A control panel is an essential part of modern electrical and industrial automation systems. It brings together electrical protection, switching, control, monitoring and automation components inside a structured enclosure designed for a particular application.
Electrologix Control System is a Control Panel Manufacturer in Delhi NCR offering customized electrical control and automation panels for industrial, commercial and infrastructure applications. The company’s published product range includes PLC Control Panels, Automatic MCC Panels, Automatic AMF Panels, DG Synchronization Panels, Automatic Capacitor Panels, Automatic PCC Panels and Distribution Panels.
Based in Greater Noida, Uttar Pradesh, Electrologix Control System was established in 2020 and supplies electrical panels and technical electrical solutions for different industrial requirements.
What Is an Electrical Control Panel?
An electrical control panel is an enclosure that houses electrical and control components used to operate, protect, monitor and automate electrical equipment.
Depending on the application, a control panel can contain:
- Circuit breakers
- Contactors
- Overload relays
- Protection relays
- PLCs
- HMIs
- VFDs
- Soft starters
- Meters
- Timers
- Control transformers
- Power supplies
- Terminal blocks
- Busbars
- Communication modules
- Selector switches
- Push buttons
- Indication lamps
- Emergency-stop circuits
The actual component selection depends on the electrical load, control philosophy, voltage, current, protection requirements and automation architecture.
Control Panel Manufacturer in Delhi NCR
Delhi NCR has a large concentration of manufacturing plants, industrial facilities, warehouses, commercial buildings, infrastructure projects and process industries that require customized electrical control systems.
Electrologix Control System provides panel manufacturing capabilities from its Greater Noida location, serving project requirements across Delhi NCR.
The company’s published panel portfolio includes:
- PLC Control Panels
- MCC Panels
- PCC Panels
- VFD Panels
- AMF Panels
- DG Synchronizing Panels
- Control and Relay Panels
- Distribution Panels
- APFC Panels
- Feeder Panels
- Feeder Pillars
- Draw-out Panels
- Automation Panels
Its draw-out panel portfolio also includes soft starter panels, VFD panels, APFC panels, SCADA/PLC automation panels, intelligent MCC and smart panels.
Types of Control Panels Manufactured by Electrologix
PLC Control Panel
PLC control panels are designed for automated control of industrial processes and equipment.
They can incorporate:
- PLC controllers
- Digital and analog I/O
- Relays
- Contactors
- Power supplies
- Communication modules
- HMIs
- Ethernet or industrial communication interfaces
- Terminal blocks
PLC panels can be connected with field sensors, motors, valves, drives and other equipment according to the process-control requirements.
Motor Control Center Panel
MCC panels provide centralized control and protection for multiple motors.
Depending on the application, an MCC can incorporate:
- Motor starters
- Circuit breakers
- Contactors
- Overload relays
- VFDs
- Soft starters
- Motor protection devices
- Control circuits
- PLC interfaces
MCC systems are commonly used in manufacturing, process plants, water treatment, utilities and other facilities with multiple motor-driven loads.
VFD Control Panel
VFD panels are used where variable-speed control of motors is required.
Electrologix’s published VFD panel information describes applications including HVAC systems, pumps, conveyors, fans and industrial automation. The panels can incorporate VFD units, circuit breakers, bypass switches, cooling arrangements and control interfaces, with PLC/SCADA integration where required.
AMF Panel
An Automatic Mains Failure panel is used to control the automatic transfer between mains supply and a DG generator during a mains failure, according to the project’s control scheme.
Typical functions can include:
- Mains monitoring
- Generator start command
- Changeover control
- Generator shutdown
- Electrical interlocking
- Protection monitoring
- Manual/automatic operation
DG Synchronizing Panel
DG synchronizing panels are used when multiple diesel generator sets need coordinated operation.
The control system may provide:
- Automatic synchronization
- Manual synchronization
- Voltage matching
- Frequency matching
- Phase matching
- Load sharing
- Generator protection
- Load management
- Monitoring interfaces
Electrologix publishes DG synchronization panels as part of its electrical control-panel portfolio.
Control and Relay Panel
Control and relay panels are used for electrical protection, monitoring and control applications.
They can house:
- Protection relays
- Circuit breakers
- Meters
- Annunciators
- Control switches
- Indication systems
- Communication interfaces
Electrologix states that its control and relay panels can be customized according to protection schemes, voltage levels and industry requirements.
APFC Control Panel
Automatic Power Factor Correction panels use capacitor stages and automatic control to manage reactive power compensation according to system requirements.
