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Q4MCA-1MBS | MITSUBISHI Extended SRAM card Q4MCA-1MBS
MITSUBISHI Q4MCA-1MBS Manual And Instructions
Q4MCA-1MBS datasheetPDF datasheet
Q4MCA-1MBS datasheetPDF datasheet
MITSUBISHI Q4MCA-1MBS Product information and technical parameters：
Brand: MITSUBISHI
Name: Extended SRAM card
Model: Q4MCA-1MBS
Extended SRAM card 1MB.
Support SD memory card.
High speed universal QCPU support SD memory card,
In order to be able to have a memory card port between SD and PC to easily realize data exchange.
In addition, the SD memory card and the extended SRAM card can be used simultaneously.
Therefore, the extension of the file register using the extended SRAM card,
SD memory card can be used at the same time to carry out the data file record, a large number of annotation data storage, through the memory card to guide operation.
...More relevant models >>>>
Q4MCA-1MBS datasheetPDF datasheet
Q4MCA-1MBS datasheetPDF datasheet
MITSUBISHI Q4MCA-1MBS Product information and technical parameters：
Brand: MITSUBISHI
Name: Extended SRAM card
Model: Q4MCA-1MBS
Extended SRAM card 1MB.
Support SD memory card.
High speed universal QCPU support SD memory card,
In order to be able to have a memory card port between SD and PC to easily realize data exchange.
In addition, the SD memory card and the extended SRAM card can be used simultaneously.
Therefore, the extension of the file register using the extended SRAM card,
SD memory card can be used at the same time to carry out the data file record, a large number of annotation data storage, through the memory card to guide operation.
Input: 2 channels.
Input: thermocouple / micro voltage / voltage / current.
Conversion speed (input):25ms/2 channel.
Sampling period: 25ms/2 channel.
Output: DC4~20mA.
Conversion speed (output):25ms/2 channel.
18 point terminal station.
With 5 kinds of PID control mode.
Loop control module suitable for fast response object control, such as temperature control, flow control, etc MITSUBISHI Q4MCA-1MBS Q4MCA-1MBS .
The loop control module has a PID control format and a sampling period of 25ms that is proportional to the speed,
Support high precision, high resolution Thermocouple Input, micro voltage input, voltage input, current input and current output.
The most suitable for high speed lift and temperature control and pressure control, flow control and other requirements of the application of high speed response MITSUBISHI Q4MCA-1MBS.
Can be connected with JIS, IEC, NBS, ASTM standard thermocouple.
Through the small voltage, voltage, current input sensor, can be measured in a variety of input range of analog.
Provides the program control function, can according to the specific requirements of the time automatically change the target value (SV) and PID constant [proportional band (P), integration time (I), differential time (D)],
And cascade control function, allowing channel 1 as the main station, channel 2 for the control from the station MITSUBISHI Q4MCA-1MBS. 3C-2V/5C-2V coaxial cable.
Single bus.
PLC to PLC network (control station / common station) / remote I/O net (remote master station).
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.
Optical fiber loop system...... High speed communication of 10Mbps/25Mbps is realized.
The distannce between stations, the length of the total cable length, strong anti-interference Q4MCA-1MBS.
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 Q4MCA-1MBS. ..... Combined with high performance price ratio network module and twisted pair cable,
The construction cost of network system is very low.
Input: thermocouple / micro voltage / voltage / current.
Conversion speed (input):25ms/2 channel.
Sampling period: 25ms/2 channel.
Output: DC4~20mA.
Conversion speed (output):25ms/2 channel.
18 point terminal station.
With 5 kinds of PID control mode.
Loop control module suitable for fast response object control, such as temperature control, flow control, etc MITSUBISHI Q4MCA-1MBS Q4MCA-1MBS .
The loop control module has a PID control format and a sampling period of 25ms that is proportional to the speed,
Support high precision, high resolution Thermocouple Input, micro voltage input, voltage input, current input and current output.
The most suitable for high speed lift and temperature control and pressure control, flow control and other requirements of the application of high speed response MITSUBISHI Q4MCA-1MBS.
Can be connected with JIS, IEC, NBS, ASTM standard thermocouple.
Through the small voltage, voltage, current input sensor, can be measured in a variety of input range of analog.
Provides the program control function, can according to the specific requirements of the time automatically change the target value (SV) and PID constant [proportional band (P), integration time (I), differential time (D)],
And cascade control function, allowing channel 1 as the main station, channel 2 for the control from the station MITSUBISHI Q4MCA-1MBS. 3C-2V/5C-2V coaxial cable.
Single bus.
PLC to PLC network (control station / common station) / remote I/O net (remote master station).
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.
Optical fiber loop system...... High speed communication of 10Mbps/25Mbps is realized.
The distannce between stations, the length of the total cable length, strong anti-interference Q4MCA-1MBS.
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 Q4MCA-1MBS. ..... Combined with high performance price ratio network module and twisted pair cable,
The construction cost of network system is very low.
...More relevant models >>>>
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