MSR145 Data Logger Series

The MSR145 is a miniature universal data logger with options for measuring internal temperature, humidity, pressure, 3-axis accelerometer (X, Y and Z axes) and light sensors. The units are available in a selection of housings and internal rechargeable batteries. Additionally we have a dual analogue input option to allow the connection of third party sensors.

Price range: $0.00 - $439.00

MSR160 Data Logger

Four integrated analogue inputs, a high measurement rate and its gigantic memory capacity, all packed into a small format are the key characteristics of the new MSR 160 data logger. The analogue inputs (Voltage & Current) of the robust mini logger can be used for conventional sensors with analogue outputs (e.g. CO2, conductivity, pH etc). In addition, a multiple output switching power supply is also provided.

MSR165 Data Logger

The MSR 165 is a miniature universal data logger for measuring and recording 3 axis acceleration up to +/- 15 g, frequency range 1600 Hz. It also has the option of internal temperature, humidity, pressure and light sensors. The units comes in a waterproof housing and an anodized aluminum case with a rechargeable 900mAh battery. There is also the option of increasing the memory capacity with an SD memory card.

MSR255 High Speed Data Logger with LCD Display

The new MSR 255 data logger features a large, four line back-lit LCD display to monitor your current readings. Up to four internal sensors for temperature, humidity, pressure and 3-Axis acceleration, along with an optional four channel input module for external sensors. Alarm output, sensor excitation and large battery make this ideal for remote applications.

MSR12 Advanced Data Logger

The MSR 12 is a practical, portable signal acquisition instrument for measuring, displaying and recording a range of physical parameters. Its unique modular design means that you can customise the unit according to their specific requirements. The unit can record and store over 100 physical parameters simultaneously and at different measurement frequencies.