Menu

Equipment catalogue / 09 families

Industrial electrical equipment, configured around the system.

Move from the required function to a dedicated product page with application context, engineering inputs, configuration decisions and related services.

Get a QuoteView all products
Illustrative control panel lineup with an open, precisely wired cabinet in a modern workshop01Control PanelsIllustrative APFC panel with staged capacitor banks in a clean industrial electrical room02APFC PanelsIllustrative active harmonic filter cabinet with power-electronics cooling modules06Active Harmonic Filters
01

Control & distribution

Switch, protect and control the electrical process.

Project-configured assemblies for machine, utility, distribution and source-transfer functions.
Illustrative control panel lineup with an open, precisely wired cabinet in a modern workshop
01Control & distribution

Electrical Control Panels

Arnav Industries & Electricals manufactures project-specific electrical control panels after reviewing the application, operating sequence, protection philosophy, interfaces and site constraints.

First engineering inputSingle-line diagram, load list and the available electrical design basis.
Open specification pathwayIllustrative automatic switching and changeover panel with separated source paths
03Control & distribution

Automatic Switching & Changeover Control Panels

Automatic changeover control panels coordinate source availability, interlocking and transfer logic for applications that require a managed switching sequence between defined supplies.

First engineering inputSource arrangement, single-line diagram and the loads included in the transfer scope.
Open specification pathway
02

Power quality

Measure the condition, then select the compensation function.

Reactive-power and harmonic solutions tied to the load profile, system impedance and agreed measurement boundary.
Illustrative APFC panel with staged capacitor banks in a clean industrial electrical room
02Power quality

APFC Panels

Arnav Industries & Electricals manufactures automatic power-factor correction panels whose switching, protection and final configuration follow electrical data and operating conditions.

First engineering inputConnected load, demand profile and typical operating combinations.
Open specification pathwayIllustrative active harmonic filter cabinet with power-electronics cooling modules
06Power quality

Active Harmonic Filters

Active harmonic filters provide dynamic compensation for selected current-harmonic conditions, with capacity and control scope established from measurements and the operating load profile.

First engineering inputPower-quality study data with current spectrum, operating states and measurement locations.
Open specification pathwayIllustrative static VAR generator cabinet with modular power electronics and ventilation
07Power quality

Static VAR Generators & Advanced SVG

Static VAR generators use power electronics to provide dynamic reactive-power compensation, with capacity and control strategy defined from measured load behavior and system conditions.

First engineering inputTime-based reactive-power, power-factor and demand measurements across representative operations.
Open specification pathwayIllustrative detuned reactor APFC panel with capacitor stages and copper-wound reactors
08Power quality

Detuned Reactor APFC Panels

Detuned APFC panels combine staged power-factor correction with series reactors selected against the assessed network and harmonic environment, rather than from a generic catalogue assumption.

First engineering inputPower-quality measurements including voltage and current harmonic information.
Open specification pathwayIllustrative thyristor-switched APFC panel with fast switching modules and capacitor stages
09Power quality

Thyristor-Switched APFC Panels

Thyristor-switched APFC panels provide faster capacitor-step switching for assessed applications with rapid load changes, with design based on duty, harmonics and system conditions.

First engineering inputTime-based reactive-power and power-factor measurements across fast operating cycles.
Open specification pathway
03

Power conditioning

Shape the supply boundary for sensitive or variable loads.

Isolation and voltage-conditioning equipment selected from source, load and environmental duty.
Illustrative isolation transformer enclosure with visible copper windings in an electrical room
04Power conditioning

Isolation Transformers

Isolation transformers provide galvanic separation between circuits, with winding arrangement, shielding, enclosure and protection defined against the application and electrical design basis.

First engineering inputInput and output voltage, frequency, phase arrangement and required capacity basis.
Open specification pathwayIllustrative servo voltage stabilizer with regulation mechanism and monitoring meters
05Power conditioning

Servo Voltage Stabilizers

Servo voltage stabilizers regulate output within an agreed operating range as input conditions vary, with configuration based on actual supply measurements and connected-load requirements.

First engineering inputMeasured minimum, maximum and typical input voltage over representative operating periods.
Open specification pathway

Need help?

Not sure which equipment family fits the condition?

Use the guided project planner to choose a product, a service or an evidence-led review before the technology is fixed.

Get a Quote
Conceptual engineering diagramAIE / TECHNICAL PLATE

Measure before selecting the function

Observed symptoms lead to a defined measurement boundary, an evidence-led function and a verified outcome.

Measure before selecting the function. Observed symptoms lead to a defined measurement boundary, an evidence-led function and a verified outcome.
Concept only

Final ratings, protection, earthing, settings and interlocks follow approved project engineering.

Open full-size SVG