SK SATO Digital Thermo Hygrometer

Product Overview: Highest II Precision Hair Hygrometer with Digital Thermometer

Model Name: Highest II
Catalog No.: 7542-00
JAN Code: 4974425323302

Key Features

• Humidity Sensor: Utilizes human hair for precise humidity measurements.
• Temperature Sensor: Equipped with a thermistor for accurate temperature readings.
• Calibration: Available (JCSS accredited calibration is not available).

SK SATO Digital Thermo Hygrometer Specifications

• Measuring Range:
  • Humidity: 20 to 100%rh
  • Temperature: 0 to 50°C
• Accuracy:
  • Humidity: ±4%rh (40 to 80%rh, 15 to 25°C); ±7%rh (other ranges)
  • Temperature: ±1°C (0 to 40°C); ±2°C (other ranges)
• Resolution:
  • Humidity: 2%rh
  • Temperature: 0.1°C
• Detectors:
  • Humidity: Human hair bundle
  • Temperature: Thermistor
• Materials: ABS resin
• Dimensions: 135 mm diameter x 33 mm (D)
• Weight: 230 g including a battery
• Power Supply: AA battery x1
• Standard Accessories: Bracket with 3 screws for wall mount x1, AA zinc-carbon battery x2, instruction manual
• Lot Size: 30 per carton

Description

The Highest II Precision Hair Hygrometer with Digital Thermometer combines traditional and modern technology for accurate environmental monitoring. Utilizing human hair as a humidity sensor ensures reliable readings, while the thermistor provides precise temperature measurements. The device’s robust build, with an ABS resin body, makes it durable and suitable for various settings. The unit comes with a wall-mounting bracket for easy installation and convenience.

Important Notes

• Calibration: Calibration is available but not JCSS accredited.
• Operation Environment: Suitable for a temperature range of 0 to 50°C with accurate readings ensured within specified ranges.
• Power: Operates on a single AA battery, with two batteries included in the package.
• Mounting: Includes a bracket and screws for wall mounting, making it easy to set up and use.

The Highest II Precision Hair Hygrometer with Digital Thermometer is ideal for applications requiring precise and reliable humidity and temperature monitoring, leveraging the natural sensitivity of human hair for humidity detection.