DESCRIPTION

💧 Pure Water, Pure Life: Elevate your water quality testing with a digital meter that spans a vast range, from 0 to 9990, ensuring every sip is just right.
🌡️ Triple Threat Testing: Not just for TDS, but with temperature and PPM measurement capabilities, this device is a multifunctional champion for comprehensive water analysis.
📊 Precision at Your Fingertips: Get accurate, reliable readings every time, empowering you to make well-informed decisions about your water quality.
🔍 Simplicity Meets Efficiency: Designed for ease, this tester is user-friendly, perfect for both pros and novices interested in chemical sciences or simply ensuring water purity.
📲 Smart Features for Smart Testing: Featuring an LCD screen for clear data display, automatic temperature compensation, and a convenient auto-off function to conserve battery life.
🔄 Versatile Mode Adventures: Explore water quality with 4 different modes, easily switched with a tap, ensuring tailored testing for TDS, EC, and temperature in Celsius or Fahrenheit.
🕒 Long-Lasting and Ready to Go: Powered by a CR2032 battery for up to 1000 hours of continuous use, this tester is an essential tool for water purifiers, pools, and laboratories.

SPECIFICATIONS

Measurement Range: Conductivity: 0-9990 μs/cm; TDS: 0-9999 ppm; Temperature: 0.1-80.0°C (32.0-176.0°F), covering a broad spectrum of water testing needs.
Accuracy: Maintains a ±2% accuracy level, ensuring precise and dependable readings.
Material: Constructed from durable ABS material for lasting use.
Size: Compact dimensions at 154x30x14mm/6.06x1.18x0.55, making it portable and easy to handle.
Automatic Temperature Compensation: Keeps measurements accurate across a range of temperatures.
Auto-off Function: Powers down after 5 minutes of inactivity to save battery life.
Mode Conversion: Includes 4 modes for comprehensive testing, with memory function to recall the last used settings.
Power Source: Requires 1 PC 3V CR2032 battery (not included), supporting around 1000 hours of operation, ideal for extensive and frequent testing scenarios.