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FULLTEST4058 model was designed from HT ITALIA to performing essential tests in industrial environments on electrical machines devices and partially type-tested assemblies (PTTA) in compliance with EN60204-1 and EN60439-1 respectively.
The meter principally performing Continuity test on potential equalising conductors with >10AAC test current, Insulation Resistance with 500VDC test voltage and Withstanding tests with 1000AC test voltage (for electrical machine devices) and 2500V test voltage (for individual test on PTTA assemblies switchboards).
Withstanding test is performed also in BURN mode with no limits on trip-out current. Discharging Time measures of internal capacitance and on external plugs of device under test complete the list of possible test with this meter.As FULLTEST4050 more advanced model also FULLTEST4058 have a built-in internal memory to save all measurement results and a RS-232 PCs interface for directly transfer of saved tests by dedicated Windows software.
The model is fitted inside a practical and protected plastic case board with no flammability and a membrane keyboard for rapid selection of functions is included on the frontal panel together a wide custom display.
FULLTEST4058 is the ideal solution for any kind of verifier and/or industrial installer to performing easily and rapid test on industrial appliances.
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Proper grounding is absolutely crucial for safe, uninterrupted operation of equipment, and is the most essential component of any ESD/EMI management system. Common tool and equipment problems are largely due to ground and power related issues or excessive noise (EMI) on the ground line.
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The Leakage Current Tester TOS3200 is designed to perform leakage current (touch current and protective conductor current) tests on general electrical equipment but not medical electrical equipment.
It enables you to conduct tests that conform to the requirements of the applicable IEC, UL, JIS, and other standards, as well as the Electrical Appliance and Material Safety Law. The memory in the main unit stores the 51 types of test conditions laid down in the IEC/JIS standards for information technology equipment, household electrical appliances, audio, video electronic apparatus, luminaires, motor-operated electric tools, and electrical equipment for measurement and control and in the Electrical Appliance and Material Safety Law, thereby enabling you to conduct standard tests with simple panel operation.
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The IRT 1557 is a small, lightweight insulation resistance and continuity tester. Hand-held, it's a superb addition to any test engineer's toolkit.
It performs measurements according to BS 7671 16th/17th Edition Wiring Regulations and Part P. Seaward's unique integrated safety probe puts the LCD and test probe in the user's line of sight whilst making measurements, no other tester does this. IRT 1557 is fully compliant with EN 61557 and IEC 61010-1 600v CAT lll. Automatic discharge of capactive circuits, it gives you automatic warning of the presence of hazardous voltages.
It comes with an easy to use rotary setting switch. The IRT 1557 offers a number of unique features, including voltage measurements up to 1000AC or DC and a dual safety rating. With incredible robustness the IRT 1557 provides all the tests you need with a safe feel.
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Multi-purpose coupling unit for CPC 100
CP CU1 is a coupling-unit designated for measurements with the CPC 100 test system on overhead lines and power cables. Typical applications of this world-wide unique system include: Line impedances and k-factors of overhead lines or power cables, Mutual coupling of parallel lines, Coupling of power lines into signal cables,
Ground impedances of large substations, Step and touch voltages.
The test system offered by OMICRON makes use of frequency shift techniques for accurate measurements regardless of electrical interference.
Applications
- Line impedance and residual compensation factor (k-factor) measurements
- Positive and zero sequence impedance measurements of power lines
- Measurement of mutual coupling of parallel lines
- Measurement of ground impedances of large substations
- Step and touch voltage measurements
- Measurement of coupling impedances between power lines and signal cables
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The ground resistance of substations can be measured with two auxiliary electrodes which are put into the ground. To avoid influences from the mains current and its harmonics, this measurement should preferably be carried out with 128 Hz.The high output power of the CPC 100 ensures a high ratio of the signal level to the noise level. Thanks to the signal processor technology, the measuring procedure is very selective and disturbances by ground currents are reduced to a minimum.
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SOLAR300 carries out all the recommended tests to check the performances of single and three phase photovoltaic installations. SOLAR300 measures output DC power of the cells, output AC power of the inverter, solar radiation and temperature of the cells.
