Summary of Contents for Mianyang Weibo Electronic WBV414U01
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Designing, Manufacturing and Supplying WB Series Electric Isolated Sensor and Digital Electrical Transducer since 1989 USER MANUAL USER USER USER MANUAL MANUAL MANUAL WBV414U01 WBV414U01 WBV414U01 WBV414U01 AC AC voltage voltage voltage voltage transducer transducer transducer transducer www.wb-my.com wbdz@yahoo.cn Tel:86 816 2971265 Fax : 86 816 2281934...
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Application Application WBV414U01 converts AC input voltage into a load independent output signal dc (0)4-20mA. It has adopted electromagnetic isolation principle and average measurement method for real time measurement of AC voltage (sine form) from electric net or electric circuit.
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power, high accuracy, low drifting by temperature, and wide temperature bearable range, etc. F F F F unction unction unction unction realization realization realization realization schematic schematic schematic schematic drawing drawing drawing drawing Product Dimensional Drawing (unit: Product Product Product Dimensional Dimensional Dimensional Drawing Drawing...
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Product Terminal Identification Drawing Product Product Product Terminal Terminal Terminal Identification Identification Identification Drawing Drawing Drawing DC current output (Iz) Voltage input(U+) Voltage input >600V (U-) ) Auxiliary power positive(+E Voltage input≤600V(U-) Auxiliary power and output ground (GND) Terminal Terminal definition definition table...
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Instruction Instruction of of of of Installation Installation Instruction Instruction Installation Installation and and Use 1. The product has adopted structure compliance with EN50022; suitable for DIN rail mounting NS35/7.5, NS35/15. Installation steps are as following (please reference to dimensional drawing): Step 1: Immobilize one side of product‘s mounting trough to the DIN mounting rail;...
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(3) warming up the transducer for 3 minutes (4) using output monitoring meter V1 to measuring the output of signal power source instrument, set a any input value which is within the measuring range of the transducer Ur. (for e.g. if input value is 100V, the output is 4-20mA, the expected output value Iz should be calculated as: Iz = (20mA-4mA)×Ur/100V+4mA (5) using output monitoring meter V2 to measuring the output voltage U0 of the...
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