Sentry Hipot Tester AC/DC/IR
Chroma 19070
AC or AC / DC / IR
1
AC: 0.05~5kV
DC: 0.05~6kV
Compact, lightweight and low cost safety testers for electronic components
Quality and Compliance Testing Made Easy
Hipot testers or dielectric withstand testing instruments are used for conducting electrical safety tests on electrical components and products to make certain they are in compliance with IEC, UL, TUV, CSA, EN, and other electrical safety requirements. In addition to general product and component testing, Chroma can help solve complex medical safety testing (60601-1) ensuring human safety and product reliability. New hipot and electronic safety test instruments (EST) purchased in North America are backed by a 2-year standard warranty.
Hipot and Ground Bond Testers
Hipot testers determine the suitability of the dielectric or insulation barrier between hazardous and non-hazardous parts. Hipot testing (dielectric strength testing) appears in nearly every product safety standard and is a fundamental test used to check a fully assembled product as it exits the production line.
AC: 0.05~5kV
Guardian Multi-Channel Hipot Tester
Chroma 19020
AC or AC / DC / IR
10 (up to 100)
AC: 0.05kV~6kV
DC: 0.05kV~8kV
Measure the hipot leakage current of all channels at the same time and conduct tests on up to 100 DUTs simultaneously
Guardian Hipot Tester AC/DC/IR/SCAN
Chroma 19050
AC / DC / IR
or AC / DC / IR / SCAN
1, 4 or 8
AC: 0.05~5kV
DC: 0.05~6kV
Advanced digital hipot testers with load and line regulations that help ensure measurement integrity, and Multi-step capability allows users to perform multiple tests in sequence
Guardian Ground Bond Tester
Chroma 19572
AC: 3~45A
0.1~510 mΩ
50Hz / 60Hz
Provides high current testing of ground continuity between chassis and power cord ground on a wide variety of electrical products and appliances
Advanced Hipot Analyzers
Chroma’s advanced hipot testers are used in quality assurance sample inspection testing, manufacturing testing, and development validation. Some example products are: Power cords, Household appliances (IEC 60335), Information technology products (IEC60950), Medical equipment (IEC60601), Lab/testing equipment, Video (IEC60065), and EMI filters.
Electrical Safety Analyzer
Chroma 19032
AC: 0.05~5kV
DC: 0.05~6kV
DC: 12mA , AC: 40mA (19032)
DC: 25mA , AC: 100mA (19032-P)
0.1MΩ~50GΩ / 1kV max
The test-to-any-standard electrical safety analyzer. Easy, precise testing. A must for medical device testing and IQOQ compliance.
Guardian Hipot Analyzer
Chroma 19055
AC: 0.05~5kV
DC: 0.05~6kV
AC: 5kV/100mA (4kV/120mA)
DC: 25mA
0.1MΩ~50GΩ / 5kV max
Designed for hipot tests and analysis of transformers, motors and other electronic components
Guardian Hipot Analyzer
Chroma 19056/19057
AC: 0.1~10kV (19056)
DC: 0.1~20kV (19057)
AC: 20mA (19056)
DC: 10mA (19057)
0.1MΩ~50GΩ / 5kV max
Provides high withstand voltage test and analysis for optical couplers, HV relays, HV switches, and PV modules components, which have better insulation capability
Wound Component Hipot and Impulse Winding Testers
Quality verification testing for wound components including EV motors, servomotors, ascension motors, stators, transformers, heaters and solenoid valves. The Impulse Winding Test (WPT) discovers potential defects such as layer short, corona, and/or partial discharge which can go undetected during early phases of design and production.
Hybrid Wound Component EST Scanner
Chroma 19035
AC / DC / IR / DCR -8CH
8 (up to 40 opt.)
AC: 0.05~5kV
DC: 0.05~6kV
Powerful functions for Flashover detection and Open/Short Check (OSC) with programmable voltage and time parameters for various characteristics of DUTs
Impulse Winding Tester
Chroma 19305
10bit / 5ns (200MHz)
More than 10uH
LAN, USB, and RS232
Specifically designed to test winding components using a high-voltage charged micro capacitor and the coil under test, forming an RLC parallel resonant circuit.
Partial Discharge Tester
Chroma 19501-K
Partial Discharge Test
1-200 pC
0.10 kV~10.00 kV, steps 0.01 kV
LAN, USB, and RS232
Specifically designed for testing high voltage semiconductor components and high insulation materials.
Power Inductor – Impulse Winding Tester
Chroma 19301A
Impulse Winding Test
0.1uH~100uH
10V~1000V
LAN, USB, and RS232
Specifically designed for wound component tests, utilizes a high voltage & low capacitance capacitor (low test energy) in parallel with a coil to form an RLC resonant
Wound Component EST Analyzer
Chroma 19036
AC / DC / IR /
Impulse (surge) / DCR
10 (up to 40 opt.)
AC: 0.05~5kV
DC: 0.05~6kV
Impulse winding test imposes a non-destructive, high speed and low energy voltage impulse on the device under test for analysis and comparison
Battery Cell Safety Testers
A battery cell insulation tester accurately measures leakage current (LC) and insulation resistance(IR) of battery jelly-roll/dry-cell as well as other insulation materials. The tester includes partial discharge (PD) and flashover detection to identify defects and potential hazards. Our Surge Tester is designed for testing the insulation quality between the positive and negative plates of a lead-acid battery cell.
Battery Cell Insulation Tester
Chroma 11210
Up to 1KV(DC)
50mA max.
0.01kΩ~10 TΩ [kΩ, MΩ, GΩ]
Accurately measure leakage current (LC) and insulation resistance(IR) of battery jelly-roll/dry-cell as well as other insulation materials.
Battery Cell Surge Tester
Chroma 19311
0.10 kV~6.00 kV, 0.01 kV
≥ 3.00kV @ 50nF
200MHz
Designed for testing the insulation quality between the positive and negative plates of a lead-acid battery cell
Battery Cell Safety Testers
A battery cell insulation tester accurately measures leakage current (LC) and insulation resistance(IR) of battery jelly-roll/dry-cell as well as other insulation materials. The tester includes partial discharge (PD) and flashover detection to identify defects and potential hazards. Our Surge Tester is designed for testing the insulation quality between the positive and negative plates of a lead-acid battery cell.
High Voltage Safety Enclosures
Designed to provide a safe environment for Hipot testing devices, these high voltage safety enclosures act as personal protective equipment (PPE), reduce the hazard of high voltage discharge and safeguard operators from the dangers associated with High Potential Testing. These come equipped with a magnetic safety interlock switch and chassis ground connection that must be wired from the safety tester to the safety enclosure for safe operation.
Electrical Safety Test Application Notes
Browse application notes on the topic of Electrical Safety Testing. Chroma’s application notes provide insight and context to assist test engineers with a particular technology, instrument, or application for their bench-top, R&D, design verification and/or ATE requirements and specifications.
