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Control Panels
Leading Manufacturers, Exporters, Wholesaler, Trader of AHU Control Panel, Air Blower Control Panel, AMF Control Panel, APFC Control Panel, ATS Control Panel, Chiller Control Panel, Compressor Control Panel, Ctl Control Panel, Dehumidifier Control Panel, DG Synchronization Control Panel, EOT Crane Control Panel, Flame Proof Control Panel, Flare Control Panel, Gas Genset Synchronization Control Panel, Grid & Steam Synchronization Control Panel, Hybrid APFC Control Panel, MCC Control Panel, Mee Control Panel, Outdoor Control Panel, PCC Control Panel, Powder Coat Heating Oven Control Panel and SBR Control Panel from Rewari.
| Business Type | Manufacturer, Exporter, Supplier |
| Usage | Automation And Monitoring Of Air Handling Units (AHU) |
| System Compatibility | HVAC Systems |
| Fan Control | Supply And Return Fan Control |
| Damper Control | Automatic Fresh Air & Return Air Damper Operation |
| Valve Control | Chilled Water Valve & Heating Coil Control |
| Environmental Control | Temperature And Humidity Regulation |
| Monitoring | Differential Pressure Monitoring |
| Motor Control | VFD / Soft Starter Compatible |
| Communication | PLC, BMS & SCADA Integration |
| Safety Features | Safety Interlocks And Equipment Protection |
The AHU Control Panel is designed to automate and monitor Air Handling Units used in HVAC systems. It controls supply and return fans, dampers, chilled water valves, heaters, humidifiers, and safety interlocks to maintain the desired indoor air quality and temperature.
Applications
- Commercial Buildings
- Hospitals
- Hotels
- Pharmaceutical Plants
- Clean Rooms
- Data Centers
Key Features
- PLC/BMS Compatible
- VFD/Soft Starter Control
- Temperature & Humidity Control
- Differential Pressure Monitoring
- Energy Efficient Operation
- Remote Monitoring (SCADA)
| Business Type | Manufacturer, Exporter, Supplier |
| Usage | Automation And Control Of Industrial Blower Systems |
| Equipment Compatibility | Centrifugal, Roots & Turbo Blowers |
| Process Control | Regulates Airflow, Pressure & Motor Operation |
| Control System | PLC-Based Intelligent Automation |
| Speed Control | VFD-Based Blower Speed Regulation |
| Monitoring | Real-Time Pressure Monitoring |
| Operation Mode | Automatic Duty/Standby Changeover |
| Motor Protection | Overload, Fault Protection & Safe Motor Operation |
| Remote Monitoring | SCADA/Remote Monitoring Compatibility |
Controls centrifugal, roots, and turbo blowers by regulating airflow, pressure, and motor operation while ensuring energy-efficient performance.
Applications
- STP/ETP Plants
- Pneumatic Conveying
- Cement Plants
- Process Industries
Key Features
- VFD Control
- Pressure Monitoring
- Automatic Duty/Standby Changeover
- Motor Protection
- Remote Monitoring
| Business Type | Manufacturer, Exporter, Supplier |
| Application | Automatic Backup Power Management During Mains Failure |
| Control Function | Detects Utility Failure, Starts Generator & Transfers Load Automatically |
| Power Transfer | Automatic Changeover Between Utility Supply And Generator |
| Generator Control | Automatic Generator Start/Stop Operation |
| Changeover Speed | Fast Mains-to-Generator Power Transfer |
| Protection System | Generator Protection And Safety Monitoring |
| Power Reliability | Ensures Uninterrupted Power Supply |
| Communication | Remote Monitoring Capability |
| Operational Benefits | Reduced Downtime And Reliable Backup Power Management |
AMF Panels automatically detect mains power failure, start the generator, transfer the load, and restore it back to the utility supply once normal power returns, ensuring uninterrupted operation.
