Handheld WBGT Wet Bulb Globe Temperature Meter Heat Stroke AZ8758 Premium Quality With 3-Year Warranty

Handheld WBGT Wet Bulb Globe Temperature Meter Heat Stroke AZ8758 Premium Quality With 3-Year Warranty

Replacement Part Number: AZ 8758, AZ-8758, AZ8758

Specification:
Model: WBGT
Temperature Range: 0–50°C
Temperature Resolution: 0.1°C/°F
Temperature Accuracy: ±0.6°C
Humidity Range: 0.1%–99.9% RH
Humidity Resolution: 0.1% RH
Humidity Accuracy: ±1.3% RH (25°C, 10–90% RH); ±2.5% RH (other ranges)
Black Globe Temperature: 0–50°C
Black Globe Temperature Accuracy: Indoor ±0.2°C (15–40°C), others ±2.5°C; Outdoor ±0.3°C (15–40°C), others ±3.5°C
WBGT Range: 0–50°C
Probe Dimensions (mm): Diameter 40, Height 25
Stabilization Time: 15–25 minutes
Humidity Self-Calibration: Yes
Battery Life: >250 hours
LCD Dimensions (mm): 26 (H) x 33 (W)
Operating Temperature Range: 0–50°C
Operating Humidity Range: <80% RH
Storage Temperature: -20–50°C
Storage Humidity: <90% RH
Dimensions (mm): 254 x 48.7 x 30.9 (H)
Weight: ~120g
Battery: 2 x AAA
Standard Accessories: Meter / Batteries / Manual / Paper Box
Optional Accessories: RS232 Software / RH Calibration Salt Bottle

Key Features:
1. Products are CE-certified and compliant with ISO9001 standards.
2. Measures indoor/outdoor WBGT, Ta/Tg, and humidity.
3. Industrial-grade measurement utilizing high-precision Swiss humidity and temperature sensors.
4. Features a 40mm diameter black globe for radiant temperature measurement.
5. Designed with a sliding protective cover to safeguard the sensor.
6. Allows for convenient self-calibration of relative humidity using 33% and 75% salt calibration bottles by adjusting the position of the black globe and transparent tube.
7. Built-in PC interface; optional PC connection cable kit available for real-time data downloading and analysis.

Application:
1.Widely used in industrial and sports settings.
2.Various outdoor and high-temperature work environments.
3.Schools, sports venues, and similar facilities.
4.Military training, outdoor activities, and similar scenarios.