Wearable WBGT Heat Stress Meter with Tripod Mount, NIST

Sper Scientific Wearable WBGT Heat Stress Meter with Tripod Mount: Your Essential Safety Companion, NIST Certified

In environments where heat stress is a serious concern, proactive monitoring is paramount. Introducing the advanced Wearable WBGT (Wet Bulb Globe Temperature) Heat Stress Meter from Sper Scientific Instruments – an innovative, compact, and robust solution designed to protect individuals in hot and humid conditions.

This cutting-edge meter is a game-changer for anyone exposed to extreme heat, including construction workers, athletes in intense training, military personnel, agricultural laborers, manufacturing plant employees, and emergency responders. Engineered with precision and durability, it offers unparalleled accuracy in measuring Wet Bulb Globe Temperature (WBGT), the globally recognized standard for assessing heat stress.

Understanding WBGT: The Wet Bulb Globe Temperature (WBGT) is a comprehensive measure indicating the physiological stress of heat in both direct sunlight and shaded areas. Originally developed by the U.S. military for training camps, it has become the gold standard for workplace safety, sports, and outdoor activities, accounting for air temperature, humidity, radiant heat, and air movement.

Key Features & Enhanced Safety: Equipped with state-of-the-art sensors, the Wearable WBGT Heat Stress Meter provides continuous, real-time WBGT readings, along with simultaneous display of ambient temperature and relative humidity. This allows users to effortlessly monitor environmental conditions and make informed decisions to prevent heat-related illnesses.

• Proactive Alert System: Stay safe with a programmable buzzer and a vivid red LED danger zone warning. The audible alarm volume is adjustable (75 dB / 60 dB / mute) to suit any environment, complemented by a clear 4-level dangerous level indicator on the LCD.
• Wearable & Ergonomic Design: Its lightweight, ergonomic build (70 x 60 x 22 mm, ~90g) and included arm strap ensure maximum comfort and convenience for continuous wear during strenuous activities, updating readings every 20 seconds.
• Versatile Monitoring: Designed for both outdoor and indoor heat stress assessment.
• Integrated Tripod Mount: For hands-free, stationary monitoring over broader areas or for precise placement, the meter includes an integrated tripod mount, making it ideal for setting up fixed monitoring stations at job sites, sports fields, or indoor facilities.
• Long-Lasting Power: Powered by 2 AAA batteries, providing approximately 300 hours of continuous use.

Includes: Meter, AAA Batteries, Armband/Strap, User Instructions.

Precision Technical Specifications:

• Temperature Range: 0~50℃
• Temperature Resolution: 0.1℃, 0.1℉
• Temperature Accuracy: ±0.6℃
• Humidity Range: 0.1~99.9% RH
• Humidity Resolution: 0.1% RH
• Humidity Accuracy: 10%~90% at 25℃, Typical 5% (others 7%)
• Global Temperature (Inside Black Ball): 0~70℃
• WBGT Temperature Range: 0~50℃
• WBGT Alarm Range: 20~50℃
• HI (Heat Index) Temperature Range: 0~60℃
• HI Alarm Range: 20~60℃
• Black Ball Size: Diameter 40 mm
• Stabilization Time: 15~25 minutes typical
• Operating Temperature: 0~50℃
• Operating RH%: Humidity ＜80%
• Storage Temperature: -20~50℃
• Storage RH%: Humidity ＜90%
• LCD Size: 40(L) * 39(W) mm
• Meter Size: 70(L) * 60(W) * 22(H) mm
• Weight: ~90g
• Battery: AAA*2PCS
• Battery Life: ~300 hours

NIST Traceable Certification: Each Sper Scientific Wearable WBGT Heat Stress Meter comes with a Certificate of Compliance, ensuring it meets or exceeds published specifications. All certifications are performed using instrumentation and standards traceable to the National Institute of Standards and Technology (NIST), providing you with confidence in its accuracy and reliability.

Includes Complete Documentation: Your certified product will arrive with:

• Serial Number
• Certification Label
• Certification Testing Report

Equip yourself with the Sper Scientific Wearable WBGT Heat Stress Meter and transform how you manage heat risks, ensuring safety and optimal performance in challenging environments.