Dielectric Analyzer

We are the leading supplier and trader of Hypot MAX , model 7700 provides 500 VA Hipot , 6 kVDC Hipot, and Insulation Resistance tests in a single DUT connection. The 7700 can be used as a bench-top instrument or as a PC controlled system. It features an easy-to-use interface and is equipped with advanced features such as our patented Smart GFI safety circuit and our exclusive Ramp-HI and Charge-LO systems. It is best suited for 500 VA applications that also require DC Hipot and Insulation Resistance testing. The Hypot MAX family includes two high current testers: the 7700 3-in-1 version with 500 VA AC output and the 7704 4-in-1 version with 500 VA AC output. The high voltage testers are the 7705 10 kV AC Hipot, 7710 12 kV DC Hipot, 7715 20 kV AC Hipot and the 7720 20 kV DC Hipot. All testers come standard with USB and RS-232 interfaces. GPIB (IEEE-488) and other automation interfaces optional. Patented SmartGFI safety circuit protects the operator from shock hazards SmartGFI - The patented SmartGFI is a high speed shut down circuit that provides maximum operator protection. If the circuit detects excessive leakage to ground it shuts down the high voltage in less than 1 millisecond. SmartGFI is automatically activated if the DUT is not grounded. The operator does not need to make the decision whether to activate the SmartGFI. 50 memories that can be stored and recalled. Multifunction testers include 8 steps per memory. RAMP HI and CHARGE LO systems for more effective DC Hipot testing RAMP-HI - The Ramp-HI feature allows you to set a high limit charging current during the Ramp function which is higher than the high limit setting which would be chosen for the dwell cycle. This allows you to charge the DUT as rapidly as possible without causing false failures. CHARGE-LO - The Charge-LO Circuit sets a minimum charging current which is based on the DC test voltage, the rate of rise, and the capacitance of the DUT. This circuit confirms that the DUT is connected when performing a test. 500 VA testers available for Higher Current Hipot test applications Meets 200 mA short circuit requirements Up to 20 kV AC or DC Hipot testing for manufacturers with higher voltage testing requirements USB/RS-232 or GPIB automation interfaces available 4 wire measurement and milliohm offset for accurate Ground Bond test results (Model 7704) Autoware Testing Software available for complete Automation Control

The high and low-temperature dielectric spectroscopy measurement system is designed for evaluating the electrical properties of insulating materials across varying temperatures and frequencies. This system supports a maximum test frequency of up to 30 MHz and offers expandable features, including breakdown testing and Thermally Stimulated Depolarization Current (TSDC) analysis. It enables continuous and high-speed measurements under diverse testing conditions and operational modes.

Spectano 100 is a versatile solution for the fast analysis odf all dielectric properties of solid and liquid insulating materials from 5 Hz to 5 kHz.This allows a quick analysis of important polarization and depolarization phenomena as well as all electrical material parameters such as permittivity, dielectric losses, capacitance and impedance. TECHNICAL SPECIFICATIONS 1. Time Domain Current Measurement(PDC) Frequency Range 20 Hz to 100 mHz Measurement Voltage: Max. 200V Measurement Current: Max. 10 mA Input resistance: 2 k 2. Frequency Domain Spectroscopy(FDC) Measurement Voltage: Max. 200Vpeak Measurement Current: Max. 50mApeak Frquency Range: 5 Hz to 5 kHz KEY BENEFITS Authomatic calculation of vacuum capacity C0 and permittivity .Automatic compension of parasitic capacitances (e.g Stray capacitances)Sophisticated MeasurementsEasy analysis and visualization of resultsPreparation time reductionEasy data exchange APPLICATIONS Characterize the insulation, polarization or dielectric loss of solid and liquid materials such as: Electrical insulation paper/celluloseNanomaterials(nano-composites)Dielectric componentsEpoxy resinsPolymersInsulation OilsDisplay technologies like glasses or polymerThin films Achieve information on: Dielectric propertiesMaterial agingMaterial structureSpace charges in multilayer insulationSurface or film thickness of coatingsCuring processes

Dielectric Measurement System is designed for accurate dielectric characterization of bulk and thin-film samples over a wide temperature range from Liquid Nitrogen (LN₂, ~77 K) to 800 C (1073 K). The system combines a cryogenic low-temperature stage (LN₂ to 250 C) and a high-temperature furnace (250 C to 800 C), enabling precise measurement of dielectric constant, dielectric loss (tan ), impedance, capacitance, and AC conductivity as a function of temperature and frequency. Equipped with a precision LCR Meter, PID Temperature Controller, specialized sample holders, and automated measurement software, the system delivers reliable, high-accuracy results for research and industrial applications in advanced materials characterization.

