ms per 1000 Instructions (PLC Dependent)
Other Attributes
  • Communication Protocols Modbus RTU, Profibus DP, Profinet, Ethernet IP, OPC UA
  • Safety Rating SIL 1, SIL 2, SIL 3 or PLe (Safety PLC Dependent)
  • HMI Display 7 Inch to 21 Inch Color Touchscreen (As per Requirement)
  • Enclosure Material Cold Rolled Steel Minimum 2mm Thickness
  • Surface Finish Powder Coated RAL 7032 or as per Specification

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