Showing results: 61 - 68 of 68 items found.
-
Premier Electrosystems
The typical use of high voltage testing is to confirm performance. The high voltage tests are included in type and routine tests to meet the required IS standards, quality and reliability. Some of them are insulation resistance tests, dielectric type tests, lightning and switching impulse tests, partial discharge measurement, etc. Premier's high voltage tester checks the insulation between line to earth, neutral to earth, primary to earth, secondary to earth and between primary & secondary.
-
IRG 2000 -
BAUR Prüf- und Messtechnik GmbH
Cable fault location with the BAUR IRG 2000. The IRG 2000 impulse reflection measurement unit or time domain reflectometer is a handy, easy to carry device for single-phase cable fault pre-location. It is used in combination with a surge voltage generator on low-, medium- and high-voltage cables 0 - 65 km in length. It can also be used on live cables carrying voltage up to 400 V.* Easy and quick cable fault location* Light, compact and manageable* Main unit for the tried-and-tested pre-location method* Ideal for integration in measurement systems
-
KT-905D -
Kast Eng Co. LTD.
Surge Tester of KAST is divided for the use of 3¡40 §Ç by output voltage, and subdivided into type C of manual decision type, type A of auto decision type, type L of exclusive use for low inductance product test and type P loading printer which can printout its wave form and digital scope. Surge test requires only 0.5 second. Because Surge tester already performs 30 times of Impulse voltage test only for 0.5 second. Turn-to-turn short : phenomenon shorted between the side coils.
-
MIG2412SPD -
EMC Partner AG
The MIG2412SPD is a impulse tester for testing SPD (Surge Protection Devices) in accordance with IEC 61643-1 and VDE 0675. Up to maximum 24kV/12kA making it suitable for testing Class I to III or in accordance with VDE Class A,C, D. The MIG2412SPD is a hybrid generator with a voltage wave shape 1,2/50 ìs at "no load" and a current wave form 8/20 ìs at short circuit for testing Class III (D) SPD connected to power line.
-
SS6815 / SS6815F -
Sanshine Electronis Co., Ltd.
Surge testers (impulse winding tester) is used for testing and check the insulation grade of turns between turns, insulation grade of layers between layers, insulation grade of windings between turns. It is used widely for transformer, current sensor, voltage sensor, relay, contactor, inductor, motor, generator, valve coil, voice coil, etc.
-
SWG-12 (SWG-32) -
Kharkovenergopribor Ltd.
• 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.
-
ROSS ENGINEERING CORPORATION
*DC up to 10MHz*1kV to 1,200kV DC or PK AC*To 1,875kV Impulse*To ±0.01% DC Accuracy Accredited*To ±0.2% AC Accuracy (50/60Hz) Accredited*To ±3% DC-1MHz Wideband*±3dB 5 to 30 MHz*Compact & Lightweight*For Oscilloscopes*For Recorder*For Digital Multimeters*Very Partial Discharge/Low Corona*Very Low Phase Shift*Resistive*Capacitance*Compensated Wideband*Indoor & Outdoor*Electronic and Power Class*Match Wideband Differential*High Voltage Power Quality Instrumentation
-
Techimp HQ S.r.L
TEM antenna is a partial discharge sensor designed to receive electromagnetic (EM) emissions from a PD occurring in the monitored asset (like MV switchgears or LV and MV induction motors fed by power electronic impulses). It is a broadband antenna with a flat response which makes TEM suitable in a number of different applications. It has been optimized to operate in a frequency range typical for PD activity and it was designed to provide maximum sensitivity and high gain. Its compact and robust design (passive sensor) makes TEM the optimal sensor for direct installation on medium voltage Switchgears and motors. It can be virtually applied in any electrical equipment provided that it has apertures or EM transparent surfaces.
