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STYLITIS-10
…offers high performance data acquisition and control in a competitive price
1. MAIN FEATURES
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8 multi-function channels, which can be used as:
- Measurement inputs: 1-2 Counter and 6-7 Analog channels (Ch8 can operate as both)
- 7 digital inputs (the analog ones).
- Control outputs (they change either manually or as a function of input values).
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Sampling once per second.
Math statistics (Average, Min, Max, Sdv) recorded per interval (from 1 sec to 1 hour).
Recording in internal 4MB Flash memory.
Modbus and SDI-12 Interfaces.
2 serial communication ports: 1 DTE (COMMUNICATION port) and 1 DCE (PERIPHERAL port).
Precision current (0.5 mA) and voltage (2.5 V) excitation outputs.
2. PHYSICAL FORM AND SHELTER BOX
Stylitis-10 features:
• Control
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Com Ports: 2 serial communication ports: 1 DTE and 1 DCE
INPUT CONNECTORS: Removable screw terminal strips on front panel
ENCLOSURE:
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LCD screen and 4-button keyboard local, brief operation
Total control via our Opton software
Small, portable
Plastic ABS, either Desktop or wall mounted
DIMENSIONS: 18 x 10 x 4cm
WEIGHT: 200g
SHELTER BOX (Optionally, if the logger is used for outdoor use, in harsh environments)
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Any IP65 box should be OK
Advised minimum dimensions: 275x370x140 mm
In the Shelter box, you can additionally install other accessories of your
measuring system, such as a lead acid battery and a charge controller
(connected with a solar panel) for the system’s power supply
3. SCREEN AND KEYBOARD
Stylitis-10 has an LCD screen and a 4-button keyboard. Most operations are performed via Opton,
its free operating software. However, via the screen and keyboard you can:
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View instantaneous channel values.
View logger time and recording interval.
Change the acquisition status (ON/OFF).
Activate or deactivate the internal module (modem or Ethernet), if there is one.
View the internal modem’s signal strength (if there is one, and if it is in GSM data mode).
4. COMPATIBLE COUNTER SENSORS
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Stylitis-10 supports a wide variety of measurements and sensors.
Indicatively, some counter sensors are:
MEASUREMENT
SENSORS
Wind Speed Horizontal
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NRG #40, #40H
YOUNG 05103 Wind Speed Sensor
Vector A100-L2, -R, -K, -LM
Thies First Class Anemometer
Electrical energy
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Revalco 1RCEM series, 1RCETM series
ABB ODIN4165
Rain Height
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NRG RainGage
Vector Tipping Bucket
…and many more
5. COMPATIBLE ANALOG SENSORS
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Indicatively, some analog sensors are:
MEASUREMENT
SENSORS
Wind Direction
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NRG 200P
Vector W200P
Thies First Class Wind Vane
Young 05103 Wind Direction Sensor
Temperature/Humidity
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Temperature: Vector T351, etc (PT-100), NRG 110S
Both sensors: DeltaOhm HD9009TR
Barometric Pressure
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Vaisala PTB10- series, PTB210- series
Water Depth, pH
(4~20mA Transmitters)
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Global Water WQ201, WL400, WL450
Solar Radiation
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LiCor LI-200SA, Skye SKS-1110
Kipp&Zonen CMP series
Apogee SP-110, SP-212, SP-215
…and many more
6. COMPATIBLE DIGITAL BUS SENSORS
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Stylitis-10 can optionally be upgraded to support digital bus sensors (via the MODBUS RTU
and SDI-12 interfaces).
Indicatively, some digital bus sensors, along with some measurements they support, are:
INTERFACE
SENSOR
MODBUS RTU
Revalco 1RAEM4SC485
MEASUREMENTS
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SDI-12
Gill WindSonic
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…and many more
Voltage_AC (phase and polar)
Current_AC
Real, reactive, apparent
Power/Energy
Power factor
Average Wind Speed+ Direction
Max Wind Speed +
Corresponding Direction
Same analyzed to UV and polar
coordinates
7. STYLITIS-10 MODELS (VERSIONS)
The datalogger is available either as plain or with additional modules for remote communication.
