| SR intelligent controller is a new type of programmable controller with FBD (Function Block Diagram) programming, which is simpler and easier to learn than the conventional PLC (ladder diagram and instruction). In the design concept of SR series products, SR-WRT is used as a programming panel to program SR series hosts. On the other hand, SR-HMI is used as a powerful simple Human-Machine Interface to display the status of SR series, and SR-HMI itself is programmable. If you want to program SR by PC, free programming software "Super CAD” with powerful functions is provided. SR can be used to combine voice modules of SR-VPA, SR-VPD and remote control modules of SR-RCA, SR-RCD; it can perform telephone remote controlling, wireless controlling, voice prompting and auto-dialing functions. Being used with expansion module (SR-20ERA, SR-20ERD, SR-20ETD, SR-20EGD), the input/output points can be expanded to satisfy your requirements. Mostly one SR machine can be connected with five extension modules at most, (it is better you connect with the 3 extension modules) and there are 122 I/O points (74 inputs and 48 outputs) at most. SR intelligent controller is widely used in automatic control field of industry, agriculture, and automatic house control, which really comes into every part of people's daily life. | ||||||
| TYPE | Power Supply | Input | Output | Remarks | ||
| SR-12MRAC | AC110-220V | 8 point AC input | 4 point relay output | More | ||
| SR-12MRDC | DC12-24V | 8 point DC input (6 point analog) | 4 point relay output | More | ||
| SR-12MTDC | DC12-24V | 8 point DC input (6 point analog) | 4 point transistor (equivalent NPN) | More | ||
| SR-12MGDC | DC12-24V | 8 point DC input (6 point analog) | 4 point transistor (equivalent PNP) | More | ||
| SR-22MRAC | AC110-220V | 14 point AC input | 8 point relay output | More | ||
| SR-22MRDC | DC12-24V | 14 point DC input(8 point analog) | 8 point relay output | More | ||
| SR-22MTDC | DC12-24V | 14 point DC input(8 point analog) | 8 point transistor (equivalent NPN) output | More | ||
| SR-22MGDC | DC12-24V | 14 point DC input(8 point analog) | 8 point transistor (equivalent PNP) output | More | ||
| SR-20ERA | AC110-220V | 12 Point AC input | 8 point relay output | More | ||
| SR-20ERD | DC12-24V | 12 Point DC input | 8 point relay output | More | ||
| SR-20ETD | DC12-24V | 12 Point DC input | 8 point Transistor(equivalent NPN) output | More | ||
| SR-20EGD | DC12-24V | 12 Point DC input | 8 point Transistor(equivalent PNP) output | More | ||
| Type | | | Notes | | | Remarks | ||
| SR-VPA | AC110-220V type telephone voice module | Voice module | ||||
| SR-VPD | DC12-24V DC type telephone voice module | For details please enter | ||||
| SR-AUD | Recording wire between SR-VPA and SR-VPD | |||||
| SR-RCA | AC110-220V type Remote Receiving Module | Remote module | ||||
| For details please enter | ||||||
| SR-RCD | DC12-24V type Remote Receiving Module | |||||
| SR-TC | DC3V Remote Transmitter (with 2 AA batteries) | |||||
| SR-EANT | Lengthened Connection Antenna between SR-RCA and SR-RCD | |||||
| SR-HMI | Monitor Operation Panel, 64 pages of HMIs, with parameter self-modified and added | Display Panel | ||||
| SR-LED | Display panel, displaying the state of the power, running and the operation state of the CPU | For details please enter | ||||
| SR-EHC | SR-HMI Connected set | |||||
| SR-CP | SR Communication Cable .（profile plug type） | Communication Cable | ||||
| SR-DCP | SR Communication Cable .（frontispiece plug type） | For details please enter | ||||
| SR-DUSB | SR Communication cable between SR and USB port | |||||
| SR-CBA | SR AC ConnectionBridge | Accessory | ||||
| SR-CBD | SR DC ConnectionBridge | |||||
| SR-ECBA | SR AC Lengthened ConnectionBridge | For details please ente | ||||
| SR-ECBD | SR DC Lengthened ConnectionBridge | |||||
| SR-LC L | Decoration Cover of the ConnectionBridge(LEFT) | |||||
| SR-LC R | Decoration Cover of the Connection Bridge(RIGHT) | |||||
| SR-WRT | WRT Program | |||||
| Program Panel User program in the field, debug, modify the program, set the time parameter, demarcate the value of analogue A and B. | For details please enter | |||||
