EHV, HT & LT Cables · Lightning Arrestors (ESE) · EV Chargers

Our Products

Electrical Products for Industrial & Infrastructure Requirements

A practical range of electrical, power and infrastructure products supplied for industrial, commercial and project requirements.

Products We Supply

Our product range covers essential electrical and infrastructure requirements, helping customers source multiple products for industrial, commercial and infrastructure projects.

Our Primary Product Line

Battery Chargers

Industrial battery charging solutions designed for reliable DC backup power, demanding industrial environments and mission-critical applications.

Analog Thyristor Battery Charger cabinet (Endurance Series)

Endurance Series

Analog Thyristor Battery Charger

Analog-controlled thyristor charger built to withstand surges, heat and dust, with potentiometer-based voltage and current tuning for predictable operation in substations and remote industrial sites.

Up to 360 V · 5A–3000A · 6/12/24-pulse thyristor

Digital Thyristor Battery Charger cabinet (Agile Alpha Series)

Agile Alpha Series

Digital Thyristor Battery Charger

Engineered for environments where real-time insight, automation and precision control are essential — optimising performance and providing complete visibility through advanced monitoring and diagnostics.

±1% regulation · 25+ parameters · 7-inch touchscreen

SMPS Modular Charger cabinet (Optima Series)

Optima Series

SMPS Modular Charger

Cutting-edge modular technology delivering exceptional efficiency, seamless expandability and intelligent system management, with hot-swappable modules and a compact footprint for mission-critical environments.

>90% efficiency · PF >0.90 · hot-swappable modules

IGBT Charger cabinet (Vector Series)

Vector Series

IGBT Charger

Next-generation IGBT technology delivering superior efficiency, rapid response to load variations and stable output under dynamic grid and system conditions, with DSP-controlled regulation and robust protection.

>90% efficiency · near-unity PF · 5A–3000A

Analog Thyristor Battery Charger cabinet (Endurance Series)

Endurance Series

Analog Thyristor Battery Charger

Analog-controlled thyristor charger built to withstand surges, heat and dust, with potentiometer-based voltage and current tuning for predictable operation in substations and remote industrial sites.

Key Features

  • Industrial-grade durability — built to withstand surges, heat and dust
  • Manual precision control — potentiometer-based voltage/current tuning
  • Universal compatibility — works with 6/12/24-pulse rectifiers, legacy and modern systems
  • Wide power range — power backups up to 360 V, handling up to 3000 A

Electrical Specifications

  • Input AC Supply: 415 V AC ±10%, 3PH, 3/4 Wire, 50Hz or 60Hz ±5% or 230V AC ±10%
  • DC Output Voltages: 24V, 30V, 48V, 72V, 96V, 110V, 125V, 220V, 360V (customisable up to 600V)
  • DC Output Current Range: 5A – 3000A (other ratings on request)
  • Rectifier Type: Fully controlled bridge (6 / 12 / 24 pulse thyristor)
  • Voltage Regulation: ±1% (0–100% load, float mode)
  • DC Current Regulation: ±2% (boost mode)
  • Current Limit: 105% of rated current (float mode)
  • Output Ripple: ≤1% / 2% / 3% RMS (without battery connected)
  • Efficiency: ≥80% at full load (110V, 220V, 360V models); ≥70% (24V, 48V, 72V, 96V models)
  • High Voltage Withstand: 2.5 kV for 1 minute
  • Insulation Class: Class F, temperature rise 90°C (magnetics); Class B / Class A optional

Battery Types & Charging

  • Supported Battery Types: Lead Acid, VRLA, Nickel Cadmium, Li-Ion
  • Charging Characteristics: Constant Current, Constant Voltage (CC–CV)
  • Float Mode (VPC): LA 2.15–2.20, VRLA 2.15–2.25, Ni-Cd 1.40–1.42, Li-Ion 3.35–3.45
  • Boost Mode (VPC): LA 2.65–2.75, VRLA 2.30–2.35, Ni-Cd 1.65–1.70, Li-Ion 3.55–3.65

Protection Features

  • Dedicated fuse for thyristor safety
  • Soft start — prevents inrush currents during startup
  • Electronic current limit — protects system from excessive load
  • Phase sequence reversal & phase failure protection