The IDAX is an insulation diagnostic analyser based on DFR (Dielectric Frequency Response), also known as FDS (Frequency Domain Spectroscopy). DFR technology is an established test procedure in laboratories that, in an innovative effort by Megger, has been adapted for field use in the IDAX range of instruments. DFR is the measurement of capacitance and losses (tan delta or power factor) over multiple frequencies. The measured DFR curve is dependent on insulation geometry, moisture, oil conductivity, and temperature. By advanced curve fitting to the reference material model, the IDAX calculates moisture content in solid insulation, the oil s conductivity at 25 C reference temperature, and tan delta/power factor at 20 C reference temperature. In these calculations, ITC (Individual Temperature Correction), another important Megger innovation, is used to translate test data from the test object temperature to the reference temperatures. The IDAX software incorporates an ITC-corrected frequency sweep designed explicitly to assess instrument transformers and bushings. Thanks to a novel approach to the combination of time and frequency domain data, the IDAX provides the shortest measurement time in the marketplace for a full DFR measurement from 1 kHz to 10 Hz. Separate reference models are fitted to each data set (time or frequency) prior to transformation and combination, which eliminates the risk of artefacts introduced by approximations or transformation of incomplete data sets. The IDAX is exceedingly easy to use, with an automated test flow and presentation of results that uses an easy-to-understand traffic light system. The IDAX DFR method is now part of international guides and standards, e.g., Cigre TB 254, Cigre TB 414, Cigre TB 445, Cigre TB 775, IEEE C57.152-2013, IEEE C57.161-2018.

Our client can get this product as per their requirement from us. For more technical information kindly Refer PDF.

A dielectric analyzer is an advanced material-characterization instrument that measures permittivity, dielectric loss, and ion conductivity by applying an oscillating electrical field to a sample. Unlike a basic safety hipot tester that checks only for insulation breakdown, it evaluates how molecular

Novocontrol specialises in Dielectric Impedance measurements, analysers are available in various frequency ranges configurations. Sample cell and analysers allow measurement from 10e-2 to 10e14 ohms without changing the hardware configuration. Wide frequency range 3 Hz to 20 MHz 3 Hz to 3GHz, Heating / Cooling, High temperature Cell Furnace with automatic software, frequency sweep at predetermined temperature and temperature ramping makes it unique choice for material scientists.

Dielectric Film

OIL DIELECTRIC STRENGTH ANALYZER

Dielectric Analyzers

DAK Kit

The Dielectric Analysis option (DETA) provides simultaneous dielectric (permittivity, loss factor, tan delta) and rheological data (G , G , tan delta) during time and temperature testing. This option includes the Agilent 4284A LCR bridge, with frequency range of 20 Hz to 1 MHz and voltage range of 0.01 to 10 volts. Up to 10 frequencies can be entered for a test. Electrodes are 25 or 40 mm diameter stainless steel plates. The DETA option will work with the FCO up to temperatures of 350 C.

NIS Ltd, supported by our sister company Petrie Technologies Ltd, lead the way in the implementation of industrial dielectric solutions using Radio Frequency or Microwave heating. Previously supplied equipment ranges in power outputs from just a few kW to 450kW for our larger, continuous units.

We are offering ae organism electric analyzer. principle of the quantum resonant magnetic analyzer is a new instrument to analyze such phenomenon. The weak magnetic frequency and energy of human body are collected by holding the sensor, and after amplification.

Dea

the dfa100 dielectric fault analyzer is a handheld, battery-powered instrument for monitoring non-intrusive, in-service acoustic signals produced by partial discharge and loose components. The dfa100 is designed to detect faults in grounded sf6gas-insulated systems, such as sf6-filled dead-tank circuit breakers. The dfa100 can also be applied to grounded oil-filled instrument transformers. you can apply the dfa100 to any grounded component associated with the sf6-filled apparatus under test. During acoustic emission measurement, the dfa100 processes the results and determines the fault. The instrument can differentiate between pd, particles, and mechanical defects.

Power Quality Analyzer

Dielectric Film

we are dealing in Dielectric Analyzer.