Used CHROMA 6210K-10 #9146459 for sale

CHROMA 6210K-10
ID: 9146459
Programmable DC power source 100 A, 10 V.
CHROMA 6210K-10 is an electronic test equipment used to measure various electrical and mechanical parameters in electrical power transmission and distribution systems. It is a 10 kV AC/DC hipot tester that complies with international safety standards, enabling voltage or current tests on various components such as cables, switches, transformers, relays, and motors. It also includes an integrated insulation resistance tester with a built-in digital multimeter to measure accuracy and continuity of electrical circuits. 6210K-10 offers excellent performance with a 10 kV AC (or 8 kV DC) output voltage, a high resolution of 1 V, and a separate 10 kV DC output voltage for insulation resistance testing. It has a leakage current range of 0.2 A to 8 A and a testing time up to 99 minutes. The testing accuracy of ±0.1% helps eliminate errors in the resultant measurement data. It has an output power of 6 KW, and an output voltage accuracy of 0.2% and a short circuit protection of 20A. CHROMA 6210K-10 has a user-friendly front panel with a keypad and LED indicators providing a quick and easy to use interface. It also features a built-in two-channel digital multimeter to measure voltage, current, and power in test objects. It has programmable testing modes, which enable users to save test data and repeat tests with the same conditions at different times. In addition, 6210K-10 includes a safety lockout system that prevents unauthorized operation and ensures user safety. It also has several optional accessories such as a plotting unit, a barcode printer, an additional 10 kV AC output, and a weighting sensor to measure current and voltage in steps. CHROMA 6210K-10 is ideal for testing at industrial facilities and laboratories, providing accurate and reliable measurements. It is designed with basic safety features and offers a wide range of features to measure various parameters in electrical power transmission and distribution systems with accuracy and efficiency.
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