MSR165 Shock and Vibration Data Logger

MSR Electronics Data Recorder with Built-in 3-Axis Accelerometer with Rechargeable Lithium-Polymer Battery
SKU
MSR165
Please open the Configurator tab to choose your desired options.
  • Capable of Making 1600 Acceleration (Shock, Vibrations) Measurements per Second in All 3 Axes
  • 32 Measurement Values are Recorded Even Before the Event Takes Place
  • Measurement Range of ±15g or ±200g in -20°C to 65°C Temperature Range
  • Rechargeable 1000 mAh Lithium Battery or (2) 7700 mAh LI-SOCI2 Replaceable Batteries Available
  • Also Records Temperature, Humidity, Air Pressure, Light and 4 Analog Input Signals
  • Made in Switzerland, Swiss Made Swiss Made - Made in Switzerland

Includes USB Cable, Mounting Screws, and Quick Start Guide. ShockViewer Add-On Available as a Free Download

External Sensors (Temperature, Humidity, Pressure and Light) and 4 Analog Inputs Available.

Click on the "Configurator" Tab Below to Choose the Ordering Options

MSR Data Loggers are Built to Order and Not Eligible for Return. All Sales Are Final.
Special order - please allow 4 weeks for this item to ship.

MSR165: Data Logger for Shocks and Vibration

The MSR165 shock and vibration data logger is a robust mini data logger, capable of taking 1600 measurements per second for up to five years. It is ideal for measuring vibrations and monitoring shocks in the fields of transportation monitoring, fault diagnoses and load tests.

Over one billion measurement values

The MSR165 can monitor shocks up to ±15 g or up to ±200 g; 32 measured values are recorded even before the shock event takes place. The memory is capable of storing over two million measured values, which is sufficient for recording more than 10’000 shocks; the memory capacity of the logger can be extended to more than 1 billion measured values by using a microSD card. All the data can be quickly transferred to a computer via the USB port or microSD card.

MSR ShockViewer for analysing shocks and vibrations

The scope of delivery of the MSR165 includes the MSR PC Software for configuring and analysing the data. For an extensive analysis and graphical representation of the data recorded in shock mode and to automatically create reports, with the MSR165 Firmware Version 2.00 and later versions, the MSR ShockViewer analysis software, which is specifically tailored to the requirements of transportation monitoring, is at your disposal.

Ideal for long-term measurements

The MSR165 has extremely low power requirements. With the lithium-polymer battery (900 mAh) you can monitor shocks for up to six months, with replaceable Li-SOCl2 batteries even for up to five years. The MSR power pack, which can be ordered separately, is another option to increase the recording period: The autonomous charging station recharges the internal battery of the data logger during operation, allowing you to record data for up to six times longer.

The basic specification of the MSR165 data logger includes a high resolution 3-axis acceleration sensor with a working range of either ±15 g or ±200 g. In addition to the acceleration, you can also record temperature, humidity, air pressure, light and four analogue input signals.

Configure your own custom MSR165 variant here!

With a few clicks you are able to select your desired MSR165.

1. Select the housing and the corresponding power supply.

Type and power supply
Technical data Item no.
Lithium polymer battery (900 mAh), rechargeable via
USB connection.
Data logger MSR165 with rechargeable 900 mAh lithium polymer battery.
Size & weight:
39 x 23 x 72 mm, ca. 69 g
Data logger housing:   Anodised aluminium case, PC, encapsulated,
IP67 waterproof.
Colour: Blue, anthracite
Medium: Air, various liquids
Key: Set bookmark or start and stop recording.
 
Integrated sensor: 3-axis digital accelerometer (13 bit resolution),
±15 g or ±200 g
 
Memory capacity: Over 2 000 000 measured values, expandable to over 1 bn measured values with optional microSD card.
 
Interface: USB
PC software: Setup, Reader, Viewer and Online software (Windows 7/8/10), MSR ShockViewer.
 
