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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.
Benefits
* Extremly small and lightweight (< 8kg/17 lb), beneficial for on-site testing
* Reduced commissioning time due to fully automatic testing
* Allows testing and result assessment according to IEC 60044-1, IEC 60044-6 or IEEE C57.13 (ANSI standard)
* Accuracy level (0.02 %/1 min.) enables field calibration and verification of class 0.1 CTs for metering
* Testing of specialized CTs such as TPS, TPX, TPY and TPZ
* Automatic analysis of CTs with unknown data ("name plate guesser" function)
* Recalculation of test results after tests with different burden and different primary current (no further on-site measurements)
* High level of safety - all tests utilize low voltages (120V)
European Patent EP 1 398 644 A1
* Almost unlimited in: Ratio (50 000 : 1), Primary current (999 000A max.),
Knee point voltage (15kV max.)
* Automatic demagnetization of the CT after the test
* Data storage on a removable Compact Flash (CF) card, which can be read by any standard memory card reader
* Remote interface to integrate CT-Analyzer into an automatic production process
* Easy importing and editing into MS OfficeTM standard software |
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This world-wide unique system allows for automated testing of power transformers, CTs, VTs, resistance testing, and more.
Providing up to 800 A (or 2000 A with current booster) and 2000 V, it comes complete with an integrated PC. Its software routines test a wide range of substation equipment, and automatically create customizable reports. The compact design (29 kg / 64 lbs) and the innovative software save testing time and minimize transportation costs.
Benefits
- Lightweight (29 kg / 64 lbs)
- One test unit for multiple uses
- Automated testing and reporting
- Safety Features
- Prepared for the future |
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CM-Line Secondary Injection test sets are the right choice for Utilities, Industry and Railway as well as for Relay, Meter and Measurement Device Manufacturers. The combination of a robust, truly portable, reliable and accurate Hardware designs together with the incomparable Test Universe Software is the basis for OMICRON’s ongoing success in maintaining its place as World Leader in the 3-Phase secondary injection test set market.
CMC 356
"The workhorse" - The CMC 356 is designed to optimally cover the modern requirements for commissioning and maintaining substations and protection devices. Its specifications cover applications in generation (including distributed generation), transmission, distribution, industry and railways - in high, medium and low voltage levels.
CMC 256plus
"The reference" - The CMC 256plus is the universal solution for testing old and new generations of relays and calibrating all kinds of meters, power quality devices and transducers. It is the first choice for all applications requiring the highest versatility and accuracy. The CMC 256plus supersedes the well-known CMC 256-6 test set.
CMC 156
The compact solution for three-phase testing of relays, meters and transducers, weighing only 9.8 kg / 22 lb. Ideal for applications requiring a high degree of portability (routine testing, etc.). |
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The OMICRON Transformer Diagnostic System is a unique test equipment which provides automatic testing of important transformer parameters within one portable system. The test system is comprised of the CPC 100 Multi-function Primary Test System and the CP TD1 Tangent Delta unit.
The patented CPC 100 is the main control unit for the test system and the CP TD1 unit is used for testing of insulation condition. Together, the system is the ideal tool for comprehensive testing of the
following parameters of a power transformer:
• Winding resistance
• Turns ratio and excitation current
• On-load tap changer condition
• Leakage reactance
• Insulation condition (capacitance, tangent delta, power factor) |
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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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Features
Programmable Test Sequences
Multi-link Solution Software
Tests DCR/ACR/L/C/Z/LL to 200KHz
20 Independent Channels
Versatile I/O RS-232 Interface
Q Factor and Phase Angle
Hi-speed Production Testing |
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| With the AWA IV, Baker Instrument Company continues to pioneer new breakthroughs that demonstrate our ongoing commitment to quality, reliability, and competitive advantage. The AWA IV is the result over 40 years of designing and building winding test instruments. It´s the only tester available today that provides automatic pre-programmed tests and manual control tests in the same instrument. |
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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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| Transformers are very reliable devices and can provide service for a long time if maintained and serviced regularly. They are also the single most costly item in any substation. To protect against failures that can result in costly repairs and long periods of downtime, trust your transformer to the accurate and reliable test equipment from Megger. The best insurance against transformer failure is to ensure that they are properly installed and maintained. The complete line of Megger equipment make testing easy and accurate. |
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1. 320x240 dot-matrix display
2. Test frequency range : 20Hz - 1 MHz
3. Measurement parameters: L, C, Z, Q, SH, BAL, DCR, ACR, TR, LK
4. Measurement Time : 30 mS ( Fast )
5. Memory : 256 instrument setups
6. Interface : Handler,( Option : GPIB, RS232 ,Printer )
7. External Memory interface (Option)
8. DC Bias (Option) |
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Damped oscillatory waves are phenomena associated with the opening and closing of High Voltage (HV) busbars in power transmission stations. The physical environment influences the fundamental oscillation frequency and repetition of the impulses. Repetition frequencies are dependant on the power frequency and distance between contacts. For gas insulated stations this could be up to 5kHz.
