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Fully Automatic Transformer Oil Test Set
OTS-A series
The Motwane Manufacturing Company
OTS-A series is fully automatic microprocessor based transformer oil test set designed with advanced features to measure breakdown voltage of insulation oil accurately. The OTS-A Series preprogrammed with worldwide acceptable standards.The user can define customized standards. The large LCD display with menbrane key pad for easy operation. It is provided with internal memory for 100 data storage & built-in thermal printer for onsite report. The kit is protected by automatic detection of poor input ground.The acrylic oil test vessel provided with adjustable electrode gap setting. The voltage calibrator for on site calibration saves cost & time of user.
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Insulation Tester
61-797
*Checks new installation for damaged insulation*Checks existing installations and motor windings for breakdown in insulation*2-year warranty
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Insulation Tester, 250/400/1000V
61-795
*Checks new installation for damaged insulation*Checks existing installations and motor windings for breakdown in insulation*2-year warranty
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Automatic Insulation Oil Tester
KVIO-80
KV Hipot Power Test Equipment Co.,Ltd
Automatic Insulation Oil Breakdown Tester Is Used to carry on power frequency dielectric break down test on the transformer oil, capacitor oil, electric device, insulation tool etc.
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Hi-Pot Testing
The CableEye HVX System combines our M3U tester with a high voltage module to provide Hi-Pot testing of insulation resistance and dielectric breakdown up to 1500Vdc and 1000Vac.
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Capacitance & Tan-Delta Test System
TD-1
By measuring the electrical properties such as capacitance and Tan-Delta regularly on periodical basis, it is possible to ensure the operational unexpected breakdown. Dissipation factor (Tan Delta) is one of the most powerful off-line nondestructive diagnostic tool to monitor the condition of solid insulation of various high voltage equipment.
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Automatic Insulation Oil Dielectric(breakdown) Test
HDIIJ-80
HD Power Test Equipment Co.ltd
Automatic Insulation Oil Dielectric(breakdown) Tester is used to carry on power frequency dielectric break down test on the transformer oil, capacitor oil, electric device, insulation tool, electric manufacturer and etc. It adopts full auto digital microcomputer, which has the function of high accuracy, strong anti-interference ability and safe reliability
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High Voltage Tester For Hair Dryer & Hair Straightner
Every electrical apparatus or machine consists of two distinct sections - one which carries the electricity, and other which is isolated (insulated) from the electric currents. The former may be called the `Live' side whiles the latter `Earth’ side. A person near about the apparatus or handling it can safely touch the Earth side, but not the live side, for obvious reasons. To ensure that the isolation of the two sections is effected properly, the apparatus is tested by subjecting it to a Voltage much higher than the normal working Voltage. If the insulation is good, it stands the test without breakdown otherwise high electrical stress punctures the insulation at its weakest spot foretelling a later calamity to unwary user. Government Department- when buying electrical equipments- and all reputable manufacturers test every piece of equipment by this test called HIGH VOLTAGE TEST. It weeds out poorly insulate apparatus.
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DC Hipot Testers
DPC series
UDEYRAJ ELECTRICALS PRIVATE LIMITED
DPC series hipots are used for proof testing of high voltage equipment in power engineering. Routine testing of the insulation and leakage is a necessary requirement for electrical equipments. Other areas include: Cable breakdown testing, capacitor charging and general laboratory use.
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Partial Discharge
Is a localized dielectric breakdown (DB) (which does not completely bridge the space between the two conductors) of a small portion of a solid or fluid electrical insulation (EI) system under high voltage (HV) stress.
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Offline Stator Core Testing
Iris Power EL CID Evolution
The EL CID Evolution provides offline testing of inter-laminar insulation breakdown within a stator core. The only alternative to the Iris Power EL CID Evolution test is the Ring Flux (full flux) test. The Ring Flux test requires large power supplies, considerable manpower, and expensive infrared viewing cameras.
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PXI 16x SPST High Voltage Reed Relays
40-310-101
The 40-310/320 Range of High Voltage Switching Modules will hot switch up to 750V peak and cold switch up to 1000V peak in either general purpose relay (40-310) or multiplexer (40-320) configurations. These modules contain high-quality reed relays with switching ratings comfortably higher than the 40-310/320 specification. Applications for the 40-310/320 series modules include; circuit board isolation testing, relay testing, semiconductor breakdown monitoring and cable harness insulation testing.
