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Thermal Comfort Tester
An environmental monitoring system for thermal environment assessment, with sensors designed according to the ISO7726 standard, featuring multi parame
Product details
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wireless data collector
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（1）2MBMemory （2） Automatic sensor recognition （3） 5thoroughfare （4） mini-din Type interface （5）1individualRS232interface （6）1.2ALithium battery |
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Wireless black ball temperature sensor
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1Measure temperature (℃)+n.1 Pt100 collegata 2Programmable type:Min/A ve/Max/Stnd,Dev.,Ave,Inst. 3Measurement range (℃):-20…+60℃ 4Accuracy (℃):±0.5℃（+5…+45℃）, ±1℃(<+5>+45℃) 5Response time (℃):30s 6Temperature repeatability accuracy:±0.1℃ |
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Wireless mechanical ventilation dry wet bulb temperature sensor |
1Measure temperature (℃)/Relative temperature（RH%） 2Programmable type:Min/A ve/Max/Stnd,Dev.,Ave,Inst 3Measurement range (℃):-20…+60℃ 4Measurement rangeRH%：0-100% 5Accuracy (℃):±0.5℃（+5…+45℃）, ±1℃(<+5>+45℃) 6Accuracy（RH%）：±2%（10-90 RH%，25℃） 7Response time (℃):30s 8Response time（RH%）：8s 9、RHRepeatability accuracy:±0.1% 10Temperature repeatability accuracy:±0.1℃ |
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Hot wire wind speed sensor |
1Measure wind speed（m/s）/turbulence(TU) 2Measurement range:Va：0.01-20m/s 3Measurement range:0-100% 4Accuracy（Va）：0-0.5m/s; ±5cm;0.5-1.5m/s; ±10cm>1.5m/s; 4% 5Environmental temperature:-30+70℃ |
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Computer Software |
1ObtainISOAuthorization, parameters are built-in 2The metabolic rate and clothing insulation rate can be freely modified for easy research 3Can store results and perform real-time online analysis 4It can automatically generate reports, including data and charts, and automatically fill report templates in memory. Built in thermal comfort report templates, thermal damage templates, etc., templates can be modified |
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Other optional sensors
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1Net radiation sensor: measuring radiation asymmetry 2Floor and air temperature sensors: measure the temperature difference between the floor and ankle 3Indoor air quality（IAQ） 4Noise 5Illuminance |
R-Log7730 Thermal Comfort Tester
An environmental monitoring system for thermal environment assessment, with sensors designed according to the ISO7726 standard, featuring multi parameter, multi-point testing, portability, and real-time data display on the host; Powerful expansion function, with over 70 modular sensors to choose from; Combined with powerful data processors and computer processing software, it can monitor, record, calculate, and display various data of indoor and outdoor environments, automatically generate reports, be easy to use, and meet the monitoring requirements of multiple environments.
1. In addition to thermal comfort environment analysis, it can also perform:
(1) Analysis of High Temperature Environment
(2) Low temperature environment analysis
(3) Analysis of Local Discomfort Environment
(4) Dynamic thermal comfort analysis
2. Clothing research and analysis
(1) Can be used for dynamic simulation calculations
(2) Can monitor changes in temperature and humidity inside and outside clothing
3. Strong system scalability and expandability
(1) Indoor Environmental Quality Analysis (IEQ)
(2) Indoor Air Quality Analysis (IAQ)
(3) Heating, Ventilation, and Air Conditioning (HVAC) Monitoring
(4) Building Energy Efficiency Analysis (U Coefficient)
Powerful thermal comfort analysis software
Authorized by ISO, with built-in parameters
The metabolic rate and clothing insulation rate can be freely modified for easy research
Can store results and perform real-time online analysis
Automatically generate reports, including data and charts, with content automatically filled into the report template. Built in thermal comfort report templates, thermal damage templates, etc., templates can be modified.
Measurable parameters include:
Black bulb temperature, dry wet bulb temperature, relative humidity, wind speed. Other available environmental parameters are optional.
The computable parameters include:
PMV-PPD (ISO 7730) expected average thermal sensitivity coefficient, expected percentage of dissatisfaction
DR (ISO 7730) Percentage of dissatisfied individuals caused by turbulent airflow
PD (ISO 7730) Percentage of dissatisfied individuals caused by air baths
TO local air temperature
Tr average radiation temperature, Pa water vapor partial pressure
TU local turbulence intensity
Percentage of dissatisfied individuals caused by asymmetric radiation (optional)
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