Monitoring & Communication

  • Output DC voltmeter and DC ammeter
  • Battery DC voltmeter and DC ammeter
  • Input AC voltmeter and AC ammeter (optional)
  • LED annunciations and window annunciation
  • Digital + Analog combined Annunciations (DAA – Chhabi make)
  • Potential-free relay contacts (optional)
  • RS485 communication (optional)

Mechanical & Environmental

  • Construction: Folded sheet MS, powder coated (paint shade customisable)
  • Sheet Thickness: Frame 2 mm (load bearing), Panels 1.6 mm
  • Cable Entry: Bottom (top on request)
  • Panel Access: Front & rear; front-only on request
  • Enclosure Protection: IP20 / IP31 / IP42 (IP5x on request)
  • Cooling: Natural air cooling / forced air cooling
  • Standards: IS 4540, IEC 146 (as applicable)
  • Quality: ISO 9001, ISO 14001, ISO 45001 & ZED
Digital Thyristor Battery Charger cabinet (Agile Alpha Series)

Agile Alpha Series

Digital Thyristor Battery Charger

Engineered for environments where real-time insight, automation and precision control are essential — optimising performance and providing complete visibility through advanced monitoring and diagnostics.

Key Features

  • Precision control — DSP/microcontroller closed-loop control ensures ±1% regulation accuracy
  • Predictive diagnostics — monitors 25+ parameters
  • Intuitive HMI — 7-inch LCD/touchscreen for live data, alarms and mode visualisation
  • Adaptive charging — auto-switches between Float / Boost / Equalize with temperature compensation
  • Seamless integration — Modbus RS-485, RS-232, TCP/IP, Profibus with remote read/write facility

Electrical Specifications

  • Input AC Supply: 415 V AC ±10%, 3 Phase, 3/4 Wire, 50Hz or 60Hz ±5% or 230 V AC ±10%
  • DC Output Voltages: 24V, 30V, 48V, 72V, 96V, 110V, 125V, 220V, 360V (customisable up to 600V)
  • DC Output Current Range: 5A – 3000A (other ratings on request)
  • Rectifier Type: Fully controlled bridge (6 / 12 / 24 pulse thyristor)
  • Voltage Regulation: ±1% (0–100% load, float mode)
  • DC Current Regulation: ±2% (boost mode)
  • Current Limit: 105% of rated current (float mode)
  • Output Ripple: ≤1% / 2% / 3% RMS (without battery connected)
  • Efficiency: ≥80% at full load (110V, 220V, 360V models); ≥70% (24V, 48V, 72V, 96V models)
  • High Voltage Withstand: 2.5 kV for 1 minute

Battery Types & Charging

  • Supported Battery Types: Lead Acid, VRLA, Nickel Cadmium, Li-Ion
  • Charging Characteristics: Constant Current – Constant Voltage (CC-CV)
  • Float Mode (VPC): LA 2.15–2.20, VRLA 2.15–2.25, Ni-Cd 1.40–1.42, Li-Ion 3.35–3.45
  • Boost Mode (VPC): LA 2.65–2.75, VRLA 2.30–2.35, Ni-Cd 1.65–1.70, Li-Ion 3.55–3.65

Protection Features

  • Thyristor protection fuse — safety against faults
  • Soft start — prevents inrush currents during startup
  • Electronic current limit — restricts current to safe operating levels
  • Phase sequence reversal & phase failure protection

Monitoring & Communication

  • Display through LCD / touchscreen
  • Output DC voltmeter and DC ammeter
  • Battery DC voltmeter and DC ammeter
  • Input AC voltmeter and AC ammeter (optional)
  • LED annunciations and window annunciation
  • Digital & Analog combined Annunciations (DAA – Chhabi make)
  • Potential-free relay contacts (optional)
  • Modbus RS-485, RS-232, TCP/IP, Profibus

Mechanical & Environmental

  • Construction: Folded sheet MS, powder coated (paint shade customisable)
  • Sheet Thickness: Frame 2 mm (load bearing), Panels 1.6 mm
  • Cable Entry: Bottom (top on request)
  • Panel Access: Front & rear; front-only on request
  • Enclosure Protection: IP20 / IP31 / IP42 (IP5x on request)
  • Standards: IS 4540, IEC 146 (as applicable)
  • Quality: ISO 9001, ISO 14001, ISO 45001, ZED
SMPS Modular Charger cabinet (Optima Series)

Optima Series

SMPS Modular Charger

Cutting-edge modular technology delivering exceptional efficiency, seamless expandability and intelligent system management, with hot-swappable modules and a compact footprint for mission-critical environments.

