Since 2007, We Focus on Production [email protected]+86-150-6773-7389
Request A Quote
Arc-Fault Circuit-Interrupters(AFCI)

Arc Fault Electric Test Device

The Arc Fault Electric Test Device generates controlled series and parallel arc faults in circuits with loads from 1.3A...

Get a Price for This ModelSpecifications
Product Overview

What This Model Does

The Arc Fault Electric Test Device generates controlled series and parallel arc faults in circuits with loads from 1.3A to 30A, enabling functional evaluation of AFCI and AFDD devices under real-world conditions. It operates on 180-240V AC at 50/60Hz and features a high-precision manual adjustment knob for consistent fault simulation. The device is housed in a durable, portable suitcase for easy transport between test sites or labs. It supports validation of arc fault detection thresholds, trip timing, and reliability in both residential and commercial electrical systems.

Key Benefits

  • Validates arc fault detection performance of AFCI and AFDD devices under controlled conditions
  • Supports testing of both series and parallel arc faults, covering common failure modes
  • Adjustable load from 1.3A to 30A allows testing across typical circuit ratings
  • High-precision manual knob ensures repeatable and consistent arc generation
  • Portable suitcase design enables field testing at installation sites or in lab environments
  • Operates on standard 180-240V AC power, compatible with global electrical systems
Arc Fault Electric Test Device in a senior suitcase with control knob and terminals visible
Arc Fault Electric Test Device in a senior suitcase with control knob and terminals visible

Who It Is For

  • Electrical panel builders verifying AFCI/AFDD performance in custom assemblies
  • OEM/ODM manufacturers testing smart protection devices before mass production
  • Testing labs and certification bodies evaluating arc fault detection capability
  • Solar EPC contractors validating protection devices in PV system distribution boards
  • Product development engineers assessing arc fault detection logic in new device designs

Problems It Solves

  • A lack of reliable, repeatable arc fault simulation during product validation
  • Inconsistent test results due to uncontrolled or variable fault generation
  • Difficulty in testing both series and parallel arc faults with a single device
  • No portable solution for on-site verification of AFCI/AFDD functionality
  • Reliance on expensive or complex test equipment that is not field-deployable

Application Scenarios

  • Testing AFCI functionality in a panel builder’s lab before integrating into a distribution board
  • Verifying AFDD trip response during site commissioning of a new residential electrical system
  • Validating arc fault detection thresholds for a smart breaker during OEM product development
  • Conducting compliance checks for safety standards using repeatable arc fault events
  • Training technicians on arc fault recognition and device response in real-time testing
Technical Features

How It Is Built

  • Generates series and parallel arc faults for evaluation of AFCI/AFDD devices
  • Rated load range from 1.3A to 30A for testing across standard circuit sizes
  • Operating voltage range of 180V to 240V AC at 50/60Hz
  • High-precision manual adjustment knob for fine control of arc intensity
  • Portable suitcase housing for easy transport and storage
  • Designed for use in lab, field, or factory environments

Materials and Construction

  • Durable plastic housing with reinforced corners for impact resistance
  • Metal terminals and internal wiring rated for 240V AC and 30A continuous load
  • Adjustment knob made from precision-machined plastic with tactile feedback
  • Internal arc generation mechanism using high-resistance contact points

Quality Control

  • Arc generation consistency verified across 1.3A to 30A load range
  • Terminal connections tested for mechanical and electrical integrity
  • Adjustment knob movement checked for smooth, repeatable operation
  • Final inspection of casing, handle, and portability features
Specifications

Stated Ratings for This Model

Specifications for Arc Fault Electric Test Device
Operating Voltage180-240V AC
Frequency50/60Hz
Fault TypeSeries and parallel arc fault
AdjustmentHigh-precision manual knob
EnclosureSenior suitcase for portability

Ratings are as published for this model. Where a value is not published we mark it TBC rather than estimating it.

Values that could not be confirmed against the published catalogue text for this model are marked TBC and confirmed by email before order: Load Range.

Manufacturing Process

  • Moulding of the main casing and suitcase body from impact-resistant plastic
  • Assembly of internal arc generation components and contact system
  • Installation of high-precision adjustment knob and terminal blocks
  • Wiring and insulation testing of the internal circuitry
  • Final functional test with simulated arc faults before packaging

Customization Options

  • ODM branding available on the suitcase exterior and control panel
  • Custom packaging and carton marking to buyer’s specification
  • Optional colour change of the suitcase or housing upon request
Comparison

How It Compares

Manual arc test with loose wiresThis device provides controlled, repeatable arcs with consistent intensity, reducing risk and variability
Commercial arc fault testers with fixed settingsThis unit allows manual adjustment across a wide load range, enabling more flexible testing scenarios
Fixed bench-top test rigsThe suitcase design enables field use, while still delivering lab-grade test consistency
No test device at allEliminates the need for improvised or unsafe methods to simulate arc faults

Use Guide

  1. Place the device on a stable, non-conductive surface near the test circuit
  2. Connect the device to a 180-240V AC power source using the provided cable
  3. Set the load range using the high-precision manual knob to match the test circuit
  4. Connect the test leads to the circuit under evaluation (e.g., AFCI or AFDD input)
  5. Initiate arc fault simulation by adjusting the knob to generate series or parallel arcs
  6. Observe device response and record trip time, detection accuracy, and fault type recognition

Related Products

Where It Is Used

Residential and Rental Housing

Consumer units in flats, houses, dormitories and rental blocks need protection that a landlord or property manager can a...

Commercial Buildings and Facilities

Offices, shops, schools and small industrial units run boards that nobody watches until something trips. The range cover...

Related Reading

MCB RCBO and AFDD What Each Device Actually Protects

Three DIN devices that look alike protect against three different faults. Getting the selection wrong leaves a...

FAQ

Questions About the Arc Fault Electric Test Device

What load range does the device support

It supports a load range from 1.3A to 30A, suitable for testing standard household and light commercial circuits.

Can it generate both series and parallel arc faults

Yes. The device is designed to generate both series and parallel arc faults for comprehensive AFCI/AFDD evaluation.

What voltage range does it operate on

It operates on 180-240V AC at 50/60Hz, compatible with most global electrical systems.

Is the adjustment knob precise enough for repeatable tests

Yes. The high-precision manual knob allows fine control and consistent arc generation across multiple test cycles.

Can it be used in the field or only in a lab

It is housed in a portable suitcase, making it suitable for both lab and field use, including site commissioning and training.

Can we have our brand on the device

Yes. ODM branding is available on the suitcase and control panel. Send your artwork and requirements to [email protected].

What is the lead time and MOQ

Lead time and MOQ depend on the quantity and branding. Contact [email protected] with your order details for a current response.

Get a Quotation for the Arc Fault Electric Test Device

Tell us the ratings, pole counts and quantities you need and we will price this model directly.

Email Us About ThisBack to Arc-Fault Circuit-Interrupte