Connect separate fields and facilities
Review coverage, equipment identity and the path into your chosen platform.
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Telecom Infrastructure
Site power, temperature and equipment monitoring for towers and remote cabinets.
Hardware families for this requirement
The exact model, interfaces and enclosure are confirmed in the written quotation.
Equipment selection, or help with the whole farm?
Start with a country and a short description. We can help select one device, configure a kit, or plan the farm equipment list and agreed integration. Technical details can follow.
Compare ways to work with SunGene →Start from the site condition
Models and quotation stay on sungeneiot.com. Use the matching field condition first.
agri.sungeneindustrial.com
Agricultural irrigation and farm pumps
Review water delivery, pump state and greenhouse signals from existing farm facilities.
agri.sungenegroup.com
Farm water, soil and weather monitoring
Plan field and orchard measurements around available power, coverage and maintenance visits.
Challenges
- Unmanned sites over a wide area
- Power and cooling faults cause outages
- Truck rolls just to check a cabinet
Typical hardware
- Equipment & temperature monitoring
- Power & status alarms
- Remote site data collection
Is this the right page?
Use this page for remote cabinets, radio sites or communications infrastructure that needs power, temperature and equipment-status monitoring without replacing the operator’s NMS.
Remote integration context
Sensors, interfaces, enclosure, power and mounting are confirmed against the actual project before quotation.
See where the system fits
Keep remote measurement points supplied
Size field power around the final equipment load, seasonal sunlight and visit interval.
Explore this requirementWhat buyers usually need to monitor
Site power
AC or DC presence, selected voltage or current measurements and backup-system alarm contacts.
Cabinet environment
Temperature, humidity, leak and selected door or intrusion contacts through suitable I/O.
Equipment alarms
Dry contacts or supported registers from cooling, rectifier and auxiliary equipment.
Telemetry health
Gateway heartbeat, cellular signal, offline buffer and last successful upload.
Equipment in the system
System design, software integration, PLC/SCADA programming and site installation responsibilities are agreed in the written project scope.
Data destination
Customer platform or an agreed third-party service
Typical hardware paths
Path 1
Cabinet I/O monitor
Best for: Sites with alarm contacts and a small number of analog inputs.
- 1Alarm and sensor points
- 2Remote I/O or RTU
- 3Cellular backhaul
- 4Operator alarm endpoint
Path 2
RS485 equipment collection
Best for: Rectifiers, meters or environmental controllers with documented registers.
- 1Register map
- 2Serial bus plan
- 3Protocol gateway
- 4NMS or customer platform handoff
Show the remaining deployment path
Related hardware
Hardware families for this requirement
The exact model, interface, enclosure and certificates are confirmed against the project before quotation.
Distributed Remote I/O System
DIN-rail distributed I/O with separate PROFINET or EtherCAT coupler configurations and expansion modules selected from the project I/O schedule.
4G/LTE Industrial RTU Gateway
Cellular RTU gateway for pump stations, water telemetry and remote industrial monitoring — collects RS485, analog and digital signals and uploads data over 4G LTE.
Multi-I/O Cellular RTU Gateway
Programmable cellular RTU for sites with many RS485, analog and digital signals — 3 RS485 ports, 12 analog inputs, 16 digital inputs, Ethernet, MQTT and relay control.
Temperature & Humidity Panel Instrument
Panel instrument for local temperature and humidity indication, with the probe, range and analog or RS485 output selected for the project.
LoRaWAN Water Leak Sensor
LoRaWAN water leak sensor with a remote probe and periodic or event-driven reporting for pump rooms, equipment spaces and distributed facilities.
Outdoor Enclosure Integration Kit
Outdoor enclosure integration for an RTU, gateway, power and field terminals. Material, dimensions, ingress target, thermal load, cable entries, protection, grounding and mounting are engineered from the actual bill of materials and site conditions.
Confirm before selection
- Provide the cabinet point list and alarm-contact logic.
- Confirm nominal power, isolation and backup requirements.
- Identify supported serial devices and register maps.
- Check antenna placement and cellular operator at each region.
- Define alarm severity, delay and escalation ownership.
- Confirm enclosure, temperature and surge requirements.
Send this for a useful quote
- Site and cabinet count
- Point list and dry-contact logic
- Power and backup scheme
- Serial device documentation
- Network and target country
- Central endpoint and pilot quantity
Scope boundaries
- The monitoring package does not replace the operator’s NMS, SLA process, certified power protection or site safety systems.
- Tower work, field wiring and local electrical installation remain with qualified site personnel.
Hardware reference for the final selection
Exact model, interfaces and enclosure are confirmed in the written quote.
Official references
Buyer questions
Can the gateway forward dry-contact alarms?
Yes when the selected RTU or remote I/O has enough isolated digital inputs and the normal/alarm logic is documented.
Can this connect to an existing NMS?
A data handoff can be reviewed when the NMS protocol, endpoint, authentication and alarm format are provided.
What happens during a network outage?
Buffering and retry behavior depend on the selected gateway. State the required retention period and acceptable data gap before selection.