Flir Extech SDL200 User Guide

Flir Extech SDL200 Datalogger manual cover
Pages 12
Year 2013
Language(s)
English en

Flir Extech SDL200 Datalogger Specification

The Flir Extech SDL200 Datalogger is a precision instrument designed for capturing and recording sound level measurements with high accuracy. It features a robust design suitable for various environments, making it ideal for both field and laboratory applications. The SDL200 is equipped with a built-in calibrated microphone and a wide measurement range from 30 to 130 dB, allowing it to accommodate varying noise levels with ease. It supports both A and C frequency weighting, which is essential for capturing sound levels in different scenarios, from general noise to specific industrial environments.

The device includes a user-friendly interface with a large, backlit LCD for clear data reading even in low-light conditions. It offers real-time data logging capabilities directly onto an SD card, supporting cards up to 16GB, enabling extensive data storage and easy data transfer to PCs for further analysis. The SDL200 also provides the capability to log intervals from 1 to 3600 seconds, offering flexibility for different monitoring needs. It operates with a 9V battery or an optional AC adapter, catering to extended usage scenarios.

Additionally, the SDL200 features a USB interface for convenient data downloads and firmware updates. It comes with software for data analysis, ensuring users can efficiently process and interpret the recorded data. The rugged design ensures durability, and it includes a windscreen to minimize distortion from wind noise. The Flir Extech SDL200 is an ideal tool for professionals needing reliable and accurate sound level measurements in various environments, ensuring compliance with health and safety regulations.

Flir Extech SDL200 Datalogger F.A.Q.

How do I set up the FLIR Extech SDL200 Datalogger for the first time?

To set up the FLIR Extech SDL200, first insert the batteries and the SD card. Power on the device and use the 'SET' button to configure the date, time, and measurement parameters.

What is the procedure to calibrate the FLIR Extech SDL200?

Calibration involves using known reference standards to adjust the datalogger. Refer to the manual for specific calibration procedures and use the 'CAL' mode to perform necessary adjustments.

How can I troubleshoot if the SDL200 is not recording data?

Check if the SD card is properly inserted and formatted. Ensure that the device is not in 'HOLD' mode and that the memory is not full. Restart the device if necessary.

What should I do if the SDL200 display is not turning on?

Ensure that the batteries are correctly installed and have sufficient charge. If using an AC adapter, check the power connection. Try replacing the batteries or resetting the device.

How do I transfer data from the SDL200 to a computer?

Remove the SD card from the SDL200 and insert it into a computer with an SD card reader. The data files can be accessed and transferred directly from the SD card.

What maintenance is required for the FLIR Extech SDL200 Datalogger?

Regularly inspect the device for physical damage, clean the external surfaces with a soft cloth, and ensure the battery compartment is free from corrosion. Periodically check calibration.

How do I reset the SDL200 to its factory settings?

To reset the SDL200, turn it off and press the 'SET' button while turning it back on. Follow the prompts on the display to confirm the reset to factory settings.

Can the SDL200 measure different types of data simultaneously?

Yes, the SDL200 can measure multiple parameters such as temperature and humidity simultaneously, depending on the attached probe and settings.

What do I do if the SDL200 is giving inaccurate readings?

Ensure the device is properly calibrated and the sensor is clean and unobstructed. Verify environmental conditions and repeat the measurements.

How frequently should the SDL200 be calibrated?

Calibration frequency depends on usage conditions but is generally recommended annually, or whenever the accuracy of readings is in question.