Therefore, its versions are:
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Plain Stylitis-10. No additional modules are available.
Stylitis-10+GSM. The logger features a built-in internal modem.
Stylitis-10+Ethernet/WiFi. The logger features a built-in Ethernet module (Wired or WiFi).
Each Stylitis-10 version is suitable for specific communication methods. These methods are
presented in the next chapters.
8. COMMUNICATION METHODS
Communicate with the datalogger via Opton, its operating software, in various ways, according to
the model used:
A. Plain Stylitis-10
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Locally
Via Satellite
Via RF modems
Measuring network via RF modems
Remote measuring network via RF modems
B. Stylitis-10+GSM
1. Via a GSM data call.
2. Via GPRS, using a cheap Dynamic IP SIM Card (via Symmetron’s Diameson Server)
3. Via GPRS, using a static IP SIM Card
C. Stylitis-10+Ethernet/WiFi
1. Via Ethernet (local network or a static IP internet connection)
2. Via a dynamic IP internet connection (via Symmetron’s Diameson Server)
9. LOCAL COMMUNICATION
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Locally
RS-232
Stylitis-10
Serial Communication is available in two ways:
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Connect via a straight serial cable your computer COM port to the logger’s DCE port.
Connect via a null modem serial cable your computer COM port to the logger’s DTE port.
10. SATELLITE COMMUNICATION
2. Via Satellite
RS-232
Stylitis-10
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RS-232
Iridium modem
Iridium modem
Two satellite iridium modems are required: One connected to the computer’s COM port and
one to the datalogger’s DTE port.
Communication is achieved via satellite.
11. RF COMMUNICATION
3. Via RF modems
RS-232
Stylitis-10
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RS-232
Radio Modem
Radio Modem
Connect one RF Modem to Stylitis-10’s DTE port and one to the computer’s COM port.
Achieve remote connections without a SIM card, for a limited distance (usually a few
kilometers) between modems.
12. COMMUNICATION VIA RF NETWORK
4. Measuring network via RF modems
RS-232
Radio Modem
Stylitis-10
RS-232
Stylitis-10
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RS-232
Radio Modem
Radio Modem
Capability of communication with multiple dataloggers (one at a time), by using an RF
modem for the computer (as a Master) and one for each datalogger (as Slaves).
Again the distance between the Master modem and each Slave modem is limited (usually a
few kilometers).
Each datalogger modem is set to have a unique address. Communicate with one at a time.
13. COMMUNICATION VIA REMOTE RF NETWORK
5. Remote measuring network via RF modems
Stylitis-10
RS-232
RS-232
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Radio Modems
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RS-232
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Same method as before, with the difference that the modem
network can be remote, regarding the computer.
The Master modem can be accessed via the GPRS network
via Symmetron’s Sym-o-net modem.
Sym-o-net can connect as a client to Diameson Gateway,
Symmetron’s server software, via a dynamic IP SIM card.
For more information about Diameson, see Chapter 15.
Again the distance between the Master modem and each
Slave modem is limited (usually a few kilometers).
Virtual COM
Diameson Gateway
Sym-o-net
Internet
14. GSM COMMUNICATION
6. Via a GSM data call
RS-232
Stylitis-10+GSM
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GSM modem
Connect a GSM modem to a computer COM port.
Call the logger’s modem, provided that both modems’ SIM cards support GSM data calls.
15. GPRS COMMUNICATION VIA DYNAMIC IP SIM
7. Via GPRS, using a cheap Dynamic IP SIM Card (via Symmetron’s Diameson Server)
Virtual COM
Stylitis-10+GSM
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Diameson Gateway
Internet
Neither ADSL (static IP) connection is required for the logger nor expensive static IP SIM cards.
A cheap dynamic IP GPRS SIM card is required.
Low operation cost: The datalogger is permanently online, but only data exchange is charged.
Devices (Dataloggers and Sym-o-nets) and Computers are connected as clients to Diameson
Gateway, Symmetron’s server software.
Symmetron’s Diameson is available for connections, but you can use your own Diameson, to
manage your own dataloggers.