Key Features

  • Energy redefined — >90% efficiency, PF >0.90, reduced harmonics, lower electricity costs
  • Scalable architecture — hot-swappable modules allow capacity expansion or redundancy on demand
  • Intelligent control — DSP regulation with ±1% voltage accuracy and programmable charging modes
  • Compact & reliable — modular design reduces footprint while maintaining high reliability
  • Smart connectivity — supports RS485, Modbus and SCADA/BMS integration

Electrical Specifications

  • Input AC Supply: 415V ±10%, 3PH / 3/4 Wire, 50–60Hz ±5% or 230V ±10%
  • DC Output Voltages: 24V, 48V, 110V, 220V
  • DC Output Current: 20A – 1000A (others on request)
  • Voltage Regulation: ±1% (float mode)
  • Ripple: ≤1–3% RMS
  • Standards: IS 4540, IEC 146
  • Certifications: ISO 9001, ISO 14001, ISO 45001, ZED certified

Battery Types & Charging

  • Supported Batteries: Lead Acid, VRLA, Ni-Cd, Li-Ion
  • Charging Characteristics: CC–CV, programmable IU / IUIU curves

Protection Features

  • Rectifier protection fuse — protects rectifier components against internal faults
  • Soft start — inrush prevention during startup to avoid current surges
  • Electronic current limit — restricts current to safe operating levels automatically
  • Phase sequence reversal & phase failure protection

Monitoring & Communication

  • LCD/touchscreen HMI for live status, alarms and logs
  • Output DC voltmeter and DC ammeter
  • Battery DC voltmeter and DC ammeter
  • Input AC voltmeter and AC ammeter (optional)
  • LED annunciations and window annunciation
  • Digital + Analog combined annunciations (DAA – Chhabi make)
  • Potential-free relay contacts (optional)
  • RS485 communication (optional)

Mechanical & Environmental

  • Construction: Folded sheet MS, powder coated (customisable shade)
  • Sheet Thickness: Frame 2 mm (load-bearing), Panels 1.6 mm
  • Cable Entry: Bottom (top on request)
  • Panel Access: Front & rear (front-only optional)
  • Enclosure Protection: IP20 / IP31 / IP42 (higher IP on request)
  • Cooling: Natural or forced air
  • Noise: 70 dBA (natural), 80 dBA (forced)
  • Installation: Indoor, floor-mounted, self-standing
  • Operating Conditions: 0°C to +50°C, ≤95% RH non-condensing, ≤1000 m above MSL
IGBT Charger cabinet (Vector Series)

Vector Series

IGBT Charger

Next-generation IGBT technology delivering superior efficiency, rapid response to load variations and stable output under dynamic grid and system conditions, with DSP-controlled regulation and robust protection.

Key Features

  • High performance efficiency — >90% efficiency, near-unity power factor, low harmonics
  • Fast dynamic response — stable DC even during rapid load variations
  • Digital precision — DSP-based control with ±1% voltage accuracy
  • Robust design — protection from surges, overloads and thermal stress
  • Compact & reliable — smaller footprint vs. thyristor chargers
  • Smart connectivity — RS485 / Ethernet / Modbus for SCADA/BMS

Electrical Specifications

  • Input AC Supply: 415 V ±10%, 3PH / 3/4 Wire, 50–60Hz ±5% or 230 V ±10%
  • DC Output Voltages: 24V, 48V, 110V, 125V, 220V, 360V
  • DC Output Current: 5A – 3000A (other ratings on request)
  • Cell Configuration: 24V, 48V, 110V, 125V, 220V, 360V
  • Standards: IS 4540, IEC 146
  • Certifications: ISO 9001, ISO 14001, ISO 45001, ZED certified

