"Input points: 16 points.
Rated input voltage, frequency: AC100 ~ 120V, 50/60Hz.
Rated input current: 8.2mA (AC100V, 60Hz), 6.8mA (AC100V, 50Hz).
Response time: 20ms.
Common way: 16 point / public end.
Interrupt function: have.
External wiring connection mode: 18 point screw terminal.
The input and output module is the interface between the switch, sensor, actuator, and other control system of the ON/OFF signal processing.
Compared with the previous series, iQ-R MELSEC series of input and output modules have more features,
1 modules can be used for a variety of purposes, to help reduce the cost of deployment and maintenance costs.
The module design of the pursuit of convenience".
Paste the white label on the input module and paste the red label on the output module,
The rated specifications are clearly marked on the front of the module, which can prevent the use of errors.
The input and output number stamped on the top of the front display input and output module LED, can easily confirm the status of the ON/OFF.
The terminal arrangement of each signal is recorded on the wiring terminal of the 16 point module, and the false wiring can be prevented.
The 64 point module can be 32 points as the unit, through the switch to switch to display the input and output number.
In addition, serial number tag in the front of the module, can be easily recognized. "
DC input, transistor (drain type) output.
Channel number: 2CH.
External wiring connection mode: 40 pin connector
Count input signal: there
Single phase input (single frequency / double frequency)
Dual phase input (single frequency and double frequency /4)
CW/CCW input: there
The signal level (phi A, Phi B): 2 ~ 5mA DC5/12/24V MITSUBISHI RX10.
High speed counter module can be measured in 200kpulse/s when DC input,
8Mpulse/s measurement can be performed in a differential input
RX10
The use of high precision incremental encoder, the most suitable for location tracking.
In addition, the high-speed counter module is also equipped with a pulse measurement and PWM output and other functions. Safety grade (SIL): SIL 3 (IEC 61508) MITSUBISHI RX10.
Performance level (PL): e PL (13849-1 EN/ISO).
Operation control mode: stored procedures repeated operation.
Program capacity: 1200K (security program: 40K).
Program memory: 4800K.
Soft element / tag memory: 3370K.
Data memory: 40M.
Unified program development environment.
Whether the general control procedures or safety control procedures, can be integrated into 1 Engineering documents,
Unified management by Works3 GX MITSUBISHI RX10. The troublesome operation can save more than one project file management.
When you create a security control program, you are also the same as when you create a general control program,
Various features of GXWorks3 can be developed using the support program MITSUBISHI Extended SRAM card.
Improve production efficiency through high responsiveness and rich program capacity.
Efficient use of high performance iQ-R CC-Link series and IE Field MELSEC networks,
Improve responsiveness and improve production efficiency MITSUBISHI Extended SRAM card.
In addition, the security control program capacity increased to 40K, about 3 times in the past.
Safe CPU can be used to deal with complex large capacity programs. Input points: 16 points MITSUBISHI Extended SRAM card.
Rated input voltage and frequency: DC24V.
Rated input current: 6.0mA.
Response time: 5 S ~ 70ms.
Common way: 8 point / public end (negative public end).
Interrupt function: have.
External wiring connection mode: 18 point screw terminal.
The input module is the most used module in the control system.
According to the input voltage, the input points of different, choose the most suitable user needs of the module.
1 modules are equipped with a variety of functions.
Can be through a single input module to 1 points for the unit to set the high speed response, interrupt input function.
In addition, the puublic end of the module can be freely selected as the common end of the positive pole and the negative pole RX10.
It is not necessary to use different modules according to the input specifications and functions, and reduce the number of mmodules,
Therefore slot occupied quantity can be reduced by 20% than in the past, the deployment cost can be reduced by 60% compared with the previous MITSUBISHI RX10.