Description
Schloder VIS 1700 Voltage Interruption Simulator
The clearly adjustable simulator VIS 1700 can simulate the voltage dips and voltage variations that can be found on supply nets (AC and DC). Different modes of operation are possible:
Performance feature
- Short interruptions 100%: - AC and DC
The supply network of the EUT can be interrupted in any phase position for a defined time
- Voltage dips - phase relation
Voltage drops on 40%, 70% or 80% of rated voltage can also be simulated at a given phase angle and time X. This test requires a second power source that meets a step transformer of sufficient capacity - see option VIS 740.
- Voltage fluctuation - AC and DC
Supply voltage fluctuations are typically carried out in a "ramp function". The VIS 1700 realized this in both AC and DC. The "fall time", the test time and "recovery time" can be set individually. Connecting a second voltage source is not required. - Inrush current measurement
This special function allows a quick and easy way to determine the inrush current of the device under test (DUT) with respect to phase. It should be set only two values - phase angle and break time. After pressing the start button the voltage of the DUT is interrupted and switched on at the set phase angle again. The peak value of the inrush current is shown in the display, but can also be shown via an oscillograph.
Videos
Custom Field
Weight 13 Kg
Communication BNC outputs (on rear)
for voltage, current and
scope triggering
Coupling BNC
Dimensions 19″ housing, 3 HE
Dips, Interrupts & Variations Conforms to IEC/EN 61000-4-11, IEC/EN 61000-4-29
General Data Technical Details
Input 230V / 50 Hz, 80VA
Mains & EUT Connections 4mm banana line
Output Current AC max. 280 V,
DC max. 3 6 0 V
Peak inrush current capability 16 Amps
Phase synchronization at any phase position 0° - 360 °
Repetition time Asynchronous 5,0ms -9990ms
Synchronous 20ms - 9980ms
Supply Voltage 230V / 50 Hz, 80VA,
Test duration 0.1sec - 9990sec, furthermore
single event and
continuous operation
Test Voltage AC max. 280 V
,DC max. 3 6 0 V
Trigger BNC