User Manual for Dracal TECHNOLOGIES models including: 601000, 608000, 603000, 605000, TMP125 USB Temperature Sensor, TMP125, USB Temperature Sensor, Temperature Sensor
USB ambient temperature sensor
User Manual TMP125 USB Temperature Sensor HS code: 8471.60.10.50 Model name Part number Description USB-TMP125 601000 USB temperature sensor USB-TMP125-CAL 608000 USB temperature sensor – calibratable
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DocumentDocumentUser Manual TMP125 USB Temperature Sensor Model name Part number Description USB-TMP125 USB-TMP125-CAL VCP-TMP125 VCP-TMP125-CAL 601000 608000 603000 605000 USB temperature sensor USB temperature sensor calibratable USB temperature sensor with VCP mode USB temperature sensor calibratable with VCP mode HS code: 8471.60.10.50 Table of Contents 3 Compliance Certification 4 Overview 5 Product Overview and Specifications 6 Safety Guidelines 6 Installation and Setup 6 Usage Guidelines and Applications 9 Care, Storage, and Recalibration 9 Troubleshooting Guide and Support 10 Return Process and Warranty Information 10 Accessories and Peripherals 10 Disassembly and Environmental Considerations 11 Document Revision History 2 Dracal Technologies Inc. Compliance Certification EU Declaration of Conformity This declaration of conformity is issued under the sole responsibility of the manufacturer: Dracal Technologies Inc. A204 - 7900 Taschereau Blvd Brossard (Quebec) J4X 1C2 Canada for the following product(s): Model: TMP125 Type of Equipment: USB sensor CE Marking: No Compliance with Directives RoHS3 Directive (2011/65/EU, 2015/863) The USB Sensor Model TMP125 complies with the requirements of the RoHS Directive, restricting the use of hazardous substances in electrical and electronic equipment. Technical Documentation Dracal Technologies holds the technical documentation required by the relevant directives at the following address: compliance@dracal.com. It is available upon request to the relevant authorities. Signed for and on behalf of: Dracal Technologies Inc., January 2024 Ariane Garon President Dracal Technologies Inc. TMP125 USB Temperature Sensor 3 Overview At Dracal Technologies, we want to democratize access to precision data to engineers and scientists to ease their lives so they achieve their goals more quickly. We believe that precision data should not be compromised by ease of use. Dracal's measuring instruments connect through a USB port. Units with the VCP option allow users to integrate sensor data without using a 3rd party software. The USB units are compatible with DracalView, the graphical software, and command-ine interfaces. The calibratable units are equipped with a 3-point user-calibration mechanism that allows the handler to align multiple instruments together precisely or to adjust the accuracy of an instrument with a more precise reference. The TMP125 is a precision thermometer for ambient temperature. 4 Dracal Technologies Inc. Product Overview and Specifications Product Overview The TMP125 is a USB temperature sensor designed for accuracy and reliability. With its precision temperature chip, the TMP125 can measure temperatures as low as -55°C with precision and a resolution of 0.0625°C. The sensor's probe is coated to protect against dust, moisture, and splashes, making it suitable for harsh environments. Its USB connectivity allows easy integration into your existing setup, making it a versatile tool for many applications. Key specifications Temperature Probe operating range Typical accuracy from -55 °C to 75 °C Resolution -55 °C to 75 °C ±2 °C 0.065 °C Miscellaneous · Supply: Powered by a USB port or a powered USB HUB. · Operating temperature range (USB cable and housing): 0 °C* to 70 °C. · Supported by the SensGate DAQ unit. · Simultaneous operation of multiple Dracal sensors is supported.** * Only if the cable is not moved/flexed while the temperature is below 0 °C. ** Only limited by allowable USB topologies and OS capacity. Fifty simultaneous USB sensors have been tested under Windows 8. TMP125 USB Temperature Sensor 5 Safety Guidelines WARNING: Electromagnetic interference (EMI) may decrease the sensor's accuracy. Avoid using this device near EMI sources such as motors, high-voltage transformers, and fluorescent tubes. WARNING: This product should not be used in applications where its failure may cause personal injury. Installation and Setup TIP: As for any precision measurement equipment, powering the unit at least 15 minutes before using it is advised. Installation 1 Download the DracalView* software at https://www.dracal.com/en/software/ 2 Follow the installer's instructions. The whole process should take less than a minute. The setup is now completed. 3 Insert the unit into a free USB port. * Includes a set of command-line tools. Usage Guidelines and Applications Operation DracalView We recommend launching DracalView to check if the instrument is connected correctly and works as expected. Here are the main steps of the Getting Started with DracalView guide. 1 Connect an instrument. 2 Launch DracalView. 3 Verify the instrument appears in the Sources tab. 4 Modify units and decimals in the Configuration tab (Optional). 5 Customize the names of channels to record in the Sources tab (Optional). 6 Visualize data on GraphView. 6 Dracal Technologies Inc. Please refer to the TMP125 page for the complete guide, specifically the "Software & Documentation" tab. Of note, to log data with DracalView, these are the remaining main steps of the Getting Started guide: 7 Initiate the logging task in the Logging tab. 8 Keep an eye on data with BigView. Watch an introductory video for a quick overview of setting up and logging data in less than 3 minutes. Operation Command-line interface The command-line tools are available with the download of DracalView. In the Getting Started guide, locate them and call the -h (help) argument, whether on a Windows, MacOS X, or Linux-based computer. For complete documentation on how to use dracal-usb-get or dracal-sensgate-get, code examples, and integrating sensor data into LabVIEWTM, click on the relevant link in the same Getting Started guide. Briefly, to log data to a file, here is the command line: dracal-usb-get -s [serial number] -i [chosen channels] -L [location] To redirect the output, give the argument -L the parameter "- " to have a stdout output. TMP125 USB Temperature Sensor 7 Operation COM Protocol "VCP-" prefix: If present, the product is equipped with the virtual COM port (VCP) option, which allows it to be freely converted between USB and VCP modes. It is delivered in USB mode. To convert the product from USB to VCP mode, 1 Open a command-line terminal. 