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Q64TCTTBWN | MITSUBISHI Thermocouple type temperature control module (upgraded version) Q64TCTTBWN

MITSUBISHI Q64TCTTBWN Manual And Instructions
Q64TCTTBWN datasheetPDF datasheet
Q64TCTTBWN datasheetPDF datasheet

MITSUBISHI Q64TCTTBWN Product information and technical parameters:
Brand: MITSUBISHI
Name: Thermocouple type temperature control module (upgraded version)
Model: Q64TCTTBWN
Input: 4 channels.
Thermocouple (K, J, T, B, S, E, R, N, U, L, PLlI, W5Re/W26Re,,).
Heater disconnection detection function.
Sampling period: 0.5s/4 channel.
18 point terminal table x2.
Peak current suppression.
Can prevent the simultaneous opening of the output to control the peak current, which is helpful for saving energy and reducing the operation cost.
Heating function at the same time.
The multiple loop can reach the set value at the same time to carry out the uniform temperature control,
Helps to prevent no-load and effective energy saving and reduce operating costs.
Automatic adjustment function.
The PID constant can be adjusted automatically in the control process.
Automatic adjustment of cost (time, material and electrical energy) can be reduced.
Can be flexible in various settings, to achieve the best temperature control of the temperature control module.
Equipment for high temperature control stability of extrusion molding machine,
The temperature regulating module has the function of preventing overheating and preventing over cooling.
According to the control object device, select the standard control (heating or cooling) or the heating and cooling control (heating and cooling) mode.
In addition, the mixed control mode (combined with the standard control and heating - cooling control) can be selected.

Q6TA32 special tool.Input / output points: 4096 points.
Number of input and output elements: 8192.
Program capacity: 60 K step.
Processing speed: 0.0095 s.
Program memory capacity: 240 KB.
Support USB and network.
Support installed memory card.
Providing high speed communication between multiple CPU MITSUBISHI Q64TCTTBWN.
Shorten the fixed scan interrupt time, high precision device.
The minimum interval of the fixed period interrupt program is reduced to 100 s Q64TCTTBWN
The high speed signal can be accurately obtained, which makes the contribution to the higher precision of the device.
High speed and high precision machine control by multi CPU.
By parallel processing of the linear and multi CPU high-speed communication (cycle 0 MITSUBISHI Q64TCTTBWN. 88ms) of the parallel control program, the high speed control.
Multi CPU high speed communication cycle and motion control synchronization, so it can achieve the maximization of computing efficiency.
In addition, the latest movement control CPU in performance is 2 times the previous model,
To ensure high speed and high accuracy of the machine control.4 channel.
Input: DCO~20mA DC-10~10V MITSUBISHI Q64TCTTBWN.
Output (resolution): 0~4000; -4000~4000; 0~12000; -12000~12000; 0~16000; -16000~16000;
Conversion speed of 80 s/1 channel.
18 point terminal station.
The possibility of expanding control with intelligent function.
Providing a variety of analog modules, is the ideal choice for process control applications.
Can also meet the needs of high speed, high precision control.
Most suitable analog modules for high speed conversion control.
Can provide a variety of analog and digital analog conversion module products.
These modules have a variety of functions, in the connection of equipment, to achieve the greatest flexibility.
Can meet the inverter control, such as high-speed conversion needs.
A variety of modules with excellent performance,
Meet the needs of various control from analog to location.
Q series module products include a variiety of types of I/O, analog and positioning function module Q64TCTTBWN.
Can fully meet the switch, sensor, such as the input and output, temperature, weight, flow and motor, drive control,
As well as the requirements of high-precision control of thhe positioning of the industry, the control needs of various fields Q64TCTTBWN.
Can also be used in combination with the CPU module to achieve appropriate control.


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