WiFi Wireless Data Logger MSR145W2D
wireless data logger (WiFi) for monitoring temperature, humidity, fluid pressure, air pressure, acceleration, strain gauges and more · NEW with FlexSensors
The wireless mini-logger from MSR stores over one million measured values. By integrating it into a WLAN/WiFi network, the MSR145W2D can be used in practically any kind of measurement applications.
Interchangeable FlexSensors for temperature, humidity, light
The WiFi data logger is an all-round talent when it comes to sensor technology: You can choose various internal sensors as well as up to five external sensors or connections. The FlexConnector offers the highest possible flexibility. The intelligent plug-in connection facilitates customer-specific adaptation of the desired FlexSensors.
WiFi Wireless Data Logger: Ready to use in no time
No wiring costs and no time-consuming manual reading of measured values. Measured data can even be sent from places with difficult access. Integration either into an existing WiFi or via an access point, by means of mobile network access where required, into a separate wireless network.
Long-term measurements with the MSR145W2D
When it comes to observing environmental conditions over a longer period of time, in many cases it is quite sufficient to transmit the collected data via WiFi once or twice a day. When configuring the MSR145W2D, you can set the time windows during which the data logger should connect to the WiFi network. The WiFi connection is thus only activated when it is needed – which has a positive effect on the battery life of the data logger.
Save and manage data in the MSR LocalCloud or in the MSR SmartCloud
With the MSR145W2D you have the option of using the MSR LocalCloud to store, manage and export the data either locally on your (company’s) own server or in the web-based cloud solution MSR SmartCloud. Via web browser you can view the measured values during operation.
Application example long-term measurement
In order to gain knowledge about the movement activity of dairy goats, MSR145W2D data loggers with acceleration sensors are used in a scientific research project. The loggers record the animals’ activities for 24 hours. The data transmission via WiFi takes place energy-savingly only once a day – when the goats are in the barn. This energy-saving data transmission allows the battery to run for more than 5 months. Should the WiFi connection fail, the data remain securely stored in the logger and can also be read out via USB.
Short-term measurements with the MSR145W2D
Configure your own custom MSR145W2D variant here!
With a few clicks you are able to select and request a no-obligation quotation of your requested MSR145W2D.
1. Select the housing and the corresponding battery.
2. Select the configuration.
You can select various internal sensors as well as up to five external sensors or connectors.
Measured parameter / Measurement/ storage rate |
Technical data | Internal | External (according to cable length) | ||
---|---|---|---|---|---|
0.20 m | 1.00 m | 1.60 m | |||
Temperature 1/s to every 12 h |
Working range: external: -40...+125 °C internal: -20...+65 °C Max. deviation: ±0.1 °C (-25...+55 °C) ±0.3 °C (-40...+125 °C) |
Item no. T9 |
Item no. FT9/020 |
Item no. FT9/100 |
Item no. FT9/160 |
Working range: external: -55...+125 °C Max. deviation: ±0.5 °C (-10...+65 °C) ±2 °C (-55...+125 °C) |
only available externally |
Item no. FT2/020 |
Item no. FT2/100 |
Item no. FT2/160 |
|
Connector for thermal element of Type K (without sensor) 1/s to every 12 h |
Working range: -200...+1350 °C |
only available externally |
Item no. FT3/020 |
Item no. FT3/100 |
Item no. FT3/160 |
Humidity with integrated temperature 1/s to every 12 h |
Working range: 0...100 % rel. humidity external: -40...+125 °C internal: -20...+65 °C Max. deviation: ±2 % rel. humidity (10...80 %, +25 °C) ±3 % rel. humidity (80...100 %, +25 °C) |
Item no. H3 |
Item no. FH3/020 |
Item no. FH3/100 |
Item no. FH3/160 |
Air pressure absolute, with integrated temperature 1/s to every 12 h |
Working range: 10...2000 mbar absolute external: -40...+85 °C internal: -20...+65 °C Max. deviation: ±2 mbar (750...1100 mbar absolute, +25 °C) |
Item no. P5 |
Item no. FP10/020 |
Item no. FP10/100 |
Item no. FP10/160 |
Working range: 0...14 bar absolute -20...+65 °C Max. deviation: ±50 mbar (1...10 bar abs., +25 °C) |
only available externally |
Item no. FP7/020 |
Item no. FP7/100 |
Item no. FP7/160 |
|
Fluid pressure with integrated temperature 1/s to every 12 h Material in contact with media:
|
Working range: -1000...3000 mbar relative -20...+85 °C Max. deviation: ±30 mbar (1% FS) |
only available externally |
Item no. FP9/020 |
Item no. FP9/100 |
Item no. FP9/160 |
Working range: 0...3000 mbar absolute -20...+85 °C Max. deviation: ±30 mbar (1% FS) |
only available externally |
Item no. FP3/020 |
Item no. FP3/100 |
Item no. FP3/160 |
|
Working range: 0...30 bar absolute -20...+85 °C Max. deviation: ±0.3 bar (1% FS) |
only available externally |
Item no. FP4/020 |
Item no. FP4/100 |
Item no. FP4/160 |
|
Working range: 0...400 bar absolute -20...+85 °C Max. deviation: ±4 bar (1% FS) |
only available externally |
Item no. FP8/020 |
Item no. FP8/100 |
Item no. FP8/160 |
|
Working range: 0...1000 bar absolute -20...+85 °C Max. deviation: ±10 bar (1% FS) |
only available externally |
Item no. FP12/020 |
Item no. FP12/100 |
Item no. FP12/160 |
|
3-axis-acceleration (static) 1/s to every 12 h |
Working range: -15...+15 g -20...+65 °C Max. deviation: ±0.15 g (0...5 g, +25 °C) ±0.25 g (5...10 g, +25 °C) ±0.45 g (10...15 g, +25 °C) |
Item no. A |
Item no. FA/020 |
Item no. FA/100 |
Item no. FA/160 |
Light 1/s to every 12 h |
Working range: 0...83'000 lx Max. sensitivity at 550 nm |
Item no. L3 |
Item no. FL3/020 |
Item no. FL3/100 |
Item no. FL3/160 |
Connection for strain gauges |
Characteristics:
|
only available externally |
Item no. FD/020 |
Item no. FD/100 |
Item no. FD/160 |
Analogue inputs (resolution: 12 bit) 1/s to every 12 h |
Input configuration: |
only available externally |
Exxxx/020 |
Exxxx/100 |
Exxxx/160 |
Input configuration: |
only available externally |
Exxxx/020 |
Exxxx/100 |
Exxxx/160 |
|
Control terminal | Characteristics:
|
only available externally |
Item no. FY/020 |
Item no. FY/100 |
Item no. FY/160 |
FlexConnector (only combined with B22 and B23 cases) |
The appropriate Flex Sensors are below presented for choice. |
only available externally |
Item no. FX/020 |
Item no. FX/100 |
Item no. FX/160 |
3. Choose the FlexSensors if required.
If you have selected a FlexConnector or already own an MSR145W2D data logger with a FlexConnector, you can enquire suitable sensors here. Please note only one interchangeable FlexSensor can be connected to the FlexConnector at a time.
Measured parameter / Measurement/ storage rate |
Technical data | Item no. |
---|---|---|
Temperature 1/s to every 12 h |
Working range: -40...+125 °C Max. deviation: ±0.1 °C (-25...+55 °C) ±0.3 °C (-40...+125 °C) |
FXT9/160 |
Humidity with integrated temperature 1/s to every 12 h |
Working range: 0...100 % rel. humidity -40...+125 °C Max. deviation: ±2 % rel. humidity (10...80 %, +25 °C) ±3 % rel. humidity (80...100 %, +25 °C) |
FXH3/160 |
Fluid pressure with integrated temperature 1/s to every 12 h Material in contact with media:
|
Working range: -1000...3000 mbar relative -20...+85 °C Max. deviation: ±30 mbar (1% FS) |
FXP9/160 |
Working range: 0...3000 mbar absolute -20...+85 °C Max. deviation: ±30 mbar (1% FS) |
FXP3/160 |
|
Working range: 0...30 bar absolute -20...+85 °C Max. deviation: ±0.3 bar (1% FS) |
FXP4/160 |
|
Working range: 0...400 bar absolute -20...+85 °C Max. deviation: ±4 bar (1% FS) |
FXP8/160 |
|
Working range: 0...1000 bar absolute -20...+85 °C Max. deviation: ±10 bar (1% FS) |
FXP12/160 |
|
3-axis-acceleration with Fast Peak (800 Hz) 1/s to every 12 h |
Working range: -15...+15 g -20...+65 °C Max. deviation: ±0.15 g (0...5 g, +25 °C) ±0.25 g (5...10 g, +25 °C) ±0.45 g (10...15 g, +25 °C) |
FXA4/160 |
Light 1/s to every 12 h |
Working range: 0...83 000 lx Max. sensitivity at 550 nm |
FXL3/160 |
4. Do you require a router to send the measurement data via WiFi?
A router will be needed if your MSR145W2D device is incorporated into a separate WiFi network or if measurement data is to be sent to MSR SmartCloud via a mobile network.
Device/Service | Description | Item no. |
---|---|---|
WiFi router | FRITZ!Box 6820 LTE WLAN access point (access to mobile network) |
N10130 |
SIM card (EU version) |
|
N10111 |
Extension (EU version) |
Sending data via mobile network to MSR SmartCloud for subsequent 12 month period. |
N10113 |
5. The use of MSR SmartCloud.
The cloud solution managed by MSR Electronics GmbH records data measured by MSR data loggers in a database. Through online access to MSR SmartCloud you are able to gain insight into your measured data, manage it, and create alert messages. When enquireing the MSR145W2D data logger you will automatically receive the access code to MSR SmartCloud.