16. GPRS COMMUNICATION VIA STATIC IP SIM
8. Via GPRS, using a static IP SIM Card
Virtual COM
Stylitis-10+GSM
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Internet
A GPRS static IP SIM card is required.
Again, only data exchange is charged.
The datalogger acts like a server, and the computer connecting to it acts as its client.
17. STATIC IP ETHERNET/WIFI COMMUNICATION
9. Via Ethernet/WiFi (local network or a static IP internet connection)
Stylitis-10+
Ethernet/WiFi
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ADSL Router
LAN/ internet
Connect the datalogger to a LAN or to the internet
An ADSL connection (a static IP) for the logger is required only to connect the logger to the
internet.
18. DYNAMIC IP ETHERNET/WIFI COMMUNICATION
10. Via a dynamic IP internet connection (via Symmetron’s Diameson Server)
Stylitis-10+
Ethernet/WiFi
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Dynamic IP
ADSL
Router
Diameson
Gateway
Internet
Connect the datalogger to the internet.
By using Diameson Gateway, Symmetron’s server software, you do not need a static IP ADSL
connection.
18. OPTON: STARTING UP AND VIEW
Opton is Stylitis-10’s free operating software.
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Start up with Opton, by creating Site folders and Connections.
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Create one unique site folder for each datalogger.
In each site folder, multiple (different types of) connections can be created for the logger. The
different connection types correspond to the communication methods, discussed before.
The connections created are saved as windows files, which are recognized by Opton in a folder
interface, along with the compressed and decompressed data files (see Chapter 20), and setup files,
ie logger settings (see next Chapter) saved in a file.
Refer to the corresponding screen shot in Chapter 22.
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After achieving a connection, you can communicate with the logger. Besides changing its
settings and download data, you can view some features, and specifically:
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View the logger’s status: Instant parameters, such as the date and time, the current data file being
recorded, the recording time remaining, etc.
View the instant channel values.
View an Online plot of the selected channels’ values. All samples are plotted (every second).
Appropriate units appear on the plot.
Refer to the corresponding screen shot in Chapter 22.
19. OPTON: SETUP
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Connect to the datalogger, via Opton, via one of the connections you created and modify its setup.
CHANNEL SETTINGS
Channel 1 is a counter channel, Ch2~7 can be set as analog ones or digital inputs, Ch8 can be both and
Ch9 measures the logger’s battery.
Besides that, channels 1~8 can also be set as digital outputs active low, to drive small relays. Set
conditions regarding other channel values (inputs) to control the output state or set it manually.
Stylitis-10 can also be upgraded to support digital bus (MODBUS RTU and SDI-12) channels.
The settings of all channels can be changed in two ways:
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Manually. Change settings manually: gain (for analog channels), level (for counter ones), type, Slope and Offset
(for both ones), conditions (for digital outputs), address and register (for digital bus ones).
Via Opton’s Sensor Library. Instead of changing settings manually, select a specific measurement and a sensor,
related to this measurement. Optionally, also change the measuring units. All settings are updated automatically.
Refer to the corresponding screen shots in Chapter 22.
REMAINING SETTINGS
• There are other settings to be adjusted, such as the recording interval (selectable from 1 sec to 1 hour)
the logger’s site name, the data recording mode within the interval (only average values or average,
min, max and sdv values) and the GPRS settings (APN, User Name, Password).
• More specifically, there is another option. You can receive SMSs and Emails: Receive the daily data file
via Email (Available in both the GSM and the Ethernet version). Receive SMSs (GSM version): the
average channel values every interval or every day, an alarm if a control output changes state, or a
PhotoVoltaic (PV) alarm indicating faulty operation in a solar plant with multiple inverters.
• Alternatively, in dynamic IP GRPS connections (via Diameson server) and in the Ethernet version (also
via Diameson), instead of SMS, data and alarms can be sent to a web database, Captum, to a specific
user account and to this account’s email. Interval data and alarms can be plotted in Captum, alarms can
be shown in a table, while data statistics are presented in bar graphs per hour, per day of the month,
per day of the week and per month. Refer to the corresponding screen shots in Chapter 23.