Applications
- Hospitals
- Data Centers
- Commercial Buildings
- Telecom Sites
- Industries
Key Benefits
- Automatic Generator Start/Stop
- Uninterrupted Power Supply
- Fast Changeover
- Generator Protection
- Remote Monitoring
| Business Type | Manufacturer, Exporter, Supplier |
| Usage/Application | Automatic Power Factor Improvement In Electrical Systems |
| Control Function | Automatically Switches Capacitor Banks Based On Reactive Power Demand |
| Power Factor Correction | Maintains Desired Power Factor Level Automatically |
| Energy Benefits | Reduces Electrical Losses And Improves System Efficiency |
| Cost Benefits | Reduces Electricity Bills And Avoids Utility Penalties |
| Voltage Management | Improves Voltage Stability |
| Capacity Optimization | Increases Transformer Capacity Utilization |
| Loss Reduction | Minimizes Cable Losses |
| Operation Mode | Fully Automatic Operation |
The APFC Panel automatically maintains the desired power factor by switching capacitor banks according to the reactive power demand. It minimizes electrical losses, improves system efficiency, and reduces electricity penalties imposed by utilities.
Applications
- Industrial Plants
- Commercial Buildings
- Hospitals
- Hotels
- Manufacturing Units
Key Benefits
- Reduced Electricity Bills
- Avoids Utility Penalties
- Improves Voltage Stability
- Increases Transformer Capacity Utilization
- Reduces Cable Losses
- Fully Automatic Operation
| Business Type | Manufacturer, Exporter, Supplier |
| Application | Automatic Transfer Of Electrical Loads Between Two Power Sources |
| Power Sources | Utility Supply And Standby Generator Integration |
| Transfer Function | Automatic Source Changeover For Continuous Power Supply |
| Control System | Intelligent Automatic Transfer Control |
| Reliability | High-Reliability Power Switching Operation |
| Downtime Reduction | Minimizes Power Interruptions To Critical Loads |
| Safety Features | Enhanced Electrical Protection And Safe Source Switching |
| Design Type | Compact And Robust Panel Design |
| Operational Benefits | Continuous Power Availability And Improved System Efficiency |
ATS Panels automatically transfer electrical loads between two independent power sources, such as the utility supply and a standby generator, ensuring continuous power to critical loads.
Applications
- Hospitals
- Airports
- Hotels
- Data Centers
- Industrial Facilities
Key Benefits
- Automatic Source Changeover
- High Reliability
- Reduced Downtime
- Electrical Safety
- Compact & Robust Design
| Business Type | Manufacturer, Exporter, Supplier |
| Application | Automation And Control Of Industrial Chiller Systems |
| Process Control | Controls Compressors, Pumps, Condenser Fans & Cooling Operations |
| Control System | PLC-Based Intelligent Control |
| Temperature Control | Precise Cooling Temperature Monitoring & Regulation |
| Compressor Protection | Overload, High/Low Pressure & Fault Protection |
| Chiller Sequencing | Automatic Multi-Chiller Sequencing |
| Communication | BMS Integration For Centralized Monitoring |
| Energy Management | Energy-Saving Logic For Optimized Power Consumption |
| Safety Features | Integrated Safety Interlocks & Equipment Protection |
Controls industrial chillers by monitoring compressors, pumps, condenser fans, and temperature to ensure efficient cooling operations.
Applications
- HVAC Systems
- Plastic Industry
- Food Processing
- Chemical Plants
Key Features
- Compressor Protection
- Temperature Control
- Multi-Chiller Sequencing
- Energy Saving Logic
- BMS Integration
| Business Type | Manufacturer, Exporter, Supplier |
| Usage | Automation And Control Of Industrial Air Compressor Systems |
| Process Control | Automatic Start/Stop, Pressure Regulation & Compressor Management |
| Control System | PLC-Based Intelligent Control |
| Pressure Control | Pressure-Based Automatic Operation |
| Motor Protection | Overload, Short Circuit & Phase Protection |
| Load Management | Automatic Load Sharing Between Compressors |
| Operation Mode | Sequential Compressor Operation |
| Remote Monitoring | SCADA/BMS Compatible Remote Monitoring |
| Operational Benefits | Energy Optimization, Reduced Downtime & Efficient Air Supply |
The Compressor Control Panel ensures reliable operation of air compressors through automatic start/stop control, pressure regulation, motor protection, and energy optimization.
