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ESD3000 is a light weight, hand-held battery operated tester.
Unique in it’s class, ESD3000 is powered by a rechargable battery pack up to 30kV for approximately 8 hours @1Hz discharge repetition.
Regular AA batteries can also be used.
Electronic polarity reversal, including alternating poalrity, is provided as standard in all ESD3000 models.
The modular construction enables many different tests to be performed. For example; EMC immunity, aircraft, automotive, expolsive devices and component test applications can all be addressed.
ESD3000 meets all known personnel ESD applications for both contact and air discharge modes.
Each ESD3000 module is automatically identified and the corresponding input screens displayed. Modules contain all the high voltage circuits making ESD3000 the ONLY ESD system capable of fully conforming to different calibration requirements.
Remote control of ESD3000 test system is possible using the EMC Partner TEMA software package.
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The ESD 3000 is the only 32 kV ESD Simulator which is both battery operated and completely hand-held, eliminating base unit, external power supply, and power supply tether cable associated with other ESD simulators.
Full range of easily interchangeable R-C discharge modules ensures the ESD 3000 meets your changing ESD testing requirements.
Light weight, comfortable ergonomics, easy intuitive single-handed operation, clear back-lit LCD display showing all test parameters, and 10 on-board pre-programmable non-volatile memory locations to store ESD test routines; these are just some of the reasons experienced test technicians and engineers applaud the ESD 3000 as the best ESD simulator available.
The low purchase price, use of standard consumer NiMH AA size rechargeable batteries, and proven reliability make the ESD 3000 easy to justify to management concerned about minimizing operational costs. Yes, it has a pulse counter...
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Electrostatic discharge (ESD) is a very common phenomenon. Yet, if the resulting arc current or electromagnetic wave were to flow through the circuits of an electrical or electronic device, the result could be a malfunctioning or even a breakdown. The IEC and other standardization bodies have been investigating ways of preventing this problem for many years, producing a Series of standards addressing methods and rules related to electrostatic discharge immunity testing. Recent years have seen an increased need for a means of performing discharge tests not only on domestic appliances, but also on automotive equipment. The KES4021 simulator allows you to perform immunity tests on an electrical or electronic device by simulating a direct or indirect electrostatic discharge from a charged human operator.
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Electromagnetic Inteference (EMI) causes equipment malfunction in many applications. EMI is an increasingly persistant problem anywhere sensitive electronics equipment is used.
Typical issues associated with EMI are equipment lock-ups, random equipment malfunction, data corruption, software and parametric errors along with many others.
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Hour Meter for Panel Mounting:
The counters are available for connection in AC and DC circuits. AC counters are driven by a synchronous motor with an appropriate gear system. The DC unit incorporates a quartz clock mechanism.
Ammeters and Voltmeters for Panel Mounting:
Available with moving coil or moving iron movement for DC or AC measurement. They are fitted into Ex d enclosures and are suitable for panel mounting.
Potentiometer for Panel Mounting:
Series 8218 potentiometers are available as slide-wire potentiometers with a rated capacity of 10 W and as precisions potentiometers with a rated capacity of 3 W or 5 W.
Preset Pulse Counter for Panel Mounting:
Has the following features:
High input frequency, max. 5 kHz
Various input options
High counting accuracy
High security against interference voltages
Time Relay for Panel Mounting:
Both pre-selected time range and time setting can be adjusted externally during operation. The timer relays can be supplied in pick-up delayed and drop-out delayed versions.
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The B&K Precision model 2640 is a battery operated, hand-held RF Field Strength Meter capable of measuring RF levels and electric field strength. The synthesizer-based design provides you with reliable measurements across a wide reception range of 100 kHz to 2000 MHz, a remarkably low noise floor of -110 dBm to detect weak signals and basic spectrum analyzer functionality. The 2640 provides field technicians and engineers with a cost-effective measurement tool for basic signal investigations at only a fraction of the cost of a full-featured conventional spectrum analyzer.
The B&K Precision 2640 supports RS 232C serial communication and includes software that can control the instrument from a personal computer. The user can save the instrument’s measurement data on the PC for further analysis.
