Feeder Pillar Panel

Feeder Pillar Panels provide outdoor distribution, isolation, protection, and metering for multiple electrical feeders.They are designed for safe field installation with weather-resistant construction, accessible cable termination, and project-specific feeder arrangements.

Key Features

•  Outdoor enclosure with suitable ingress protection and corrosion-resistant finish.
•  Incomer and outgoing feeders using MCCBs, switch-disconnectors, fuse-switch units, or MCBs.
• Copper or aluminium busbars according to the required load and fault level.
• Metering, street-light control, timer, contactor, and automatic switching options.
• Padlocking, internal barriers, gland plates, cable supports, and earthing provisions.
• Single-door, double-door, or compartmentalized construction as required

       Applications

• Street lighting, industrial yards, solar plants, residential developments, utilities, construction sites, and outdoor distribution networks.

ACDB Panel

AC Distribution Board (ACDB) Panels are designed to receive and distribute alternating-current power safely to multiple loads and auxiliary systems.The panel can be configured with incomers, outgoing feeders, protection devices, metering, surge protection, indications, and control circuits according to the project load schedule.

Key Features

•  Single-phase or three-phase AC distribution.
•  MCB, MCCB, switch-disconnector, fuse, and surge protection arrangements.
• Voltage, current, frequency, energy, and feeder-status monitoring where required.
• Indoor or outdoor construction with suitable ingress protection.
• Top or bottom cable entry and clearly identified outgoing feeders.
• Customized busbar, fault level, feeder quantity, and enclosure size.

Applications

Solar plants, substations, industrial auxiliaries, UPS systems, utilities, buildings, and control-room services.

DCDB Panel

DC Distribution Board (DCDB) Panels distribute reliable DC power from battery banks, battery chargers, or DC power systems to protection, control, annunciation, tripping, closing, and emergency circuits.Each DCDB is designed according to the system voltage, load current, feeder quantity, redundancy
requirement, and protection philosophy.

Key Features

• DC incomer and outgoing feeder distribution with MCB, MCCB, fuse, or isolator protection.
•  Provision for dual incomers, bus coupler, and redundant DC supply arrangements.
• DC voltage and current monitoring, healthy/trip indications, and alarm contacts.
•  Reverse-polarity protection, surge protection, and insulation monitoring where specified.
•  Clearly ferruled wiring and segregated terminal blocks for control and trip circuits.
• Suitable for battery charger, UPS, substation, and plant DC systems.

Applications

•  Substations, power plants, industrial control systems, protection panels, emergency systems, and battery-backed DC networks.

PCC Panel

Power Control Centre (PCC) Panels form the main low-voltage power distribution point for industrial and commercial installations. They receive power from transformers or generators and distribute it through protected outgoing feeders,bus sections, and bus couplers while providing metering, control, and system protection.

Key Features

• Single or multiple incomers with ACB or MCCB.
• Bus coupler and bus-section arrangements with electrical and mechanical interlocking.
• Copper or aluminium busbars designed for the required current and short-circuit withstand.
• Outgoing ACB, MCCB, switch-fuse, or other feeder configurations.
• Multifunction metering, energy metering, indications, alarms, and communication.
• Provision for APFC integration, transformer incomer control, and generator synchronization as required.
•  Single-front or double-front construction with top or bottom cable termination.

Applications

 Main LT distribution

APFC Panel

Automatic Power Factor Correction (APFC) Panels improve system power factor by automatically switching capacitor steps according to the reactive power demand. The panel helps optimize electrical system utilization, reduce avoidable reactive-power penalties, and maintain the target power factor under varying load conditions.

Key Features

•  Microprocessor-based power factor controller with automatic step selection.
• Capacitor banks selected according to the required kVAR and system voltage.
• Contactor-switched or thyristor-switched capacitor steps.
• Detuned reactor options for harmonic-rich systems.
• Protection through MCCB, MCB, HRC fuse, capacitor-duty contactor, and thermal devices as applicable.
• Ventilation, temperature monitoring, step-status indication, and alarm provision.
• Optional communication, data logging, harmonic monitoring, and remote status interface.
• Available as an independent panel or integrated with PCC/MCC systems.

Applications

Industrial plants, commercial buildings, utilities, pumping stations, HVAC plants, and installations with varying inductive loads.

MCC Panel

Motor Control Centre (MCC) Panels provide centralized control, protection, and monitoring of multiple motors and associated process loads. Each feeder is engineered according to the motor rating, starting method, control sequence, protection requirement, and plant automation philosophy.

Key Features

•  DOL, star-delta, reversing, soft-starter, and VFD-based motor feeders.
•  Fixed, plug-in, or withdrawable feeder arrangements where required.
•  Local, remote, manual, and automatic operating modes.
•  Motor protection through overload, short-circuit, phase-failure, earth-fault, and other specified protections.
•  PLC, DCS, BMS, and SCADA interface through hardwired or communication signals.
• Emergency stop, permissive, interlock, and process feedback circuits.
•  Single-front or double-front compartmentalized construction.
•  Metering, feeder-status indication, annunciation, and communication options.