20. OPTON: ACQUISITION AND DOWNLOAD
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After writing the desired setup in the datalogger, enable/ disable data acquisition to create
data files, stored in the 4MB memory. When enabling acquisition, a new file begins.
• Files are stored in the logger’s memory in compressed form.
• When downloaded, a compressed file is decompressed into a data file, which can be viewed
via a text editor. Compressed and decompressed data files are stored in the logger’s site
folder, as mentioned in Chapter 18.
• Data download can be achieved either manually or automatically via AutoConnect software
(see Chapter 24).
MANUAL DOWNLOAD
There are 2 types of manual download:
• Download the most recent file. If Acquisition is ON, this is the current file. In this case, the
current file is firstly closed (the next file begins) and then downloaded.
• Download one or more consecutive previous files, by typing their number.
21. OPTON: OFFLINE DATA MANAGEMENT
After downloading the data files in the site folder, you can manage them offline. Opton offers
some useful tools for offline management and presentation:
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Plot. View the selected channels’ plot, in up to 3 graph groups. View values at a
specific moment with the channel units.
Refer to the corresponding screen shot in Chapter 23.
Data File Processing. Check the integrity of a folder’s files, ie check for missing or duplicate
records or if the interval is the same for all files.
Statistics. Statistics of the file’s data can appear per hour, per day, per month and per year.
Statistics include be the average values of the data (within the hour, day, month or year), the
max, min or sdv values, or sum of all values. They are presented via a bar graph or a dot plot.
Refer to the corresponding screen shot in Chapter 23.
Export to WindRose/Excel/.CSV/.TAB file. Export a file’s data to an Excel, a comma
delimited or a tab delimited file. Especially for wind data (speed and direction channels), you
can export them to WindRose, the wind analysis software, add-in to the Microsoft Excel,
which is manufactured by CRES and distributed by Symmetron.
For WindRose, refer to the corresponding screen shot in Chapter 23.
22. OPTON: SCREEN SHOTS (PART 1)
Site folders and files interface
Channel Setup (manually)
Online plot
Channel Setup (via Sensor Library)
23. OPTON: SCREEN SHOTS (PART 2)
Captum Statistics per weekday
Captum Plot
Data file plot
Data file statistics per hour
24. AUTOCONNECT SOFTWARE
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As stated before, data files can be downloaded manually, via Opton, via any connection.
However, data download, along with other actions as well, can be preformed automatically, in a
regular basis, via the additional free software AutoConnect.
The datalogger can perform a different action each weekday:
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Download Data: All data files missing from the folder.
Download Status: Instant parameters, such as the current file,
the recording time remaining, etc.
Download Current Values. Get the instant channel values.
The selected action of a weekday can be performed once a day at a specific selected time, or infinite
connections can be made that weekday every as many minutes as you wish.
Besides editing the auto connections (like in Opton) via AutoConnect’s interface, you can:
- View a list of all your automatic connections and execute one or more manually.
- Check each connection’s latest status, ie if it succeeded, or failed and why.
- View the date and time of last connection and last successful download for each one.
25. MAIN APPLICATIONS AND CONCLUSION
Stylitis-10 could be used in:
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Electrical Measurements.
Weather stations.
Wind energy assessment.
Solar plant monitoring and faulty operation detection via alarm.
Remote control of relays.
Fire prevention networks.
…and many more
Summing up, its main advantages are:
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Combination of analog and digital bus channels in a competitive price.
Variety of communication methods.
Free operating and automatic connection software.
Combination of input channels with control outputs.
Portability, thanks to its small size.
Alarm and data SMS and data Emails sent to a specified recipient.
Data and alarms sent to a web database, accessed via your personal account.
about Symmetron
Our company was founded in 1989 by experienced engineers and evolved as a major
manufacturer of dataloggers and supplier of measurement equipment. Symmetron is certified
according to the ISO9001 quality system and we are proud to have deployed thousands of
measurement systems worldwide.
Address
1, Antikythiron Street
153 44 Gerakas
Greece
tel: +30-210-6034002
fax: +30-210-6034003
email: [email protected]
www.symmetron.gr