Applications
- Manufacturing Plants
- Process Industries
- Utilities
Key Features
- Pressure-Based Automation
- Motor Protection
- Load Sharing
- Sequential Operation
- Remote Monitoring
| Business Type | Manufacturer, Exporter, Supplier |
| Usage | Automation Of Cut-to-Length Production Lines |
| Material Compatibility | Steel, Aluminium, Copper & Stainless Steel Coils |
| Cutting Function | Precision Coil-to-Sheet Length Control |
| Control System | PLC & HMI Based Automation |
| Length Control | Servo-Based Length Control |
| Feedback System | Encoder Feedback For Accurate Positioning |
| Cutting Accuracy | High-Precision Sheet Cutting |
| Safety Features | Integrated Safety Interlocking |
| Data Management | Production Data Logging |
| Operational Benefits | Improved Productivity, Reduced Material Waste & Consistent Accuracy |
The CTL Control Panel automates Cut-to-Length production lines used for precision cutting of steel, aluminium, copper, and stainless steel coils into sheets of accurate lengths.
Applications
- Steel Processing Industries
- Sheet Metal Plants
- Coil Processing Lines
Key Features
- Servo Length Control
- PLC-HMI Automation
- Encoder Feedback
- High Accuracy Cutting
- Safety Interlocking
- Production Data Logging
| Business Type | Manufacturer, Supplier |
| Display | Digital Display For Real-Time System Monitoring |
| Usage | Automation And Control Of Industrial Dehumidification Systems |
| Process Control | Controls Compressors, Heaters & Fans To Maintain Preset Humidity |
| Control System | PLC & HMI Based Automation |
| Humidity Control | Precise Relative Humidity (RH) Control |
| Defrost Function | Automatic Defrost Operation |
| Alarm System | Fault & Alarm Indication |
| Operational Benefits | Stable Humidity Control, Improved Product Quality & Energy Efficiency |
| Safety Features | Equipment Protection With Automatic Safety Interlocks |
Controls industrial dehumidification systems by maintaining preset humidity levels through automated compressor, heater, and fan operation.
Applications
- Pharmaceutical Plants
- Food Processing
- Warehouses
- Battery Manufacturing
Key Features
- RH Control
- Digital Display
- Automatic Defrost
- PLC/HMI Interface
- Alarm Indication
| Business Type | Manufacturer, Exporter, Supplier |
| Application | Automatic Synchronization And Parallel Operation Of Diesel Generators |
| Synchronization Control | Matches Voltage, Frequency, Phase Sequence & Phase Angle |
| Generator Management | Controls Multiple DG Sets Operating In Parallel |
| Load Management | Automatic Load Sharing And Load Balancing Between Generators |
| Grid Integration | Supports Synchronization With Utility Grid Supply |
| Control System | PLC-Based Intelligent Generator Control & Monitoring |
| Protection System | Reverse Power, Over/Under Voltage, Over/Under Frequency & Fault Protection |
| Power Management | Optimized Generator Operation And Fuel Efficiency |
| Communication | SCADA/Remote Monitoring Integration Capability |
| Business Type | Manufacturer, Exporter, Supplier |
| Application | Control And Protection Of Electric Overhead Traveling (EOT) Cranes |
| Motion Control | Controls Hoist, Cross Travel & Long Travel Operations |
| Control System | Conventional Contactor Logic Or PLC/VFD-Based Automation |
| Speed Control | Variable Speed Operation For Precise Movement |
| Operational Control | Accurate Crane Motion Control And Smooth Handling |
| Protection System | Overload Protection And Equipment Safety Features |
| Operator Safety | Enhanced Safety During Crane Operation |
| Mechanical Benefits | Reduced Mechanical Wear And Improved Equipment Life |
| Productivity Benefits | Faster, Efficient & Reliable Material Handling |
EOT Crane Control Panels provide complete control and protection for bridge cranes, including hoist, cross travel, and long travel motions. Available with conventional contactor logic or advanced PLC/VFD systems, they ensure precise and safe crane operation.
Applications
- Steel Plants
- Heavy Engineering
- Warehouses
- Shipyards
- Manufacturing Units
Key Benefits
- Precise Motion Control
- Enhanced Operator Safety
- Variable Speed Operation
- Overload Protection
- Reduced Mechanical Wear
- Improved Productivity
| Business Type | Manufacturer, Exporter, Supplier |
| Usage | Hazardous Area Electrical Control & Automation Systems |
| Protection Type | Certified Flameproof (Ex D) / Increased Safety (Ex E) |
| Hazardous Area Suitability | Designed For Explosive Gas, Vapor & Combustible Dust Environments |
| Construction | Robust Cast Aluminium Or Stainless Steel |
| Protection Rating | IP65 / IP66 / IP67 |
| Control Integration | Supports PLC, HMI, VFD, Soft Starter & Instrumentation |
| Safety Features | ESD Integration, Gas Detection, Alarms, Interlocks, Emergency Stop |
| Equipment Control | Controls Compressors, Pumps, Blowers, Agitators, Valves, Scrubbers |
| Monitoring Communication | PLC/SCADA-Based Remote Monitoring And Diagnostics |
The Flame Proof Control Panel is a specially engineered electrical control panel designed for installation in hazardous areas where flammable gases, vapors, or combustible dust may be present. Constructed using certified flameproof (Ex d) or increased safety (Ex e) enclosures, the panel prevents any internal electrical ignition from propagating to the surrounding atmosphere, ensuring safe and reliable operation in explosive environments.
