GW Instek
launches a new leakage current tester–GLC-10000, which features 12
simulated human impedance networks that comply with related safety
regulations so as to conduct leakage current test for electric
equipment under normal condition or single fault condition. These 12
simulated human impedance networks are comprised of networks for
medical electric equipment and general electric and electronic
equipment to ensure that the product design and manufacture are in
compliance with requirements of safety regulations including IEC,
EN, UL, etc.
GLC-10000 provides test requirements for most IT products, household
appliances and other electronic and electric equipment, and even
medical electronics in the measurement of leakage current (or touch
current), including the required measurement network, measurement
bandwidth of various current forms are all in compliance with the
requirements of the latest version of the applicable regulations.
Furthermore, in order to comply with the leakage current flow paths
under different regulations, GLC-10000 provides 20 measurement
options to meet the requirements of the old and latest versions of
the standards.
GLC-10000 is equipped with a 7-inch TFT LCD touch screen, which
makes the operation more convenient and fast, and the large screen
allows setting information and test results to be displayed on the
LCD at the same time, improving the readability of information
observation. In addition, users can select the front socket output
(10A max.) or the rear terminal block output (up to 20A) to measure
the leakage current according to the current consumption of the DUT.
30 sets of internal memory can be used to store the
measurement settings of users' products. In addition, 1000 sets of measurement results can be stored to conduct subsequent analysis.
GW Instek
launches a new leakage current tester–GLC-10000, which features 12
simulated human impedance networks that comply with related safety
regulations so as to conduct leakage current test for electric
equipment under normal condition or single fault condition. These 12
simulated human impedance networks are comprised of networks for
medical electric equipment and general electric and electronic
equipment to ensure that the product design and manufacture are in
compliance with requirements of safety regulations including IEC,
EN, UL, etc.
GLC-10000 provides test requirements for most IT products, household
appliances and other electronic and electric equipment, and even
medical electronics in the measurement of leakage current (or touch
current), including the required measurement network, measurement
bandwidth of various current forms are all in compliance with the
requirements of the latest version of the applicable regulations.
Furthermore, in order to comply with the leakage current flow paths
under different regulations, GLC-10000 provides 20 measurement
options to meet the requirements of the old and latest versions of
the standards.
GLC-10000 is equipped with a 7-inch TFT LCD touch screen, which
makes the operation more convenient and fast, and the large screen
allows setting information and test results to be displayed on the
LCD at the same time, improving the readability of information
observation. In addition, users can select the front socket output
(10A max.) or the rear terminal block output (up to 20A) to measure
the leakage current according to the current consumption of the DUT.
30 sets of internal memory can be used to store the measurement
settings of users' products. In addition, 1000 sets of measurement
results can be stored to conduct subsequent analysis.
For the rear panel configuration, GLC-10000 also provides a reserved MD external terminal block (EXT+/EXT-), and users can self-define the required simulated impedance networks (only applicable to parallel RC combination) to measure the leakage current to meet the requirements of new MD in future regulations. In addition, GLC-10000 provides a variety of standard interfaces, such as RS-232C, USB device, LAN and Remote I/O, and even GPIB (optional) to meet the needs of system control and data acquisition.