The new IEC61000-4-18 standard introduces additional fast damped oscillatory waves at frequencies of 3MHz, 10MHz and 30MHz. These are for testing of signalling and control equipment installed in Gas Insulated Substations (GIS) where the transients occur in metallic enclosures containing SF6 gas.
MIG-OS-OM-EXT has been designed 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 previously included in the IEC61000-4-12 standard.
As the application is for power distribution stations, the equipment to be tested is generally connected to 3-Phase power lines. CDN3000-06-25 (manual) and CDN3000A-06-25 (automatic) enable coupling of both fast and slow oscillatory waves. |
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Simply the best HARMONIC and FLICKER test system available today. HAR1000 does not require expensive and bulky AC sources, it uses a novel technique to provide active compensation of distortion on the national power mains.
Featuring dual analysers, the input and output signal are constantly monitored to ensure compliance. HAR1000 conforms to the latest IEC61000-3-2 Edition 2 but also allows testing to previous standard editions.
HAR1000 can be enhanced with the following accessories.
HAR-EXT1000, three phase system
Adds two further phases to the HAR1000. Simple connection without any hardware modifications mean this powerful extension can be added at any time to an existing single phase system.
HARCS Immunity software
This package can be added to both the single and three phase systems. It extends the system’s emission capability to include power line immunity tests such as harmonic immunity according to IEC61000-4-13, voltage fluctuations according to IEC61000-4-14 and ripple on DC according to IEC61000-4-17.
Adding the EMC Partner PS3, allows testing to IEC61000-4-28 for frequency fluctuations.
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SYS61K
Compliance Test System for Harmonics IEC 61000-3-2 and Flicker IEC 61000-3-3
Application:
Evaluation system for testing devices generating harmonics and flicker
according to IEC 61000-3-2 and IEC 61000-3-3 (CE-Conformity)
- Modular structure, 1 to 3 phases realisable with the LMG95 or LMG500
- Power sources up to 5kVA per phase
- Existing customer owned power sources may be implemented, even for systems wich are discontinued in availability and support by their manufacturer e.g. HP/Agilent and others
- Inputs to register additional process values
- Improved analysis by means of integrated statistical and regression algorithms
- Auxiliary measuring signals to find the reason for harmonics and flicker
- EN61000-3-2/A14
- Consulting partnership in standardization commitees assures precocious support of newest standards, to be upgraded via internet
- Easy to control with powerful evaluation software |
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| California Instruments cabinet systems are carefully designed and manufactured to provide maximum system performance and reduce installation cost. The various elements that make up an integrated high power AC test system are carefully assembled in a high quality 19 inch cabinet. All input and output wiring is properly sized and routed for optimal performance and safety. Configuration problems or wiring mistakes are eliminated when ordering a cabinet based multi-box power system like the 15003iX or a three phase compliance test system like the 30003iX-CTS. This translates into faster setup time and reduced installation hassles upon receipt of your power system. |
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UE RAS: REMOTE ACCESS SENSOR - When remote sensing or access is an issue. Easy to install & simple to use.
RAS-MT REMOTE ACCESS SENSOR - Magnetically mounted contact probe with cable and remote access module (RAM) for testing consistency and for hard to reach test points. RAS-MT is included with the Ultraprobe 10,000 Inspection System and is an optional accessory for the Ultraprobe 9000.
UE MMP-7, UE MMP-8 & UE MMP-2U: MAGNETIC MOUNT PROBES - Magnetic Mount Probe with transducers and male connecting pins for attachment to the STM-2, STM-9 or STM-1 stethoscope modules. |
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| Testing of Electricity Metering equipment, takes many different forms. Apart from accuracy and stability, meters must also be tested against interference conducted on the elctricity cables. This can be in the form of impulses generated by lightning events, switching action in the mains network or insulation breakdown. EMC Partner specializes in designing test equipment to meet the international standards for impulse testing of energy meters. IEC61036 and IEC62052 are typical standards for class 1 and 2 metering equipment. |
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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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The fast and easy solution to voltage, continuity and resistance measurements
Ideal for site conditions, the 3 models of the T100 Series 2-pole testers have a rugged construction and ergonomically formed housing for perfect handling. All models offer a patented three-phase rotation detection system providing quick phase rotation indication. Moreover they have a special electrical torch function for working in low light level environments and have an ingress protection rating of IP65. The T100 Series are compliant with EN 61010-1 and EN61243-3 requirements.
