MITSUBISHI Q170MCPU-S1 Structured Text(ST) Manual Q170MCPU-S1 PROGRAMMING Guide Book

Extended SRAM card 4MB
Simply insert the SD memory card, you can automatically record.
Simply insert the SD in the CPU to save the record setting file, you can automatically start recording.
Even when remote data collection is required,
After receiving a record setting file by mail and copy it to the SD memory card,
Can immediately start recording Q170MCPU-S1 Structured Text(ST) Manual Q170MCPU-S1 PROGRAMMING Guide Book Q170MCPU-S1 8 slots; requires 1 AnS series PLC power modules;
Used to install large AnS series PLC module.
Base plate of AnS series PLC.
QA1S series PLC 8 slot main substrate.
AnS series of modules can be installed. Battery replacement.
Initial voltage 3.0V.
Replace large capacity battery module with cable.
Current capacity: 18000mAh.
Service life: 5 years.
Outline dimension: 98*55 Q170MCPU-S1 Structured Text(ST) Manual Q170MCPU-S1 PROGRAMMING Guide Book. 2*87mmSRAM+E2PROM memory card.
RAM capacity: 32KB.
E2PROM capacity: 32KB. 8 channels.
Input: AC0~5A AC0~50A, CT, AC0~100 until AC0~600A.
Output: 0~10000.
18 point terminal.
Directly connected to the CT sensor, saving wiring and space of the CT input module.
Directly connected with CT sensor and programmable controller,
No need for external connection signal converter, etc Q170MCPU-S1 Structured Text(ST) Manual Q170MCPU-S1 PROGRAMMING Guide Book. .
Very accurate measurement results can be obtained by stable data transfer speed,
Then, load control and operation of the system and equipment are carried out, and the power supply system is managed and monitored.
Directly connect the CT sensor, saving wiring and space
In the case of no external signal converter, directly connected to the CT sensor.
A module can be used to measure up to 8 channels of alternating current, thereby reducing wiring time and cost.
Set the CT sensor type (input range) for each channel.
Through a module to select from AC0 ~ 5A to 600A ~ CT AC0 sensor.
Preventive maintenance can be carried out by detecting the peak current.
Peak current detection function
By detecting the peak current, the equipment can perform maintenance and troubleshooting.
Take the motor as an example, the load applied on the motor changes due to wear and damage of the gear,
Load current will suddenly change.
By detecting the transient peak current at thiis time, the fault of the equipment can be diagnosed Q170MCPU-S1 Structured Text(ST) Manual Q170MCPU-S1 PROGRAMMING Guide Book.
Input signal error detection function
Can detect whether the CT input value is out of range (higher than the peak value)) Q170MCPU-S1 Structured Text(ST) Manual Q170MCPU-S1 PROGRAMMING Guide Book.
Because the large current flow on the measurement object is beyond the range limit,
Therefore, the error of the measurement object can be monitored.