High-voltage Stationary Stand DTE-100D purpose

The stand is designed for acceptance and maintenance testing of electric protective equipment used in electrical installations.

Stand allows testing of

  • Rubber insulating gloves;
  • Dielectric rubber boots and galoshes;
  • Fitting and mounting tool with insulated handles (screwdrivers, wire cutters, pliers, etc.).

The stand can be used as a high voltage AC test system for insulation testing of such products as cables, insulators, etc.

Technical specifications

Parameter name Value
Power supply AC voltage 220 V ± 10%
Power supply frequency 50 Hz ± 1
Power consumption, at most 0,9 kW
Operation mode «100 V» «15 kV» «100 kV»
Effective value of the maximum testing voltage 0,2 kV 15 kV 100 kV
Reduced voltage measurement error ± 3 %
Testing seats quantity 1 4 1
Maximum measured leakage current, mA not measured 7,6 10
Reduced current measurement error ± 3 %
Control unit weight, at most 18,5 kg
High voltage unit HVU-50 weight, at most 42,5 kg
Testing bath weight, at most 32 kg
Average service life 10 years
Recommended area occupied by the stand, m 3 X 5


CU overall dimensions, mm 415х220х360
Overall dimensions of the testing bath, mm 730х1060х450
Overall dimensions of high voltage source HVU-50, mm 365х670х295
Recommended area occupied by the stand, m 3 х 5


The stand consists of control unit CU, high voltage unit HVU-50 and testing bath, which are connected by electrical cables.

Control Unit is designed to control the stand operating modes, to measure and display testing currents and voltages.

High voltage units HVU-50 are used to produce AC testing high voltage up to 50 kV and are booster transformers. The source is connected to the control unit with two cables. The test voltage is measured at the secondary winding of high voltage transformer HVU-50.

The DTE-100D stand is equipped with two high voltage units. One of them HVU-50_1 is a master, it is used for testing with the test bath in “15kV” modes. Another unit HVU-50_2 is a slave, it is connected via connection cable to HVU-50_1 when operating in “100kV” mode.

Testing bath is designed to create conductive medium for testing of protective equipment or tools with insulated handles.
Testing bath consists of a container made of stainless steel and rack made of square steel pipe constructively connected via electrical insulators. Package with the testing bath includes a rack for placing four gloves or one bot and a measuring rod with four testing electrodes – probes.

During the test the bath tank is filled with conductive liquid in which there are immersed tested objects (protective equipment or tools with insulated handles). In tested object there are placed testing electrodes – probes by means of which the leakage current of the tested object are measured and controlled.

During the testing the bath tank is supplied with high potential of test voltage via high-voltage wire from the HVU-50. During the testing of gloves or boots zero potential of testing voltage is supplied by the test electrodes placed in these tested objects filled with conductive liquid.

During testing tools with insulated handles zero potential of testing voltage is supplied by test electrodes which are clamped onto the metal part of the tested object, whose insulated handles immersed into a conductive liquid in the tank. Leakage current signals are received via measuring signals cable on CU socket.

The leakage currents which flow through bath testing electrodes are measured in “15 kV” modes .

Warning: the testing bath is intended only for testing in “15 kV” modes. It is forbidden to supply the bath with voltage above 15 kV. The leakage current flowing through the secondary winding of HVU-50 is measured in “100 kV” mode.

You can see the 3D model of the device at this link