Battery Types & Charging

  • Supported Batteries: Lead Acid, VRLA, Ni-Cd, Li-Ion
  • Charging: Constant Current / Constant Voltage (CC–CV)

Protection Features

  • Soft start — prevents inrush currents during startup
  • Electronic current limit — restricts current to safe operating levels
  • Phase sequence reversal & phase failure protection

Monitoring & Communication

  • LCD/touchscreen for monitoring
  • Output DC voltmeter, DC ammeter (optional)
  • Battery DC voltmeter, DC ammeter (optional)
  • Input AC voltmeter, AC ammeter (optional)
  • LED annunciations (optional), window annunciation (optional)
  • Digital Analog Annunciator (optional)
  • Potential-free relay contacts (optional)
  • RS485 communication (optional)

Mechanical & Environmental

  • Construction: Folded sheet MS, powder coated
  • Thickness: Frame 2 mm, Panels 1.6 mm
  • Cable Entry: Bottom (top on request)
  • Panel Access: Front & rear (front-only optional)
  • Enclosure: IP20 / IP31 / IP42 (higher on request)
  • Cooling: Natural or forced air
  • Noise: 70 dBA (natural), 80 dBA (forced)
  • Installation: Indoor, floor-mounted, self-standing
  • Operating Conditions: 0°C to +50°C, ≤95% RH non-condensing, ≤1000 m above MSL

Power & Cables

01

EHV, HT & LT Cables

Power cables for high voltage, medium voltage and low voltage applications across industrial, commercial and infrastructure projects.

Protection

02

Lightning Arrestors (ESE)

Early Streamer Emission lightning protection systems for buildings, industrial facilities and infrastructure applications.

EV Infrastructure

03

EV Chargers — Chhabi Make

EV charging equipment for residential, commercial and public charging applications.

Power & Cables

04

Battery Chargers & DC Power Systems

Industrial battery chargers and DC power systems for reliable backup and critical power applications.

Cable Accessories

05

Lugs, Terminals & Cable Glands

Cable connection and termination accessories for electrical installations and industrial applications.

Battery Monitoring

06

Battery Health Monitoring System (BHMS)

Continuous monitoring and diagnostics for battery banks, helping identify battery condition, performance and potential issues in critical DC power systems.

EHV, HT & LT Cables

Power, control and instrumentation cables across extra-high, high and low voltage grades, supplied to the conductor, insulation, armouring and sheathing configuration a project specifies.

Extra high voltage cable termination and overhead transmission gantries at a substation at dusk

EHV Cables

Extra-high-voltage power cables for transmission, substations and heavy industrial electrical infrastructure.

EHV power cable construction

EHV Power Cables

Single-core copper or aluminium conductor with semi-conducting conductor screen, XLPE insulation and extruded semi-conducting insulation screen, copper screen with semi-conducting water-blocking tape, and extruded high-density polyethylene outer sheath. Poly-aluminium laminated, extruded metallic lead or corrugated aluminium sheath available as required.

Standards: IS 7098-3 · IEC 60840 · IEC 62067 · ICEA S-108-720

High tension cable terminations landed into an industrial switchgear panel

HT Cables

High-voltage / medium-voltage power cables for industrial plants, substations, infrastructure and distribution networks.

MV power cable construction

MV Power Cables

Single-core and three-core copper or aluminium conductor, XLPE or EPR insulated, insulation screened with copper wire, copper tape or plain WS tape, unarmoured or GI steel (aluminium for single core) flat/round armoured, with PE / PVC ST2 / FR / FRLS / LSZH sheathing. Lead sheath available where required.

Range: 35 sq. mm to 1200 sq. mm

Standards: IS 7098-II 2016 · IEC 60502-2 · BS 6622 / BS 7835 / BS 5467 · ICEA S-93-639

HT aerial bunch cable

HT Aerial Bunch Cable

Stranded compacted aluminium conductor, conductor screened by semi-conducting compound, XLPE insulated, insulation screened by semi-conducting compound and copper tape, PVC sheathed, with messenger conductor supplied with or without insulation as required.

Standards: IS 14255

Low tension power and control cables routed on cable tray into industrial control panels

LT Cables

Low-voltage power, control and instrumentation cables for industrial, commercial and electrical installation applications.