2 Call "dracal-usb-set -f set_protocol VCP" and disconnect the product. To reverse the product back to USB mode, Send the "PROTOCOL USB" command and disconnect the product. Please note that under Windows, once an instrument is converted to VCP, it is not recognizable by DracalView and the command-line tools. For additional information, please click the relevant link in the Software & Documentation section of the TMP125 page. Calibration "-CAL" suffix: If present, the product is equipped with a 3-point user-calibration mechanism. The Getting Started guide for calibration is summarized as follows: 1 Determine the calibration points. 2 Perform the calibration using DracalView or dracal-usb-cal. A comprehensive video tutorial on the best practices for calibrating instruments using DracalView can be found here. The Getting Started guide for successful calibration, mentioned in this section, provides many tips and complementary documentation. 8 Dracal Technologies Inc. Care, Storage, and Recalibration Care Use within the specifications available in the TMP125 datasheet. NOTE: Note that this product is not waterproof and requires protection if contact with water is possible. Storage Store within the housing temperature and humidity ranges specified in the TMP125 datasheet. Recalibration Dracal's measuring instruments are factory-calibrated. It is possible to purchase a calibration certificate traceable to the SI along with the instrument and receive a calibrated instrument. An ISO17025-accredited laboratory performs this calibration. If the instrument has a "-CAL" suffix, it can be adjusted for accuracy during the calibration. The long-term drift of the TMP125 is minimal. Therefore, depending on the user's application, an adjustment might be required more frequently. Troubleshooting Guide and Support Troubleshooting TIP: Avoid installing the sensor in a location where strong vibration is likely to occur. Strong vibrations may cause slight inaccuracies in the reading. Feel free to browse the website's Resources section for any supplementary information. Here are interesting articles: · Most frequent questions about Dracal · Top challenges and their solutions · FAQs about calibration Support Dracal Technologies has a dedicated email address for support: support@dracal.com. As customer satisfaction is a priority, someone (an actual human!) will respond within 24 hours. TMP125 USB Temperature Sensor 9 Return Process and Warranty Information Return Process If a customer experiences issues with a Dracal sensor, they can contact support@dracal.com and explain their problem. In most cases, there will be an easy solution. In the rare event of a faulty instrument under warranty, Dracal Technologies will proceed to a replacement upon evaluating the situation. The procedure will be explained through email once the customer advises support@dracal.com. Warranty The complete warranty can be found on Dracal Technologies' website here. Briefly, Dracal Technologies only warrants to the original product purchaser for 36 months (3 years) from the delivery date. Accessories and Peripherals To use Dracal Technologies' complete DAQ solution, the user must download the software on a computer with a USB port. Aside from sensors, Dracal Technologies offers a remote data logging station: the SensGate. Both a Wi-Fi/Ethernet gateway for Dracal's sensors and a data logger, it fulfills the needs of customers requiring a remote solution to precision data acquisition. Disassembly and Environmental Considerations Disassembly Instructions 1 Turn Off Power: Before disassembling the USB sensor, ensure it is disconnected from any USB port. 2 Remove External Connections: Unplug any cables connected to the USB sensor. 3 Identify Screws and Fasteners: Locate and identify any screws or fasteners securing the casing of the USB sensor. 10 Dracal Technologies Inc. 4 Separate Casing: Gently separate the casing; be careful about damaging internal components. If resistance is encountered, recheck for any overlooked screws. 5 Document Component Positions: Before further disassembly, document the positions of internal components for ease of reassembly. 6 Handle Components with Care: Handle internal components carefully to avoid electrostatic discharge and damage. Use an ESD (Electrostatic Discharge) mat or wrist strap if available. 7 Follow Reverse Order for Reassembly: When reassembling the USB sensor, follow the disassembly steps in reverse order, ensuring components are correctly positioned and secured. Environmental Considerations 1 Recycling Recommendations: Dispose of components and packaging materials in accordance with local recycling regulations. Check with local authorities for proper e-waste disposal facilities. 2 Reuse Opportunities: Consider reusing components or donating functional parts to minimize environmental impact. 3 Minimize Energy Consumption: Power down or disconnect the USB sensor when not in use to minimize energy consumption. RoHS Compliance Our USB sensors adhere to RoHS (Restriction of Hazardous Substances) directives, ensuring they are free from harmful substances such as lead, mercury, and cadmium. REACH Compliance These USB sensors comply with REACH (Registration, Evaluation, Authorization, and Restriction of Chemicals) regulations, meeting European safety and environmental impact standards. Document Revision History Version 1.0 2024-02-08 Creation of the User Manual. TMP125 USB Temperature Sensor 11 info@dracal.com dracal.com +1 450.812.8612 Dracal Technologies Inc. A204 - 7900 Taschereau Blvd Brossard (Quebec) J4X 1C2 Canada