The handheld RF Field Strength Analyzer is an ideal tool for field testing, installing and maintaining Mobile Telecommunications systems such as Cellular and Cordless Phone, CB Paging, Paging, Cable and Satellite TV Systems as well as performing antenna site measurements and maintenance.
# Features Battery-operated portability
# 100 kHz to 2 GHz measurement range with a maximum display span of 400MHz
# Hand-held and battery operated portability
# Built-in 2 GHz frequency counter
# Detects wide band (180kHz) and narrow band FM (12.5kHz) , AM & SSB (2.4kHz) signals
# Phase-locked loop for precise frequency tuning
# Audio output of the detected signal with built-in speaker
# Detachable antenna included
# Back-lit display
# Storable setups and displays
# RS-232 Interface
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Featuring
RS232, PCL & GPIB Control
AC Hipot to 5KV
DC hipot to 6KV
Insulation Resistance to 10GW
ARC Detection
Ground Continuity to .001W
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The OMNIA 8100 series is a family of multi-function electrical safety compliance analyzers that consist of three models. OMNIA 4, model 8104, is a 4-in-1 instrument that provides AC/DC Hipot, Insulation Resistance and 40 Amp Ground Bond/Continuity tests. OMNIA 5, model 8105, is a 5-in-1 instrument that provides AC/DC Hipot, Insulation Resistance, 40 Amp Ground Bond/Continuity and Functional Run tests. OMNIA 6, model 8106, is a 6-in-1 instrument that provides AC/DC Hipot, Insulation Resistance, 40 Amp Ground Bond/Continuity, Functional Run and Line Leakage tests. All models feature an enhanced graphic LCD and simplified user-interface. OMNIA can be used as a bench top instrument or as a PC controlled system. It is best suited for applications that require multiple product safety tests with a single Device Under Test (DUT) connection. The ability to perform multiple electrical safety tests with a single connection will increase production and efficiency while saving time and money.
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For failure events recording on voltages, currents and logical signals in power networks of home, high, and possibly also very high voltages. It is especially suitable for capturing and identification of random one-shot events in the power mains, such as short-run overvoltages, undervoltages or overcurrents.
Characteristics
- Designed for recording failure events - course of voltages, currents and logical signals in power networks of home, high, possibly also very high, voltages
- Especially suitable for capturing and identification of random one-shot events in the power mains, such as short-run overvoltages, undervoltages or overcurrents
- 3/4 galvanically isolated voltage inputs of 100 V AC and 400 V AC range
- 3/4 current inputs for use of current probes and clamps with voltage output in 0,1 ÷ 3V AC range
- Eight binary logical signals (e.g. protective components' contacts)
- Sampling frequency up to 4 kHz
- Data stored in an exchangeable SRAM memory PC-card (PCMCIA)
- Supply voltage 230 V AC, backuped with a built-in accumulator
- Setting, data visualisation and processing with Cetis32 program
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The electric charges accumulated on the surface of materials generate disturbances in the manufacturing processes. Static electricity is, indeed, the cause of multiple parasitic phenomena which can reduce the production paces or degrade the quality of the end product. It is important to be able to quantify these loads with all the stages of manufacture. The electrostatic field intensity measuring device ELCOWA standard MCE 20 allows a measurement without contact with your product. This measuring instrument is essential for the control of the good performance of your anti-static installation.
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983v2 - Static Locator
The Model 983v2 Static Locator provides accurate measurement of electrostatic charges. Its design enables fast response, low drift and ease of operation. The 983v2 can operate in “Continuous” or “Peak Hold” mode to record changes in the level of charge or the highest charge detected respectively. The Model 983v2 is suitable for use by production, maintenance, inspection and quality engineers and on any material where static charge may be an issue.
Technical Characteristics
Measurement range -200kV to 200kV at a distance of 150mm
Accuracy +/-5% of full scale deflection
Dimensions 145mm x 80mm x 25mm (H x W x D)
Weight 200g
Battery 2 x AA alkaline
Battery life Approximately 10 hours of continuous use
Construction Moulded plastic case, integral battery compartment, external earth connection
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SF 156 Static Meter
Analysis of static problems are very hard without measurement of static charge. A decent static meter supplies the possibility of analysis of the problem to the technician. Static meter displays where and how the static current is generated and its polarization and amplitude.
