Programmable Power Meter High Accuracy Precise Measurement Accurate Measuring Precision Measuring

Programmable Precision Power Meter - High Accuracy - Precise Measurement - Accurate Measuring - Precision Measuring

        The design of the TPM-201 Precision Power Meter incorporates an advanced 32-bit high-speed processor and dual 24-bit AD converters, featuring high precision, wide dynamic range, and a compact and flexible structure. It is a new generation of digital electrical parameter measurement instruments capable of measuring effective value voltage, current, active power, frequency, and power factor. 

• Product Aliases: Power Analyzer, Digital Power Meter, Intelligent Electrical Measurement Device, Power Measurement Device. 
• Precision Power Meter TPM-201 Measurement Items: AC U(600V), I(0.0005A~1A~40A), P(U×I×PF), F(45Hz-65Hz), PF(0.2-1.0).
• Accuracy Rating: Class 0.5. 
• Power Supply: AC 85V-265V or DC 100V-300V. 
• Minimum Measurement Resolution: 0.01W. 
• A/D Conversion: Rate of approximately 8k/sec, 24-bit, with simultaneous sampling of voltage and current; 
• Alarming Function: Over-limit audible and visual alarm. 
• Display Update: Approximately 3 times/second; 
• Relay Contact Capacity: 250VAC, 3A, resistive. 
• Input Method: Both voltage and current are floating inputs; voltage input impedance is approximately 2MΩ; for the 40A current input range, the impedance is approximately 1mΩ, and for the 2A current input range, the impedance is approximately 10mΩ. 
• Output Method: RS232C/485 (optional). Instrument Dimensions: 112(H) × 260(W) × 303(D) mm. 
• Net Weight: ≈3kg.

Precision measuring tools are widely used in various fields. Below are some application scenarios:

• Manufacturing Industry: In the manufacturing process, precision measurement tools play a crucial role. They can be used for quality control of product dimensions, ensuring that the produced parts meet design requirements and standards, such as in the automotive, aerospace, and electronics industries.
• Metrology and Calibration Laboratories: These tools are essential for calibrating other measuring instruments and equipment to ensure their accuracy and reliability.
• Scientific Research: In scientific experiments, precision measurement tools are used to obtain accurate data, such as in physical, chemical, and biological research.
• Quality Control Departments: Used to inspect and verify the quality of products during production or after shipment to ensure they meet specified standards and requirements.
• Reverse Engineering: When analyzing existing objects or products, precision measurement tools help determine their exact dimensions and shapes for replication or improvement.
• Medical Field: In medical equipment manufacturing and healthcare, precise measurements are critical, such as in the production of medical devices and prosthetics, as well as in medical imaging technology like CT and MRI.
• Energy Industry: For example, in the power industry, precision power meters measure electrical parameters accurately; in the oil and gas industry, they measure flow rates, pressure, temperature, etc.
• Environmental Monitoring: Used to measure environmental parameters such as air quality indicators, water quality parameters, and soil properties with high accuracy.
• Aerospace: In the design, manufacture, and maintenance of aircraft and spacecraft, precision measurement tools ensure the high accuracy and reliability of various components.
• Construction and Engineering: On construction sites, they are used to measure building dimensions, levels, and alignments; in civil engineering projects like bridges and tunnels, they monitor structural deformation and stress changes