IS215ACLEH1BC Universal I/O module

IS215ACLEH1BC Universal I/O module
General purpose I/O module GE IS200VVIBH1C is a general purpose I/O module manufactured by GE Fanuc for use in the GE Fanuc 90-30 series programmable logic controllers (PLCS).
The IS215ACLEH1BC, manufactured by General Electric (GE), has a variety of functions, as follows:
Data processing: IS215ACLEH1BC as a PLC (programmable logic controller), with numerical operation, data comparison, number system conversion, and data transmission communication and other functions.
Logic control: It can achieve a variety of on-off control, with logical operation function.
Timing control: Because the user is provided with a lot of timers, and the time setting value can be modified by the user program, it has a strong timing function.
Counting function: At the same time, it provides users with a lot of counters, and can also be set by software.
Sequence control: According to the production process, to achieve positioning output, sequential start and other control.
Communication networking: It can realize remote control of the regulator, frequency converter, etc., and can also carry out data transmission and communication with other PLCS or computers to form a distributed control system of “centralized management and decentralized control”.
In addition, the specific functions and applications of the IS215ACLEH1BC may vary depending on the system and domain in which it is applied, such as information indicating that it is a board component manufactured by GE for the Mark VI system. Therefore, you are advised to select and configure it according to the actual situation.

The technical parameters of IS215ACLEH1BC include the following:
I/O count: 16 points.
Analog I/O: 4 channels, 12 bit resolution.
Digital I/O: 12 channels.
Power Supply: +24V DC.
Power consumption: less than 2W.
Operating temperature: -20°C to +60°C.
Humidity: 5% to 95% (non-condensing).
Dimensions: 176 mm x 54 mm x 25 mm.
In addition, the IS215ACLEH1BC is also described as a card for vibration monitoring, capable of processing vibration probe signals from up to 14 probes connected to a DVIB or TVIB terminal board. These signals can be used to measure differential expansion, rotor eccentricity, vibration, or rotor axial position.