The evaluation board „smart-GSM/PLC“ makes it possible
Python powered PLC with GPRS module
The GSM-PLC board is designed to realize development from e.g.:
- Remote Control boxes with digital I/O‘s
- Remote Control boxes with analog inputs
- Gate opener via call by mobile phone
- Telemetry boxes
- Data logging
- Counter monitoring
- GPRS / GSM burglar alarm
- and much more
On its I2C bus you have have a variety of expansion options. A temperature sensor completes the versatility.
All the components around the Python engine are fully assembled for immediate use. There is no additional components or software required needed. Soldering or similar hand work is not needed also. Just start with coding.
The binary function libraries are included in the package and are already installed. A Python development environment is also included in the package as well. The only requirement is a PC (WIN 98/ME/200/XP/Vista/WIN7) with serial interface. Any M2M developer can immediately concentrate on the application .
Three small sample programs contained in the package (open source) can be executed immediately, and demonstrate e.g. the query of the analog, digital inputs and the event counter function.
Developers who want to avoid creating a own hardware that you can use M2M Modem „smart advanced-py“. On this M2M modem, your developed Python code is run immediately. Costs of hardware development, and CE tests omitted.
The „smart advanced-py“ is a small low-cost and high performance PLC with GSM modem for small and medium-sized applications.
- Integrated GSM modem GC864-PY with Python engine from Telit
- Python function library for efficient and fast programming
- GSM Antenna with knuckle
- 8 digital outputs (0/5VDC)
- 1 Event counter (is accessed through the entrance D8)
- 2 relay outputs with potential-free switching contacts
- Activity display of all digital inputs and outputs on LED‘s
- 2 analog inputs (0-2VDC / 4-20mA)
- 1 Temperature sensor (measurement range -55 to 128 ° C, resolution 0.5 °)
- Serial port ASC0 for control / communication with the modem
- Serial port (RX / TX CMOS) for debugging of Python scripts
- Converter cable CMOS => USB (for debugging)
- I2C Port for external components
- Battery for emergency power supply
- All necessary connection cables included in the set
- Functions for the handling of the SIM card and network functions
- Drivers for I2C – IO Expander
- Drivers for I2C – Temperature Sensor
- Drivers for I2C – Event Counter
- Functions for SMS handling
- Functions for analog and digital inputs
- Function to control the relay outputs
- GPRS functions
You need a cheap and compatible hardware for the industrial use, where your developed application works without changes?
Just drop an email to hn (at) gsm-module or use the form to get further details.
- Remote Controlboxen with digital I/O‘s
- Remote Controlboxen with analog inputs
- Door opener via Handycall
- Telemetrieboxes
- Datalogging
- Counter monitoring
- GSM Alarmanlagen
- and much more
An I2C bus has a variety of expansion options. A temperature sensor completes the versatility.
All the components around the Python engine are fully assembled for immediate use or pre-installed. There are no additional components or software required. The soldering or similar accounts.
The binary function libraries are included in the package and already installed.
A Python development environment is also included in the package. The only requirement is a PC (WIN 98/ME/200/XP/Vista/WIN7) with serial interface and off you go.
The developer can immediately concentrate on the application .
Three small sample programs contained in the package (open source) can be executed immediately, and demonstrate e.g. the query of the analog, digital inputs and the event counter function.
Developers who want to avoid creating a own hardware that you can use M2M Modem „smart advanced-py“. On this M2M modem, your developed Python code is run immediately. Costs of hardware development, and CE tests omitted.
The „smart advanced-py“ is a small low-cost and high performance PLC with GSM modem for small and medium-sized applications.
- Integrated GSM modem GC864-PY with Python engine from Telit
- Python function library for efficient and fast programming
- GSM Antenna with knuckle
- 8 digital outputs (0/5VDC)
- 1 Event counter (is accessed through the entrance D8)
- 2 relay outputs with potential-free switching contacts
- Activity display of all digital inputs and outputs on LED‘s
- 2 analog inputs (0-2VDC / 4-20mA)
- 1 Temperature sensor (measurement range -55 to 128 ° C, resolution 0.5 °)
- Serial port ASC0 for control / communication with the modem
- Serial port (RX / TX CMOS) for debugging of Python scripts
- Converter cable CMOS => USB (for debugging)
- I2C Port for external components
- Battery for emergency power supply
- All necessary connection cables included in the set
- Functions for the handling of the SIM card and network functions
- Drivers for I2C – IO Expander
- Drivers for I2C – Temperature Sensor
- Drivers for I2C – Event Counter
- Functions for SMS handling
- Functions for analog and digital inputs
- Function to control the relay outputs
- GPRS functions
You need a cheap and compatible hardware for the industrial use, where your developed application works without changes?
Ask about our „smart advanced“!
- Remote Controlboxen with digital I/O‘s
- Remote Controlboxen with analog inputs
- Door opener via Handycall
- Telemetrieboxes
- Datalogging
- Counter monitoring
- GSM Alarmanlagen
- and much more
An I2C bus has a variety of expansion options. A temperature sensor completes the versatility.
All the components around the Python engine are fully assembled for immediate use or pre-installed. There are no additional components or software required. The soldering or similar accounts.
The binary function libraries are included in the package and already installed.
A Python development environment is also included in the package. The only requirement is a PC (WIN 98/ME/200/XP/Vista/WIN7) with serial interface and off you go.
The developer can immediately concentrate on the application .
Three small sample programs contained in the package (open source) can be executed immediately, and demonstrate e.g. the query of the analog, digital inputs and the event counter function.
Developers who want to avoid creating a own hardware that you can use M2M Modem „smart advanced-py“. On this M2M modem, your developed Python code is run immediately. Costs of hardware development, and CE tests omitted.
The „smart advanced-py“ is a small low-cost and high performance PLC with GSM modem for small and medium-sized applications.
- Integrated GSM modem GC864-PY with Python engine from Telit
- Python function library for efficient and fast programming
- GSM Antenna with knuckle
- 8 digital outputs (0/5VDC)
- 1 Event counter (is accessed through the entrance D8)
- 2 relay outputs with potential-free switching contacts
- Activity display of all digital inputs and outputs on LED‘s
- 2 analog inputs (0-2VDC / 4-20mA)
- 1 Temperature sensor (measurement range -55 to 128 ° C, resolution 0.5 °)
- Serial port ASC0 for control / communication with the modem
- Serial port (RX / TX CMOS) for debugging of Python scripts
- Converter cable CMOS => USB (for debugging)
- I2C Port for external components
- Battery for emergency power supply
- All necessary connection cables included in the set
- Functions for the handling of the SIM card and network functions
- Drivers for I2C – IO Expander
- Drivers for I2C – Temperature Sensor
- Drivers for I2C – Event Counter
- Functions for SMS handling
- Functions for analog and digital inputs
- Function to control the relay outputs
- GPRS functions
You need a cheap and compatible hardware for the industrial use, where your developed application works without changes?
Ask about our „smart advanced“!
Please send your best price for your Python gsm Plc
Kent, you got an email.
can you give le price of sample , shematics and example of python code.
Hi Antonio, just have a look in your inbox. You will find an offer. Furthermore, I can help with concepts, wireless modules and antennas as well.
Best regards
Harald
Hi Alex, sorry but the Python project was stopped a while ago.
Regards
Harald