CM-Ethernet Plug-In Ethernet Communication Module RJ45 Modbus TCP SNMP Remote Monitoring Expansion Card

Product Specifications

• Model: CM-Ethernet Plug-In Ethernet Communication Module
• Network Speed: 10/100Mbps RJ45 Ethernet
• Supported Protocols: Modbus TCP, SNMP, AirGate
• Core Functions: Remote Monitoring, Remote Control, Email Alarm, System Centralized Access
• Installation: Built-in Controller Slot Plug-In Installation
• Operating Temperature: -25℃ ~ +70℃
• Package: Carton Packaging
• Warranty: 6 Months Original Factory Warranty

Wide Application Range

1. Data center, hospital, financial building key load standby diesel generator remote centralized monitoring system

1. Commercial complex, fire protection, property building BMS intelligent power management system access

1. Multi-generator parallel power station, factory SCADA industrial automatic monitoring project

1. Marine main and auxiliary generator sets, offshore platform unattended power equipment remote management

1. Mining, telecom base station, remote off-grid standby power equipment cloud alarm and data collection

Key Product Features

1. Official Plug-In Design, Perfect Original Compatibility
   Directly inserted into the controller expansion slot, no external power supply, no wiring modification, fully compatible with mainstream ComAp series controllers, stable communication without signal drift or disconnection failure, completely retaining the original official communication protocol and security encryption mechanism.
    
2. Multiple Industrial Protocols Support, Easy System Integration
   Built-in Modbus TCP and SNMP dual industrial protocols, which can upload all electrical parameters, engine operating data, running hours and fault records of the generator to PLC, SCADA, BMS building management system to realize centralized data collection and automatic equipment linkage control.
    
3. AirGate Remote Penetration Technology, Cross-Network Remote Access
   No need to apply for fixed public IP, through ComAp official AirGate cloud tunnel technology, you can remotely access the generator controller anywhere in the world, realize remote start-stop, parameter modification, online firmware upgrade and fault diagnosis, greatly reducing on-site after-sales maintenance costs.
    
4. Automatic Multi-Recipient Email Fault Alarm Push
   When the unit triggers shutdown or warning protection such as low oil pressure, high coolant temperature, overspeed, overvoltage, the module automatically sends detailed fault information to the preset multiple email addresses to realize real-time fault early warning and avoid major equipment loss caused by unattended equipment failure.
    
5. Web Page Local Monitoring + Professional Software Dual Debugging Modes
   Support built-in web page access to view real-time operating data; cooperate with InteliConfig official software to realize batch parameter configuration, historical data export, controller firmware remote upgrade, convenient for equipment factory debugging and later operation and maintenance management。
    
6. Industrial Anti-Interference Circuit Design, Stable Harsh Environment Operation
   Adopt isolation anti-surge circuit design, strong anti-electromagnetic interference, can work stably for a long time in high-temperature, dusty, strong vibration engine room and power distribution room environments, with official CE certification, meeting industrial-grade safety standards.
    

Common Equipment Failures Solved

• Local on-site monitoring only, unable to realize remote unattended management, equipment fault cannot be found in time leading to generator shutdown loss
• Multiple generators cannot be connected to the centralized SCADA monitoring system, manual regular inspection has high labor cost and low efficiency
• Traditional RS485 serial communication has short transmission distance, cannot realize cross-regional remote access and cloud data storage
• No automatic remote alarm function, equipment hidden faults cannot be timely notified, leading to engine overhaul damage
• Need frequent on-site parameter modification and fault debugging, high travel maintenance cost and long equipment downtime