Seaward Clare H103 Hipot Tester, 250V Min, 5000 V ac, 6000V dc Max, 999.9MO Max - 450A922

Output Box, Earth Probe, HT Probe (Yellow), Guard Plug, mains lead. Seaward Clare HAL 103 hipot tester. The HAL 103 is part of the HAL Series and is a comprehensive tester capable of performing dielectric strength, earth/ground bond and DCIR tests. The 103 offers simple straightforward operation in a factory test or lab/compliance environment. Providing simple manual testing or complete automated operation, equipment can be tested quickly and safely. The Seaward Clare H103 hipot tester is designed for testing the safety of electrical and electronic items. It offers a range of features and capabilities, including: • AC and DC hipot testing: Allows for comprehensive testing of insulation resistance. • Earth bond testing: Ensures proper grounding. • ARC detection: Identifies potential arcing issues. • Fully configurable manual testing: Provides flexibility for various testing scenarios. • High-volume automated testing: Efficiently tests large quantities of products. • PC connectivity: Enables data logging and analysis.. HAL 103 Features. Earth Bond Test Performs a.c./d.c. Flash and d.c. IR tests Fully isolated HT outputs for safe, high current flash testing complying with electrical safety testing standard, EN 50191 Full traceability of test results and test sequences, with PC connectivity via PATguard software (discontinued) Internal storage of up to 6000 test results and test sequences Graphical representation of test voltage and pass fail limits on a 320 x 240 VGA graphical LCD Single button operation with simple PASS/FAIL indication Provides bar-code read facility for control of inventory Prints product ID and test reports, when connected to a printer Connects to external, high visibility status beacons Compatible with the BrainCell equipment tagging system (stock No. ; 409-9341 409-9341 ). Applictions. The H103 is a popular choice for both factory and laboratory environments, providing reliable and accurate testing results.