Operating conditions:   Temperature -20...+65 °C
Storage conditions:
  • Temperature +5...+45 °C (ideal storage condition for the battery)
  • 10...95 % relative humidity, non-condensing
 
Standards: The MSR165 complies with EU-Directives RoHS / WEEE.

165B8

Error
Replaceable Li-SOCl2 batteries
(3.6 V, 2 x 7700 mAh)
in a splashproof
cast aluminium case.
Data logger MSR165 with two replaceable 7700 mAh Li-SOCl2 batteries in a splashproof cast aluminium case.
Size & weight:
122 x 92 x 70 mm, approx. 530 g

165B52

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2. Select the sensors.

If your require a 200 g 3-axis acceleration sensor instead of the 15 g sensor and if you require further sensors, please select the desired sensors here.

Measured parameter /
Measuring/storage rate
Working range /
Accuracy
Internal
sensor
External sensor (according to cable length)
0.20 m 1.00 m 1.60 m
Temperature

1/s to every 12 h
external: -55...+125 °C
internal: -20...+65 °C

±0.5 °C (-10...+65 °C)
±2 °C (-55...+125 °C)
Art.-Nr. T2
Error
Art.-Nr. FT2/020
Error
Art.-Nr. FT2/100
Error
Art.-Nr. FT2/160
Error
Relative humidity
with integrated temperature

1/s to every 12 h
0...100 % rel. humidity
external: -20...+85 °C
internal: -20...+65 °C

±2 % rel. humidity
(10...85 %, 0...+40 °C)
±4 % rel. humidity
(85...95 %, 0...+40 °C)
Art.-Nr. H3
Error
Art.-Nr. FH2/020
Error
Art.-Nr. FH2/100
Error
Art.-Nr. FH2/160
Error
Air pressure absolute,
with integrated temperature

1/s to every 12 h
0...2000 mbar absolute
external: -20…+85 °C
internal: -20...+65 °C

±2.5 mbar
(750...1100 mbar absolute,
+25 °C)
Art.-Nr. P5
Error
Art.-Nr. FP10/020
Error
Art.-Nr. FP10/100
Error
Art.-Nr. FP10/160
Error
0...14 bar absolute
-20...+65 °C

±50 mbar
(1...10 bar abs., +25 °C)
Art.-Nr. P7
Error
Art.-Nr. FP7/020
Error
Art.-Nr. FP7/100
Error
Art.-Nr. FP7/160
Error
3-axis-acceleration

1600/s to every 12 h
(±15 %)
±15 g
-20...+65 °C

±0.15 g (0...5 g, +25 °C)
±0.3 g (5...15 g, +25 °C)
Art.-Nr. A
Error
Art.-Nr. FA/020
Error
Art.-Nr. FA/100
Error
Art.-Nr. FA/160
Error
±200 g
-20...+65 °C

±2 g (0...15 g, +25 °C)
±5 g (15...100 g, +25 °C)
±10 g (100...200 g, +25 °C)
Art.-Nr. A3
Error
Art.-Nr. FA3/020
Error
Art.-Nr. FA3/100
Error
Art.-Nr. FA3/160
Error
Light

1/s to every 12 h
0...65 000 lx
max. sensitivity
at 500 nm
Art.-Nr. L2
Error
Art.-Nr. FL2/020
Error
Art.-Nr. FL2/100
Error
Art.-Nr. FL2/160
Error

3. Do you require an additional 4 analogue inputs for connecting third-party sensors?

Should you wish to connect additional external third-party sensors to your MSR165 datalogger then please select the required input configuration.

Analogue inputs Inputs Input configuration Item no.
Screw terminal for 4 analogue inputs.

Including alarm output and input for starting
and stopping data recording.

