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The insulators testing device HVTS-HP is designed for testing the insulation of power cables and solid dielectric with the rectified voltage of up to 100 kV, as well as testing solid dielectrics with the sinusoidal voltage of up to 100 kV, 50 Hz.

The main difference between series devices Cable test and diagnosis system HVTS-HP devices from Portable Hi pot Tester HVTS-70/50 is the increased power output. There are two standard versions: 7.5 KVA and 17.5 KVA.

SWG-12 Mobile Cable Test and Fault Location System - is a complex solution for safe, fast and easy locating a faulty place on low and medium underground voltage cables. It includes a powerful high-voltage unit, which has a test, burn and surge generation modules, and a time-domain reflectometer for locating faults on cables.

Main features:
- Suitable for portable application
- Easy to operate
- Multiple fault location methods included
- 10.4 High-contrast color TDR display
- Improved convenience for operator
- Heavy duty

The high-voltage unit of the system provides with high-power up to 1100 Joules surges at 3; 6 and 12 kV ranges. At each range, the output voltage is smoothly adjustable. The rate of surge waves can be smoothly adjusted. The single manual shot option is also included. The DC output mode is provided for quick fault diagnostics. The 100 mA burn mode is available.

Digital Impulse Reflectometer (TDR) provides you with 10.4-inch bright high-contrast TFT display with touchscreen. The 800 Ã? 600 pixels resolution makes the picture sharp. The touchscreen allows an operator navigate through the menu fast and easy. An alternative way of navigation is included. It is provided with a control knob.

Reflectometer RIF-9 integrates a multiple ways of fault prelocation. It can be used either as a standalone device in TDR mode or in a conjunction with HVmodule, working in arc reflection mode.

Reflectometer RIF-9 has USB interface. The package content includes software for PC (optional), which allows working with saved reflectograms. The firmware can be easily updated through USB interface by inserting a flash drive.

VLF-60 Cable Insulation Tester by KEP is a very low frequency high potential tester that ensures efficient testing and fault location on medium voltage cables.
Testing principle
Very low frequency (VLF) testing involves applying frequency in the range of 0.01 to 0.1 Hz to the cable under test, which is non-destructive to insulation of proper quality, but is enough to detect cable faults. Compared to DC cable testing, which can be damaging to good insulation, VLF testing does not have such a detrimental effect on the cable being tested and does not generate any travelling waves.
Main features
Efficient non-destructive cable withstand testing
Portable, perfect for field testing
Fully automatic testing cycle
Automatic discharging
Easy maintenance due to solid-type insulation system
Breakdown voltage measurement and load recognition
Easy-to-use software
Does not need an external PC
LCD touch screen

Luminaires are used for lightning of:
Outdoor and indoor lightning facilities with emergency (reserve) lightning Housing of luminaires is made of aluminum alloy. ptics
borosilicate glass or polycarbonate. Luminaires have anti-vandal
protection. Different types of mounting allow to install luminaires without improvement of the existing mounting attachments.

- Automatic and power control relays
- Time relays
- Relays and protector and alarms of single-phase circuits on ground in circuits 6-10 kV
- Relay protection and automatics
- Phase control relays, isolation and pulsation
- Electromagnetic relays.

Flexible WC connector reinforced. Lenght: 330/558/830 mm.

Heating area - up to 3 sq.m.

Weight - 3 kg

Dimensions - 750mm x 130mm x 14mm

Power consumption - 157 Watt

Manufacturer Warranty - 5 years

Electric skirting panels warm up walls and help eliminate mold, fungus, moisture, and condensate in rooms that usually have cold corners or cold external walls.

Heating such a room with an ordinary oil-filled radiator, electric water boiler, or electric fan heater will not solve the problem.

Three different models of UDEN-S skirting panel heaters range between 100W, 150W, and 200W in power capacity.

They can be used not only as a stand-alone heating system but also combined with other UDEN-S heaters for efficient heating and a comfortable feeling in the room.

Beautifully designed, our skirting panel heaters are only 13cm in height and only 14 mm in thickness.

They come in white color as standard but a customer can order any color from our rich palette (over 100 colors and shades) that will match the customer's interior.

Heating area - up to 4 sq.m.

Weight - 3.5 kg

Dimensions - 998mm x 130mm x 14mm

Power consumption - 200 Watt

Manufacturer Warranty - 5 years

Electric skirting panels warm up walls and help eliminate mold, fungus, moisture and condensate in rooms that usually have cold corners or cold external walls.

Heating such a room with an ordinary oil filled radiator, electric water boiler, or electric fan heater will not solve the problem.

Three different models of UDEN-S skirting panel heaters range between 100W, 150W, and 200W in power capacity.

They can be used not only as a stand-alone heating system but also combined with other UDEN-S heaters for efficient heating and comfortable feeling in the room.

Beautifully designed, our skirting panel heaters are only 13cm in height and only 14 mm in thickness.

They come in white colour as standard but a customer can order any colour from our rich palette (over 100 colours and shades) that will match the customer's interior.

Automatic circuit breaker tester UPA-3 is designed for testing and ampere-second characterization of automatic AC current circuit breakers. The device allows registering the value of the supplied current and timing the automatic circuit breaker switching interval.


Circuit breaker tester UPA-3 is a mobile device, which could be easily transported to a required testing location.


Circuit breaker tester UPA-3 operates on the principle of varying the power in the primary circuit of the matching power transformer and, respectively, varying the output current, flowing through the automatic circuit breaker under the test. Power regulation could be done either through an external regulator (RNO or VR) or through a built-in thyristor controller.