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| OmegaPAT and BetaPAT are suitable for periodic testing, troubleshooting or as a tool for electrical safety testing in workshops. |
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The future of installation testing is here
The 1650 Series testers verify the safety of electrical installations in domestic, commercial and industrial applications. They can ensure that fixed wiring is safe and correctly installed to meet the requirements of IEC 60364, HD 384 and all relevant local standards. The unique ergonomic design, low weight, and padded neck-strap to free your hands, make operating a Fluke 1650 multifunction tester a pleasure. With easy-to-operate controls and a large display with exceptionally wide viewing angle, it's also comfortable and safe to use. Select from three models: Fluke 1651: Performs all basic installation tests including continuity/insulation/loop impedance and RCD tripping time
Fluke 1652: Also provides RCD tripping current level and RCD auto-testing
Fluke 1653: As Fluke 1652 but with earth resistance and phase sequence measurement. Has internal memory and a PC interface for documentation and reporting
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Electric power lines and telecommunication lines often occupy parallel routes as a result of the utilisation of joint facilities or sharing a common right-of-way. Direct contact with electrical mains power can occur through networks line cable faults. The contact may not cause opening of a power system circuit breaker. A.C. current resulting from direct contact may make effective protection difficult. EMC Partner have a range of products designed to meet the ITU-T K44, ITU-T K20 and ITU-T K21 requirements for both power CONTACT and power INDUCTION testing.
MIG-ITU-K44 is a stand alone system that delivers up to 1,600V for enhanced level testing. NW-K44PC can provide up to 600V to meet basic levels.
Additional accessories enable power contact testing at 230V up to 20A per line. |
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Replacing a test lead can be a real headache, particularly when you are in the middle of using one. BST has observed the problem and started making quality test leads from the 18 years Multimeter production experience. We offer a wide selections of test leads, probes and clips to serve the stringent demands of industry and hobby users. In case lengths of cable, colours and pin tips are not specifically listed can be ordered as custom products.
We provide "Flexible PVC" insulated cable as standard and there are "UL1803 18AWG"cable and heat resisted "Silicone" cable options. Most of our test lead and probe sets are designed to meet EN61010-1 and health & safety specifications for your assurance of safer operation and longer product life time. All products carry a limited 12 months warranty provided the product is correctly handled and used. |
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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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BS601/602 is a multifunctional electric meter with which the user can measure electric equipment with various functions very easily and accurately. It is a portable and an integrated measuring instrument, which has various measurement functions such as insulation resistance, ground resistance, AC/DC voltage, electroscope test, phase test, and etc
BS601/602 is very convenient for the user because it simultaneously displays the min, max & average value on LCD when the user measures a variation value while Measuring. Especially, this instrument has functions to load measurement output in the inner memory and to transmit measurement output to the external equipment like a PC through IrDA.
Features:
- Insulation test of cables, transformers & motors
- Sensitive Ohmmeter for checking resistance of motor windings
- AC/DCV, Electroscope Meter & Phase Meter
- Basic accuracy of +/-0.2% for accurate measurement
- Digital graphic LCD with 9999 counts & Back-light
- Precise and Quick Response, 24-bit high speed A/D converter
- Internal Memory over 100 measured data
- MIN, MAX, Average & Data Hold
- Auto Power & Back-Light Off
- Ground Resistance Measurement with 2 or 3 points & down to 2 decimal places
- Low resistance measurement & continuity test (BS601)
- AC current & leakage current (BS602)
- Data Communication to PC through IrDA port
- Real Time Clock |
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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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The testing device 92-7G/-7M is concieved for the control via an external PC/PLC. Therefore display and operating devices were renounced. The modular design of the testing instrument permits an optimal adaptation to the individual requirements of the user. Uneeded functions or equipment are omitted. Together with the device ELABO offers an efficient software package.
HV
The high-voltage is produced primarily over an internal electronic HV-source with a high clock frequency and regulated within less 10 ms. Because of the internal source a low residual ripple < 3% (accordingto VDE 0432-1) can be realised, also for DC tests with high currents. The synchronisation can be carried out on an external signal, on the mains frequency or internal (free-running). An electronic voltage ramp mode (voltage ramp up and ramp down) allows for tests of electronic equipment, at which a non-destructive test can only be carried out if the test voltage is increased slowly or for test items with high self-capacitances. The integrated residual voltage measurement assures a safe discharge of thecapacitances of the test items.
Insulation resistance
Insulation resistance measurement with voltages from 500 V up to 8000 V DC at full HV-current are possible. The resistance measurement is carried out together with the high voltage test at the sametime.
PE resistance
Measuring of the PE resistance or the voltage drop at the protective earth conductor through fully electronicregulated programmable test current 10 ... 32 A at an AC voltage of 6 or 12 V. |
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EurotestXA is the top of the range installation safety tester with automated testing based on patent pending AUTO SEQUENCE®.
Because of the need to be efficient, fast and competitive but still reliable and concentrated on safety, all the technical content and innovations under AUTO SEQUENCE®, focus on taking care of the testing procedure itself. If you are after a high speed, safety, and reliable least-fuss testing instrument, look no further. |
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Hipot test to 6kVDC 10mA
Hipot test to 5kVAC 40mA
Ground Bond test to 42 Amps RMS
Insulation Resistance 50 to 1000V
Automated Remote Interface
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