Showing results: 196 - 210 of 267 items found.
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R2U4S -
Kontron AG
The R2U4S is a 2U height 19'' Rack Mount Industrial Chassis featuring 4 slots of either VME or cPCI 6U size boards. The R2U4S has successfully passed the mechanical, thermal, electromagnetic EMC/EMI qualification tests required by our customers. Its modular design enables to fulfil the requirements of application areas ranging from the environmentally benign right through to deployed industrial, airborne and naval applications. All feature a door to better protect the electronics which is placed inside.
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LD-LBOD-A10 -
Labodam
BOD MeterLD-LBOD-A10is a benchtop unit designed to automatically measure B.O.D. (biological oxygen demand) with 0 to 4000 mg/ L measurement range. Simple and safe mercury pressure difference measurement method is applied to prevent poisoning caused by the leakage of the mercury column. Equipped with high end brand mini thermal printer, quickly prints measurement process data, result data. Automatically saves test data on power failure and executes experimental process once power supply is on.
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SPS Smart Profiler -
KIC Thermal
The SPS Smart Profiler stands out as the best and “smartest” temperature profiling data collection system available. The hardware is the best in temperature tolerance design using an LCP (Liquid Crystal Polymer) enclosure for better protection and faster cool down between profiles. The design of the SPS thermal shields allows for easy and secure opening and closing, durability that meets the most stringent of drop tests, and temperature tolerance capabilities that exceed all previous KIC profiler and shield models.
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778572-22 -
NI
53-Channel, 2 A, SPDT PXI Relay Module - The PXI‑2522 is a general-purpose switch module that features independent single‑pole double‑throw (SPDT) Form C armature relays. Each relay is nonlatching with very low on-resistance and low thermal offsets. The PXI‑2522 is fully software programmable, and it supports onboard relay count tracking. With an efficient coupling of voltage/current capability and relay density, this switch module is ideal for automated test equipment (ATE) loads or for controlling heaters, lights, and fans.
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778572-23 -
NI
26-Channel, 2 A, DPDT PXI Relay Module - The PXI‑2523 is a general-purpose switch module that features independent double‑pole double‑throw (DPDT) armature relays. Each relay is nonlatching with very low on-resistance and low thermal offsets. The PXI‑2523 is fully software programmable, and it supports onboard relay count tracking. With an efficient coupling of voltage/current capability and relay density, this switch module is ideal for automated test equipment (ATE) loads or for controlling heaters, lights, and fans.
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778572-21 -
NI
40-Channel, 2 A, DPST PXI Relay Module—The PXI‑2521 is a general-purpose switch module that features independent double‑pole single‑throw (DPST) armature relays. Each relay is nonlatching with very low on-resistance and low thermal offsets. The PXI‑2521 is fully software programmable, and it supports onboard relay count tracking. With an efficient coupling of voltage/current capability and relay density, this switch module is ideal for automated test equipment (ATE) loads or for controlling heaters, lights, and fans.
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780587-29 -
NI
128-Crosspoint, 2-Wire PXI Matrix Switch Module—The PXIe‑2529 is a high‐density PXI matrix switch module that you can configure as either a 4x32 or an 8x16 2‑wire matrix by using different terminal block accessories. It uses electromechanical relays that offer excellent performance for high-power signals and low thermal offset for accurate measurements at low-voltage levels. The PXIe‑2529 also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.
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Inframet
IR FPA sensors are the most important modules of thermal imagers. Design of sensor electronics (camera core) is a crucial part of designing of new thermal imager. Knowledge of precise parameters of IR FPA sensor is needed by both professionals involved in both IR FPA technology/thermal imagers technology because parameters of IR FPA sensors determine performance limits of thermal imagers. Therefore test equipment that enable measurement of IR FPA sensors is a vital tool for development of both IR FPA technology/thermal imagers technology. It is commonly known that data sheets provided by manufacturers of IR FPA sensors (both cooled or non-cooled) provide too little details for electronics designers. Sometimes the provided data is not accurate enough and better sensor performance can be achieved using modified control signals. Therefore design teams loose sometimes years to develop electronic camera core optimized for a specific IR FPA sensor. When the type of the IR FPA sensor is changed the whole process is to be repeated. In this situation an universal, flexible camera core that would accept IR FPA sensors from different manufacturers and to carry out semi-automatic determination of optimal signal controls for a specific IR FPA sensor would be highly desirable.
