Terminal module FA-TH16YTH11S MITSUBISHI FA-TH16YTH11S

The connector is converted to a screw relay terminal."Universal output function: source type.
Program capacity: 260K step.
Basic operations processing speed: 9.5ns.
Communication interface: USB/Ethernet (built-in CC-Link function).
Program capacity: 20K step.
Control mode: stored procedure repeated operation MITSUBISHI FA-TH16YTH11S.
Input / output points: 4096 points.
End cap.
High precision PWM control of the highest 200kHz FA-TH16YTH11S
In the PWM output mode, by setting the ON time and cycle time,
The duty cycle can be changed, and the minimum cycle time is 5 s.
In addition to lighting dimming control, simple motor control and heater control,
Can also be used to require high resolution detection equipment, such as a wide range of oscillators MITSUBISHI FA-TH16YTH11S.
CPU built-in functions can be easily set through programming tools.
The built-in I/O function settings can be easily carried out through the parameters of the programming tool.
5 s units can be used for high precision workpiece measurement in pulse measurement mode,
Can be used with a minimum of 5 s units of the input signal of the ON/OFF time (the shortest 200 s) for high precision measurement MITSUBISHI FA-TH16YTH11S.
For example, after measuring the ON time of the sensor input,
The "moving speed" and "length" of the workpiece can be accurately calculated ". "Convert connector to screw relay terminal.
According to the location of the connection equipment distribution module FA-TH16YTH11S MITSUBISHI. Convert connectors to fast connectors.
According to the location of the connection equipment distribution module FA-TH16YTH11S MITSUBISHI. The connector is converted to a spring clip terminal row.Open collector output.
Axis of control: 1.
Maximum output pulse: pulse/s 200k.
Location data: 600 data / axis.
Max link distance: 2m.
With the parameter setting, the synchronization control can be easily realized. Do not need to write complex procedures FA-TH16YTH11S MITSUBISHI.
Start / stop with synchronous control of the shaft.
Synchronous control of the axis and the positioning of the axis can coexist.
Through the clutch, the movement of the main shaft can be transferred to the output shaft.
Simple implementation of synchronization control.
Cam control is more simple
Cam data can easily create a variety of patterns.
Can be simple to achieve the gear, shaft, transmission, cam and other mechanical mechanisms to replace the software synchronization control.
It is not subject to the limitatioon of the concept of the electronic cam control so far, and can use the cam with high degree of freedom FA-TH16YTH11S.
The stroke, speed, acceleration and beat can be confirmed on the graph, and the setting is carried out at the same timee MITSUBISHI FA-TH16YTH11S.
Can also be through the cam data thumbnail display, easy to confirm the cam data has been created.
Can import and export the cam data in CSV format.