Measurement of AC and DC power requires the user to connect the instrument's inputs upstream (DC) and downstream the inverter. The values in single-phase installations or in three-phase installations, are acquired simultaneously. Usually the inverter and the photovoltaic cells could be far each other. To skip the use of long cables, which are very uncomfortable, SOLAR300 uses a remote measuring device, SOLAR-01, that acquires the following parameters: solar radiation, temperature of the cells and environmental temperature.
At the end of the recording, the values acquired by SOLAR-01 are transferred to the SOLAR300 through an USB connection. SOLAR300 also permits recording of each parameters, the voltage/current harmonic analysis and the voltage anomalies (sags, swells) detection. Thanks to its built-in memory and its compact flash driver a considerable volume of data can be stored for further analysis.
The innovative touch screen system of SOLAR300 makes the data analysis extremely easy. In addition, the management software Topview allows the user to create professional reports displaying the company trade mark, the user's data, the recording comments, etc.
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The analysis of mechanical and electrical features, of the thermal evaluation, overload capacity and technical data of electrical machines, which the most important are efficiency and performance factor, today makes heavy demands on operability and flexibility of a test system.
The scope of services comprises mechanical components such as drive-test set ups with torque sensors, small test stands with torque-speed measurement and manual or external control, as well as computer controlled complete solutions for the analysis and documentation of electrical machines.
Computer-controlled test stands can be realized with up to 6-channel current-/voltage measurement, so that a separate efficiency specification of motor and converter can be effected even for converter-fed drive systems.
Special features:
Modular conception
Most modern techniques
Use of active brakes (4-Q-operation)
Rotating torque transducer 0,1 % accuracy and speeds up to 50000 rpm
Extremely precise power analyser
Standard- and customer-specific software
Optimal project handling
Worldwide after-sales service
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The experience gained during several years in planning and achievement of test systems allows us to offer a complete range of applications for the most different needs of testing in the engine sector, especially for car traction, public transport, military resources, tramline and railway traction, marine engines, without ignoring the most recent requests in the area of electric and hybrid traction.
The sectors served are traditionally those connected to research and development, maintenance and production.
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Recent sales of Zwick’s electro-mechanical testing actuator have provided unique solutions for customers carrying out diverse mechanical testing. For example, in the automotive industry it has been used to test seat head rests, foams, steering columns, gearshifts, brake pedal assemblies, switches, connectors, and solenoids. In the medical industry components such as needles and bone have been successfully evaluated, whilst for sporting equipment the system has carried out tests on skis, and snowboards.
This wide variety of tests is possible due to a truly impressive specification, and a reliable testing system based on many core components from the Zwick Roell Group product portfolio. The EM Actuator is the obvious solution for many different and complex testing applications.
The electro-mechanical testing actuator is quite unique as it can be directly assembled, at any angle, into a production line and controlled via dedicated I/O control systems, or it can be used in stand-alone mode with a dedicated test stand. In addition it can be fitted to any standard Zwick universal test frame thereby adding an additional test axis for tests which require side loads All standard Zwick attachments can easily be attached.
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The Leakage Current Tester TOS3200 is designed to perform leakage current (touch current and protective conductor current) tests on general electrical equipment but not medical electrical equipment.
It enables you to conduct tests that conform to the requirements of the applicable IEC, UL, JIS, and other standards, as well as the Electrical Appliance and Material Safety Law. The memory in the main unit stores the 51 types of test conditions laid down in the IEC/JIS standards for information technology equipment, household electrical appliances, audio, video electronic apparatus, luminaires, motor-operated electric tools, and electrical equipment for measurement and control and in the Electrical Appliance and Material Safety Law, thereby enabling you to conduct standard tests with simple panel operation.
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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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The modular design is common to all systems: Host PC, measuring channels and interface module are separate from each other. The measuring channel execute the measurement and pass the measuring results to the Host PC whereas the interface module control the communication between Host PC and the equipment PLC. These testing equipment structures have resulted in very cost-effective solutions.
Applications: Quality control by non- destructive testing during the production of wires, cables, rods, bars, tubes and coils.
