GE IC660ELB910

Operating Parameters

Operating input voltage range: 93V to 132V AC, 47V to 63 Hz.

Input: 2-wire and 3-wire proximity switch inputs, the characteristics of ON / OFF threshold configurable within the group from 25% to 85% of the input line voltage.

Product Features

Fast Processing: GE IC660ELB910 is Equipped with enhanced microprocessor technology, it can process instructions at rapid speeds. This allows immediate analysis of the data and decision-making in real-time, which is important for applications where timing can be critical (for example in automated manufacturing).

Improved Memory Size: The internal memory of KB or more allows it to retain large amounts of data, such as program codes, configurable parameters, and historic data. Such huge storage allows for complex programming and autonomous operation, minimising the need to access external data frequently.

Ensured of Versatility: GE IC660ELB910 is equipped with multiple communication interfaces such as [RS-485, Ethernet and USB]. This allows it to easily communicate with various other industrial equipment for remote monitoring, control, or data transfer in multiple different ways.

Installation

Mounting: Slim DIN rail mountable Use the provided accessory clips or brackets to securely mount the device. Properly level the and install the rail to avoid the component being mounted becoming unstable.

Wiring Guidelines: Follow only the wiring diagram provided in the respective product manual. Be careful with polarity when connecting the power supply wires or you will damage! We recommend using a shielded cable for data wires to eliminate electromagnetic interference. All wire connections must be secured and properly insulated.

First-Time Setup: Configure settings the first time you use the device. This means entering communication speeds, input/output modes, and calibration values. GE even provides specific software or tools to make this configuration easy enough to be completed by those without extensive technical knowledge.

Application Ranges

Industrial Control Systems: Plays crucial role in automating production lines in factories. GE IC660ELB910 can communicate with motors, sensors, and actuators to control machinery operations at a very fine level, monitor production parameters, and modify processes on the fly to achieve quality and productivity targets.

Smart Building management: GE IC660ELB910 can interface with building Automation systems in modern buildings. It oversees tasks such as lighting, HVAC (Heating, Ventilation, and Air Conditioning), and access control, optimizing energy consumption and improving user comfort.

Energy in Renewable Installations: GE IC660ELB910 helps in monitoring and controlling energy conversion systems in solar and wind farms. It gathers data about power generation, battery charge levels, and grid connection status, enabling it to operate efficiently and integrate seamlessly with the power system.

Troubleshooting

Power-Up Problems: If the device does not come on, begin by verifying the power cable connections. Make sure they are safe and not crippled. Use a voltmeter to measure the input voltage at input terminals to check if it is within the specified voltage range. Check continuity with meter on the internal fuse (if accessible) if input voltage is correct & power is not turning on. You might need to replace a blown fuse.

Communication Gone Wrong: The first thing to check when data communication is lost is the communication cables. Check for loose connections, frayed wires, or bad terminations.  Check the communication protocol settings on the GE IC660ELB910 and the connected device. That can cause errors when data is being transmitted, or some transmissions may not even go through. If plugged into the network, use something like ping to assess network approachability.

Incorrect Sensor Readings: In the case where the device is reading false sensor signals, check the sensor connections first. Re-tighten any loose plugs and check the wiring for breaks or shorts. Use sensor calibration next. If it is not calibrated correctly, it can corrupt the data.