LV power cable construction

LV Power Cables

1100 volts grade copper or aluminium power cables with solid or stranded conductor, PVC or XLPE insulated, cores laid up with PVC / FR / FRLS / LSZH inner sheath, unarmoured or armoured, and extruded PVC / FR / ST2 / FRLS / LSZH outer sheath. Lead sheath available where required.

Range: 1.5 sq. mm to 1000 sq. mm · 1 / 2 / 3 / 3.5 / 4 core

Standards: IS 1554-1 · IS 7098 (Part 1) 1988 · BS 5467 / BS 6724 · IEC 60502-1

LT control cable construction

LT Control Cables

1100 volts grade control copper cables with solid or stranded conductor, PVC or XLPE insulated, cores laid up with PVC ST2 / FR / FRLS / LSZH extruded inner sheath, unarmoured or armoured with strip or round wire. Metallic screened control cable available on demand.

Range: 2 to 100 core in 1.5 and 2.5 sq. mm

Standards: IS 1554 · IS 7098 (Part 1) 1988 · IEC 60502-1 · BS 5467 / BS 6724 / BS EN 50288

LT aerial bunched cable

LT Aerial Bunched Cables (ABC)

XLPE or black HDPE insulated aluminium conductors laid together around an aluminium alloy / ACSR insulated or bare messenger wire to form the aerial bunched cable. Optional neutral and street lighting conductor.

Instrumentation cable construction

Instrumentation Cables

Solid, stranded or flexible copper conductor, PE / XLPE / PVC / XLPO / EPR / silicone rubber insulated, in pair, triad or quad formation, individually or overall aluminium-mylar screened with drain wire, copper wire braid or copper tape, unarmoured or GI armoured. Lead alloy or polyamide metallic barrier sheath available where required.

Standards: IS 1554 · IS 7098 Pt-1 · BS EN 50288-7

Low tension power and control cables routed on cable tray into industrial control panels

Variable Frequency Drive (VFD) Cables

3+3(E) or 4-core flexible copper conductor insulated with XLPE, PE or PP, cores laid up, aluminium-mylar with tinned copper wire braid, PVC sheathed — for variable frequency drive applications.

Standards: IS 7098-1 · IEC 60502-1

Thermocouple cable construction

Thermocouple Cables

Solid JX / KX thermocouple alloy conductors, XLPE or PVC insulated, individually or overall aluminium-mylar taped with drain wire shielding, inner sheathed, armoured or unarmoured, with flame and sunlight resistant PVC outer sheath.

Standards: EN 50288-7

Lightning Arrestors (ESE)

Early Streamer Emission lightning protection for buildings, industrial facilities, solar installations and infrastructure projects.

Early streamer emission lightning arrester mast installed on an industrial rooftop under a storm sky
Early streamer emission lightning arrester mast installed on an industrial rooftop under a storm sky

ESE Lightning Arrestors

Early Streamer Emission air terminals for structural lightning protection, installed with a dedicated down conductor and earthing arrangement. Suitable for buildings, industrial facilities, solar installations and infrastructure projects. ESE technical reference →

EV Chargers — Chhabi Make

Chhabi EVSE charging equipment for residential, commercial and public charging applications, covering both DC fast charging and AC slow charging.

Electric vehicle charging stations installed in a covered commercial parking area
Electric vehicle charging stations installed in a covered commercial parking area

DC Fast Chargers

Direct-current fast chargers that bypass the vehicle on-board converter, enabling charging in under an hour. Used for public charging stations, public transport and fleet charging. Available in single-gun and dual-gun options with CCS-2, CHAdeMO and GB/T connector options, OCPP 1.6J connectivity over WiFi, Ethernet, 4G SIM or RFID, 7-inch or 10-inch LCD touch screen, and optional support for capacity expansion.

Range: 30 / 60 / 120 / 180 / 240 kW

Standards: Ingress protection IP54, customisable to IP55

Electric vehicle charging stations installed in a covered commercial parking area

AC Slow Chargers

Alternating-current chargers that supply grid power through the vehicle on-board converter, suited to overnight home charging, commercial parking and fleet charging. Available in single-gun and dual-gun options with Type-1 and Type-2 connector options, interactive display, load balancing across multiple chargers, and ground or wall mounting.

