Input: 4 channels.
Thermocouple (C1602~1995 JIS).
Micro voltage (-100mV~100mV).
Conversion speed: (sampling period x3) /1 channel.
18 point terminal station.
Most suitable for process control of isolated analog modules.
Temperature data can be collected by connecting thermocouple / thermal resistance.
Products can choose multi-channel (8 channel) input type and channel isolation type.
Customers can choose the most suitable model according to the intended use.
Save the program and parameter files automatically to the program memory (ROM Flash) without using the backup battery,
To prevent the loss of the program and the parameters due to forgetting to replace the battery.
In addition, the soft component data and other important data can be backed up to the standard ROM,
The data is lost due to battery depletion.
The next time the power is turned on, the backup data will be automatically restored.
Reduce system downtime recovery time.
With a simple operation, you can back up all the data in the CPU to the memory card.
Through regular backup, can be the latest parameters, procedures, etc. to save the storage card.
In the event of a CPU failure, after the replacement of CPU, can be a simple operation,
Restore the system by using the data storage card in advance.
Therefore, it is not necessary to spend time to manage the backup data, but also can shorten the recovery time of the system shutdown.
Q series of basic conversion module, A series of additional basic unit connection adapter unit.
Suitable for: A5 - B/A6 - B.Positioning: 3 axis, built-in counter function, open collector output type.
Control unit: pulse.
Number of location data: 1/ axis.
Maximum output pulse: 100Kpps.
Counter: 3 channels MITSUBISHI Q64TDV-GH.
100Kpps.
Counter input signal: DV5~24V.
40 pin connector.
Positioning control using encoder feedback, especially suitable for conveying system and processing machinery, etc
Q64TDV-GH.
In the 1 single module, the 3 axis positioning function and the 3 channel counter function are integrated.
Positioning module, high-speed counter module combined as a whole,
Can effectively use the board slot and save space MITSUBISHI Q64TDV-GH. Express PCI bus.
Support Japanese, English OS.
Multimode fiber optic cable.
Dual loop controller network (control station / common station).
With external power supply function.
Make the mixed data environment intelligent, to achieve a new manufacturing system IE CC-Link field network module.
Using Ethernet cables and connectors available on the market to reduce costs.
High speed communication capable of communicating with 1Gbps MITSUBISHI Q64TDV-GH.
Improve the communication response, significantly shorten the cycle time.
Improve the performance of cycle data update. Reduces the transmission delay time and the application of the synchronization waiting time.
Data can be read or written to other station programmable controller MITSUBISHI Thermocouple type temperature input module.
Status of IE CC-Link field network can be confirmed by Works2 GX.
Can be in the Works2 GX up and down the abnormal position, the cause of the exception, the event record,
So it can reduce the time of abnormal to resume normal operation MITSUBISHI Thermocouple type temperature input module.
MELSECNET/H network module capable of composing large scale flexible network system.
The MELSECNET/H network system includes the PLC network of the control station and the communication between the stations and the remote I/O network in the remote station remote I/O station MITSUBISHI Thermocouple type temperature input module.
Optical fiber loop system...... High speed communication of 10Mbps/25Mbps is realized.
The distance betweenn stations, the length of the total cable length, strong anti-interference Q64TDV-GH.
Coaxial bus system...... Using low cost coaxial cable, the network construction cost is lower than that of the optical fiber loop network.
Twisted pair bus system MITSUBISHI Q64TDV-GH. ..... Combined with high performance price ratio network module and twisted pair cable,
The construction cost of network system is very low.