Showing results: 271 - 273 of 273 items found.
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CB49 -
CAMI Research Inc. (CableEye®)
Populated with solder pads to accept a suite of TE-Connectivity Micro-MaTch connectors, this board addresses markets plagued by vibration and fretting corrosion, and requiring "miniaturized connectivity". Rated to 500Vdc/350Vac, the CB49 may be used on all CableEye models. The CB49, sold without connectors, contains nine sets of 20 solder pads accommodating numerous configurations of Micro-MaTch connectors. There are nine preset locations for automatic detection & display of 4, 6, 8, 10, 12, 14, 16, 18, and 20-pin connectors. Yet, any single set may be fitted with any combination of lower pin count connectors that total to 20 or less (e.g. a 14-pin with a 4-pin). Connectors soldered in non-preset positions will also appear graphically correct once they are mapped with PinMap (optional software). Sold as a set of two boards, each Micro-MaTch test board may be paired with other CableEye adapter boards to accommodate any combination of connectors.
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PX32101 -
LinkedHope Intelligent Technologies Co.,Ltd.
PX32101 is a 3U PXI-E system controller based on the newest Intel® Haswell platform. It is designed to provide comprehensive and reliable system controller to support hybrid PXIe-based systems for multiple environments test and measurement applications.Hybrid PXIe-based systems are often required to complete independent diversified complex testing tasks on the PXI test platform. PX32101 provides rich interfaces: 4 USB2.0 / 3.0 for peripheral connectivities; UART for communication or control equipment; dual 1000Base-T Ethernet, one port for LAN connection and the other one for the control of the next generation of LXI instruments. PX32101 can support 4 x4 or two PCIe x8-link, and up to 16GB / s system bandwidth. The ExpressCard 34 expansion slots on the front panel allow users to expand the system modules flexibly. If you install a hybrid multi-slot backplane in the system, then various standard PXI-E and PXI / CPCI peripheral cards could be fitted. In a multitasking environment, PX32101 processor is able to complete multiple tasks independently. The CPU and memory chips soldered with PCB increase reliability performance in shock and vibration environments. Combined with a variety of instrument control interfaces and reliable mechanical & electronic design, PX32101 can meet your hybrid PXIe-based testing for system application requirements perfectly.
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RMO-TT Series -
IBEKO Power AB
RMO-TT series is perfect for measuring winding resistance of inductive objects such as power and distribution transformers or autotransformers. Additionally, every transformer resistance meter from RMO-TT series can analyze:tap changers,generators,electrical motors,high-current busbar joints,cable splices,and welding joints.Transformer demagnetization can also be performed with all RMO-TT instruments.The series is consisted of 3 models, with maximal test current from 40 A (RMO40TT) to 100 A (RMO100TT). RMO100TT is the only portable transformer resistance meter in the market with 100 A DC output current.The three independent channels enable testing of three windings in series. Consequently, a user can measure winding resistance in every tap position of an on-load tap changer without discharging between the tests.In addition to winding resistance measurement, a user can perform a detailed on-load tap changer analysis by analyzing recorded graphs (10 kHz sampling rate) and by measuring vibrations on an external tap changer tank.All RMO-TT instruments have a built-in tap changer control unit. Because of this, it is possible to remotely control on-load tap changer (OLTC) directly from the device. Also, a user can program DV-Win software to do everything automatically – running winding resistance tests and changing OLTC tap positions.The DV-Win software also enables control and observation of the test process, as well as saving and analyzing the results on a PC. It provides a test report, arranged in a selectable form as an Excel spreadsheet, PDF, Word, or ASCII format. Additionally, DV-Win measures and calculates the OLTC transition time, the ripple and the winding resistance for each tap changing operation. The software can also perform the calculations necessary for the “Heat Run” test.All results can be exported in the report format.
