Honeywell MIWI350, Installation And Operation Manual, Page: 38 / 86

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5.2.3 Power Distribution board Output voltage and Jumper settings
POWER
SOURCE
VOLTAGE
IN
INSTRUMENT
S1
INSTRUMENT
VOLTAGE
MODEM
JUMPER
SETTING
P7 P8
MPC
P10
SOLAR 15V EC350 13.4V RV50/RV50X/RV55
1-2 1-2
PULSE
ALKALINE 18V EC350 9V RV50/RV50X/RV55
2-3 2-3
PULSE
AC-DC 15V EC350 13.4V RV50/RV50X/RV55
1-2 1-2
PULSE
DC 12V EC350 9V RV50/RV50X/RV55
2-3 2-3
PULSE
SOLAR 15V EC350 13.4V CLR100/R110
1-2 1-2
PULSE
ALKALINE 18V EC350 9V CLR100/R110
2-3 2-3
PULSE
AC-DC 15V EC350 13.4V CLR100/R110
1-2 1-2
PULSE
DC 12V EC350 9V CLR100/R110
2-3 2-3
PULSE
SOLAR 15V Mini-Max 6.5V AS PER MSG
1-2 1-2
PULSE
ALKALINE 18V Mini-Max 6.5V AS PER MSG
2-3 2-3
PULSE
AC-DC 15V Mini-Max 6.5V AS PER MSG
1-2 1-2
PULSE
DC 12V Mini-Max 6.5V AS PER MSG
2-3 2-3
PULSE
SOLAR 15V Mini-AT 9V AS PER MSG
1-2 1-2
PULSE
ALKALINE 18V Mini-AT 9V AS PER MSG
2-3 2-3
PULSE
AC-DC 15V Mini-AT 9V AS PER MSG
1-2 1-2
PULSE
DC 12V Mini-AT 9V AS PER MSG
2-3 2-3
PULSE
5.3 MODEM
The currently supported modems which can be used with a MIWI350 device include:
• Honeywell CloudLink R100 / Honeywell CloudLink R110-M1 MODEM
• Sierra Wireless AirLink® RV50 RV50X RV55
Note: The modem on the MIWI350 rev B & rev C PD board should always be connected to the P6
connector. The P5 connector is only used to supply power to an external device (such as a super
capacitor), and it is not recommended for modem connections.
5 Electrical Assembly