Measurement/storage rate: 1/s (or 1000/s
if the acceleration measurement rate is less
than 1/s) up to every 12 h. Max. 2 external
sensors possible, light sensor not available.
4 analogue inputs
(resolution: 12 bit)
0...3.0 V - Standard E3333
Error
4 analogue inputs
(resolution: 12 bit)
Select the number of inputs for the
respective input configuration:

(1)   0...20 mA
(2)   4...20 mA
(3)   0...3.0 V
(4)   0.5...4.5 V / 0...5.0 V
(5)   0...10.0 V / 1.0...6.0 V
(6)   0...12.0 V
(7)   0...24.0 V
(8)   0...36.0 V
(9)   0...48.0 V
Exxxx
Error

4. Would you like to expand the memory capacity with a microSD card?

Please order the expansion slot for plugging-in a standard microSD card here. Item no.
Expansion slot for microSD card (includes one formatted and ready for use ≥4GB microSD card).
Please note that this expansion slot with plugged-in microSD-card only meets the protection category IP60.
N10006
Error

Your selection:

Price:
Item no.:

MSR165 Shock and Vibration Data Logger Specifications

Measured Parameters 3-Axis Acceleration (Built-in Internal)
Temperature (Internal or External)
Relative Humidity (Internal or External)
Air Pressure (Internal or External)
Light (Internal)
Analog Input Signal (External)
Acceleration Sensor Type: 3-Axis Digital Accelerometer (Internal)
Sensor Resolution: 13-Bit
Measurement Rate: Up to 1600/s (±15%)
Range: ±15g or ±200g @ -20°C to 65°C
Accuracy (15g Sensor): ±0.15g @ 25°C
Accuracy (200g Sensor): ±2g (Up to 15g); ±5g (Up to 100g); ±10g (Up to 200g)
Temperature Range: -20°C to 65°C (Internal); -55°C to 125°C (External)
Accuracy: ±0.3°C (Internal);±2.0°C (External)
Humidity Range: 0 to 100% RH, -20°C to 65°C
Accuracy: ±2% (10 to 85% RH, 0°C to 40°C); ±4% (85 to 95% RH, 0°C to 40°C); ±0.5°C (0°C to 65°C)
Pressure Range: 0 to 2000 mbar Absolute or 0 to 14 Bar Absolute
Accuracy: ±2.5mbar (750 to 1100 mbar Absolute, 25C); ±0.5°C (0°C to 65°C)
Light Type: SFH 5712 Osram
Range: 0 to 65,000 lx
Accuracy: 100 to 65,000 lx, Max ±5% Linearity Error, Max Sensitivity at 500 nm
Resolution: 4 lx
Temperature Coefficient: 0°C to 50°C, <0.2%/K
Analog Input Number: 4 (Each Channel Configured for Separate Ranges)
Range: 0 to 3.0 Volts (Standard)**
Resolution: 12 Bits
Note: Additional Ranges Available
0-20mA, 4-20mA, 0-3, 5, 10, 12, 24, 36, or 48 volt
Call 603-746-5524 to Order
Sampling Rate Acceleration: Up to 1600/s
Temperature: 1/s to 12 Hours
Humidity: 1/s to 12 Hours
Pressure: 1/s to 12 Hours
Light Level: 1/s to 12 Hours
Data Storage Capacity Approximately 2,000,000 Total Readings
Additional Storage Available with Standard SD (>4 GB) Card
Operating Conditions Temperature: -20°C to 65°C
Storage Conditions Temperature: 5°C to 45°C
Humidity: 10 to 95% RH, non-condensing
Color Blue, Anthracite
Operating Mode Push Button Start/Stop
Recording Mode Set Bookmark or Start and Stop Recording
Power Supply Lithium Polymer Battery (1000 mAh) (Recharge via USB Cable Atttached to Computer)
or
(2) Rechargeable Lithium-Thionyl Chloride (LI-SOCI2), 3.6 Volt, 7700 mAh (x 2), Up to 5 Years
Housing Enclosure Anodised Aluminum Case, PC, Encapsulated , Waterproof
Media Air, Various Liquids
Standards Compliance RoHS/WEEE, IP67
OS Compatibility Windows 11, 10 and 7 (32 and 64 Bit)
Weight 69 grams
Dimensions 39mm x 23mm x 72mm
User Manuals and Product Guides
Software Downloads
zip
(Size: 255.38 MB)
Version 6.09.01 Includes ShockViewer Add-On for MSR165 and MSR175.
zip
(Size: 34.33 MB)
Version 1.02.21
Product Videos
Open File and Print Reports
The User Interface
The Shock View
The Sensors View
The Overview Panel
Then Shock Filter

Mounting Instructions for MSR Shock and Vibration Data Loggers

The data loggers should be force-fitted as close as possible to or on the object to be monitored. Fastening to the packaging or the means of transport will lead to deviating results.

