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Voltage measuring devices
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Electric measuring device / analog - SINEAX U543
This transducer is suitable for alternating voltage, being useful for applications that involve measuring...
Electric measuring device / analog - SINEAX U543
This transducer is suitable for alternating voltage, being useful for applications that involve measuring sinusoidal alternating voltages, without any power supply connection. In addition to this, in terms of the customer benefits, the cost-effective measurement of voltages is possible with low harmonic content, while the item comes without power supply connection and with a low wiring expenditure.
Electric measuring device / analog - SINEAX U539
The SINEAX U539 is an analog electric measuring device or alternating voltage transducer from Camille...
Electric measuring device / analog - SINEAX U539
The SINEAX U539 is an analog electric measuring device or alternating voltage transducer from Camille Bauer Metrawatt AG. It provides measurement of alternating voltages with connection from a power supply. The device benefits the customers by providing adjustment of the maximum value of the measuring range on site and measuring volatages with low-harmonic content cost effectively.
Electric measuring device / analog - SINEAX U553
This transducer is suitable for various alternating voltage applications, especially those that involve measuring sinusoidal or the distorted alternating...
Electric measuring device / analog - SINEAX U553
This transducer is suitable for various alternating voltage applications, especially those that involve measuring sinusoidal or the distorted alternating voltages, with the use of the power supply connection. In addition to this, in terms of the benefits of the customer, the RMS value measurement is possible up to a crest factor of 6, while the possibility of adjusting the maximum value of the measuring range on site is another important advantage.
Next, the item comes standard as GL, being suitable for ships, and you can also use it for 400 Hz systems.
Next, the item comes standard as GL, being suitable for ships, and you can also use it for 400 Hz systems.
Electric measuring device / analog - SINEAX U554
The Sineax U554 is manufactured by Camille Bauer, and is a measuring transducer for the conversion...
Electric measuring device / analog - SINEAX U554
The Sineax U554 is manufactured by Camille Bauer, and is a measuring transducer for the conversion of sinusoidal or distorted alternating voltage into an output signal which is proportional to the measured value. It has a logarithmic measuring method with input of either sinusoidal or distorted alternating voltage, and has TRMS measurement voltage rating of 0.. 20 to 0.. 690 V.
Analog voltmeter / DC - SINEAX TV829
The SINEAX TV829 from Camille Bauer is an isolating amplifier for voltages of up to...
Analog voltmeter / DC - SINEAX TV829
The SINEAX TV829 from Camille Bauer is an isolating amplifier for voltages of up to 3.6 kV DC. The device is used to measure the alternating voltage difference of 2 galvanic isolated systems. It is supplied with an auxiliary variable to synchronize the two systems and provides the current measurement with the shunt resistor.
Combination wave and surge impulse tester - 6.1 kV, 3.05 kA | MIG0603IN S
The MIG0603IN S is a combination wave generator that operates with up to 6kV/3kA of currents. This unit is designed...
Combination wave and surge impulse tester - 6.1 kV, 3.05 kA | MIG0603IN S
The MIG0603IN S is a combination wave generator that operates with up to 6kV/3kA of currents. This unit is designed in accordance to the standards of IEC, EN and ANSI. The CDN has an integrated single stage which operates with an EUT power that reaches up to 280V/16Aac and 110V/16Adc. CWG 1.2/50us 2 ohm, CWG 1.2/50us 2+10 ohm and CWG 1.2/50us IEC can be programmed in the MIG0603IN S. A direct output information is available for data line evaluation.
Combination wave and surge impulse tester - 12 kV, 6 kA | MIG1206
The MIG1206 by EMC Partner AG is a Combination wave and surge impulse tester which...
Combination wave and surge impulse tester - 12 kV, 6 kA | MIG1206
The MIG1206 by EMC Partner AG is a Combination wave and surge impulse tester which is designed for component testing with the use of TC-MIG24 test cabinet accessory. This is the tool compatible for operation which requires an AC and DC power connection. The whole unit uses a safety high voltage connectors for reliable performance.
Combination wave and surge impulse tester - 24 kV, 12 kA | MIG2412
The MIG2412 by EMC Partner AG is a Combination wave and surge impulse tester...
Combination wave and surge impulse tester - 24 kV, 12 kA | MIG2412
The MIG2412 by EMC Partner AG is a Combination wave and surge impulse tester which is designed for part testing that has a superior voltage output. For this specific model, it is known for a combination of wave generator which can work alone. Also, a test cabinet is included in the unit.
Voltage impulse tester / for XY capacitors - 1.2 - 50 µF | MIG0603CAP
The MIG0603CAP by EMC Partner Ag by Voltage impulse tester which is designed for...
Voltage impulse tester / for XY capacitors - 1.2 - 50 µF | MIG0603CAP
The MIG0603CAP by EMC Partner Ag by Voltage impulse tester which is designed for XY capacitors. For this specific model, it can generate impulse voltage of 1.2/50μs up to 6kV for testing capacitors under 10μF. It has three categories for its capacity which are X1 for 2.5-4kV, X2 for 2.5KV and X3 for 1.2kV.
Capacitive voltage indicator - VIN
Voltage Indicators (VINs) are typically installed in transformers, switchgear and other underground distribution enclosures. They are easily installed on the test point of a 200 A elbow or a 600 A T-body. VINs are line-powered and indicate the presence of voltage at or above 2 kV phase-to-ground by flashing a brilliant neon lamp....
Capacitive voltage indicator - VIN
Voltage Indicators (VINs) are typically installed in transformers, switchgear and other underground distribution enclosures. They are easily installed on the test point of a 200 A elbow or a 600 A T-body. VINs are line-powered and indicate the presence of voltage at or above 2 kV phase-to-ground by flashing a brilliant neon lamp. The initial flash occurs 30 seconds after installation and the flash rate is proportional to the voltage present: the higher the voltage level, the faster the flash rate.
The VINs circuitry is epoxy-encapsulated and housed within an EPDM rubber boot making the VIN suitable for application in underground environments. VINs are a quick and economical way to add voltage detection to undergound systems.
Indicates the presence of system voltage to ensure safety.
Flashing neon bulb indicates voltage is present. Faster flash rate indicates higher voltage.
Install in pad-mounted transformers, switchgear, and other underground distribution enclosures with basic insulating plugs or capacitive test points.
Applicable on most brands of test point elbows. Both 200 A and 600 A models available.
Compact, lightweight, and durable design makes the voltage indicator easy to install.
Three-phase version also available. Please consult SEL.
The VINs circuitry is epoxy-encapsulated and housed within an EPDM rubber boot making the VIN suitable for application in underground environments. VINs are a quick and economical way to add voltage detection to undergound systems.
Indicates the presence of system voltage to ensure safety.
Flashing neon bulb indicates voltage is present. Faster flash rate indicates higher voltage.
Install in pad-mounted transformers, switchgear, and other underground distribution enclosures with basic insulating plugs or capacitive test points.
Applicable on most brands of test point elbows. Both 200 A and 600 A models available.
Compact, lightweight, and durable design makes the voltage indicator easy to install.
Three-phase version also available. Please consult SEL.