These panels are designed to house motor starters, PLCs, VFDs, instrumentation, power distribution equipment, and control devices while complying with international and national hazardous-area standards. Flame Proof Control Panels are widely used in oil & gas, chemical, pharmaceutical, biogas, and petrochemical industries where operational safety is critical.
Applications
- Oil & Gas Processing Plants
- CBG (Compressed Bio-Gas) Plants
- Biogas & Biomethane Facilities
- Refineries & Petrochemical Plants
- Chemical Manufacturing Units
- Pharmaceutical Industries
- Paint & Solvent Manufacturing
- Fertilizer Plants
- LPG/CNG Stations
- Fuel Storage Depots & Tank Farms
- Distilleries & Ethanol Plants
- Offshore Platforms
- Mining Industries
Key Benefits
- Certified for Hazardous Area Operation (Ex d / Ex e)
- Prevents Ignition of Explosive Gas or Dust Atmospheres
- Robust Cast Aluminium or Stainless Steel Construction
- High Degree of Protection (IP65/IP66/IP67 as required)
- Corrosion-Resistant for Harsh Industrial Environments
- PLC, HMI, VFD, Soft Starter & Instrumentation Integration
- Comprehensive Motor and Equipment Protection
- Emergency Stop and Safety Interlock Functions
- Remote Monitoring through PLC/SCADA Systems
- Reliable Performance in Extreme Temperatures and Conditions
- Long Service Life with Low Maintenance Requirements
- Modular Design for Future Expansion
- Improved Personnel and Plant Safety
- Compliance with National and International Hazardous-Area Standards
Typical Controlled Equipment
- Gas Compressors
- Biogas Compressors
- Air Blowers
- Pumps
- Agitators
- Mixers
- Flame Arrestors
- Gas Detection Systems
- Solenoid Valves
- Motorized Valves
- Pressure, Temperature & Flow Instruments
- Flare Systems
- Scrubbers
- VPSA Systems
- CBG Purification Plants
Safety Features
- Flameproof Cable Glands and Accessories
- Intrinsically Safe Signal Interfaces (where applicable)
- Overload, Short-Circuit, and Earth Fault Protection
- Emergency Shutdown (ESD) Integration
- Gas Leak Detection Interface
- Audible and Visual Alarm Systems
- Temperature Monitoring and Protection
- Lockable Door Interlocks for Safe Maintenance
| Business Type | Manufacturer, Exporter, Supplier |
| Usage | Automation And Safety Control Of Industrial Flare Systems |
| Process Control | Manages Flare Ignition, Monitoring & Emergency Shutdown Operations |
| Control System | PLC-Based Safety Logic Control |
| Ignition System | Automatic Flare Ignition Control |
| Flame Monitoring | Flame Detection & Continuous Monitoring |
| Safety Features | Emergency Shutdown (ESD) Functionality |
| Gas Monitoring | Combustible Gas Leak Detection |
| Operational Benefits | Safe Handling Of Excess Combustible Gases & Reliable Flare Operation |
| Protection System | Integrated Alarms, Interlocks & Safety Management |
The Flare Control Panel provides safe ignition, monitoring, and emergency shutdown functions for industrial flare systems handling excess combustible gases.
