Analog input channel number: 4CH.
Available thermocouple: B, R, S, K, E, J, T, N, U, L, PL II, W5Re/W26Re.
Available temperature resistance: PT100, JPt100.
Sampling period 4CH: 250ms/500ms.
Control output cycle: 0.5s ~ 100.0s.
Input impedance: 1M.
Input filter (0: input filter OFF): 0 ~ 100s.
Sensor compensation value setting: the full range of the input range of the negative terminal to the full range of the input range MITSUBISHI NZ2MC-1MBS NZ2MC-1MBS
Sensor input when the action: according to the scale of the processing.
Temperature control mode: ON/OFF PID pulse or 2 position control
Heater disconnection detection specification: there.
External wiring connection: 18 point screw terminal two.
Temperature tracking function can be monitored in real time MITSUBISHI NZ2MC-1MBS.
Using Works3 GX in the temperature function, can be real-time tracking temperature, in the confirmation of the temperature waveform and parameter adjustment.
In addition, the temperature can be saved as a CSV file after the export, the use of a variety of purposes.
Module binding function.
Combined with the use of up to 64 sets of temperature control module for temperature control MITSUBISHI NZ2MC-1MBS. Can be combined with the function of the following two points.
Heating function between modules.
Peak current suppression function between modules.
Temperature rising function between modules
By cooperating with the time of arrival of a number of loops, the average temperature is controlled.
Can realize the uniform temperature control, avoid partial burning control object,
Part of the phenomenon of thermal expansion. Can be divided into 16 groups, with its heating up to the time,
Reduce the overall system in heating up the waste of energy. Operation control mode: stored procedure repeated operation.
Built in IE CC-Link.
Input / output points: 4096 points.
Program capacity: 40K.
Increase the speed of a constant cycle interrupt program.
Perform a minimum interval constant period interrupt program can be shortened to 50 s,
Programmable logic controller can read more high-speed signals.
In addition, the interrupt routine can be set priority, and the interrupt program with high priority is executed when the interrupt processing is interrupted.
Therefore, when the signal is read at a high speed, the program can read the signal from the constant cycle of the conventional input module +CPU module.
Soft element / label area for easy processing
The extended SRAM card is installed on the programmable controller CPU module,
Soft element / label storagge area with up to 5786K words NZ2MC-1MBS.
The expansion area is connected to the memory of the built-in CPU module,
The range of soft components / labels can be freely distributed.
Therefore, it can be easily programmed without taking into account the boundaries of each storage area NZ2MC-1MBS.
In addition, can also use the SD memory card processing records data, database data, such as large capacity data.