WIRING. Model BC Flow Totalizer, Ratemeter and Batch Controller Wiring Diagrams

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Abel Chambers
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1 WIRING Model BC Flow Totalizer, Ratemeter and Batch Controller Diagrams

3 Model BC Flow Totalizer, Ratemeter and Batch Controller Diagrams CONTENTS introduction I. ForceMeter TM with Internal Power...3 II. ForceMeter TM with External Power...4 III. Niagara Meters 1050 with Internal Power Pulse Output...5 IV. Niagara Meters 1050 with Internal Power Current Output...6 V. Niagara Meters 1050 with External Power Current Output...7 VI. Niagara Meters 1050 with External Power Pulse Output...8 VII. Niagara Meters Magmeter 6600 with Internal Power Active Frequency/Pulse Output...9 VIii. Niagara Meters Magmeter 6600 with Internal Power Current Output...10 IX. Niagara Meters 6600 with External Power Passive Frequency/Pulse Output...11 x. MTX/WPX 573 with External Power...12 xi. MTX/WPX 840 with Internal Power...12 xii. MTX/WPX 860 with Internal Power...13 xiii. Model R11 or R12 with Internal Power...13 xiv. Model R15B with Internal Power...14 xv. Model R22B with Internal Power...14 xvi. Model R22C with Internal Power...15 xvii. Model R25 with Internal Power...15

4 INTRODUCTION This guide illustrates the proper wiring connections required for the Model BC Flow Totalizer, Ratemeter and Batch Controller to be connected with other Niagara Meters products. These diagrams should be consulted during installation and for any maintenance. Please consult the associated Installation and Operation Manual (IOM) for additional details and instructions. Niagara Meters Customer Support can be reached at (800) for additional inquires. 2

5 I. ForceMeter TM with Internal Power Conduit Entry for Customer Conduit Entry for Customer Customer 4-20mA Output 24 V Remote Transmitter Transmitter Enclosure Pre-wired to Transmitter Customer Customer Belden 8418 or Equivalent Meter Enclosure Pre-wired to Meter Sensing Element 24 V 3

6 II. ForceMeter TM with External Power Conduit Entry for Customer Conduit Entry for Customer Power Supply VDC Customer 4-20mA Output Remote Transmitter Transmitter Enclosure Pre-wired to Transmitter Customer Customer Belden 8418 or Equivalent Meter Enclosure Power Supply VDC Pre-wired to Meter Sensing Element 4

7 III. Niagara Meters 1050 with Internal Power Pulse Output SW1 OP CAL TP5 R CAL C1 SW2 R2 RP2 RP3 RP1 +VIN P OUT I OUT Gnd + Voltage In Hz 4 20mA ZERO CAL TP3 CUTOFF TP1 GND * RTD Optional Remote Transmitter Model 1050 (A) + E (B) + S (C) S (D) E RTD GRN WHT RED BLK + E + S S E + VIN POUT I OUT GND + VDC 75 of 18 gauge wire Bottom Board Top Board 24 5

8 IV. Niagara Meters 1050 with Internal Power Current Output SW1 OP CAL TP5 R CAL C1 SW2 R2 RP2 RP3 RP1 +VIN P OUT I OUT Gnd + Voltage In Hz 4 20mA ZERO CAL TP3 CUTOFF TP1 GND * RTD Optional 24 Remote Transmitter Model 1050 (A) + E (B) + S (C) S (D) E RTD GRN WHT RED BLK + E + S S E + VIN POUT I OUT GND + VDC 75 of 18 gauge wire Bottom Board RTD Optional * Top Board 24 6

9 V. Niagara Meters 1050 with External Power Current Output SW1 OP CAL TP5 R CAL C1 SW2 R2 RP2 RP3 RP1 +VIN P OUT I OUT Gnd + Voltage In Hz 4 20mA Power Supply VDC ZERO CAL TP3 CUTOFF TP1 GND * RTD Optional Remote Transmitter Model 1050 (A) + E (B) + S (C) S (D) E RTD GRN WHT RED BLK + E + S S E + VIN POUT I OUT GND + VDC Power Supply VDC 75 of 18 gauge wire Bottom RTD Optional Board * Top Board 24 7

10 VI. Niagara Meters 1050 with External Power Pulse Output SW1 OP CAL TP5 R CAL C1 SW2 R2 RP2 RP3 RP1 +VIN P OUT I OUT Gnd + Voltage In Hz 4 20mA Power Supply VDC ZERO CAL TP3 CUTOFF TP1 GND * RTD Optional Remote Transmitter Model 1050 (A) + E (B) + S (C) S (D) E RTD GRN WHT RED BLK + E + S S E + VIN POUT I OUT GND + VDC Power Supply VDC 75 of 18 gauge wire Bottom RTD Optional Board * Top Board 24 8

11 VII. Niagara Meters 6600 with Internal Power Active Frequency/Pulse Spare Active Frequency Pulse J1 J2 J1 J2 RDN3 J1 J2 500 Ω T 1A, 250V RDN2 RDN L N NC C NO NC C NO F/P F/P O/C O/C I I Remote Transmitter Spare Active Frequency Pulse J1 J2 J1 J2 RDN3 J1 J2 500 Ω T 1A, 250V RDN2 RDN L N NC C NO NC C NO F/P F/P O/C O/C I I 24 9

12 VIII. Niagara Meters 6600 with Internal Power Current Output Spare RDN3 J1 J2 T 1A, 250V RDN2 RDN L N NC C NO NC C NO F/P F/P O/C O/C I I Remote Transmitter Spare RDN3 J1 J2 T 1A, 250V RDN2 RDN L N NC C NO NC C NO F/P F/P O/C O/C I I 10

13 IX. Niagara Meters 6600 with External Power Passive Frequency/Pulse Spare Passive Frequency Pulse J1 J2 J1 J2 RDN3 T 1A, 250V RDN2 RDN1 J1 J2 250 Ω Power Supply VDC L N NC C NO NC C NO F/P F/P O/C O/C I I Remote Transmitter Spare Passive Frequency Pulse J1 J2 J1 J2 RDN3 T 1A, 250V RDN2 RDN1 J1 J2 250 Ω Power Supply VDC L N NC C NO NC C NO F/P F/P O/C O/C I I 11

14 X. MTX/WPX 573 with External Power GREEN BROWN NO CONNECTION WHITE 1.27 K Ω 12 V XI. MTX/WPX 840 with Internal Power () BLACK WHITE BROWN NO CONNECTION 12 V 12

15 XII. MTX/WPX 860 with Internal Power GREEN WHITE 750 Ω BROWN 10K Ω 12 V XIII. R11 or R12 with Internal Power BLUE INPUT A BLACK INPUT COMMON 12 V 13

16 XIV. R15B with Internal Power WHITE BLACK 12 V XV. R22B with Internal Power BLACK BLACK 12 V 14

17 XVI. R22C with Internal Power Square Wave Black White Red 12 V XVII. R25 with Internal Power 12 V 15

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WIRING. Model FC Mass Flow Computer Wiring Diagrams WIRING Model FC Mass Flow Computer Diagrams Model FC Mass Flow Computer Diagrams CONTENTS INTRODUCTION I. ForceMeter TM with Internal Power... 3 II. ForceMeter TM with External Power... 4 III. Niagara