APFC panels can be considered for industrial facilities where electrical loads and power-factor characteristics require automatic compensation.
PCC Control Panel
Power Control Center panels are used for centralized power distribution and protection.
A PCC may contain:
- Incoming breakers
- Outgoing feeders
- Busbars
- Protection devices
- Energy meters
- Indicating instruments
- Control components
PCC configuration depends on the incoming supply, connected load, short-circuit level, number of feeders and project specifications.
Customized Control Panel Manufacturing
Industrial applications rarely have identical electrical requirements. A control panel therefore needs to be engineered according to the equipment and process it will operate.
Electrologix can develop customized panel configurations based on requirements such as:
- Supply voltage
- Rated current
- Motor ratings
- Number of feeders
- Short-circuit withstand requirements
- Control voltage
- PLC architecture
- VFD requirements
- Communication protocol
- Protection scheme
- Indoor or outdoor installation
- Panel dimensions
- Cable-entry arrangement
- Future expansion
- Site environmental conditions
Control Panel Design and Engineering
A properly engineered control panel should consider both electrical and operational requirements.
Typical engineering documentation may include:
- Single-line diagrams
- Control schematics
- Power schematics
- Panel general arrangement drawings
- Bill of materials
- Cable schedules
- Terminal schedules
- I/O lists
- Protection details
- Interconnection drawings
The final documentation depends on the project scope and client specifications.
PLC and SCADA Integration
Modern control panels can connect electrical equipment with centralized automation and monitoring systems.
PLC/SCADA integration can provide:
- Equipment status
- Alarm monitoring
- Remote operation
- Process sequencing
- Fault indication
- Data acquisition
- Motor control
- Energy monitoring
- Communication with field devices
Electrologix’s published draw-out panel portfolio specifically includes SCADA/PLC automation panels.
Control Panel Components
| Component | Typical Function |
|---|---|
| MCCB/MCB | Circuit protection |
| ACB | Main low-voltage power switching and protection |
| Contactor | Motor/load switching |
| Overload Relay | Motor overload protection |
| PLC | Automated control |
| HMI | Operator interface |
| VFD | Motor speed control |
| Soft Starter | Controlled motor starting |
| Protection Relay | Electrical fault protection |
| Energy Meter | Electrical parameter monitoring |
| SMPS | DC control power |
| Terminal Block | Wiring termination |
| Busbar | Electrical power distribution |
| Push Button | Operator control |
| Selector Switch | Operating-mode selection |
| Indication Lamp | Status indication |
The exact components are selected according to the electrical design and application.
Electrical Control Panel Manufacturing Process
1. Requirement Analysis
The project requirements are reviewed to understand the electrical load, equipment, process requirements and control philosophy.
2. Electrical Design
The control and power circuits are developed according to the approved technical requirements.
3. Component Selection
Electrical and automation components are selected based on ratings, functionality, protection requirements and compatibility.
4. Panel Fabrication
The enclosure is fabricated and prepared for mounting electrical equipment, busbars, wiring systems and control components.
5. Component Assembly
Components are installed according to the approved layout and electrical drawings.
6. Internal Wiring
Power and control wiring is completed with appropriate terminal identification and routing.
7. Inspection and Testing
The completed panel is inspected and tested according to the applicable project requirements.
Electrologix states that its products undergo quality checks at several stages to assess efficiency and working life before being supplied to clients.
8. Site Installation and Commissioning
Where included in the project scope, the panel can be installed, interconnected and commissioned at the customer’s facility.
Applications of Electrical Control Panels
Control panels are used across numerous industrial and commercial sectors.
Manufacturing Industries
Control panels can operate and monitor production machinery, motors, conveyors, pumps and automated equipment.
Water and Wastewater Treatment
PLC, MCC and VFD panels can be integrated for controlling pumps, blowers, mixers and other process equipment.
HVAC Systems
VFD and automation panels can control fans, pumps and other HVAC equipment according to operating requirements.
Pharmaceutical Facilities
Electrical and automation panels can be configured for controlled manufacturing and utility systems.
Food Processing Plants
Control systems can be used for motors, conveyors, pumps, compressors and automated processing equipment.
Infrastructure Projects
Electrical control panels can be incorporated into infrastructure facilities requiring power distribution, equipment control and monitoring.
Commercial Buildings
Control panels can support building electrical distribution, HVAC, pumps, backup power and associated systems.
Indoor and Outdoor Control Panels
The panel enclosure and construction should be selected according to the installation environment.
