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EMC Partner offer a range of test equipment to cover the indirect lightning effect tests as defined in documents; RTCA/DO160 and EUROCAE/ED14.
The MIG0600SS, MIG0600MS, MIG0618SS and MIG-OS-MB generators are designed to carry out Pin injection(PIN), Single Stroke(SS), Multiple Stroke(MS) and Multiple Burst(MB) with five different waveforms;
6,4/70 µs (WF1), 0,1/6,4 µs (WF2), 1MHz & 10MHz damped sine (WF3), 6,4/70 µs (WF4), 40/120 µs (WF5A) and 50/500 µs (WF5B).
Multiple Stroke patterns are available with fixed or randon spacing to meet all current requirements including Airbus ABD0100-1-2, Boeing D6-16050-5C and many more.
Voltage spike testers are available to meet Airbus AMD-24C standards for the A400M and A350XWB, DO160 sections 17 and 19 and the EFA4 pulses for the Eurofighter typhoon II.
All systems are complete and include couplers for PIN injection, Cable induction and Ground injection.
Additional waveforms such as 6H or customer specific waveforms can also be included.
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Turn-key solution performs indirect lightning effects test requirements of all leading aircraft test standards including; DO 160 E/F Sect. 22, EUROCAE/ED14, ISO-7137, SAE ARP5412, Boeing D6-16050-4, Airbus ABD100, and more. Large client base worldwide, field-proven, robust, reliable, and repeatable. Training and technical support included. Solutions to CS 106, 115, 116 and RS 105 also available.
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WI-IQ is the brand new battery controller from Enersys. It is able to communicate wirelessly to download the battery key information for better diagnostics & service.
The information is transferred to the PC via USB modem by Wireless communication.
The Wi-IQ records global data during the life of the battery.The Wi-IQ will store data for 2,555 cycles. (complete history stored by PC)
The data can be analysed by the PC software program as follows:
* State of charge
* Temperature warnings
* Low electrolyte level warnings
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FC-2000 - Cable and Phase Identification System
The FC2000 allows cable and phase identification on de-energized cables. It is used for installation and maintenance work on de-energized cables. The FC2000 also increases worker security by using a reliable cable and phase identification technique and by its simplicity of operation.
FC2200 - Cable and Phase Identification System
The FC2200 allows cable and phase identification on de-energized cables. It is used for installation and maintenance work on de-energized cables. This phase identifier also increases worker security by using a reliable cable and phase identification technique and by its simplicity of operation.
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FC5000 - Low Voltage Cable and Phase Identification System
The FC5000 allows cable and phase identification on low voltage energized cables. It is used to identify customer connections, to balance the network and to better understand network design. This phase identifier is a very accurate and easy to use equipment.
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Emission Reference Sources are small, self contained emitters which generates a known, measured field strength at a standard measurement distance. ERS and EMC10.3G ensures measurement integrity and reduces measurement uncertainty.
ERS and EMC10.3G obtains true end-to-end calibration - including site conditions, antenna and receiver.
ERS and EMC10.3G cover frequency ranges from 30MHz to 3 GHz, and have ultra-stable emission levels with traceable calibration.
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Since its introduction, the PrecisionPoint™ VX platform has been the industry standard for dependable test, analysis and rework of your probe cards. The PrecisionPoint VX3 carries on this tradition for today's fine-pitch, small array probe cards. From logic to LCD drivers, the PRVX3 provides the necessary tool set to meet your testing needs for planarity, alignment, Cres, leakage, probe force and more.
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Breakers are situated at the key points of electrical energy transmission and distribution systems. Their reliability has a decisive influence on the availability, safety and economic efficiency of electrical supply networks.
Initially, the reliability of newly installed breakers depends on their construction, the manufacturing quality and the type and scope of final factory inspections and tests. However, once installed on site, only regular tests can guarantee perfect functioning throughout the operational life of a breaker.
