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Showing results: 1756 - 1770 of 1821 items found.

  • SafeBloc

    Interpower Corp.

    A SafeBloc is an accessory device, which can be used with other test equipment, as an adapter, to connect and test power cords and wiring harnesses for production testing purposes, prior to installation into equipment. Such testing would include Hipot and continuity testing of the power cord or wiring harness. The SafeBloc allows the bare wires of a power cord or wiring harness to be connected to the test equipment via clips inside the enclosure. Power can only flow through the device once it is closed and the test sequence is then started, ensuring that the test operator will not get shocked during the testing procedure. Power cord manufacturers and CEMs manufacturing custom wiring harnesses would be typical users of such a device.

  • Special Force Transducers

    WIKA Alexander Wiegand SE & Co. KG

    We refer to force transducers that do not fit into any standard design as special force transducers. Due to the specification of the requirement, in some cases design-engineered solutions must be considered. As a long-standing manufacturer of force measurement technology, WIKA brings this expertise into play and can find the best and, at the same time, most economical solution for the customer. Among our special force transducers are, for example, force sensors for determining the weight of containers (twistlock sensors) or for testing rope tension (wire rope force transducers). The applications in which special force transducers are used are wide-ranging and always require great experience in their engineering. You can count on this when you trust in the right solution from WIKA.

  • LAN Network Testers

    PCE Instruments

    A cable detector can locate open power cables, either live or without current, up to 300 V. A cable detector can locate cables, circuits, short circuits and ground wires. To perform these functions, it is not always necessary to disconnect electrically sensitive devices or to disconnect the power to the cable being tested.Many cable detector devices can also locate ferrous and non-ferrous metals, wood and plastic with high degrees of accuracy. A cable detector provides a safe way to test wall sockets for which no electrical plans or wiring information is available about the cables or their output. A cable detector is very versatile, as it ensures speed and safety when making holes in walls, ceilings and floors.

  • LAN Testers

    PCE Instruments

    A cable detector can locate open power cables, either live or without current, up to 300 V. A cable detector can locate cables, circuits, short circuits and ground wires. To perform these functions, it is not always necessary to disconnect electrically sensitive devices or to disconnect the power to the cable being tested.Many cable detector devices can also locate ferrous and non-ferrous metals, wood and plastic with high degrees of accuracy. A cable detector provides a safe way to test wall sockets for which no electrical plans or wiring information is available about the cables or their output. A cable detector is very versatile, as it ensures speed and safety when making holes in walls, ceilings and floors.

  • Multiple Channel Burn In Power Supply

    MCPS - Test Electronics

    The most important features of this burn in power supply is its ability to hold a constant output for each channel even in the event that a unit under test on one channel may short and fail. Since each channel has it''s own transformer, no glitches or voltage spikes can get into any of the other channels. This image shows the results as the second channel from the left is shorted with a small wire and the circuit breaker pops out. Used for burn-in testing and other timed testing where power isolation is required. Very basic simple circuit, see schematic below. Cleans and frees up benchtops, burn in racks and work space clutter. Available in benchtop or rackmount.

  • Furnaces

    Instron

    These three zone resistance wire wound furnaces are of split construction to facilitate fast and easy loading of a pre-assembled specimen train. The case is constructed from stainless steel with aluminium and hardened insulation board end plates. The optional front cut-out allows the use of side-entry high-temperature extensometry. Adjustable stainless steel latches keep the furnace halves locked together during use, but are then easily opened once testing is complete. The furnace is available with optional heavy duty brackets or mountings, which attach to a wide range of testing systems. An extensive range of standard controllers is available to suit most test regimes. Custom variants can be specified should the standard range not include a suitable unit.

  • Industrial Clamp Meters

    Greenlee Tools

    *Measures AC+DC current*AC and AC+DC voltage measurements with digital low pass filter for accurate readings on variable frequency drives*Also measures DC voltage, resistance, capacitance and frequency*Tests continuity and diodes*Flashlight inside clamp jaw for easier work in dark locations*Backlight & relative mode for added versatility*Peak-RMS measures motor inrush current*AmpTip™ increases accuracy on small wires and low current*Two voltage detection modes - non-contact or using a single test lead*Data hold*Recording of Maximum, Minimum, and Average readings*Crest (peak hold) feature captures current or voltage peaks as short as 5 milliseconds

  • Analog or Digital Communications Switching Systems with D Type Connectors

    RS Series - Cytec Corp.

    The RS Series computer controlled switching systems are designed to switch multi-wire groups of signal up to 25 wires. These systems are typically used for signals such as parallel TTL, RS232, RS422, WAN or modems, but can also be used for any group of analog or digital signals having a bandpass up to 30 MHz or a data rate up to 20 Mbps. A modular design concept is used that provides configuration flexibility by allowing display modules, different control modules and switch modules to be combined into a single chassis.LED displays and switch point status feedback are available on most systems. Computer control via IEEE488 (GPIB) and RS232 is standard, while TCP/IP Ethernet LAN, USB and manual controls are optionally available.

