Kharkovenergopribor Ltd.
KharkovEnergoPribor Ltd. is a leading manufacturer of the high voltage electrical test equipment and devices, cable and calibration test vans.
- +38 (057) 393-20-28
- +38 (057) 393-10-69
- info@kephv.com;
- 9, Generala Momota Str.,
Kharkiv, 61075
Ukraine
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product
Reference Voltage Measurement Cell
C-80
Cells C-80 and C-100 are used as reference devices for measuring voltage during calibration and adjustment of OLT-series testers.
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product
Compact Cable Test Van
ETL-15
ETL-15 is compact enough to be mounted even in a minivan, yet contains all the equipment typically found in a fully-featured cable test and fault location system, including burn module, surge wave generator, time-domain reflectometer and high-voltage DC test module.
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product
Portable System for High-Voltage Solid Dielectrics Testing
HVT-70/50
Portable system HVT-70/50 is designed for carrying out high-voltage withstand testing of cable insulation and other solid dielectrics with DC (rectified) voltage up to 70 kV and AC voltage up to 50 kV RMS at industrial frequency (f = 50 Hz).
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product
Electrical Protective Equipment Test Systems
СВС-50М (СВС-100М)
CBC-M-series systems are designed for high-voltage testing of electrical protective equipment and insulated hand tools. Withstand tests are carried out with AC voltage (CBC-50M: UAC ≤ 50 kVRMS; CBC-100M: UAC ≤ 100 kVRMS) at industrial frequency (f = 50 Hz).
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product
Low Frequency Generator
LFG-50
• tracing – finding the route and determining the burial depth of underground cables and other hidden utilities;• fault location – pinpointing interphase and phase-to-sheath short circuits faults;• cable identification – identifying a correct cable from a bunch.
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product
Cable Test Van
ETL-10M
ETL-10M is a cable test van with three-phase connection designed for testing cable insulation with DC (rectified) voltage up to 60 kV and testing other electrical objects with up to 50 kV AC voltage of industrial frequency.
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product
Compact Cable Test Van
ETL-8
Van-based cable test and fault location system ETL-8 is used for testing cable insulation and locating cable faults using a variety of methods.
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product
Insulating Oil Testers
The main functions of electrical insulating oils are heat dissipation and reliable insulation of energised parts of electrical installations. During the normal operation, moisture and other impurities penetrate into insulating oils, leading to a deterioration of their dielectric properties. This in turn may result in catastrophic failures of critical electrical equipment.
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product
Portable High-Voltage VLF Test System
VLF-60
The system is designed for VLF (0.1 Hz) withstand testing of cross-linked polyethylene (XLPE) insulated cables.Integrated Tan Delta (tan δ) measurement module allows to evaluate the general condition of cable insulation according to IEEE 400.2-2013 international standard.
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product
Automatic Circuit Breaker Test Systems
UPA-1 (UPA-3)
These portable systems for primary injection testing of circuit breakers which are used in in AC circuits of industrial frequency.
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product
Automated Electrical Insulating Gloves Tester
CBC-12C
Automated system СВС-12С is designed for electrical withstand testing of rubber insulating gloves with an AC voltage (UAC ≤ 10 kVRMS) at industrial frequency (f = 50 Hz).
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product
Mobile High-Power System for High-Voltage Solid Delectrics Testing.
HVTS-HP series
The HVTS-HP series systems are designed for high-voltage withstand testing of solid insulation with higher levels of DC or AC voltage (UDC ≤ 140 kV; UAC ≤ 100 kVRMS, f = 50 Hz).
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product
Substation Equipment Test Van
ETL-250
Apart from insulation withstand testing with DC (rectified) voltage up to 60 kV and ability to measure very small leakage currents, the system can be used for testing various objects with small electrical capacitance with AC voltage of up to 250 kV and measuring dielectric dissipation factor (Tan Delta) at industrial frequency.
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product
Mobil Cable Test and Fault Location System
SWG-12 (SWG-32)
• testing cable insulation with DC (rectified) voltage up to 32 kV;• conditioning faults by burning faulty cable insulation with current up to 100 mA;• pre-locating cable faults with the reflectometer RIF-9 based on the pulse reflection method (TDR), voltage wave oscillation method (DECAY), impulse current envelope (ICE) method and arc reflection method (ARC / ARC multi-shot);• pinpointing cable faults with the acoustic method with up to 2000 J surge wave generator and a suitable signal receiver.