If a static charge preventer is needed in the problem, static meter determines the best position for static charge preventer and displays its performance. Static meter develops standards for technician for avoiding future problems. These standards varies from the current level of regions which are ordered from produced or sent to user.
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Product quality, output and yield of manufacturing processes can be improved considerably when problems related to static electricity are identified and dealt with effectively. Electrostatic fieldmeters are appropriate measuring tools to simply identify static electricity problems.
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An advanced, easy-to-use hand-held electrostatic Field Meter.
FEATURES:
- Small, lightweight design for easy transportation and storage
- Integrated hand grips for positive control of meter
- Intermittent audio beeping and flashing LED light informs user that the meter is at the proper measuring distance from the surface
- Memory feature allows user to store and retrieve up to 20 readings
- Low-battery indicator light notifies user when batteries need to be replaced
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Electromagnetic Interference (EMI) is the disruption caused by an electromagnetic field. EMI can cause equipment lock-up, sensor parametric errors, undesirable process variations, erratic response, software errors, and even component damage.
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The EN6100-3-2 standard deals with the limitation of harmonic currents injected into the public mains supply system. Meanwhile, the EN6100-3-3 standard addresses the limitation of voltage fluctuations and flicker in low-voltage supply systems for equipment with a rated current of over 16A. These two standards, which became a mandatory requirement in Europe in 2001, apply to electrical and electronic equipment that have an input current up to and including 16A per phase and that are intended to be connected to public low-voltage distribution systems, such as supply voltages nominally 230V AC or 415V AC 3 phase.
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The HARMONICS-1000 is a flexible one-box test and measurement equipment for testing and measuring harmonics and flicker on power supply. Because of the new designed amplifier the weight and the price of the HARMONICS-1000 are low.
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KHA1000 is a harmonic and flicker analyzer compliant with the latest versions of the relevant IEC/EN and JIS standards (as of January 2006) that is intended for testing single-phase, two-line equipment. Using this device alone, you can perform a series of processes involved in a compliance test - from setting test conditions and running the test to monitoring the test status in real time, judging test results against limit values, and outputting result reports - through simple operations without the use of any dedicated software. Also, a test system can be set up with ease by combining KHA1000 with an AC power supply (PCR-LA Series) and a line impedance network (LIN40MA-PCR-L).
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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 standards but also allows testing to previous standard editions should that be required.
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 package can be added to both the single and three phase systems. It extends the system’s emission capability to include 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 programmable power source, allows testing to IEC61000-4-28 for frequency fluctuations.
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The Narda Broadband Field Meter NBM-550 has been designed to measure electromagnetic field strengths in the vicinity of transmitters and industrial equipment, and to evaluate and record the results in the context of human safety standards. Particular attention has been paid to ease of use. The instrument can be operated with one hand by anyone – left-handed or right-handed. The probes are isotropic, i.e. equally sensitive in all directions, so users do not need to worry about the direction the radiation is coming from.
The result data memory holds up to 5000 results along with date and time information. A GPS receiver (option) plugged into the basic unit and connected via USB gives the NBM the capability to store position data for each measurement. Instead of handwritten notes, voice comments can also be recorded. All the data can be uploaded to a PC and managed using the PC software supplied with the instrument. Measurement reports are therefore very easy to generate.
The basic unit and the probes are separately calibrated at the factory. The probe calibration data are stored in an EPROM in the probe itself. The NMB basic unit retrieves this automatically via the intelligent probe interface, and takes it into account in the results.
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For exponential current impulse ECI 1/20us, 4/10us, 8/20us and lightning current impulse LCI 10/350us applications with impulse current amplitude up to 200kA.
Used for quality control testing and type tests on SPD (Surge Protection Devices).
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General description :
The 9718 Current Pulse Generator is an ideal fire set for airbag squib, detonator and pyrotechnics initiator testing. The instrument provides adjustable current signals up to 25 amps through 8 digitally controlled, load resistant independent outputs. Output pulse widths and delays are unique to each channel and can be precisely controlled from 0.1 to 100 msec in 200 ns steps. The 9718 Current Pulse Generator also provides a TTL Sync output to T0 - particularly useful as a reference source or trigger for cameras or other equipment.
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SGSA impulse test systems can be used to generate impulse voltages simulating lightning strokes and switching surges.