Automatic test systems provide precise information as to the state of the switching chamber and drive unit throughout the entire operational life of a breaker without requiring these to be opened. The sheer number of parameters to be calculated, the wide variety of different breakers in use and the harsh environmental conditions encountered during on-site tests make extremely high demands on the test technology involved.
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Circuit Breakers are one of the critical "safety-valves" of electrical systems and basic maintenance procedures are essential to maintain maximum reliability. As the leading producer of circuit breaker test sets, Megger sets the standards of quality and reliability. New technology is incorporated in the circuit breaker test equipment with the launch the DDA (Digital Data Acquisition) series of circuit breaker test sets. The DDA controller utilizes digital signal processing (DSP) technology along with variable firing angle and pulse duration control to bring improved accuracy and flexibility to the curcuit breaker testing arena. Megger test sets are available for every budget and test application.
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Your VNA provides you with the most accurate measurements only if calibrated against known standards. Pasternack VNA Calibration Kits and Tools incorporate accurate, stable, and precise calibration standards designed for a broad range of vector network analyzers models, including Agilent and Anritsu products.
The 3.5mm Standard and N-Type Standard Calibration kits are designed for use with a broad range of vector network analyzers (VNAs) that utilize a Short-Open-Load calibration technique. With the kits you can make error-corrected measurements of devices supplied with either 3.5mm or SMA connectors from DC to 26.5 GHz, or from DC to 11 GHz for N-type connectors. The kits contain both Male (Plug) and Female (Jack) connector interfaces to perform full Two-Port error corrections.
FEATURES:
- Broad VNA Coverage, Including Agilent & Anritsu
- Open, Short, Fixed Broadband Load Configurations
- DC to 26.5 GHz
- In-Series Phase Matched Adapters Available
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Full Compliance CE Mark test equipment and ANSI transient test solutions. Choice of 4kV or 6kV SURGE generators with Combination, 100 kHz Ring, and 10/700 waves plus your choice of ESD, EFT, and voltage DIPS and Interrupts as needed. Integrated, automated, single phase CDN.
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DataChart® Compact Data Logger Series offers a complete line of miniature devices with robust designs for reliable, accurate recording of the most common parameters throughout industry. Advanced options like RF communications, multi-parameter recording, and multi-channel packages are all supported by our award winning Windows compatible software. Our software offers complete configuration and control of any of our devices. Powerful graphing and simple communications make your information easy to archive, document and share with others
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4 Channel Process Current Data Logger
OM-CP-QUADPROCESS
16-Bit Resolution
Programmable Engineering Units, Scale Factor, and Offset Value
Memory Wraparound
Miniature Size
User Calibration Through Software
Real-Time Operation
Eight and Single Channel models also available
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OctProcess
Records time and date stamped DC current data from external sensors, transducers and many other sources. Features user-programmable Engineering Units and offset/gain calculations so input signals can be scaled to proper units being measured. For example, a water meter with a 4-20mA output can be displayed as liters or gallons, etc., in the software graph and data. Negative current signals can be monitored and recorded, for a broad range of applications. Three different DC current ranges are available. 8 Channels. Screw terminal inputs.
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The HOBO U12 4-External Channel Data Logger accepts a wide range of external sensors, including temperature, AC current, AC voltage, CO2, 4-20mA, and 0 - 2.5 vdc. 12-bit resolution provides great data accuracy.
Features:
- 12-bit resolution provides high accuracy
- Large memory for long-term deployments or fast sampling
- Five models to choose from, with flexible measurement options
- Programmable and push button start
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The manual desktop operating terminal OT 276 allows manual, easy control of an AC test system.
The device is primarily intended as low cost, stand-alone solution for small AC source, which do not require an embedded control.
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OMICRON's CT Analyzer is a unique lightweight electronic multifunctional instrument designed to meet the highest standards for performing excitation, ratio, polarity and winding resistance tests on current transformers (CTs) as well as burden-impedance measurement.
