Campbell-scientific 4WPB100, 4WPB1K PRT Terminal Input Modules Manuale Utente

4WPB100, 4WPB1K PRT BridgeTerminal Input ModulesRevision: 12/06Copyright © 1996-2006Campbell Scientific, Inc.HLAGHLAGHLG

4WPB100, 4WPB1K PRT Bridge Terminal Input Modules 6 4.3 CR7 1: Full Bridge w/mv Excit (P9) 1: 1 Reps 2: 3 ± 15 mV Slow Range 3: 3 ± 1

4WPB100, 4WPB1K PRT Bridge Terminal Input Modules 7 4.5 CR1000 'CR1000 Series Datalogger Public Rs_R0, Temp_C DataTable (Hourly,True,-1) Data

4WPB100, 4WPB1K PRT Bridge Terminal Input Modules 8 The RTD Instruction (16) computes the temperature (°C) for a DIN 43760 standard PRT from the ratio

4WPB100, 4WPB1K PRT Bridge Terminal Input Modules 9 With the PRT at 0 °C, Rs=Ro. Thus, the above result becomes Ro/Rf, the reciprocal of the multipli

4WPB100, 4WPB1K PRT Bridge Terminal Input Modules 10 This is a blank page.

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Campbell Scientific Companies Campbell Scientific, Inc. (CSI) 815 West 1800 North Logan, Utah 84321 UNITED STATES www.campbellsci.com info@campbells

Warranty and Assistance The 4WPB100, 4WPB1K PRT BRIDGE TERMINAL INPUT MOUDLES are warranted by CAMPBELL SCIENTIFIC, INC. to be free from defects in ma

i 4WPB100, 4WPB1K Table of Contents PDF viewers note: These page numbers refer to the printed version of this document. Use the Adobe Acrobat® bookm

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1 4WPB100, 4WPB1K PRT Bridge Terminal Input Modules 1. Function Terminal input modules connect directly to the datalogger's input terminals to p

4WPB100, 4WPB1K PRT Bridge Terminal Input Modules 2 GNDHILORfGNDHLRf = 100 , 1kVx10k5%RsHILO0.01% FIGURE 2-1. Circuit Schematic 3. Wiring The Ter

4WPB100, 4WPB1K PRT Bridge Terminal Input Modules 3 TABLE 3-1. 4WPB100/4WPB1K Connections to Campbell Scientific Dataloggers Function Label/Le

4WPB100, 4WPB1K PRT Bridge Terminal Input Modules 4 650 329.51 753 1507 700 345.13 720 1441 750 360.47 691 1382 800 375.51 664 1328 850 390.26

4WPB100, 4WPB1K PRT Bridge Terminal Input Modules 5 4.1 CR10(X) 01: Full Bridge w/mv Excit (P9) 1: 1 Reps 2: 23 ±25 mV 60 Hz Rejection Ex Rang