Important considerations include:
- Indoor or outdoor installation
- Dust exposure
- Moisture
- Temperature
- Corrosive atmosphere
- Mechanical impact
- Required ingress protection
- Cable-entry requirements
- Ventilation and heat dissipation
For outdoor applications, enclosure design and protection should be selected according to the environmental conditions and project specifications.
Fixed and Draw-Out Control Panel Systems
Control-panel construction can be designed in fixed or draw-out configurations depending on the application.
Electrologix’s published draw-out panel portfolio includes fixed and draw-out arrangements along with PCC, MCC, control and relay panels, DG synchronizing panels, bus ducts, VFD panels and automation panels.
Draw-out configurations can be considered where maintainability, equipment access and operational requirements justify the additional system complexity.
Electrical Protection in Control Panels
Protection is an important part of control-panel engineering.
Depending on the application, protection functions may include:
- Overload protection
- Short-circuit protection
- Earth-fault protection
- Phase-failure protection
- Overvoltage protection
- Undervoltage protection
- Motor overload protection
- Reverse-power protection
- Emergency shutdown
- Interlocking
The protection scheme should be selected according to the connected equipment and applicable electrical design requirements.
Control Panel Testing and Quality Inspection
Before a control panel is placed into service, appropriate inspection and testing help verify that the assembly corresponds with the approved design.
Testing may include:
- Visual inspection
- Wiring verification
- Continuity testing
- Insulation testing
- Functional testing
- Control circuit testing
- Interlock testing
- Protection-function verification
- PLC I/O verification
- Communication testing
The specific tests depend on the type of panel and project specification.
Control Panel Manufacturer Serving Delhi NCR
Electrologix Control System is located in Greater Noida and can serve industrial and commercial electrical requirements across the Delhi NCR region.
Typical service locations include:
- Greater Noida
- Noida
- Ghaziabad
- Delhi
- Faridabad
- Gurugram
- Manesar
- Dadri
- Jewar
- Ecotech industrial areas
- Surajpur industrial areas
- Yamuna Expressway industrial areas
The company’s published works address is in Habibpur, Ecotech-III, Greater Noida, Uttar Pradesh.
Why Choose Electrologix Control System?
For projects requiring multiple electrical control and distribution systems, Electrologix offers a portfolio that covers several interconnected panel requirements.
Its published capabilities include:
- Control panel manufacturing
- PLC control panels
- MCC panels
- PCC panels
- VFD panels
- AMF panels
- DG synchronization panels
- Control and relay panels
- APFC panels
- Distribution panels
- Feeder panels
- Automation panels
- Electrical transformer installation services
Electrologix states that its products are manufactured using selected components and sophisticated machinery and undergo quality checks before supply. Its website also references CPRI and TUV type-tested products and ISO-certified processes; the applicable certification should be verified for the specific product and project.
Frequently Asked Questions
Who is a Control Panel Manufacturer in Delhi NCR?
A control panel manufacturer designs, fabricates, wires, tests and supplies electrical control panels according to the requirements of industrial, commercial or infrastructure applications. Electrologix Control System operates from Greater Noida and manufactures various electrical control and automation panels.
What types of control panels does Electrologix manufacture?
Its published portfolio includes PLC Control Panels, MCC Panels, AMF Panels, DG Synchronization Panels, PCC Panels, Distribution Panels, APFC Panels, VFD Panels and Control and Relay Panels.
Can control panels be customized?
Yes. Control panels can be customized according to electrical ratings, connected equipment, protection requirements, automation architecture, enclosure requirements and site conditions.
Can PLC and SCADA be integrated into control panels?
Yes. PLC and SCADA systems can be incorporated into suitable control-panel architectures for process automation, monitoring, alarms and remote operation. Electrologix lists SCADA/PLC automation panels among its product capabilities.
Are control panels suitable for industrial applications?
Yes. Control panels are widely used for controlling motors, machinery, pumps, fans, conveyors, process equipment and other industrial electrical systems.
Does Electrologix provide VFD control panels?
Yes. VFD panels are part of Electrologix’s published product portfolio and are described for applications including pumps, fans, HVAC, conveyors and industrial automation.
Does Electrologix provide control and relay panels?
Yes. Electrologix publishes control and relay panels for electrical control and protection applications, including integration with SCADA and automation systems where required.
Get a Customized Control Panel
If you are looking for a Control Panel Manufacturer in Delhi NCR for an industrial, commercial or automation project, share your electrical requirements, load details, equipment list, single-line diagram or control philosophy with Electrologix Control System.
The team can evaluate the application and develop a suitable panel configuration based on the project’s electrical and automation requirements.