GE IC670GBI002

Specification

Input voltage range: the external power supply voltage range is 18-30 VDC, where nominal value is 24 VDC, its AC input voltage range is 90-135 VAC, or 105-150 VDC, with rated AC input voltage being 115 VAC and 125 VDC.

Power consumption: input power is 16.8 watts maximum, with a maximum of 48 VA at 115 VAC and 24 watts at 125 VAC.

Power Output: the power output is 6.5 VDC with 1.4 amps maximum current and a holding time of 10 millisecond.

Data Transfer Capability: The GE IC670GBI002 can exchange 128 bytes of input and 128 bytes of output data during every scan, it also supports Genius datagram communications.

Reliability: The mean time before failure (MTBF) is found to be 183,000 hours.

Features

Power and communication connection:  GE IC670GBI002  has two terminal blocks, one for power and the other for communication connections enable electrical connection for com specification, installation, and maintenance are made easy, while also reducing the risk of failure by wiring error.

Configuration parameter storage: configuration parameters selected for the site by the BUI terminal block are stored in a manner ensuring that on any system restart or upon a module replacement that it returns to its original configuration and operating status, obviating the need to reset complicated parameters; hence the system's recovery and repeatability are enhanced.

Interactive testing functions: GE IC670GBI002 can carry out diagnostic tests on its own and on connected I/O modules; it then sends diagnostic information to either the host device or handheld monitor so that users may become promptly informed of the system's operational status, quickly locate and solve potential problems, and thus greatly lessen system maintenance and expensive downtimes.

Application

Smart warehousing: GE IC670GBI002 characterized an important function in the automated warehouse system since it allows connecting the position sensor, cargo weight sensor, and motor controller of the stacker-in serial. GE IC670GBI002 transmits the signals from the warehouse management system to the motor controller of the stacker straight following the message of the request to pick up goods or swing an inventory, and receives feedback signals of position and weight sensors at the same point in time. During the pick-up process, the stacker's position is continuously fed back to GE IC670GBI002 from position sensors to guarantee that it reaches the exact location for the designated cargo, while the cargo weight sensor is integrated into the system as an additional check on the cargo extraction process, furthering the accuracy and efficiency behind warehousing logistics.

Logistic transportation:On the logistics transportation sorting line, GE IC670GBI002 is connected to the barcode scanner, sorting robot and conveyor belt motor. These information is transmitted into the central control system via GE IC670GBI002. The control system, after receiving destination information, transmits commands to control the sorting robot and the conveyor belt motor using GE IC670GBI002. When, for example, a package is destined for a particular area, the control system will direct the sorting robot through instructions received from GE IC670GBI002 to put that package onto the appropriate conveyor belt to improve the speed and accuracy of logistics sorting.

Mining： Inside of the open-pit mine, GE IC670GBI002 connects the monitoring system and actuators of the mining equipment during operation. The bucket position sensor, equipment oil temperature sensor and engine controller could be connected through GE IC670GBI002 to the excavation equipment in the mine. The control system receives information from the different sensors and understands the working status of the equipment in real time. If the oil temperature is too high or the bucket position is abnormal, thenGE IC670GBI002 transmits this information to the control system, which can modify the engine output power, or control the bucket action, thus guaranteeing safe and efficient operations of the mining equipment.