Issue/Rev. 0.7 (9/18) ║ MN06150 • Page 23
Section IV – Diagrams
Figure 10. Wiring Diagram, Universal Pulse Transmitter (UPT)
UPT Terminal Connections:
1. Electronics Ground
2. Input Power (12-24 Vdc)
3. Channel “B” Output
4. Channel “B” Inverse Output
5. Channel “A” Output
6. Channel “A” Inverse Output
7. Shield
8. Verification Pulse Output
9. Inverted Verification Pulse
10. Not Used
Note:
Pulse Inputs
• If EPLD (U24 chip) is Rev. 0, dual pulse will not function under 25 Hz. Only single pulse will count from 25 Hz
down to 3 Hz. Above 25 Hz, dual pulse will function as normal.
• If EPLD (U24 chip) is Rev. 1 or higher, dual pulse will function from 3 Hz and higher.
• Pulse doubling will not function for input pulses below 25 Hz.
14
13
12
11
10
9
8
7
6
5 Shield
4
3
2 A-
1 A+
CN5
5
4 Gnd
3 +12Vdc
2
1
CN6
UPT
MNET Board
UPT, Single Pulse
4
5
6
7
3
2
1
14
13
12
11
10
9
8
7 B-
6 B+
5 Shield
4
3
2 A-
1 A+
CN5
5
4 Gnd
3 +12Vdc
2
1
CN6
UPT
MNET Board
UPT, Dual Pulse
4
5
6
7
3
2
1
Summary of Contents for Smith Meter microLoad.net
Page 13: ...Issue Rev 0 7 9 18 MN06150 Page 13 Section IV Diagrams Figure 3 Opening microLoad net ...
Page 29: ...Issue Rev 0 7 9 18 MN06150 Page 29 Section IV Diagrams Figure 16 RS 232 Shared Printing ...
Page 30: ...Page 30 MN06150 Issue Rev 0 7 9 18 Section IV Diagrams Figure 17 RS 485 Shared Printing ...
Page 37: ...Issue Rev 0 7 9 18 MN06150 Page 37 Section IV Diagrams Figure 24 AC Digital Outputs ...
Page 40: ...Page 40 MN06150 Issue Rev 0 7 9 18 Section IV Diagrams Figure 26 Sample Application Worksheet ...
Page 41: ...Issue Rev 0 7 9 18 MN06150 Page 41 Section IV Diagrams Figure 27 Sample Application AC Wiring ...
