synapse
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synapse [2021/03/11 16:57] – [Documentaion] emozolyak | synapse [2024/02/01 14:52] – [Synapse v2] emozolyak | ||
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====== Synapse remote I/O module ====== | ====== Synapse remote I/O module ====== | ||
- | {{ :: | + | {{ network: |
The Synapse module (further reffered to as ' | The Synapse module (further reffered to as ' | ||
- | The module has 2 Ethernet interfaces (working in a " | + | The module has 2 Ethernet interfaces (working in a " |
+ | & MQTT protocols**. The enclosure is for panel / DIN 35 mm mount. | ||
==== Specifications ==== | ==== Specifications ==== | ||
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|Counter inputs (non-volitile) | 8 (digital inputs can be counting inputs with max. frequency of 1kHz, with anti-jitter filter of a 1ms step ) | | |Counter inputs (non-volitile) | 8 (digital inputs can be counting inputs with max. frequency of 1kHz, with anti-jitter filter of a 1ms step ) | | ||
|Digital Outputs| (2 groups x 4 outputs (symistor or relay ))2A | | |Digital Outputs| (2 groups x 4 outputs (symistor or relay ))2A | | ||
- | |1Wire bus | up to 32 sensors, cable length up tup 200 мeters | | + | |1Wire bus | up to 32 sensors, cable length up to 200 мeters | |
|Power supply for 'dry contacts' | |Power supply for 'dry contacts' | ||
|Enclosure protection | IP40 | | |Enclosure protection | IP40 | | ||
Line 22: | Line 23: | ||
==== Modbus registers map ==== | ==== Modbus registers map ==== | ||
+ | There are 1000 HR registers available for the user, some of them are reserverd for special functions: | ||
+ | ^Holding Registers^^ | ||
+ | | 000-999: (F-RAM) || | ||
+ | |||
^Discrete Inputs ^^ | ^Discrete Inputs ^^ | ||
- | |DI0..7| Digital input state 0..7| | + | |DI0 ~ 7| Digital input state 0 ~ 7| |
+ | |HR20 ~ 27| Digital filter. (DI 0 ~ 7)| | ||
^Coils ^^ | ^Coils ^^ | ||
|C0..7| Digital outputs 0..7| | |C0..7| Digital outputs 0..7| | ||
- | ^Holding Registers^^ | + | ^Safety state ^^ |
- | | 000-999: (F-RAM) | + | |HR35| Keep previous outputs state after restaft, |
- | |000| countung input (DI 0) high | | + | |
- | |001| counting input (DI 0) low | | + | |
- | |002| countung input (DI 1) high | | + | |
- | |003| counting input (DI 1) low | | + | |
- | |...|| | + | |
- | |014| countung input (DI 7) high | | + | |
- | |015| counting input (DI 7) low | | + | |
- | |020| digital filter. (DI 0) / | + | |
- | |021| digital filter. (DI 1) | | + | |
- | |...|| | + | |
- | |027| digital filter. (DI 7) | | + | |
- | |030| power-ups counter | | + | |
- | |031| uptime in seconds (high)| | + | |
- | |032| uptime in seconds (low) | | + | |
- | ^Input Registers^^ | + | |
- | |0| 1-Wire temperature 1 (-100° - sensor failed or not connected) | | + | |
- | |1| 1-Wire temperature 2 | | + | |
- | |2| 1-Wire temperature 3 | | + | |
- | |...|| | + | |
- | |...|| | + | |
- | |31| 1-Wire temperature 31 | | + | |
- | 033 - number of 1-Wire sensors on the bus, writing '0' - resets sensors enumeration tree and makes new enumaration, old sensors will be deleted, writing any number but '0' - leaves old enumaration tree and appends new sensors to the end | + | ^Predictive maintenance registers^^ |
+ | |HR0 ~ HR14| countung input (DI 0 ~ 7) dw, high word comes first | | ||
+ | |HR60 ~ HR 74|DI 0 ~ 7 time on totalizers | | ||
+ | ^PWM for triac outputs^^ | ||
+ | |HR111 ~ 118 |DO1 ~ 8 PWM duty cycle | | ||
+ | * this option available for the SSR outputs | ||
+ | |||
+ | ^System^^ | ||
+ | |HR30| power-ups counter | | ||
+ | |HR31| uptime in seconds (high)| | ||
+ | |HR32| uptime in seconds (low) | | ||
+ | |||
+ | ^Temperatures ^^ | ||
+ | |IR0 ~ IR31| 1-Wire temperature 1 (-1000° - sensor failed or not connected) | | ||
+ | |HR33 | Total sensors quantity or Init** (writing 0 to HR33 clears the enumeration)| | ||
+ | |||
+ | ==== Auto enumeration for 1-Wire sensors ==== | ||
+ | Each DS18B20 has their own unique serial number. Using a special search algorithm, the Synapse finds and saves the enumeration scheme for the sensors found in the static memory. New sensors still can be added to the existing enumeration by | ||
+ | *powering on or resetting the module | ||
+ | *writing non-zero value into HR33 register | ||
==== Modbus map csv-file ==== | ==== Modbus map csv-file ==== | ||
- | For the convinence, a module register map is provided from this {{synapse_all_reg_1wire.zip | link }} to import in the WebHMI project. | + | For the convinence, a module register map is provided from this {{network:synapse_all_reg_1wire.zip | link }} to import in the WebHMI project. |
==== Documentaion ==== | ==== Documentaion ==== | ||
- | <WRAP center round download | + | <WRAP center round download |
- | {{synapse_qg.pdf | Synapse Quick Guide Eng.}} | + | {{network: |
+ | </ | ||
+ | |||
+ | ===== Synapse v2 ===== | ||
+ | |||
+ | In the v2, there were the following features added: | ||
+ | * 2 analog inputs (4..20 mA) | ||
+ | * Lua engine for user scripts | ||
+ | * Universal ~220Vac/ | ||
+ | |||
+ | Please refer to the product [[http:// | ||
- | {{syn_app_new_features_2.pdf | Synapse new features appendix}} | + | <WRAP center round download 80%> |
+ | Please refer to the {{7bit: | ||
</ | </ | ||
+ | <WRAP center round download 80%> | ||
+ | {{synapse_v2_eng_rev2.pdf|Presentation for Synapse v2}} | ||
+ | |||
+ | {{7bit: | ||
+ | </ | ||
synapse.txt · Last modified: 2024/02/01 14:52 by emozolyak