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Intelligent Substation & Switchgear Hardware

Smart Electrical Monitoring, Protection & Automation

Protecting human lives with motorized remote racking, and safeguarding capital assets with continuous online surge arrester, thermal busbar, and partial discharge monitoring. Engineered for medium and high-voltage substations.

Arc-Flash Hazard Safety

IRRD™ – Intelligent Remote Racking Device

"Step back. Stay safe. Rack remotely."

Circuit breaker racking is statistically the single most dangerous operation in electrical substations. The IRRD™ eliminates catastrophic arc-flash injury by enabling technicians to rack 11kV, 22kV, and 33kV switchgear breakers from up to 50 meters away using a handheld wireless RF controller.

Voltage Compatibility 11kV, 22kV, 33kV Indoor & Outdoor Switchgear
Breaker Support ABB, Schneider, Siemens, L&T, BHEL, Crompton
Wireless Control Range Up to 50 Meters Line-of-Sight (Encrypted RF)
Torque Cutoff & Stalling Programmable electronic cutoff with real-time feedback
Standards Adherence IEEE 1584 Arc Flash Safety & NFPA 70E Standard
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IRRD Remote Racking Device for Circuit Breakers
LAMD Lightning Arrester Monitoring Device
Substation Asset Management

LAMD™ – Lightning Arrester Monitoring Device

"Continuous online surge arrester health analytics."

The LAMD™ provides online condition monitoring for metal-oxide surge arresters installed on 33kV, 66kV, 132kV, 220kV, and 400kV systems. By continuously analyzing resistive leakage currents, it detects moisture ingress, surface pollution, and thermal runaway.

Rated Voltage Grid 33kV to 400kV Transmission Substations
Enclosure Ingress IP67 Heavy-duty weatherproof cast aluminum
Power Supply Universal 85-265V AC/DC or self-powered current transformer
Diagnostics Display High-contrast outdoor-readable OLED display
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Predictive Switchgear Health

PHMS™ – Panel Health Monitoring System

"Know Your Panel. Before It Fails."

An IoT-driven edge system that continuously audits the operational health of Medium Voltage switchgear cubicles. Incorporates contactless infrared joint thermography, relative humidity, transient earth voltage (TEV) partial discharge, and vibration telemetry into an AI health-index score.

Monitored Parameters Temperature, Humidity, Partial Discharge (TEV), Vibration
Thermal Precision -40°C to +150°C (Accuracy: ±1.5°C)
PD Detection Band TEV 0-60 dBmV & Ultrasonic Acoustic 40 kHz
Data Interface LoRaWAN, 2.4GHz Wireless Mesh, Modbus TCP/IP
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PHMS Panel Health Monitoring System
EDAQ Energy Data Acquisition Unit
Telemetry & Energy Intelligence

EDAQ™ – Energy Data Acquisition System

"Precision electrical telemetry and revenue-grade analytics."

Multi-channel electrical data acquisition system engineered for substations, heavy industrial plants, and utility power trading. Accurately measures Class 0.2S revenue-grade energy, power quality harmonics up to the 63rd order, and automated maximum demand forecasting.

Channel Density Up to 32 Three-Phase Feeders per rack unit
Metering Accuracy Class 0.2S (IEC 62053-22 Certified)
Harmonic Analysis Up to 63rd Harmonic Order, THD-V, THD-I, Crest Factor
Utility Protocols IEC 60870-5-104, MQTT, Modbus TCP, DNP3
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FMD Feeder Monitoring Device
Feeder Status Supervision

FMD™ – Feeder Monitoring Device

"Ultra-low power continuous HT breaker supervision."

Designed for HT electrical panels to continuously monitor breaker ON/OFF/TRIP positions, earth switch engagement, and trip circuit continuity with < 1W power consumption.

  • ✓ 8 Optically isolated digital inputs (24V - 220V DC)
  • ✓ 4 Potential-free output alarm contacts (5A @ 250V AC)
  • ✓ Pre-close and post-close trip coil health supervision
  • ✓ Modbus RTU interface for central SCADA integration
BTMS Busbar Thermal Monitoring System
Joint Thermal Protection

BTMS™ – Busbar Temperature Monitor

"Zero blindspots on critical high-current connections."

Self-powered wireless thermal sensors placed directly on live busbar joints, disconnectors, and cable lugs inside switchgears up to 40.5 kV to eliminate fire risks.

  • ✓ 100% wireless RF transmission; zero wiring in HV compartment
  • ✓ Self-powered energy harvesting (10+ year service life)
  • ✓ Up to 60 thermal sensors managed by a single DIN-rail hub
  • ✓ Programmable high-temp and rate-of-rise (ΔT/Δt) alarm thresholds