PCE Instruments PCE-TDS 200+ SR Ultrasonic Flow Meter for Non-Invasive Flow Measurement, Measures Flow Velocity and Volume with Clamp-On Sensors, Along with Data Logging and LCD Display

The PCE-TDS 200+ SR Ultrasonic Flow Meter is a high-precision instrument for non-invasive flow measurements. With an impressive measuring range of ±32 m/s and exceptional accuracy of ±1.5% for pipes 50mm and larger, this device delivers reliable results across various applications. The meter features clamp-on sensors that work with multiple pipe materials including copper, steel, aluminum, and various plastics. Its versatile 2.8-inch LCD display shows flow velocity, volume flow, and volume in various units. The device includes a robust data logging capability with 32GB storage, allowing for up to 10 million measuring points. The built-in LiPo battery provides approximately 10 hours of operation, and the unit can be charged via USB-C interface. Temperature measurement capabilities span across multiple thermocouple types, with ranges suitable for industrial applications. The meter supports various media including water, oil, methanol, and other liquids with impurity levels below 5%. The intuitive interface offers multiple language options and includes an installation aid for optimal sensor positioning.

• MEASUREMENT RANGE: Features an impressive measuring range of ±32 m/s with high accuracy of ±1.5% for pipes ≥50mm diameter and ±3.5% for pipes <50mm diameter
• VERSATILE COMPATIBILITY: Works with multiple pipe materials including copper, steel, aluminum, PVC, and various liquids like water, oil, methanol with less than 5% impurity
• DATA LOGGING: Equipped with 32GB memory capacity storing up to 10 million measuring points with adjustable intervals from 1 second to 12 hours
• DISPLAY & INTERFACE: Features a 2.8" LCD display with USB-C connectivity for data transfer and online measurement capabilities
• POWER & PORTABILITY: Compact design measuring 6.50 x 3.35 x 1.26 inches, weighing just 0.56 lbs with approximately 10-hour battery life