Applications
- Burden measurement
- CT Winding resistance measurement
- CT Excitation characteristic recording
- CT transient behavior measurement (IEC60044-6)
- CT ratio measurement with consideration of connected burden
- CT phase and polarity measurement
- Determination of accuracy limiting factor (ALF), instrument security factor (FS), secondary time constant (Ts), remanence factor (Kr), transient dimensioning factor (Ktd), knee point voltage/current, class, saturated and non saturated inductance
- Assessment according to defined standards: IEC60044-1, IEC60044-6, IEEE C57.13-1993
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he DCT ReporteR instrument automatically tests Current Transformers reducing testing time from hours to minutes. Results can be printed out by the 40-character-wide built-in printer, or easily transferred to a PC via RS-232 and USB ports or memory-stick.
Digital Current Transformer ReporteR Features
* Tests turns ratio, polarity and phase angle
* Measures excitation values and presents results in a table or as a graph
* Calculates saturation voltage
* Tests winding resistance
* Tests insulation resistance
* Provides option to design and save customized Test Plans
* Features a built-in current source for secondary injection testing
* Outputs up to 2,000 Vac
* Easily transfer stored data to memory stick or PC via USB port
* ReporteR Software (included) makes report preparation fast and easy
* A large, color multi-language LCD screen and a keyboard
* Extensive memory for test results
* A 40-character-wide built-in printer
* Compatible with Microsoft Excel® and Microsoft Word®
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Damped oscillatory waves are phenomena associated with the opening and closing of High Voltage (HV) busbars in power transmission stations and High Altitude Electromagnetic Pulses (HEMP).
The IEC61000-4-18 standard extends to existing 100kHz and 1MHz frencies with additional fast damped oscillatory waves at frequencies of 3MHz, 10MHz and 30MHz.
EMC PARTNER designed the MIG-OS-OM-EXT to add fast oscillatory wave capability to existing EMC PARTNER generators.
MIG-OS-OS1 and MIG0603OSI generators deliver 100kHz and 1MHz slow damped oscillatory waves that were specified in the IEC61000-4-12 Ed1 standard.
For power applications, the equipment to be tested is generally connected to 3-Phase power lines. CDN3000A-06-25 enables coupling of both fast and slow oscillatory waves.
HEMP applications require capacitive coupling. CN-EFT1000 enables coupling into unshielded wires.
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SPECTRAN® NF-5030 (1Hz to 1MHz)
Our EMF spectrum analyzer for the professional at an unbeatable price!
Ultra broad range and high accuracy. Range according to complete ICNIRP (public)! The optional Active Differential Probe for the NF-5030 is a "must have" for direct cable-measurements on DSL, ADSL, free running oszillators, mains etc.
• Measurement range up to DIN/VDE 0848
• 65 MSPS (Option 005)
• Lots of options
• Frequency range: 1Hz to 1MHz (30MHz)
• Typ. level range E-Field: 0,1V/m to 20kV/m
• Typ. level range H-Field: 0,1nT to 2mT
• Typ. level range DDC H-Field: 1pT to 2mT
• Typ. level range DDC Analog in: 200nV to 200m / -150dBm (Hz)
• Typ. accuracy: 3%
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The ELT-400 is an innovative tester for evaluating magnetic radiation exposure in the workplace and in public spaces. The device was developed for use by health and safety officials in industry, by insurance companies and by service-industry users.
The ELT-400 handles almost all of the required measurements in the low to medium frequency range with accuracy and ease. The device is comparable to sound level meters, which are commonly used in the workplace to protect against excessive noise exposure.
Options
Use as an active probe with a three-channel analog output for analysis applications involving an oscilloscope or spectrum analyzer.
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FDS-PDC Dielectric Response Analyzer
The most important aging indicator of transformers is the water content in the solid part of the insulation (paper, pressboard). An accurate knowledge about the actual moisture concentration is thus required in order to decide if further corrective action, such as on-site drying, is necessary.
OMICRON's DIRANA determines the moisture content in oil-paper insulations of power transformers, CT's and VT's, bushings and power cables by analyzing the dielectric response. The patented device combines the high frequency advantages of the FDS (Frequency Domain Spectroscopy) method in the upper frequency range with the test speed advantages of the PDC (Polarization Depolarization Current) method in the lower frequency range.
