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| Part No: | EMG-G1353 |
| Manufacturer No: | G1353 |
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60 VDC Sensor
This sensor enables the climate monitor to monitor DC in low voltage systems. Using logs and graphs provided by the monitor you can remotely check on the status of the system. Find out if the batteries are being overcharged or not charged enough.
Part Number: G60VDCM
Monitor storage batteries and other low-voltage DC power systems with these low-cost sensors.
This sensor enables the Geist Climate Monitor to monitor DC low-voltage systems. Using logs and graphs provided by the Geist Climate Monitor you can remotely check on the status of the system. Find out if the batteries are being overcharged or not charged enough.
The 60VDCM sensor provides two sets of connection wires. Connect the wires with ring terminals to the battery system. These carry the input voltage (0 to 60VDC) to the sensor, where circuity translates this input into an output voltage (0 to 5VDC). Run the other set of wires to the Geist Climate Monitor and attach them to either an Analogue Input or Analogue to Digital Converter.
Connecting to the Geist Climate Monitor
Most Geist Climate Monitors have input terminals for connecting analogue sensors like the 60VDCM sensor. These Analogue Inputs accept a 0 to 5VDC signal which is reported on the Geist Climate Monitor as a 0 to 99 value. The Geist Climate Monitor logs these values along with other internal sensor readings. You can identify an Analogue Input by its user-defined “friendly” name.
An analogue to Digital Converter converts an analogue sensor to digital. This lets you connect a 60VDCM sensor to a digital sensor port when no Analogue Inputs are available. The 60VDCM connects to the screw terminals to the Analogue to Digital Converter and then the Analogue to Digital Converter connects to the Geist Climate Monitor.
Alarms
By setting appropriate trip points on the Geist Climate Monitor’s alarm page, you can receive an automatic alert (via email or SNMP) to a potentially dead, discharged, or overcharged battery bank based on the battery voltage.
60 VDC Sensor
This sensor enables the climate monitor to monitor DC in low voltage systems. Using logs and graphs provided by the monitor you can remotely check on the status of the system. Find out if the batteries are being overcharged or not charged enough.
Part Number: G60VDCM
Monitor storage batteries and other low-voltage DC power systems with these low-cost sensors.
This sensor enables the Geist Climate Monitor to monitor DC low-voltage systems. Using logs and graphs provided by the Geist Climate Monitor you can remotely check on the status of the system. Find out if the batteries are being overcharged or not charged enough.
The 60VDCM sensor provides two sets of connection wires. Connect the wires with ring terminals to the battery system. These carry the input voltage (0 to 60VDC) to the sensor, where circuity translates this input into an output voltage (0 to 5VDC). Run the other set of wires to the Geist Climate Monitor and attach them to either an Analogue Input or Analogue to Digital Converter.
Connecting to the Geist Climate Monitor
Most Geist Climate Monitors have input terminals for connecting analogue sensors like the 60VDCM sensor. These Analogue Inputs accept a 0 to 5VDC signal which is reported on the Geist Climate Monitor as a 0 to 99 value. The Geist Climate Monitor logs these values along with other internal sensor readings. You can identify an Analogue Input by its user-defined “friendly” name.
An analogue to Digital Converter converts an analogue sensor to digital. This lets you connect a 60VDCM sensor to a digital sensor port when no Analogue Inputs are available. The 60VDCM connects to the screw terminals to the Analogue to Digital Converter and then the Analogue to Digital Converter connects to the Geist Climate Monitor.
Alarms
By setting appropriate trip points on the Geist Climate Monitor’s alarm page, you can receive an automatic alert (via email or SNMP) to a potentially dead, discharged, or overcharged battery bank based on the battery voltage.