Connect an array of sensors through the versatile analog and digital channels, high-speed counter inputs, phase encoder inputs and programmable serial sensor channels.
Temperature, voltage, current, 4-20mA loops, resistance, bridges, strain gauges, frequency, digital, serial and calculated measurements can all be scaled, logged and returned in engineering units or within statistical reporting.
Set up sampling, logging, alarm and control tasks to suit your own requirements while interfaces for smart sensors, GPS and other intelligent devices expand the DT80Mflexibility.
The dataTaker DT80M intelligent data logger is a fully featured low-powered logging platform with an integrated cellular modem, making it perfect for remote applications. The rugged design and wide operating temperature range of the DT80M provides reliable operation in virtually any environment.
The DT80M’s perfect balance of performance with low-power also allows you to use a smaller solar panel without compromising on functionality.
Forget travelling long distances to get your data. Utilise the DT80M’s automatic data delivery features to schedule your data to be automatically emailed to your inbox every day, week, month or other time interval.
More sophisticated systems can make use of the automatic data delivery features to send logged data to an FTP server. Alarm conditions can also trigger data delivery in addition to sending alarm messages to multiple email addresses or mobile phones.
The DT80M is configured directly in your web browser using dataTaker’s dEX graphical interface. dEX takes you through the confi guration of your logger, showing you wiring diagrams and allowing you to decide – in as much or as little detail – how you want the system to work, suiting both novice or advanced users.
Using the internal modem you can even re-confi gure your system remotely over the internet if required.
|Max Sampling rate (Hz)||40|
|Analog Inputs||15 (2-wire common reference)
10 (2-wire isolated)
5 (3 and 4 wire isolated)
|Analog Input Range||Voltage: ±30m,300m,3000m,50000mVDC
|Analog Voltage Accuracy||±0.15 of Reading + (Full Scale Reading * 0.01%)|
|Effective Resolution||18 bits|
|Analog Out Range||Voltage: 10m-10000mVDC
|Excitation||Analog Channel: selectable 2µA, 250µA or 2.5mA precision current source, 4.5V voltage source or switched external supply
Switchable 12V/5 regulated power output (max 300mA)
|Digital IO||8 bi-directional channels|
|Counter||Low speed counters: 8 counters shared with digital inputs
Dedicated counters: 4 high speed or 2 phase encoder
|RS232/RS422/RS485 serial sensor port||1|
|Data Storage||128MB (upgradeable to 2GB)|
|Protocols Supported||Modbus, FTP, HTTP, XML, SMTP, NTP and SDI-12|
|CEM20 Expansion Module supported||Yes|
|Power Requirements||10-30 VDC|
|Internal Battery||6Vdc 1.2Ah Lead Acid|
|Real Time Clock Accuracy||± 1 min/year (0°C to 40°C)
± 4 min/year (–40°C to 70°C)
|Integrated Cellular Modem||Interfaces: EDGE, GPRS, GSM, WCDMA, HSUPA, HSDPA
EDGE/GPRS/GSM Freq: 850/900/1800/1900 MHz
WCDMA/HSUPA/HSDPA Freq: 850/1900/2100 MHz
|Temperature Range||–45°C to 70°C|
A fruit crop experiment station in Korea needed to remotely monitor and control systems in a number of greenhouses. The proposed system needed to monitor soil moisture content and temperature and actively control irrigation and airflow by opening and closing windows, to ensure the appropriate temperature is maintained. Full automation was required to minimise manual workload, up to the point where data collection must be automated…Read More