Screw the data loggers to the object at the holes provided. Alternatively, the data loggers can also be fastened with high-strength industrial adhesive tape or cable ties. Magnetic fastening should be avoided. It only acts in the direction of the magnetic field lines - it is not force-locking.

Mounting Instructions for MSR Shock and Vibration Data Loggers
User Manuals and Product Guides

Orientation

Align the Axes of the data Loggers with the main direction of movement. The data loggers can be mounted in any position. Make a note of the position and direction of the axes for later evaluation.

MSR Mounting
Customer Questions
Is the software compatible with Windows 10?
Yes, it will work with Windows10
Are the extra sensors for temperature and Rh external to the unit. (ie wired hanging off the main unit?)
The only time the sensors are mounted externally is if you select it in the options while building the logger.  The only circumstance where you would have a duplicate sensor both internal and external would be if you selected an internal temp sensor...
What is the maximum size of the sd card and how long (measuring duration) can I record only the accelertation at sample frequencies of 1600 Hz or 250 Hz.
The maximum size of the SD card is 4GB.  If you are recording only acceleration at 1600Hz that will give you enough memory for 3 days but the battery life would only be good for 26 hours so you would be limited by that unless you left it plugged...
What is the minimum operating temperature? Also, can several devices be connected permanently to an industrial PC to remotely pull data?
The logger itself and the internal temperature sensor can operate as low as -20°C.  If you purchase it with an external temperature sensor the external sensor can record down to -55°C however the body of the logger still would have that -...
Can you explain me the meaning of these sampling rates? Acceleration: Up to 1600/s Temperature: 1/s to 12 Hours Humidity: 1/s to 12 Hours Pressure: 1/s to 12 Hours Light Level: 1/s to 12 Hours what does it mean?
The sample rate is the rate or frequency the logger can be set to take a reading. Because this logger is available with different types of sensors they give a sample rate for each type. Acceleration: Up to 1600/s - The fastest the logger can record shock...
1. What do these parameters about acceleration mean? (MSR165 data logger) Range: ??15g or ??200g @ -20??C to 65??C Accuracy (15g Sensor): ??0.15g @ 25??C Accuracy (200g Sensor): ??2g (Up to 15g); ??5g (Up to 100g); ??10g (Up to 200g) 2. What are the accelerometer and gyroscope functions in data loggers? what information do these sensors give to us?
The logger is available in two ranges, one that can monitor and record forces of negative 15 g to plus 15 g and another that can monitor and record forces from -200 g to plus 200 g. The temperature range the logger can monitor and record using an internal...
What is the IP rating using the internal sensors? Does using external sensors change this?
The MSR 165 logger is rated at IP67.  The external accelerometer sensor is sealed in silicone and shares this rating. The MSR 165 logger is rated at IP67.  The external accelerometer sensor is sealed in silicone and shares this rating.&...
Will the unit be permanently damaged if it is exposed to temperatures up to 100C for tow to three hours?.
If you order it with an external temperature sensor it can withstand up to 125C.  The body of the logger itself can only be used up to 65C and even at that temp it shouldn’t be exposed to it for long periods.  Doing so would permanently...
What is the expected battery life per charge?
The battery life will vary depending on the configuration used during setup and the number of sensors you are monitoring. If you download the free software (located on the "manuals and resources" tab which is towards the bottom of the product webpage...
Does it matter how the device is mounted, vertical, horizonal, 45 degree angle?
You can mount the device any way you would like but you’ll just need to keep in mind the orientation as far as the X,Y, and Z axis goes. 
Please, mind that only logged in users can submit questions
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