Service | Description |
---|---|
MSR SmartCloud | Free access to MSR SmartCloud when you purchase the MSR145W2D data logger. Data capacity up to 100,000 measurements, Data memory up to three months. |
6. Contact us for prices and delivery terms!
Make a price enquiry by telephone, fax or Email
The following codes denote the type of datalogger and sensors you have selected. When making price enquiries by telephone, fax or Email, please contact the dealership in your country and have the codes ready.
Product features wireless data logger MSR145W2D
General functions
- Wireless data logger (WiFi) for monitoring temperature, humidity, fluid pressure, air pressure, acceleration, strain gauges and more
- Internal sensors and up to five external sensors (see configurator)
- FlexConnector for interchangeable FlexSensors
- Lithium-polymer battery, rechargeable via the USB connection
- More than 1 million measured values storage capacity in the internal memory
- Free MSR PC software: MSR Setup, Reader, Viewer and Online software
- Command line interface CLI available on request (subject to a charge)
WiFi (WLAN) functions
- Integration either into an existing WiFi or via an access point, by means of mobile network access where required, into a separate wireless network
- WiFi range can be extended with a commercially available repeater
- Data storage is guaranteed even if the transmitter fails
- Alarm message if limit value is exceeded
- MSR SmartCloud: retrieve, analyse and export measured data online at any time; alarm message if limit value is exceeded
- Free MSR WLAN software for graphical visualization of the measured values transmitted over WiFi (WLAN)
Technical data of the sensors, housings and batteries
Technical details can be found on the Configurator tab.
General technical data of the WiFi wireless data logger MSR145W2D
Memory capacity: | over 1’000’000 measured values |
Key button: | With the button you can activate and deactivate the display, the WiFi-module and the data recording. |
LED:
|
Blue: Record indicator Red: Alarm indicator Yellos: Battery charge indicator |
Power supply: | Lithium-polymer battery, rechargeable via the USB connection. |
OLED display: | High-contrast, brilliant OLED (organic light-emitting diode) colour display to show data and graphical charts, resolution 96 x 64 pixels. |
Interface: | USB, WiFi (WLAN) |
PC software: | MSR Setup, Reader, Viewer and Online software MSR WLAN LocalViewer System requirements: Windows 7 or higher, USB port |
Operating conditions: | |
Temperature: | -20…+65 °C |
Storage conditions: | |
Temperature: Humidity: |
+5 °C…+45 °C (ideal storage conditions for the battery) 10…95 % relative humidity, non-condensing |
Standards: | The MSR145W2D complies with EU-Directives RoHS/WEEE. |
Software
Our software is scanned for viruses with Microsoft Defender.
- MSR pc software (standard) (2024-08-08, v6.10.00, MD5: 569675825a136fd35cbdafba64710a86)
- MSR WLAN software
We recommend that you keep the firmware of your data logger up to date with the latest version:
- MSR145W2D firmware update (2024-06-24, v2.96, MD5: 7e5d7dd704b613d79b617ce95950c257)
- WiFi (145W2D) firmware update (2021-07-01, v1.10, MD5: e262cb5ba3c750dba39af0f7cac3b300)
Note: For MSR145W2D data loggers with 900 mAh battery, firmware version v2.50 – v.2.54, a firmware update with the latest version is necessary to ensure battery runtime.
Instruction manuals
- Brief instructions MSR145W2D (2024-11-06)
- Additional instructions MSR145W2D in WiFi network (2021-04-12)
- Overview: Network data transfer with the MSR145W2D (2020-06-29)
- User manual data transmission using the MSR145W2D (2020-03-12)
Datasheets
- Datasheet WiFi data logger MSR145W2D
- Data logger MSR145W2D: axis orientation of the acceleration sensor
- Dimension sheet external acceleration sensor
- Datasheet analogue inputs type 5
Certificates
New Wireless (WiFi) Data Logger: MSR145W2D
With the new mini data logger by Swiss MSR Electronics GmbH, virtually any number of metrological applications can be flexibly implemented, even in inaccessible locations, by integrating it into a WiFi network.
The new MSR logger, which is barely the size of a thumb, is called MSR145W2D. It uses various internal and up to 5 external sensors and connections to record and store physical parameters of all kinds (e.g. air pressure, humidity, acceleration, temperature, strain gauges and more). In order to ensure the greatest possible flexibility in selecting the sensors even after the purchase of the logger, MSR has also developed a new “Flex-Connector”. The intelligent plug-in connection facilitates customer-specific adaptation of the desired sensors.
Store measured data locally or in the MSR SmartCloud
The MSR145W2D logger automatically connects to a wireless local area network (WiFi, WLAN) via a built-in WiFi and sends the recorded measured data either to the local server or, via a mobile network gateway, to the MSR SmartCloud. In this way the data can be visualised, evaluated or exported worldwide on a smartphone or computer. This can also be used for limit value monitoring with alarm messages by e-mail. WiFi technology is particularly useful when measured values have to be monitored wirelessly in inaccessible locations and a large amount of data has to be transmitted in a short time. If the WiFi range is insufficient, it can easily be increased by means of a repeater.