Material thickness: All metals
Measuring method: Eddy current measurement
Functional principle: When the material passes / transits the sensor, irregularities (welding faults like cracks, pores or circumferential faults) will be detected by changes of the eddy currents within the material.
Special features: Modular design based on the separation of measurement channels, interface module and Host PC.
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Feature:
- Microprocessor based for fast and accurate measurements.
- Special viewing angle designed of waterproof housing IP 67 rated.
- Large LCD display pH or Conductivity and Temperature Simultaneously.
- Simple to calibrate by one keyboard and automatic temperature compensation.
- Multi-functions with Data-hold, Max/Min and shows PTS after calibration.
- Low battery and consumption indicator. Auto power shut off after 10 minutes of non use.
- Easy to replace electrode module and the type of electrode would be recognized automatically and shown in display during insertion.
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The KD1E/15D is a digital HV potential indicator which can be used to indicate the presence of voltage or make voltage measurements on earthed neutral systems up to 15kV.
The potential indicator displat is powered by an integral rechargeable battery and is supplied complete with battery charger and PH3 proving unit in a bespoke carrying case
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DynaMIC
The DynaMIC operates according to the rebound hardness testing method (standardized according to ASTM A956) using a special signal processing technique that automatically compensates for changes in testing direction. Position the impact devices and read the hardness value - that is hardness testing in a matter of seconds. Different impact devices are available to ensure an optimum match to material and application. The DynaMIC DL Data Logger model can internally store hardness values along with statistical information.
Products Features:
Measurement of hardness independent of impact direction (without input of any correction values) due to patented signal processing
Standardized according to ASTM A956
Automatic conversion of hardness to HV, HB, HRC, HRB, HS, HL and N/mm2
Different impact devices dependant on application:
Dyna D for standard applications
Dyna G for heavy, solid parts
Dyna E for hardness range beyond 650HV
Data Logger version with internal data memory for measurement data and instrument settings
Applications:
Solid, coarse-grained components
Machine parts made of steel and cast aluminum alloys
Large series parts during production
Heavy forgings
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●Horizontal protrudent nose design, testing on surfaces
difficult to reach
●Testing internal surface of ring parts whose diameter is
not less than 23mm (0.900〃)
●Testing external surface of round bars whose diameter is
not less than 3mm (0.120〃)
●Automatic test process
●High definition backlight LCD
●Simple and easy selectable operation menu
●RS-232/USB data output
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The Rockwell Zwick/ZHR hardness testers cover the following applications:
Classical Rockwell methods: Zwick/ZHR 4150 (preload: 10 kg; test load: 60; 100; 150 kg), scales A B C D E F G H K L M P R S V.
Super-Rockwell methods: Zwick/ZHR 4045 (preload: 3 kg; test load: 15, 30, 45 kg), scales N T W X Y.
Combinations of Rockwell and Super-Rockwell methods: Zwick/ZHR 8150 (preload: 3, 10 kg; test load: 15, 30, 45, 60, 100, 150 kg), scales A B C D E F G H K L M P R S V N T W X Y.
Furthermore the devices are available in different degrees of operator convenience.
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QM-HTDm is a compact easy to use unit designed for checking the hardness, thickness and diameter of samples of tablets regularly taken from a production line. It provides printed results eliminating the need for manual recording of data.
The unit is suitable for use in-booth, sited centrally in a manufacturing area or in a Quality Control Laboratory.
The QM-HTDm is robust and provides consistent accuracy. It can handle a wide variety of tablet shapes and sizes including elliptical tablets where simple change parts ensure accurate location. The user can select to measure hardness in Kp, N or Sc. To ensure safe and accurate calibration CI have designed a dedicated calibration kit.
The QM-HTDm has the ability to store details of over 150 products in a Product Library. Each product can be associated with a test method stored in the Method Library. The method determines the sample size, interval and user defined statistics.
Key Features
- handles different shapes and sizes
- detailed sample printouts
- consistent accuracy
- easy to clean
- stores details of 150 products
- adjustable sample size
- password protection
- selectable hardness units - Kp, N or Sc
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