Applications
- Moisture assessment of any oil-paper-insulation, such as power transformers, current and voltage transformers, insulated cables and OIP bushings.
- Capacitance and dissipation factor measurements of power transformers as well as bushings, cables, generator and motor insulations
- Aging detection for bushings even at ambient temperature
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Our HypotULTRA III family is designed for automated test applications. They offer a full compliment of automation interfaces including Ethernet, RS-232, IEEE-488(GPIB) and more. Our fully automated products can also be controlled with Autoware®, our stand alone software. They are also compatible with the latest Labview® software drivers.
Our HypotMAX, 500 VA models are designed for automated test applications. They offer a full compliment of automation interfaces including RS-232, and IEEE-488(GPIB). Our fully automated products can also be controlled with Autoware®, our stand alone software, and are compatible with the latest Labview® software drivers.
Our HypotMAX, High Voltage models are designed for automated test applications. They offer a full compliment of automation interfaces including RS-232, and IEEE-488(GPIB). Our fully automated products can also be controlled with Autoware®, our stand alone software, and are compatible with the latest Labview® software drivers.
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Model DXR-2000
The Digital Transformer Ratiometer is a lightweight instrument for the precise determination of transformer ratios, polarity, and excitation current.
It is designed for testing distribution transformers at flux densities low enough that the impedance drop resulting from exciting current may be ignored. Accordingly, the voltage ratio obtained will be a precise measure of turns ratio.
Digital Transformer Ratiometer Features
- An important tool for preventive maintenance, transformer production testing and commissioning on all electrical transformers.
- Built-in vector matrix for 3 phase testing - an important feature for diagnostic work
- Accuracy ± 0.05%.
- Measures ratio, polarity and excitation current
- Ratios 2000:1 In 4 ranges
- Direct digital readout of ratio and excitation current
- Electronic ratio calculation
- Portable in sturdy fiberglass case
The ultra precision potential measuring and ratio calculation provides a five digit readout with ± 0.05% accuracy.
Polarity indicator signals relative phasing at all times, while the LCD digital ammeter warns of saturation or shorted turns.
The 3-phase vector switch pack incorporates a convenient push-button switching arrangement which enables the operator to hook up the test lead harness to all terminals of a three-phase transformer in one operation, then proceed to test all phases on every tap setting without interruption or change of leads on terminals. The operator has full control over the test to select or short phases.
Zig-zag transformers, or transformers without an accessible neutral connection, can also be tested with no external shorting.
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In view of the growing number of factors with a disturbing influence on power systems and the ever increasing sensitivity of the devices and installations on the consumer side, simple monitoring criteria such as undervoltage or overcurrent are usually inadequate nowadays. Reliable logging of all the relevant events within the electrical power system calls for the constant observation of a wide variety of derived parameters such as harmonic content, system unbalance or interharmonics and the swift identification of the slightest deviation from the standard state.
In addition to providing pure monitoring functions, modern power system analysing equipment should be capable of logging in full the mode of operation and the interaction of all the component parts of a power supply system.
Only comprehensive and continuous monitoring of the entire power system enables all resources to be used purposively and effectively for the restoration of system operation should a disturbance occur.
In addition, the recorded data provides the planners of electrical installations and protection equipment with an invaluable basis for the extension and optimisation of primary and secondary equipment.
If you are not already convinced of the importance of using a modern power system monitor, you certainly will be as soon as you are confronted with the question of who is liable for system disturbances and who is responsible for meeting the costs involved.
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E Probe now under development process
* Non contacting E field Measuring,
* Directional sensitivity
* Power supplies +/-12V
* Measuring range 1 milliVm-1 up to over 1000Vm-1
* Bandwidth : 10 mHz - 100 kHz
* White noise: μVm-1/√Hz experimentally shown
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With the Motor Performance Monitor, Baker Instrument Company continues to pioneer new breakthroughs that demonstrate an ongoing commitment to quality, reliability, and competitive advantage. This on-line motor analyzer takes the next step in providing complete P/PM programs. It provides root-cause analysis through the separation of mechanical and electrical issues.
