GWInstek introduces APS-7000 series programmable AC power sources, which
consists of 500VA of APS-7050, 1000VA of APS-7100,
2000VA of APS-7200 and 3000VA of APS-7300.
APS-7000 series features power characteristics from its linear structure
design
including low noise, low THD, and highly stabilized power output that
are ideal for the product development and verification
of input power with low noise requirement or stereo, video and audio
device applications, etc.
The maximum rated voltage
is 0~ 310Vrms, 25.2Arms, 100.8A peak current and the output frequency
range is 45~500.0Hz. Users can conveniently augment
the output voltage from 0Vrms to 600Vrms and output frequency from 45Hz
to 999.9Hz by purchasing options without sending equipment back to GW
Instek.
One of the popular alternative energy solutions in the market is to
utilize inverter to convert DC to AC and
the converted AC is then sent to power grid or products require
electricity. For instance, AC produced by PV inverter
is sent to power grid or equipment requires electricity. While
simulating power grid to verify inverter connecting
with power grid, general AC power sources cannot withstand DUT's
feedback energy, hence, additional power consumption
resistors are needed to prevent AC power source from being damaged. On
the contrary, APS-7000 series has
the characteristic of absorbing reverse current so that additional power
consumption resistors are not required.
The input terminal of APS-7000 series is designed to isolate from the
simulated AC power grid output terminal,
therefore, users do not need an additional isolation device to protect
DUT.
APS-7000 series is suitable for simulating power grid and conducting
inverter output characteristic tests, including synchronized phase and
frequency.
Reverse current and power detected by APS-7000 series will be displayed
in red readings to facilitate user's test observation.
APS-7000 series utilizes Simulate mode and Sequence mode to provide a
single step or consecutive power changes;
and to simulate power grid's Voltage Abnormality Test and Frequency
Abnormality Test.
GWInstek introduces APS-7000 series programmable AC power sources, which
consists of 500VA of APS-7050, 1000VA of APS-7100,
2000VA of APS-7200 and 3000VA of APS-7300.
APS-7000 series features power characteristics from its linear structure
design
including low noise, low THD, and highly stabilized power output that
are ideal for the product development and verification
of input power with low noise requirement or stereo, video and audio
device applications, etc.
The maximum rated voltage
is 0~ 310Vrms, 25.2Arms, 100.8A peak current and the output frequency
range is 45~500.0Hz. Users can conveniently augment
the output voltage from 0Vrms to 600Vrms and output frequency from 45Hz
to 999.9Hz by purchasing options without sending equipment back to GW
Instek.
One of the popular alternative energy solutions in the market is to
utilize inverter to convert DC to AC and
the converted AC is then sent to power grid or products require
electricity. For instance, AC produced by PV inverter
is sent to power grid or equipment requires electricity. While
simulating power grid to verify inverter connecting
with power grid, general AC power sources cannot withstand DUT's
feedback energy, hence, additional power consumption
resistors are needed to prevent AC power source from being damaged. On
the contrary, APS-7000 series has
the characteristic of absorbing reverse current so that additional power
consumption resistors are not required.
The input terminal of APS-7000 series is designed to isolate from the
simulated AC power grid output terminal,
therefore, users do not need an additional isolation device to protect
DUT.
APS-7000 series is suitable for simulating power grid and conducting
inverter output characteristic tests, including synchronized phase and
frequency.
Reverse current and power detected by APS-7000 series will be displayed
in red readings to facilitate user's test observation.
APS-7000 series utilizes Simulate mode and Sequence mode to provide a
single step or consecutive power changes;
and to simulate power grid's Voltage Abnormality Test and Frequency
Abnormality Test.