GE IC660ELB912

Specification

Input voltage: 5V DC.

Input current: 400mA.

Power consumption: 1.0A for single-channel PCIM connection; 1.5A for dual-channel PCIM with 2 daughter boards. Operating temperature: -40°C to +70°C.

Storage temperature: -40 to + 85°C.

Memory: Shared memory 16KB

Compatibility: Compatible with single-slot PCIM (IC660ELB921) and dual-channel PCIM (IC660ELB922), and can be used as their daughter boards.

Processor and related: GE IC660ELB912 uses 6303 serial interface microprocessor, which exchanges data with manager microprocessor 64180 through dual-port RAM. 64180 also has a separate 8Kb RAM for its exclusive use.

Features

Communication and expansion capabilities: GE IC660ELB912 interfaces via a PXI Express (PXIe) interface and can directly plug into NI's PXIe system. It has good module interoperability and can flexibly configure and expand with other PXIe modules, making it easy to build complex test and control systems. Moreover, GE IC660ELB912 also supports a variety of Ethernet protocols such as; Ethernet/IP, Profinet, and Modbus TCP, catering to diverse industrial network environments and making communication easy among various devices in order that they can seamlessly connect and engage in data exchange.

Control and management function: GE IC660ELB912, as an I/O Controller, can be used to initialize and manage fault status reports from up to 30 other bus devices on the system, update data images of those devices, and achieve rapport among other controllers through global data communicative messages, datagrams, and directed control data that allow centralized management and monitoring of the system.

Status indication and diagnosis: GE IC660ELB912 has a pair of status LEDs that indicate GENI OK and COMMS OK, which immediately display the operating and communication statuses of the device, thereby quickening fault location and trouble-fixing efforts. At the same time, complete fault diagnostics allow one to locate failures almost in a timing rush and remediate matters of concern for the maintenance wavelength.

Application

Production line control: GE IC660ELB912 could definitely control the automated flow of an industrial production line, such as that for automobile manufacture and electronics assembly, to monitor and control a number of digital signals on the production line, including start and stop functions for equipment, transport and positioning for materials, product check and sorting, and many more, to maintain smooth and high-efficiency production lines, improve productivity levels, and enhance the product quality levels being attained.

The process control system: Moreover, GE IC660ELB912 can monitor and control parameters-e.g., temperature, pressure, flow, liquid level, etc.-in production processes for companies in the chemical, pharmaceutical, food, and beverage industries. The strategic control process is formulated by digitarily transmitting a signal relating to the inhaler through the preset control system to achieve strict control in the manufacturing sector, which will intrinsically ensure the quality and safety of, respectively, manufactured products and the production.

The robot control system: The controlling of a robotic system for motion, posture adjustments, job allocation, and even feedback is done using the GE IC660ELB912. In the case that the host sends instructions to the robot, these will be converted to an understandable digital signal through the terminal and said robot will hence spread the tasks with relative ease.

Traffic light control: GE IC660ELB912 could provide a control for the management of urban traffic lights, realizing automatic switching, green wave band control, and also adaptive control of them. By means of vehicle detection sensors, traffics flow monitoring equipment, etc. GE IC660ELB912 would converse with them in order to adjust the timing of the traffic lights to accord with real-time street congestion and alleviate traffic congestion.