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OTS-A series -
The Motwane Manufacturing Company
OTS-A series is fully automatic microprocessor based transformer oil test set designed with advanced features to measure breakdown voltage of insulation oil accurately. The OTS-A Series preprogrammed with worldwide acceptable standards.The user can define customized standards. The large LCD display with menbrane key pad for easy operation. It is provided with internal memory for 100 data storage & built-in thermal printer for onsite report. The kit is protected by automatic detection of poor input ground.The acrylic oil test vessel provided with adjustable electrode gap setting. The voltage calibrator for on site calibration saves cost & time of user.
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16502 -
Chroma Systems Solutions, Inc.
Basic accuracy : 0.05%Pulsed test current output mode is used to reduce thermal EMFs affection on milliohm measurementDC test current output mode is used to fasten measurement speed for inductive DUTDry-circuit test current output mode (limited Max. 20mV) is used to measure such contact resistances where the maximum open-circuit voltage must be limited to 50mVTemperature correction (TC function) regardless of material or temperatureUseful temperature conversion function for motor/ coil evaluation4 channels R scan with balance check function for fan motor (combined with A165017 option)0.001mΩ~1.9999MΩ wide measurement range with 4½ digits resolutionStandard RS-232 interfaceOptional GPIB & Handler interfaceBin-sorting functionComparator and pass/fail alarming beeper functionLarge LCD display (240 x 64 dot-matrix)Friendly user interface
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FLIR GF335 -
Teledyne FLIR
If you need a mobile camera that can detect extremely subtle temperature differences, the FLIR GF335 Broadband is the camera for you. The GF335 is a high sensitivity, low noise, cooled thermal camera that excels at detecting faint heat signatures. It is well suited to a wide range of applications, including use on test ranges, non-destructive testing, research, and science applications.
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PX32103 -
LinkedHope Intelligent Technologies Co.,Ltd.
Based on Intel® 3rd Generation Core™ i7 and Celeron® processors, PX32103 is a high-performance PXI system controller up to 4x2.3GHz 8 threads. Low power consumption (maximum of 65w) and thermal solution design guarantee working stability and reliability of PX32103, making PX32103 applicable for multiple environments test and measurement applications.
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Celadon
Mechanical system allowing the flexibility of multi-site testing with adjustable site to site spacing The Celadon Rail System allows multi-site testing capability with flexible die to die spacing using existing Celadon VersaTiles™ to minimize cost of test with new DUT structures. The modular design allows for additional site assemblies and rail assemblies to be added after the original system purchase. With the Celadon Light-Tight Enclosure and Rail System Tool, high accuracy alignment and testing can be performed at extreme temperatures without effecting the thermal equilibrium of the system.
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DX-201' -
Dexing Magnet Tech. Co., Ltd
This instrument is suitable for measuring non-magnetic stainless steel pipe inner layer accumulation rust. It can use a rechargeable battery, without power supply when test, which is suitable for outdoor environment operation. It can be used 4 hours once charge saturation. This product has been used by Hunan Xiangtan Power Generation Company Limited, Wuhan University, Nanyang Henan Yahekou Power Generation Co., Ltd., Anhui Huainan Pingwei power plants and Changsha thermal power plant, received good evaluations.
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ASTM D149 -
National Technical Systems
This test method covers procedures for the determination of dielectric strength of solid insulating materials at commercial power frequencies, under specified conditions. Unless otherwise specified, the tests shall be made at 60 Hz. However, this test method is suitable for use at any frequency from 25 to 800 Hz. At frequencies above 800 Hz, dielectric heating is a potential problem. This test method is intended to be used in conjunction with any ASTM standard or other document that refers to this test method. References to this document need to specify the particular options to be used. It is suitable for use at various temperatures, and in any suitable gaseous or liquid surrounding medium. This test method is not intended for measuring the dielectric strength of materials that are fluid under the conditions of test. This test method is not intended for use in determining intrinsic dielectric strength, direct-voltage dielectric strength, or thermal failure under electrical stress (see Test Method ASTM D3151). This test method is most commonly used to determine the dielectric breakdown voltage through the thickness of a test specimen (puncture). It is also suitable for use to determine dielectric breakdown voltage along the interface between a solid specimen and a gaseous or liquid surrounding medium (flashover). This test method is similar to IEC Publication 243-1. All procedures in this method are included in IEC 243-1. Differences between this method and IEC 243-1 are largely editorial. Note: The above information is taken directly from the test method Scope published in ASTM D149.
