Search

ARC Fault Detection Device

Test Bench for Arc Fault Detection Devices (AFDDs) – in accordance with IEC 62606 standard used to simulate and verify the performance of AFDDs under various arc fault conditions

Arc-Fault-Detection-Device-IEC-62606
AFDD Test Bench – Precision Testing for AFDD Coupled MCB & RCBO as per IEC 62606

An AFDD (Arc Fault Detection Device) test bench, designed in accordance with the IEC 62606 standard, is a device used to simulate and verify the performance of AFDDs under various arc fault conditions. The Object of this test bench is to ensure that AFDDs meet the specified requirements for protecting against arc faults, which are a major cause of electrical fires. 

It measures and records various parameters such as the time it takes for the AFDD to trip, the arc current, and the arc voltage, ensuring that the AFDD operates within the specified limits. 

This test bench confirms that the AFDD effectively disconnects the circuit when an arc fault is detected, preventing the risk of fire and damage.

Purpose of Testing:

Verification of Functionality: To ensure the AFDD is correctly detecting and responding to arc faults. 

Preventing Fires: To ensure the AFDD can quickly isolate the circuit and prevent potential fires caused by arc faults.

Get A Quote

GENERAL TEST BENCH REQUIREMENT

Bench will be used for verification of AFDD coupled MCB & RCBO.

The type of product under test & it related parameters will be linked with the product cat number & will be selectable through PC.

Test bench will have 2 fixtures: 

                   1.  Shaker ARC test & PTT Test

                   2.  Electric Strength test (HV)

Test bench will be suitable for following Test –

                   1.Shaker ARC test

                   2.Push to Trip Test

                   3.Electric Strength test(HV)

 

Salient Features

  • Bench will be used for verification of AFDD coupled MCB & RCBO.
  • All error messages will be displayed on the Computer screen with proper description.
  • Barcode-based product identification and test sequencing
  • Real-time display of test current, trip time, and results
  • Editable test recipes linked to product Cat No.
  • Automated fixture disengagement on successful testoduct Cat No.
  • Error diagnostics with descriptive messages on PC interface
  • Multi-stage HV testing with programmable sequences
  • Data logging and transfer to PC for analysis and traceability
  • Calibration certificates for individual meters and full system

Specification

  • Power Supply – AC Power Supply 230V (3kVA) with adjustable Current.
  • Electro pneumatic Fixture –Electro-pneumatic, single product loading, auto-disengage on pass
  • Shaker Table – Table suitable to produce vibrations in the range of 20 Hz - 80 Hz.
  • Controller & UI – NI LabView-based display unit with real-time monitoring and control
  • Load Resistors for 2.5A, 5A 10A @230V.
  • Test Fixtures –
    1. Shaker ARC & Push-to-Trip Test
    2. Electrical Strength Test (HV)
  • Accuracy - Better than Class 0.5

ARC Default Detection Device Test Bench
Software Test Screen

Main Screen
Calibration
Debug Mode
Test Setting
Test Setting - Add
Test -View Setting Screen 1
Test - View Setting Screen 2
Test Screen 1
Test Screen 2
Test Screen 3
Test Screen 4
Test Screnn 5
Test Bench Setting
Peripheral Interface Setting
Test Report
Test Report

Testing Procedure

The PC, Interface module and software will be common for all the Sources

  • Shaker Arc Test :
    Scan barcode & Load product in fixture.
    Adjust test current through auxiliary circuit.
    Switch on Shaker table.
    Switch on current through main circuit (Product).
    Monitor Test current & trip time.
  • Push to trip Test :
    To be followed by Shaker Arc test.
    Apply 230V Supply across incoming terminals of products.
    Press test button.
    Monitor Trip time.
  • Electrical Strength Test (HV) :
    Scan Barcode product & load product in fixture.
    Press start push button.
    Test sequence will be:
    Between input and output terminals of the Product. (In “Off” position).
    Between each pole in turn and other connected together (in. “On” condition).
    Between Earth & all poles connected together (in. “On” condition)

Customisation

  • Fixture design tailored to product drawings and samples
  • Editable test parameters accessible by authorized personnel
  • Recipe configuration for diverse product categories
  • Expandable software interface for future test protocols
  • Optional integration with barcode printing systems

Application

Ideal for quality assurance labs and production environments, it ensures reliable performance and compliance with industry standards.

Arc-Fault-Detection-Device-IEC-62606

Arc Fault Detection Device Test Bench

The AFDD Test Bench is a comprehensive, floor-standing solution designed for rigorous verification of AFDD-integrated Miniature Circuit Breakers (MCB) and Residual Current Breakers with Overcurrent (RCBO). Engineered for accuracy, automation, and ease of use, the system integrates electro-pneumatic fixtures, vibration testing, high-voltage validation, and intelligent control via NI LabView. 

Get A Quote
Arc-Fault-Detection-Device-Test-Bench-IEC-62606

Get A Quote