About Digital Moisture Meter Model ATS 301D
The ATS Make Dew point Transmitter makes monitoring dew points as easy as measuring temperature or pressure, and can be instantly incorporated into air or gas measurement and control systems. Applied highly automated manufacturing, calibration and test processes make the transmitter not only a very rugged and reliable instrument but also very competitive in price. By taking advantage of Applied exchange sensor program, users can be assured that their process moisture measurement facility is never interrupted. It is very easy to install and maintain and comes with wide backup and service program.TECHNICAL SPECIFICATION -:-: Measurement Range (dewpoint) -60 to +30C dew point,-80 to +30C dew point & -100 to +30C dew point (Optional)-: Accuracy (dewpoint) 2C dew point-:Response Time 1 min to T95 (dry to wet)-: Repeatability 0.5C dew point-: Calibration Traceable 7 point calibration certificateELECTRICAL INPUT/OUTPUT-:-: 4-20 mA current source, configurable over the end re range-: Supply voltage 8 - 36 VDC from Control Unit-: Load Resistance Max 660 @ 24 V 160 @ 12 V-: Current Consume on 23mA maxOPERATING CONDITIONS-: -: Operating Temperature -40 to +60C-: Operating Humidity 0100% RH-: Operating Pressure 40 MPa (450 Bar g)-: Max Flow Rate 0.2 to 5 l/min mounted in standard sampling block; 0 to 10 ms-1 Advanced Moisture Detection for IndustryThe ATS 301D Digital Moisture Meter offers cutting-edge technology for reliable moisture assessment in various industrial applications. Its sturdy MS construction and electric operation ensure durability, while the digital display provides straightforward, error-free moisture readings. Streamline your process and ensure product consistency with this industrial-grade moisture meter, designed for both ease of use and accuracy.
Designed for Indian Industry StandardsCatering to the specific requirements of Indian industries, the Digital Moisture Meter ATS 301D is made to accommodate standard sizes and rigorous working conditions. Its electric power supply and robust materials offer dependable operation in demanding environments, making it a preferred choice among exporters, importers, manufacturers, or any entity dealing with material moisture analysis in India.
FAQs of Digital Moisture Meter Model ATS 301D:
Q: How does the Digital Moisture Meter Model ATS 301D measure moisture levels?
A: The ATS 301D utilizes electronic sensors to accurately gauge the moisture present in a sample. When the material is placed on or inside the device, the sensors detect the moisture content and display the value digitally for easy interpretation.
Q: What materials can this moisture meter be used on?
A: This model is suitable for a wide range of industrial materials, including but not limited to wood, grains, textiles, and construction materials, enabling precise moisture measurement across various sectors.
Q: When should I use the Digital Moisture Meter in my industrial process?
A: It is recommended to use the ATS 301D during key quality control checkpoints or whenever moisture content impacts final product quality. Regular use can help prevent issues related to excess or insufficient moisture in materials.
Q: Where is the ATS 301D Digital Moisture Meter commonly used?
A: The device is widely used in Indian industrial settings such as manufacturing plants, processing facilities, and quality assurance laboratories. It is particularly beneficial for exporters, importers, and suppliers who require standardized moisture analysis.
Q: What is the process for operating this digital moisture meter?
A: Operating the ATS 301D is straightforward: connect the device to an electric power supply, place the sample onto the sensor or testing area, and review the moisture content reading directly on the digital display.
Q: How does using this meter benefit industrial businesses?
A: By providing fast and precise measurements, the ATS 301D helps businesses maintain consistent product quality, reduce waste, and comply with industry standards, thereby enhancing reputation and operational efficiency.