Simulator Adapter Modules for GE Fanuc PLC Series 90- 70

The Discrete Inputs Simulator Adapter module for the GE Fanuc Series 90-70 Programmable Logic Controller provides discrete input signals simulation for the 32 TTL Inputs module IC697MDL651. The simulator has 16 two-position switches and four digit BCD thumbwheel on the front. Each switch simulates a discrete input device. The module is mounted at the front of the input module, thus replacing the terminal block. The module does not require any field connections or external power.

The Discrete Inputs Simulator Adapter module is a valuable training and demonstration tool, since it can be used to substitute the real inputs while running program on the PLC. It can also be very useful during development to assist in debugging and troubleshooting programs. It can also be kept permanently attached to the system to provide 16 conditional input contacts and a numerical entry device.

The Discrete Outputs Simulator Adapter module for the GE Fanuc Series 90-70 Programmable Logic Controller provides discrete output signals display for the 32 Points 5 48 V Outputs module IC697MDL753. The simulator has sixteen LEDs and four digit BCD display on the front. The LEDs display current status of the outputs signals and the BCD display allows to display an integer number of the range 0 9999.

The adapter module is mounted at the front of the output module, and it replaces the terminal block. The simulator requires +5V power which is taken from another simulator module or from the backplane through connector supplying power for expansion rack. The simulator adapter requires an additional cable - either KR697CBL001 or KR697CBL002.

The Discrete Outputs Simulator Adapter module is a valuable training and demonstration tool, since it can be used to display current status of output signals while the program is running on the PLC. It could be very useful during development to help debugging and troubleshooting programs. It may also remain permanently attached to the system to provide sixteen status display lights and a numerical display.

The Analog Inputs Simulator Adapter module for the GE Fanuc Series 90-70 Programmable Logic Controller provides two analog input signals simulation for the Analog Inputs module IC697ALG230. The simulator has two potentiometers capable of adjusting the input signal within the range of -10V to +10V. The adapter module is mounted at the front of the input module, and it replaces the terminal block. The simulator requires +5V power which is taken from another simulator module or from the back plane through connector supplying power for expansion rack. The simulator adapter requires an additional cable - either KR697CBL001 or KR697CBL002.

The Analog Inputs Simulator Adapter module is a valuable training and demonstration tool, since it can be used to substitute the real inputs while PLC is running the program. It could be very useful during development to help debugging and troubleshooting programs. It may also remain permanently attached to the system to provide an operator with a possibility of manually controlling analog devices.

The Analog Outputs Simulator Adapter module for the GE Fanuc Series 90-70 Programmable Logic Controller provides display for two analog output signals of Four Channel Analog Outputs module IC697ALG320. The simulator has two bar-graph displays with the resolution of 1 V and signal polarity monitoring. The adapter module is mounted at the front of the output module, and it replaces the terminal block. The simulator requires +5V power which is taken from another simulator module or from the back plane through connector supplying power for expansion rack. The simulator adapter requires an additional cable - either KR697CBL001 or KR697CBL002.

The Analog Outputs Simulator Adapter module is a valuable training and demonstration tool, since it can be used to display current status of output signals while the program is running on the PLC. It could be very useful during development to help debugging and troubleshooting programs. It may also remain permanently attached to the system to provide constant monitoring of analog values.