The stage energy is 5 kJ. Max. charging voltage is 800kV.
Applications covered include testing according to IEC, ANSI/IEEE as well as other national standards.
The basic system can be upgraded in various ways for special tests and for greater ease of operation. A number of additional circuits and components allow optimising the impulse test system for tests on different kind of high voltage test objects.
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The ITU T-K44 recommendation describes a series of surge impulses for telecom applications. Besides the ITU requirements, similar impulses are specified in the FCC part 68 standard for telecom terminal equipment.
ITU tests are divided into Basic and Enhanced levels. Basic level tests are disturbance tests where the Equipment Under Test(EUT) should recover from the impulse disturbance. Enhanced level tests cause destruction of the EUT. The purpose of these tests is to ensure the equipment does not become a fire or fragmentation hazard. 10/700us impulses are applied to telecom lines at up to 6kV for enhanced level. 8/20us current impulses test protection devices mounted in telecom interfaces and the Combination Wave Generator(CWG) is used on power interfaces.
EMC PARTNER offer a range of test equipment to meet these requirements.
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We offer the world’s largest range of EMC Transient & Impulse test solutions for compliance or 1st article testing. Innovative transient/impulse test systems from a few 100 volts to over 100 kV, tailored specifically for your industry. Specialists in avionic, CE immunity, telecommunication, and component test equipment.
Test equipment for:
Electrostatic Discharge (ESD) and Surge Testers
Transient Immunity Testers
Harmonics Testers
Oscillatory Wave Testers
Modular Impulse Generators (MIG)
Harmonics Measurements
Flicker Measurements
NEMP (Nuclear Electromagnetic Pulse) Generators
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The fast, one-handed tool for loop checks in Ex zones
The 707Ex is an intrinsically safe loop calibrator for use in explosion endangered areas.The ecom 707Ex is certified in accordance with the ATEX directive (Ex II 2 G EEx ia IIC T4)in Zones 1 and 2.The 707Ex is also certified to operate in accordance with Factory Mutual N.I.Class 1, Division 2 areas Group A-D.
- Large display and simple,,quick-click push
rotary button for easy one-handed operation.
- Simultaneous mA and %%readout for
quick,easy,interpretation of readings.
- mA accuracy of 0.015%%
- 1 µA resolution for mA source,simulate and measure.
- Push button with 25%%steps for fast, easy linearity checks.
- 0--100%"span check ” for fast confirmation of zero and span.
- Internal loop supply,,so you can power and read a transmitter at the same time without carrying a DMM.
Measures V dc to 28 V..0--20 mA or 4-20 mA default start up modes. HART ® compatible resistance is connected in series with the loop supply for compatibility with HART communicators.
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Testers for lightning tests on telecommunication equipment based on the following standards or recommendations: ITU-T, IEC, Bellcore and FCC.
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MIG2000-6 is a versatile generator capable of delivering impulses to meet MIL-STD-461F including the CS115 impulse excitation, CS116 damped sinusoidal transients and CS106 power lead transient requirements. Further modules are available which extend the system to include MIL-STD-1275B for military vehicles. This module includes an integrated impulse geenrator and coupling network for 28Vdc.
MIG1212EMP delivers fast risetime impulses to three phase power lines for testing of civil defense and military installations against NEMP events.
MIG-OS-OM-EXT complies with the IEC61000-4-18 requirement for HEMP testing of elctrical and electronic equipment within buildings. Frequencies up to 30MHz have been selected as representative of a ringing effect caused by field coupling into short cable lengths.
All systems are complete and include necessary couplers to perform testing on cable bundles.
A reliable and flexible test system, MIG2000-6 is in use at many facilities worldwide.
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Process signal measurement and simulation for easy control loop calibration and measurement tasks - from handheld field instruments for multi or single signals to laboratory reference level bench top instruments.
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The ecom MA 400 Precision Loop Calibrator provides significantly extended performance when compared to any competitive calibrator.With an accuracy of 0.015%of reading,with 0.001 mA resolution,the MA 400 has the highest accuracy in its class.Unique features,such as a "%Error ” function,which eliminates manual error calculation and allows the display of the actual versus ideal error at any calibration point,put the MA 400 way beyond similar instruments.
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Other electrical measuring instruments
