G1/2 Female thread rainfall Shower Head
Easy to install.
Rubber Nozzles for easy cleaning
High quality with competitive price
Perfect after-sale service
Welcome to contact us for OEM or ODM inquiries
5 years
Stainless Steel Shower Head,Stainless Steel Rain Shower,Stainless Steel Rain Shower Head,Stainless Steel Overhead KaiPing HuiPu Shower Metalwork Industrial CO,LTD , https://www.hp-shower.com
Type
rainfall shower head
material
304 Stainless steel
finishes
Chrome or polished with color
Color
chrome or customize
Size
8" 10" 12" 14" 16"inches rainfall shower head
Shape
Round&Square
Water pressure
0.6-0.8MPA
Suitable place
Bathroom
Installation mode
ceiling mounted
Function
G1/2" Hot Cold water connect
Plating
Acid salt spray test ≥ 24 or 48 hours
Certification
ISO9001:2008, ISO14001, CE,watermark,ACS
Customized
OEM & ODM are welcomed
Warranty time
Weight
1 kg-3kg
Infrared thermometer detailed introduction
In theory, any object in nature that has a temperature above 0 K (-273.16°C) continuously emits infrared radiation into the surrounding environment. The intensity of this emitted infrared energy is primarily determined by the object’s surface temperature. Therefore, by detecting and analyzing the infrared radiation from an object, it's possible to accurately determine its surface temperature without direct contact.
**The Principle of Infrared Radiation Thermometers**
An infrared thermometer typically consists of several key components: an optical imaging system, a photodetector, a signal amplifier, a signal processing unit, and a display output. Here’s how it works: The optical system captures the infrared radiation from the target object within its field of view. This radiation is then focused onto the photodetector, which converts it into an electrical signal. This signal is amplified and processed through various circuits, with adjustments made for emissivity, before being displayed as the measured temperature on the screen.
**Types of Infrared Radiation Thermometers**
1. **Monochromatic Thermometer**: This type measures temperature based on the intensity of radiation within a specific wavelength band.
2. **Two-Color Thermometer**: This type calculates temperature by comparing the ratio of radiation between two different wavelength bands.
**Advantages of Infrared Thermometers**
1. **Convenience**: These devices allow for quick and easy temperature measurements, making it simple to check multiple points rapidly. They are also compact, durable, and easy to carry.
2. **Accuracy**: Most infrared thermometers offer an accuracy of about ±1°C, enabling precise detection of even small temperature changes.
3. **Safety**: They enable non-contact temperature readings, making them ideal for measuring hard-to-reach or hazardous areas safely.
**Important Considerations When Using an Infrared Thermometer**
1. **Surface Measurement Only**: Infrared thermometers can only measure the surface temperature of objects, not their internal temperature.
2. **Material Limitations**: Glass, especially quartz, and highly reflective surfaces like polished metals (e.g., stainless steel, aluminum) may give inaccurate readings due to their unique optical properties.
3. **Optimal Distance**: To ensure accurate readings, try to keep the measurement distance as short as possible and aim directly at the target, scanning until the hottest point is identified.
4. **Environmental Interference**: Avoid using the thermometer in environments with steam, dust, or smoke, as these can interfere with the sensor and reduce accuracy.
5. **Temperature Adjustment**: If the thermometer is exposed to a sudden temperature change of 20°C or more, allow it 20 minutes to stabilize before use to ensure accurate results.
By understanding these principles and following proper usage guidelines, infrared thermometers can be a powerful and reliable tool in a wide range of applications.