Applications
- Oil & Gas
- Refineries
- CBG Plants
- Petrochemical Industries
Key Features
- Automatic Ignition
- Flame Detection
- Emergency Shutdown
- Gas Leak Monitoring
- PLC-Based Safety Logic
| Business Type | Manufacturer, Exporter, Supplier |
| Usage/Application | Automatic Synchronization Of Multiple Gas Engine Generators |
| Synchronization Control | Parallel Operation Of Generators With Each Other And Utility Grid |
| Load Management | Real-Time Load Sharing And Power Balancing |
| Fuel Optimization | Optimizes Fuel Consumption Through Intelligent Power Management |
| Starting Capability | Supports Black Start Operation |
| Grid Interface | Seamless Utility Grid Synchronization |
| Control System | Intelligent Generator Control & Monitoring |
| Protection Features | Generator And Grid Protection Functions |
| Operational Benefits | Enhanced Reliability, Stable Power Supply & Improved Efficiency |
Gas Genset Synchronization Panels automatically synchronize multiple gas engine generators operating in parallel with each other and/or the utility grid. They ensure balanced load sharing, optimize fuel consumption, and enhance overall system reliability.
Applications
- CBG Plants
- Biogas Plants
- Industrial Power Plants
- Data Centers
- Hospitals
- Manufacturing Units
Key Benefits
- Automatic Generator Synchronization
- Real-Time Load Sharing
- Fuel Optimization
- Black Start Capability
- Seamless Grid Interface
- Intelligent Power Management
| Business Type | Manufacturer, Exporter, Supplier |
| Usage | Automatic Synchronization Of Steam Turbine Generators With Utility Grid |
| Synchronization Control | Matches Voltage, Frequency, Phase Sequence & Phase Angle |
| Power Transfer | Enables Seamless Power Transfer And Grid Connection |
| Load Management | Load Sharing And Load Management Capability |
| Protection System | Reverse Power Protection & Grid Protection Functions |
| Control System | Automatic Synchronization And Intelligent Monitoring |
| Communication | SCADA Integration For Remote Monitoring & Control |
| Operational Benefits | Stable Operation, Improved Reliability & Reduced Downtime |
| Equipment Protection | Safeguards Turbine Generators And Electrical Systems |
The Grid & Steam Turbine Synchronization Panel synchronizes steam turbine generators with the utility grid by matching voltage, frequency, phase sequence, and phase angle. It enables seamless power transfer, load sharing, and stable operation while protecting critical equipment.
Applications
- Captive Power Plants
- Sugar Mills
- Paper Mills
- Cogeneration Plants
- Thermal Power Plants
Key Benefits
- Automatic Synchronization
- Load Sharing & Load Management
- Reverse Power Protection
- Grid Protection Functions
- Enhanced System Reliability
- SCADA Integration
| Business Type | Manufacturer, Exporter, Supplier |
| Usage/Application | Advanced Power Factor Correction & Power Quality Improvement |
| Technology Integration | Conventional Capacitor Banks With SVG/AHF Technology |
| Power Factor Control | Automatic Power Factor Correction Up To 0.99 |
| Reactive Power Management | Dynamic Reactive Power Compensation |
| Harmonic Control | Harmonic Mitigation With Active Harmonic Filter (AHF) Integration |
| Switching System | Intelligent Capacitor Switching |
| Control System | PLC/Controller-Based Intelligent Monitoring |
| Communication | MODBUS, SCADA & BMS Communication Support |
| Monitoring Protection | Comprehensive Metering, Protection & System Diagnostics |
The Hybrid APFC Panel combines conventional capacitor banks with advanced power quality technologies such as Static VAR Generators (SVG) or Active Harmonic Filters (AHF) to achieve dynamic power factor correction, harmonic mitigation, and reactive power compensation. It enhances electrical system efficiency, reduces energy losses, and helps avoid utility penalties.
Applications
- Manufacturing Plants
- Steel & Rolling Mills
- Data Centers
- Hospitals
- Commercial Complexes
- Process Industries
Key Features
- Automatic Power Factor Correction (up to 0.99)
- Harmonic Mitigation (when integrated with AHF)
- Dynamic Reactive Power Compensation
- Intelligent Capacitor Switching
- PLC/Controller-Based Monitoring
- Energy Savings and Reduced Utility Penalties
- MODBUS/SCADA/BMS Communication
- Comprehensive Metering and Protection
| Business Type | Manufacturer, Exporter, Supplier |
| Application | Centralized Control, Protection & Monitoring Of Multiple Electric Motors |
| Motor Control Components | Motor Starters, VFDs, Soft Starters, Protection Relays & Intelligent Motor Controllers |
| Control System | Centralized Motor Control And Automation |
| Protection System | Intelligent Motor Protection & Fault Monitoring |
| Drive Compatibility | VFD And Soft Starter Integration |
| Operational Benefits | High Reliability, Reduced Downtime & Efficient Motor Operation |
| Energy Management | Energy-Efficient Motor Control & Optimized Performance |
| Monitoring | Remote Monitoring Capability |
| Safety Features | Advanced Protection For Motors And Electrical Equipment |
Motor Control Centre (MCC) Panels are engineered for centralized control, protection, and monitoring of multiple electric motors. These panels house motor starters, VFDs, soft starters, protection relays, and intelligent motor controllers to ensure safe and efficient operation.
