Off-line ICT Tester System I.C.T-Q518D

Equipped with EC jet test technology for reliable results.
Uses CMOS and relay switch card design.
Offers true broadband testing for wide coverage.
Includes Win7 interface for simple operation.
Supports up to 500 by 380 mm PCB size.
Provides 256 test points as standard option.
Tests at 0.5 seconds per 1024 points speed.

Description

ICT Tester System Overview

The Off-line ICT Tester helps find problems in printed circuit boards by touching test points with probes. It spots open circuits, short circuits, and bad soldering on parts. This tool runs tests like open circuit checks, short circuit checks, resistance measurements, capacitance tests, diode tests, triode tests, FET tests, IC pin tests, and more. It points out issues such as missing parts, wrong setups, value shifts, joined solder spots, and board faults, then shows the problem details.

With the Off-line ICT Tester, you get clear results to fix boards before they go further in production. It uses tech like EC jet for steady tests and CMOS plus relay switch cards for safe handling. The true broadband method covers a wide range of checks. The Win7 setup makes it easy to run, with a board view that shows everything clearly. Five-wire testing reaches up to four-terminal parts, and auto program debugging speeds things up. Stats reports help track how well production is going. This Off-line ICT Tester fits well in factories that need to check boards without being tied to a production line. It comes with parts from Taiwan for power, measurement, and control, plus software in English. Overall, the Off-line ICT Tester keeps your circuit boards working right by catching errors early.

Key Features of In Circuit Test Faults Finder Machines

Off-line ICT Tester Overview

The Off-line ICT Tester checks circuit boards away from the main line, making it good for detailed fault finding. It contacts points on the PCB to test for opens, shorts, and part issues, giving quick feedback on problems like wrong values or bad welds.

In factories, this Off-line ICT Tester helps keep quality high by running many tests without limits on steps. It handles resistance from 0.1 ohm to 40M ohm, capacitance from 1pF to 40mF, and more, with accuracy that fits most needs. The setup includes infrared protection and a printer for reports. Overall, it makes fixing boards straightforward and helps monitor output.

Specification

PCB size: 500*380mm (STANDARD)
Test points: 256points Standard (1024points is optional)
Test steps: No Limited
Switch Card: 128/pot
Isolated points: 10/cart
The test speed: 0.5sec/1024 points (Open/Short); 2ms ~ 40ms/step (component)
Test frequency: AC 100 ~ 100KHz
Test range: Resistance 0.1 Ω ~ 40M Ω accuracy ±1%-5%;
Dimension: 830*830*1600mm
Weight: Approx:170kg

ICT Tester System Video

Watch this video on Optimizing Circuit Perfection: PCB ICT Testing Machine & ICT Tester. It shows the Off-line ICT Tester in real use, testing PCBs step by step. You see the probes contact points to check for electrical issues like opens and shorts. The clip covers the machine’s look, with its compact design, screen display, and control parts. It explains functions for electrical testing in large batches, such as resistance and capacitance checks at high speed. Viewers get a clear idea of how it handles big production runs without slowdowns. The video highlights simple setup and quick results, making it easy to see why this tool fits factory needs.

More SMT Machines

Equipment	Description
Loader	Loads PCB into the production line automatically.
Auto Printer	Applies solder paste with high precision.
Conveyor	Moves PCB smoothly between machines.
Pick and Place Machine	Places components accurately on PCB.
Reflow Oven	Melts solder to bond components securely.
AOI Machine	Inspects PCB for defects automatically.
Unloader	Removes finished PCB from the line.

PCB Loading

Printing Solder Paste

Place the component

Melts solder

AOI Inspection

X-ray Inspect

I.C.T Installation and Training Success

In customer factories, we assemble and debug the Off-line ICT Tester on site. Our I.C.T engineers then train staff on how to use it. Photos show teams smiling together after sessions, which means they like our service and feel ready to run the machine well.

Customer Factory and Trusted Partnership 05 Product Factory Details

Customer Feedback

Customers often praise our engineers for their know-how and quick help. They say our SMT equipment, like the Off-line ICT Tester, has good build quality that lasts. Pre-sales answers clear up questions fast, and after-sales fixes come right away, keeping things running smooth.