Range: 7.4 / 22 kW

Standards: Ingress protection IP65 · OCPP 1.6J

Battery Chargers & DC Power Systems

Industrial battery chargers and DC power systems for reliable backup and critical power applications across plant and substation environments.

Chhabi battery monitoring modules installed across a battery bank
Chhabi battery monitoring modules installed across a battery bank

Industrial Battery Chargers & DC Power Systems

DC power and battery charging equipment for industrial, plant and substation applications where a reliable backup supply is required. Configurations are specified against the battery type, capacity and duty of each installation.

Lugs, Terminals & Cable Glands

Cable termination and connection accessories — lugs, terminals, connectors, cable glands and crimping tools for electrical installations and industrial applications.

Brass cable glands terminating coloured industrial cables in a panel
Copper tube terminals and lugs

Copper Tube Terminals & Lugs

Copper tube terminals in medium duty, heavy duty long barrel, extended palm and reducer forms, plus copper tubular long barrel terminals, DIN type terminals, ICF series terminals, and heavy duty, insulated and light duty in-line connectors.

Standards: BS 4579 / IEC 61238

Aluminium tube terminals and lugs

Aluminium Tube Terminals & Lugs

Aluminium tube terminals in standard and long barrel forms, two-hole and reducer terminals, aluminium in-line connectors, and terminals and connectors for aluminium XLPE insulated conductors.

Bi-metallic terminals and connectors

Bi-Metallic Terminals & Connectors

Friction-welded bi-metallic connectors and terminals, and aluminium alloy tubular bi-metallic terminals, for aluminium-to-copper transitions.

Sector shaped conductor lugs

Sector-Shaped Conductor Lugs & Connectors

Copper and aluminium sector lugs in long and short barrel forms, with copper and aluminium connectors, for 2C, 3C, 3.5C and 4C sector shaped conductors.

Ring, pin and fork terminals

Ring, Pin & Fork Terminals

Ring, pin and fork terminals in non-insulated, insulated and double-grip pre-insulated forms, together with snap-on terminals, end sealing ferrules and copper twin type lugs.

Brass cable glands installed on a panel

Brass Cable Glands

Double compression armoured weather and flame proof brass cable glands, medium duty armoured, un-armoured, single compression and SIBG types, plus brass and nylon PG glands and flange type cable glands.

Stainless steel cable gland

Stainless Steel Cable Glands

Double compression armoured weather and flame proof SS316 / SS304 cable glands with NPT or metric threading, supplied with earth tags and LSF / LSZH shrouds.

Crimping and stripping tool in use

Crimping Tools & Accessories

Hydraulic and mechanical hand-operated crimping tools, self-adjustable crimping pliers, hexagonal crimping tools, hydraulic pumps, cable cutters, cutter and stripper tools, modular crimping tools, heat gun and corrosion inhibiting compound.

Battery Health Monitoring System (BHMS)

Continuous monitoring and diagnostics for battery banks, measuring cell and string parameters in real time to identify battery condition, performance and developing faults in critical DC power systems. Compatible with VRLA, VLA and Ni-Cd batteries.

Battery bank with monitoring modules installed
BHMS battery module

Battery Module

Measures the voltage, internal resistance and temperature of each battery and transmits the readings to the control unit over Modbus. Battery modules are addressed automatically, and batteries with manufacturing failures are detected immediately.

Standards: VRLA / VLA / Ni-Cd compatible

BHMS string module

String Module

Measures string current, ambient temperature and humidity and transmits the readings to the Control Module over Modbus, using an integrated current sensor.

Range: Up to 480 batteries across 4 strings

BHMS control module with embedded server

Control Module with Embedded Server

Sits at the centre of the system, saving and processing the parameters sent by the battery and string modules. The embedded server provides easy commissioning and hosts the monitoring software, with multiple sites viewable on a single screen and multiple users at different authorisation levels.

Standards: MODBUS TCP/IP · MODBUS RTU · SNMP · Dry Contacts · Ethernet

Battery monitoring software dashboard

Voltage Balancing (Optional)

Optional balancing feature that holds each individual battery voltage close to the desired charge voltage across the string, reducing the effects of overcharging and of batteries that do not fully charge.

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