The Explorer Series II was superiorly designed to pinpoint challenges (voltage source, VFD, motor, load) your rotating machinery face. This self-contained portable instrument is computer driven with proven engineering, allowing all testing to be accomplished directly from the MCC or from Baker EP connection.
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As a response to the measurement requirements for any distribution and control board, CIRCUTOR has developed a new electrical power analyzer for three-phase systems: CVM-MINI.
Of course any equipment can measure the main parameters in electrical systems, but the smaller size of the three module, DIN analyser, combined with a large number of advantages, make the CVM-MINI the best option for measurement and energy control solutions:
-Capacity to process more than 213 electrical parameters.
-DIN rail mounting or panel mounting (72X72) using an adapter.
-RS485 communications with Modbus/RTU protocol.
-Easy to build into existing control systems.
-Programming, measurement, recording and control software.
-Universal power supply
CIRCUTOR has built into one single small piece of equipment, the performance of any instrument found on any distribution and control board (protection boards, motor and pump control, overload and earth leakage distribution boxes, etc.), in a size and price which will make any board, no matter how small, be incomplete without the presence of the CVM-MINI.
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COMBI420 is an innovative meter designed to perform all safety test verifies on electrical installations in compliance to recently standards (VDE0100, BS7671 and so on, measure and save results of environmental parameters (illuminanance, temperature), leakage currents and active power, harmonics, power factor measurements on single phase systems. The meter it's very easy to use and have a wide number of internal features which are selectable by using the multilanguage menu. The instrument permits, moreover, to start principal measures by using a special remote prove (PR400 optional accessory) particular useful to perform tests in very quickly mode and the AUTO internal function to perform sequential measurements of Global Earth Resistance, test on RCDs' and Insulation directly on sockets of civil installations. A contextual help menu selectable by user it's available for each measurement function and permits a valid information during connection of meter to the installation. The newest electronic function selector give to the meter a extreme rugged structure for perfect using "on field". A wide internal memory permits the saving of any measurements and the transfer to PC by serial port with dedicated software it's possible. Each measure it's saved with all the sub-results and test parameters with up to two ID locators (selectable by user on meter) in order to reach the exact point where the measure was performed.
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The MC 760 network analyzer is used for permanent analysis of electric voltage quality in compliance with the SIST EN 50160 standard. Records are stored in the internal memory for the period of the last 7 years. Moreover, more than 170,000 deviations of the measured quantities from the standard values are stored, which enables finding of eventual reasons for the problems on network. Optional limits and required quality in a monitored period can be defined for each monitored characteristic.
The meter measures and records the following characteristics:
Frequency deviations
Voltage deviations
Voltage clips
Voltage interruptions
Voltage unbalances
Over-voltages
Fast voltage changes
Flicker intensity
THD
Harmonics
Features:
Evaluation of the quality of electric voltage in compliance with SIST EN 50160
Measurements of instantaneous values of more than 140 quantities (U, I, P, Q, S, PF, PA, f, ö, THD, MD, energy, energy price by tariffs, etc.)
Accuracy class 0.5 or 0.2 (on demand)
Harmonic analysis of phase, phase-to-phase voltages and currents up to the 63th harmonics
Recording up to 32 measured quantities and alarms in the internal memory (8 MB flash)
Measurements of 40 minimal and maximal values in different time periods
32 adjustable alarms
Wide frequency range from 16 Hz to 400 Hz
RS 232/RS 485 communication up to 115,200 bit/s or Ethernet communication
MODBUS and DNP3 communication protocol
Up to 4 inputs or outputs (analogue outputs, pulse outputs, alarm outputs, tariff inputs)
Universal or AC power supply
Automatic range of nominal current up to 5 A and nominal voltage up to 500 V
Multilingual support
User-friendly PC MiQen software
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Other electrical measuring instruments
