Output points: 64 points.
Output form: Transistor (source) output.
Rated open and close voltage, current: -.
Rated load voltage: DC12 ~ 24V.
Max load current: 0.1A/ point.
Response time: 1ms.
Common way: 32 point / public end.
Protection function (overload, overheat).
External wiring connection: 40 pin connector two MITSUBISHI R60ADH4.
Output module with mechanical relay contact mechanism,
Including the load voltage range of the relay and can be used for the output of the DC12~24V load transistor output type R60ADH4
According to the load voltage, the output points of different, choose the most suitable user needs of the module.
Preventive maintenance based on the life of relay contact.
Relay output module can accumulate the number of ON of each output point MITSUBISHI R60ADH4.
Through the understanding of the relay contacts of the number of times, according to the relay life of preventive maintenance. The input and output module installation number: 5.
DIN guide rail mounting adapter type: R6DIN1.
Size (H) * (32.5mm) * (W) * (D): * 245mm * 101mm. "Input points: 16 points.
Rated input voltage and frequency: DC24V.
Rated input current: 6 MITSUBISHI R60ADH4. 0mA.
Response time: 5 S ~ 70ms.
Common way: 8 point / public end (positive 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 additionn, the public end of the module can be freely selected as the common end of the positive pole and the negative pole R60ADH4.
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 R60ADH4.