Good Feedback 01 Product Factory Details

Certified Quality Standards

We hold CE certificates for each machine, including the Off-line ICT Tester. Our company has ISO9001 for quality systems. We also own patents on equipment designs to ensure they meet high standards.

I.C.T SMT Machine Certificate 01 Product Factory Details

I.C.T Factory & Our Team

I.C.T Group provides full solutions for SMT factories. We help with equipment like the Off-line ICT Tester to build complete lines. Based in China, we use parts from places like Taiwan for reliability. Our websites, www.smt11.com and www.smtfactory.com, show our range of tools and services. We focus on win-win partnerships, updating specs for better performance. With a team that handles setup, training, and support, we aim to make factories run well.

I.C.T Factory and Team Product Factory Details

Frequently Asked Questions

What does an Off-line ICT Tester do in fault finding?

An off-line ICT tester is used to perform electrical testing on assembled PCBs to identify manufacturing defects before products move to functional testing or shipment. The system uses probes to contact designated test points and checks for open circuits, short circuits, incorrect component values, missing components, polarity errors, soldering defects, and IC pin issues. Common tests include resistance, capacitance, diode, transistor, FET, and continuity verification. For PCB assembly manufacturers, an off-line in-circuit tester helps improve quality control by detecting faults early and providing detailed diagnostic information for fast troubleshooting.
How fast can the Off-line ICT Tester check a board?

An off-line ICT tester is designed for high-speed electrical inspection. During open-circuit and short-circuit testing, some systems can inspect up to 1024 test points in approximately 0.5 seconds. Component-level measurements are typically completed within milliseconds, depending on test complexity. This speed makes an in-circuit testing machine suitable for both prototype verification and batch production environments. To maximize testing efficiency, manufacturers should optimize fixture design, test coverage, and program configuration. Fast inspection cycles help reduce production bottlenecks while maintaining reliable defect detection.
Is the Off-line ICT Tester easy to set up for new users?

Yes, most modern off-line ICT testers are designed with user-friendly software and intuitive interfaces. Many systems use Windows-based operating platforms with graphical PCB views, guided setup tools, and automatic test program debugging functions. These features reduce the learning curve for engineers and operators who are new to in-circuit testing. For factories introducing new products frequently, easy program creation and quick setup help shorten engineering preparation time. Proper operator training and fixture verification further improve setup accuracy and long-term testing reliability.
What parts come with the Off-line ICT Tester package?

An off-line ICT tester package typically includes the main testing system, a dedicated test fixture, testing software, and supporting hardware modules. Common internal components include power supply modules, measurement modules, I/O control modules, press control systems, switching cards, and communication interfaces. Many systems also include a printer for generating test reports and traceability records. Before purchasing an ICT testing machine, manufacturers should confirm fixture requirements, software language options, and integration capabilities with MES or factory quality management systems.
Can the Off-line ICT Tester handle large board sizes?

Yes, many off-line ICT testers are designed to accommodate large PCB assemblies. Standard models commonly support PCB sizes up to 500 mm × 380 mm, allowing inspection of industrial control boards, communication equipment, automotive electronics, and power management products. The actual testing capacity depends on fixture design, probe density, and machine specifications. Manufacturers producing multiple board types should verify maximum board dimensions before installation. Choosing an in-circuit tester with sufficient testing area helps ensure compatibility with both current and future product designs.

Additional information

Model	I.C.T-Q518D
PCB size	500*380mm(STANDARD)
Test points	256points Standard(1024points is optional)
Switch Card	128/pot
Test steps	No Limited
Test range	Resistance 0.1 Ω ~ 40M Ω The accuracy is 0.05 Ω~ 100M Ω ( 2-wire) ±1% – 5% (four wire) 0.05 Ω. Capacitance 1pf ~ 40MF precision ±2%-5%. Inductance 1uh ~ 50h, accuracy 2% – 5%. Diodes 0.1 ~ 6V accuracy ±1%-3%. Stabilized voltage diode 0.1 ~ 15V precision ±1%-3%. Measurement of VCE saturation voltage at three terminals of transistor β value. Three terminal test of field effect transistor VDS, CDs, RD (on). Optical coupler and relay, with four terminals to test its conduction voltage or resistance.
Dimension	8308301600mm
Weight	Approx:170kg