Applications

Process plants, water treatment, pumping systems, conveyors, compressors, HVAC systems, manufacturing lines, and utilities.

Bus Duct

E-TECHNO Bus Duct systems provide a compact and reliable method of transmitting high current between transformers, generators, switchboards, PCC panels, and other electrical equipment. The design is customized according to rated current, fault level, conductor material, installation route, enclosure type, support arrangement, and environmental conditions.

Key Features

•  Copper or aluminium conductor options.
•  Indoor or outdoor construction.
• Segregated or non-segregated arrangements as required.
• Straight lengths, bends, tees, expansion joints, flexible connections, and termination boxes.
•  Proper phase separation, insulation, jointing, earthing, and enclosure bonding.
•  Removable covers and access provisions for inspection and maintenance.
•  Support structures and site-routing details developed according to the approved layout.

Applications

•  Transformer-to-panel, generator-to-panel, panel-to-panel, and high-current industrial power connections.

PLC Panel

PLC Panels provide automated control of machines, processes, and plant systems through programmable logic controllers, input/output modules, communication devices, and operator interfaces. Each panel is developed according to the control philosophy, I/O list, sequence of operation, instrument schedule, and communication  architecture.

Key Features

•  PLC, remote I/O, HMI, industrial PC, network switch, and communication gateway integration.
•  Digital and analogue input/output modules selected according to the field requirements.
•  Power supplies, interposing relays, isolators, signal conditioners, and terminal blocks.
•  Segregated power, control, instrumentation, and communication wiring.
•  Provision for redundancy, UPS supply, remote diagnostics, and data communication where required.
• Factory testing of logic, indications, alarms, interlocks, and communication interfaces.

Applications

•  Factory automation, process control, pumping systems, material handling, power plants, utilities, HVAC, and
• machine control.

SCADA System

SCADA systems provide centralized supervision, data acquisition, alarm management, trending, reporting, and remote control of electrical and process systems.E-TECHNO integrates SCADA solutions with PLCs, RTUs, meters, protection relays, gateways, and field devices according to the approved system architecture.

Key Features

•  Real-time display of equipment status and electrical/process parameters.
•  Alarm and event recording with time-stamped information.
•  Historical trends, data logging, reports, and energy monitoring.
•  Remote command and control with user-defined access levels.
• Communication with PLCs, RTUs, relays, meters, and intelligent devices.
•  HMI screens, single-line diagrams, dashboards, and project-specific graphics.
•  Provision for redundancy, networking, remote access, and integration with existing systems where required.

Applications

• Substations, industrial plants, utilities, water systems, renewable energy projects, buildings, and infrastructure facilities.

VFD Panel

Variable Frequency Drive (VFD) Panels control motor speed and torque by varying the frequency and voltage supplied to the motor.They support energy-efficient operation, smooth starting, improved process control, and reduced mechanical
stress in suitable motor-driven applications.

Key Features

•  VFD selection according to motor rating, load characteristics, duty, and operating environment.
• Input protection, isolation, control MCBs, contactors, and bypass arrangement where specified.
• Local, remote, manual, auto, and BMS/PLC control options.
•  Speed reference through keypad, potentiometer, analogue signal, or communication.
•  Provision for input reactor, output reactor, harmonic filter, braking unit, or sine-wave filter where required.
•  Cooling, ventilation, temperature monitoring, and adequate enclosure space.
•  Motor protection, trip indication, alarm outputs, interlocks, and communication interface.

Applications

• Pumps, fans, blowers, compressors, conveyors, HVAC systems, cranes, and process machinery.

AMF Panel

Automatic Mains Failure (AMF) Panels automatically monitor the utility supply and control the starting, stopping, and changeover sequence of a standby diesel generator. The panel restores the load to the utility supply after stable mains power returns and shuts down the generator after the programmed cooling period.

Key Features

•  Continuous monitoring of utility voltage, phase sequence, phase failure, and frequency.
•  Automatic generator start command during mains failure.
•  Controlled transfer between utility and generator supplies.
•  Electrical and mechanical interlocking to prevent unsafe parallel operation, unless synchronization is
• specifically designed.
•  Manual, automatic, and test operating modes.
•  Generator healthy, running, trip, low fuel, low oil pressure, high temperature, and other available status
• indications.
•  Battery charger, engine controls, annunciation, and remote contacts as required.
•  Contactor, MCCB, or ACB-based changeover arrangement according to rating and application.

Applications

•  Commercial buildings, hospitals, hotels, factories, offices, data centres, residential complexes, and critical standby-power installations.