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LXI High Voltage Matrix 2-pole 200x2
60-310-202
The 60-310 is a 2-pole Matrix Module available in 300x2, 200x2 and 100x2 formats. It is capable of cold switching 1000VDC and has a maximum carry current of 1A. It is designed for high voltage applications including circuit board isolation testing, relay testing, semiconductor breakdown monitoring and cable harness insulation testing.
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LXI High Voltage Matrix 2-Pole 100x2
60-310-102
The 60-310 is a 2-pole Matrix Module available in 300x2, 200x2 and 100x2 formats. It is capable of cold switching 1000VDC and has a maximum carry current of 1A. It is designed for high voltage applications including circuit board isolation testing, relay testing, semiconductor breakdown monitoring and cable harness insulation testing. The 60-310 is designed in accordance with the LXI Standard 1.4 and is supplied in a 2U high, full rack width case with 500mm depth.
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LXI High Voltage Matrix 2-pole 300x2
60-310-302
The 60-310 is a 2-pole Matrix Module available in 300x2, 200x2 and 100x2 formats. It is capable of cold switching 1000VDC and has a maximum carry current of 1A. It is designed for high voltage applications including circuit board isolation testing, relay testing, semiconductor breakdown monitoring and cable harness insulation testing.
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25-Pin D-Type Male Connector Block
40-965-025-M
This connector block provides a simple method of connecting to 25-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross-sectional area and insulation properties. Connector blocks have higher losses than a cable connection and the breakdown voltage is controlled by clearances to the metal shell. The metal shell includes an internal insulation barrier under the carrier board.
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Connector Block, 78-Pin D-Type, Female
40-965A-078-F
The 40-965A-078-F connector block provides a simple method of connecting to 78-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximize copper cross-sectional area and insulation properties. Connector blocks have higher losses than a cable connection and the breakdown voltage is controlled by clearances to the metal shell.
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25-Pin D-Type Female Connector Block
40-965-025-F
This connector block provides a simple method of connecting to 25-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximize copper cross-sectional area and insulation properties. Connector blocks have higher losses than a cable connection and the breakdown voltage is controlled by clearances to the metal shell. The metal shell includes an internal insulation barrier under the carrier board.
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PXI 8x SPST High Voltage Reed Relays
40-310-001
The 40-310/320 range of high voltage switching modules will hot switch up to 750V peak and cold switch up to 1000V peak in either general purpose relay (40-310) or multiplexer (40-320) configurations. These modules contain high-quality reed relays with switching ratings comfortably higher than the 40-310/320 specification. Applications include; circuit board isolation testing, relay testing, semiconductor breakdown monitoring and cable harness insulation testing.
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PXI 24 Channel High Voltage Multiplexer
40-320-101
The 40-310/320 Range of High Voltage Switching Modules will hot switch up to 750V peak and cold switch up to 1000V peak in either general purpose relay (40-310) or multiplexer (40-320) configurations. These modules contain high-quality reed relays with switching ratings comfortably higher than the 40-310/320 specification. Applications for the 40-310/320 series modules include; circuit board isolation testing, relay testing, semiconductor breakdown monitoring and cable harness insulation testing.
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Connector Block, 50-Pin D-Type, Female
40-965A-050-F
The 40-965A-050-F connector block provides a simple method of connecting to 50-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross-sectional area and insulation properties. Connector blocks have higher losses than a cable connection and the breakdown voltage is controlled by clearances to the metal shell. The metal shell includes an internal insulation barrier under the carrier board.
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PXI 12 Channel High Voltage Multiplexer
40-320-001
The 40-310/320 Range of High Voltage Switching Modules will hot switch up to 750V peak and cold switch up to 1000V peak in either general purpose relay (40-310) or multiplexer (40-320) configurations. These modules contain high-quality reed relays with switching ratings comfortably higher than the 40-310/320 specification. Applications for the 40-310/320 series modules include; circuit board isolation testing, relay testing, semiconductor breakdown monitoring and cable harness insulation testing.
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Gas Chromatograph for Analyzing
GC2010D
Chongqing Kailian Yongrun Industrial Co.,Ltd.
Transformer uses oil as coolant and insulator. Gases are formed within the transformer oil due to natural aging, faults from oxidation, vaporization, oil breakdown, electrolytic action or insulation decomposition. Because the transformer oil bathes each internal component, dissolved gases in the transformer oil contain lots of diagnostic information. Meanwhile, the transformer is very expensive to be replaced, so monitoring these gases is very important to know the current quality of transformer or even when the transformer should be removed from service before failure. Presence of each gas composition and its concentration indicates possible failure of transformer.
