MITSUBISHI Q02HCPU-A Common Instructions 1/2 Manual Q02HCPU-A Programming Manual

PCI bus.
Support Japanese, English OS.
3C-2V/5C-2V coaxial cable.
Single bus controller network (control station / common station).
Province distribution network module in cabinet and device.
Link to connect the 64 stations when the fastest scanning time for 1.2ms (rate 2.5Mbps).
According to the transmission distance, the transmission rate is selected from 2 Q02HCPU-A Common Instructions 1/2 Manual Q02HCPU-A Programming Manual Q02HCPU-A 5Mbps, 625kbps and 156kbps.
CC-Link/LT from the station does not need any parameter settings.
Only need to set up the transmission speed in the master module, you can use the remote I/O.
I/O control in the first class of open field network module.
CC-Link based on reliable field bus technology,
Able to transmit large number of bits data (such as ON/OFF information) and word data (such as analog information) Q02HCPU-A Common Instructions 1/2 Manual Q02HCPU-A Programming Manual .
Consistency of CC-Link to maintain loop transmission,
And the cycle of transmission and information (instantaneous transmission) communication separately, so as to ensure the timeliness of.
Even if the information reaches saturation, it will not affect the link scan time.1 channels.
Input (weighing sensor output): V/V 0.0~3 Q02HCPU-A Common Instructions 1/2 Manual Q02HCPU-A Programming Manual . 3m.
Output (resolution): 0~10000.
Conversion speed: 10ms.
18 point terminal.
Weighing sensor input module capable of directly connecting with all kinds of weighing sensor.
The weighing sensor can now be directly connected to a programmable controller system,
Without the need for an external connection to the signal converter, etc..
By ensuring the accuracy of the weighing sensor, stable data conversion speed,
To achieve a high precision measurement.
No external signal converter!
The weighing sensor input module is directly connected to the programmable controller, which can reduce the time and cost of the sensor!
Various types of weighing sensors can be connected with the magnetostrictive type, capacitive type, rotary instrument or strain gauge.
Can connect 6 wire system (combined with remote sensing technology and ratio method) or 4 wire system weighing sensor. "Maximum control axis: 4 axis.
Connection mode with servo amplifier: SSCNET III /H connection type.
The maximum distance between the drive units: 100m.
Operation cycle: 0.88ms.
Interpolation function: linear interpolation (maximum 4 axis), 2 axis arc interpolation.
Color signal: 4 points.
Color detecting set: 4 set.
Even the long distance wiring can be flexible.
The use of fiber optic cable, with high speed, high performance, high reliability of the servo system controller network.
In addition to the traditional positioning control, but also to support speed / torque control and synchronous control.
Use simple movement module setup tool",
Can easily perform positioning settings, monitoring and debugging, etc..
In addition, the data can be collected and displayed synchronously with the motion controller.
SSCNET III /H connection to save the wiring, the maximum distance between the station up to 100m,
Absolute position system can be easily supported.
The upper limit limit switch, the lower limit switch and the near point block signal are input by the servo amplifier,
Thus greatly reducing wiring.
In addition to positioningg control and speed control, but also to perform synchronization control, cam control, torque control, touch pressure control, etc Q02HCPU-A Common Instructions 1/2 Manual Q02HCPU-A Programming Manual . .
Positioning module (QD75MH) of the project annd the sequence of the previous model is highly compatible with the old model,
The project can be easily applied to the simple motion module (QD77MS) Q02HCPU-A Common Instructions 1/2 Manual Q02HCPU-A Programming Manual . "