  • Digital High Voltage Insulation Tester - Autoranging Insulation Measurements to 10MOhm

    Extech 380363 - Extech Instruments Corporation

    This Extech insulation tester measures up to 10GΩ with 250V, 500V and 1000V Test Voltages. Features include: Lo-Ohms for testing connections, analog bargraph for viewing trends, AC/DC Voltage measurement to 999V, manual data record/recall function (9 sets), and live circuit display warning and beeper. Can be used to test motor, transformer windings, instruments, and appliances, check for moisture in wire and cable assemblies, safely evaluate a new wiring installation, and check for carbon tracking in breakers, relays, and switches. Extech Insulation Testers offer high sensitivity to assure reliable monitoring of low resistance motor windings. Complete with carrying case, test leads, and 6 x AA batteries.

  • Wristat Tester

    WT 25-4145.26M - Walter G. Legge Company Inc.

    WT 25-4145.26M Wristat Tester is available to comply with D.O.D. 4145.26 specifications. The WT25-4145.26M Wristat Tester is designed to test the integrity of our WRISTAT in a fast, efficient, and simple manner. All the elements of the WRISTAT – continuity of the strap, integrity of the protective resistor, and satisfactory strap to skin contact – are easily confirmed by pressing the top cover of the WT25-4145.26M. The operator (wearer) is tested for a resistance to ground of greater than 250K ohms and less than1,200,000 ohms. The upper limit notifies you of an unacceptably high resistance value (IE possible loss of effective dissipation) and the lower limit warns of unsafe low resistance (possible risk of electric shock from surrounding motors, live wires etc.). The unit is not switchable.

  • Type K/J Single Input Thermometer

    Extech TM100 - Extech Instruments Corporation

    The Extech TM100 Type J/K Single Input Thermometer has a wide temperature range of -328 to 2501°F/-200 to 1372°C for type k and -346 to 2012°F / -210 to 1100°C for type j measurements. It has a high 0.1°/1° resolution and a large backlit LCD display with readouts in °F, °C, or Kelvin. The data hold function freezes the reading on the display and the screen displays the Max/Min/Avg. Readings capture a relative time stamp. Also, the offset key is used for zero function to make relative measurements. Auto power off with a disable feature. This thermometer comes complete with the Type K bead wire temperature probe and one 9V battery.

  • PXIe-4162, 12-Channel, ±24 V, Precision PXI Source Measure Unit

    785680-01 - NI

    PXIe, 12-Channel, ±24 V, Precision PXI Source Measure Unit - The PXIe-4162 is a high-precision, high-density source measure unit (SMU) with 12 identical SMU channels. This module features 4-quadrant operation, integrated remote (4 wire) sensing in each channel for accurate measurements, as well as analog-to-digital converter technology to help you perform high-precision measurements. It also features guard terminals to remove the effects of leakage currents and parasitic capacitances. Additionally, the PXIe-4162 can maximize stability and measurement accuracy with SourceAdapt technology, which you can use to tune the transient response to match the characteristics of any load. The PXIe-4162 is ideal for a broad range of mixed-signal integrated circuits (ICs) in semiconductor production test.

  • PXI-6515, 64-Channel, ±30 VDC, 32 Sink/Source Inputs, 32 Sink Outputs, Bank-Isolated PXI Digital I/O Module

    778964-01 - NI

    64-Channel, ±30 VDC, 32 Sink/Source Inputs, 32 Sink Outputs, Bank-Isolated PXI Digital I/O Module—The PXI‑6515 is an industrial digital I/O interface with eight banks of isolated channels. You can wire each input bank in a source or sink configuration. With programmable power-up states, you can configure the initial output states in software to ensure safe operation when connected to industrial actuators. If a computer or application fault occurs, the PXI‑6515 can use digital I/O watchdogs to switch to a configurable safe output state to ensure detection and safe recovery from fault conditions. Programmable input filters eliminate glitches/spikes and provide debouncing for digital switches/relays through a software-selectable digital filter.

  • GAOTek Portable H/L Voltage Clamp Current Leaker

    GT00YA00ZX - GAO Tek Inc.

    The GAOTek Portable H/L Voltage Clamp Current Leaker measures high voltage current with a 12.5 in (32 cm) insulating rod, adopting the latest CT technology and integrating mask digital technology. This instrument provides high precision, reliability, and stability with its integrated design between transducer clamp and domain. This leaker can be used to measure any wire with or without the insulation layer where the voltage is below 10 kV. The insulating rod is portable, moisture resistant, heat resistant, shock resistant, and insulating. It provides additional functionalities such as online current testing, peak and data holding, data storage, detection of high and low current in primary and secondary circuits separately, and provision of suitable calculations to conclude change in high and low pressure.

  • Highly Accelerated Thermal Shock (HATS2™) Testing

    National Technical Systems

    NTS is the exclusive provider of HATS2™testing services in North America. Thermal shock testing has long been the accepted method to check robustness and reliability of plated-through holes and solder joint connections. Historically, thermal shock testing has been performed utilizing either dual chamber air-to-air systems or liquid-to-liquid systems. Both of these methods offer significant disadvantages in cost, time, and the fact that the samples must be transported between the hot and cold environments. Transportation of the samples between the temperature environments makes monitoring the resistance of the samples difficult and inaccurate due to the length and quantity of wires. The infrequent monitoring typically associated with traditional thermal shock methods also makes detection of “glitch” conditions marginal at best.

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