Applications
- Water Treatment Plants
- HVAC Systems
- Process Industries
- Textile Plants
- Cement Industries
- Food Processing
Key Benefits
- Centralized Motor Control
- Reduced Maintenance Downtime
- High Operational Reliability
- Intelligent Motor Protection
- Energy Efficient Operation
- Remote Monitoring Capability
| Business Type | Manufacturer, Exporter, Supplier |
| Usage | PLC-Based Automation And Control Of Multiple Effect Evaporator Systems |
| Control System | PLC, HMI, VFD & SCADA-Based Process Automation |
| Process Control | Controls Steam Flow, Vacuum, Feed Flow, Temperature, Pressure & Level Parameters |
| Equipment Control | Manages Feed Pumps, Circulation Pumps, Condensate Pumps, Vacuum Pumps, Valves & Heat Exchangers |
| Energy Optimization | Maximizes Steam Utilization And Reduces Energy Consumption |
| Automation Features | Automatic Sequencing Of Pumps, Valves & Evaporation Processes |
| Monitoring Diagnostics | Real-Time Monitoring, Data Logging, Alarm Management & Fault Diagnostics |
| Communication | SCADA/DCS Integration And Remote Monitoring Capability |
| Protection System | Intelligent Motor Protection, Safety Interlocks & Equipment Protection |
The Multiple Effect Evaporator (MEE) Control Panel is a PLC-based automation panel designed to control and monitor the complete evaporation process in multiple-effect evaporator systems. It ensures efficient concentration of liquids by managing steam flow, vacuum systems, feed pumps, condensate pumps, circulation pumps, level control, temperature, pressure, and associated instrumentation. The panel optimizes energy consumption by maximizing steam utilization across multiple effects while maintaining stable process parameters.
Equipped with PLC, HMI, VFDs, intelligent motor protection, and SCADA connectivity, the MEE Control Panel provides reliable process automation, real-time monitoring, alarm management, and remote diagnostics for continuous and efficient plant operation.
Applications
- Pharmaceutical Industries
- Chemical Processing Plants
- Food & Beverage Industries
- Dairy Processing Plants
- Distilleries & Ethanol Plants
- Effluent Treatment Plants (ETP)
- Zero Liquid Discharge (ZLD) Systems
- Textile & Dyeing Industries
- Sugar Industries
- Pulp & Paper Mills
Key Benefits
- Fully Automatic PLC & HMI-Based Operation
- Optimized Steam and Energy Utilization
- Precise Temperature, Pressure, Vacuum, and Level Control
- Automatic Sequencing of Pumps, Valves, and Equipment
- Variable Frequency Drive (VFD) Integration for Energy Savings
- Real-Time Process Monitoring and Data Logging
- Alarm, Event, and Fault Diagnostics
- SCADA/DCS Integration for Remote Monitoring and Control
- Improved Product Quality Through Stable Process Control
- Reduced Operator Intervention and Human Error
- Enhanced Equipment Protection with Comprehensive Safety Interlocks
- Predictive Maintenance and Reduced Plant Downtime
- Modular Design for Easy Expansion and Maintenance
- Compliance with Industrial Safety and Process Standards
Typical Controlled Equipment
- Feed Pumps
- Circulation Pumps
- Condensate Pumps
- Vacuum Pumps
- Steam Control Valves
- Condensers
- Heat Exchangers
- Level Transmitters
- Pressure Transmitters
- Temperature Sensors (RTDs/Thermocouples)
- Flow Meters
- Vacuum Sensors
- Motorized Valves
- Steam Traps
- Safety Interlocks
Industries Served
- Zero Liquid Discharge (ZLD) Plants
- Wastewater & Effluent Treatment
- Pharmaceutical Manufacturing
- Chemical & Petrochemical Plants
- Food Processing
- Dairy Industry
- Distilleries
- Textile Processing
- Fertilizer Plants
- Specialty Chemical Industries
| Business Type | Manufacturer, Exporter, Supplier |
| Protection Rating | IP55 / IP65 / IP66 |
| Protection Against | Dust & Moisture |
| Construction | Rugged Enclosure Design |
| Environmental Protection | UV Resistant, Corrosion Resistant & Weatherproof |
| Equipment Housing | Safe Housing For Electrical Control Equipment |
| Durability | Long Service Life With High Mechanical Strength |
| Outdoor Operation | Secure Operation In Rain, Dust & Extreme Conditions |
| Maintenance | Low Maintenance Design |
| Safety Features | Enhanced Protection Of Electrical Components |
Outdoor Panels are weatherproof electrical enclosures designed to withstand harsh environmental conditions. They provide safe housing for electrical control equipment while ensuring protection against dust, moisture, rain, and corrosion.
Applications
- Solar Plants
- Water Pumping Stations
- Oil & Gas Facilities
- Infrastructure Projects
- Utility Installations
Key Benefits
- IP55/IP65/IP66 Protection
- UV & Corrosion Resistant
- Long Service Life
- Secure Outdoor Operation
- Low Maintenance
| Business Type | Manufacturer, Exporter, Supplier |
| Usage/Application | Main Power Distribution And Control In Industrial Electrical Systems |
| Power Source | Receives Power From Transformers Or DG Sets |
| Distribution Function | Distributes Power To MCCs, Distribution Boards & Plant Loads |
| Design Type | Modular And Expandable Panel Design |
| Protection System | Advanced Electrical Protection & Safety Features |
| Fault Capacity | High Fault Withstand Capability |
| Monitoring System | Advanced Metering And Real-Time Monitoring |
| Communication | SCADA/BMS Integration Capability |
| Safety Features | Enhanced Personnel & Equipment Safety |
The Power Control Centre (PCC) Panel is the main power distribution panel in an industrial electrical system. It receives power from transformers or DG sets and distributes it safely to MCCs, distribution boards, and various plant loads. Designed for reliable operation, PCC panels incorporate advanced protection, metering, and monitoring features.
Applications
- Manufacturing Industries
- Steel Plants
- Cement Plants
- Chemical Industries
- Commercial Buildings
- Power Plants
Key Benefits
- Centralized Power Distribution
- High Fault Withstand Capacity
- Advanced Protection & Metering
- Modular Expandable Design
- SCADA/BMS Integration
- Enhanced Personnel & Equipment Safety
| Business Type | Manufacturer, Exporter, Supplier |
| Application | Automation And Control Of Industrial Powder Coating Heating Ovens |
| Control System | PLC/HMI-Based Temperature And Process Control |
| Temperature Control | Precise Heating Regulation For Uniform Powder Curing |
| Process Control | Controls Heaters, Fans, Temperature Sensors & Oven Operations |
| Heating Management | Automatic Heater Sequencing And Energy Optimization |
| Monitoring | Real-Time Temperature Monitoring And Process Status Display |
| Safety Features | Over-Temperature Protection, Alarms & Safety Interlocks |
| Energy Efficiency | Optimized Heating Operation For Reduced Power Consumption |
| Communication | SCADA/Remote Monitoring Integration Capability |
| Business Type | Manufacturer, Exporter, Supplier |
| Usage | Automation Of Sequencing Batch Reactor (SBR) Wastewater Treatment Systems |
| Process Control | Controls Filling, Aeration, Settling, Decanting & Sludge Wasting Cycles |
| Control System | PLC-Based Automatic Batch Sequencing |
| Blower Pump Control | Automated Operation Of Blowers And Pumps |
| Sensor Integration | Dissolved Oxygen (DO) Sensor Integration |
| Monitoring | Real-Time Process & Alarm Monitoring |
| Communication | SCADA-Ready For Remote Monitoring And Control |
| Safety Features | Process Interlocks & Equipment Protection |
| Operational Benefits | Optimized Treatment Cycles, Reduced Energy Consumption & Minimal Manual Intervention |
The SBR Control Panel automates wastewater treatment cycles including filling, aeration, settling, decanting, and sludge wasting.
Applications
- Sewage Treatment Plants (STP)
- Industrial ETP
- Municipal Water Treatment
Key Features
- Automatic Batch Sequencing
- Blower & Pump Control
- DO Sensor Integration
- SCADA Ready
- Alarm Monitoring
