Overview
| brand | Kolut | weight | 350KG |
| source | 380V | temperature range | 15-40 |
| measuring range | 15-40 | Processing customization | yes |
| Sterilization method | high temperature | colour | black |
| model | KLT-V1000 | Air exchange rate | 0-2.5 times/hour |
| Center wind speed | 0.1-1.0m/s (continuously adjustable) | Relative positive pressure | 10 ± 5pa |
| Humidity range | 30-80% RH | Temperature deviation | ≤ ± 0.5 ℃ |
| Humidity deviation | ≤ ± 2% RH | ||
Product Details
Reference standards:
TM D5116-97 "Standard Guide for Determining Organic Releases in Indoor Materials and Products in Small Scale Environmental Chambers"
ASTM D6330-98 "Standard Practice for Determination of VOCs (Formaldehyde Removal) Release from Wooden Panels in Small Environmental Chambers under Specified Test Conditions"
ASTM D6670-01 "Standard Practice for Determining VOCs Released from Indoor Materials and Products in a Full Scale Environmental Box"
ASTM E1333-96 "Standard Test Method for Determination of Formaldehyde Concentration and Release Rate in Gases Released from Wood Products in Large Environmental Boxes"
With the improvement of living standards, people are also paying more and more attention to their own quality of life. In recent years, due to the continuous heating up of home decoration, the widespread application of various building materials, and the emergence of indoor environmental hygiene issues, or "indoor syndrome", has been a concern and concern for people of insight. The emergence of various decoration related symptoms, such as eye, respiratory, and skin irritation, chest tightness and dizziness, memory loss, headaches, and other discomfort, has led people to pay more attention to the presence of various physical and chemical factors in the indoor environment. VOCs, also known as volatile organic compounds, have received high attention from academia and the public this year because they have been proven to be key precursors for the formation of PM2.5 and O3, and are important triggers for composite air pollution. Compared to traditional air pollutants
Correct understanding of VOC "content" and VOC "release" VOC is the English abbreviation for volatile organic compounds. VOC content "is a unit of mass that indicates the potential content of substances in paint formulations (expressed by weight); The "VOC release amount" refers to the mass of organic volatiles released through the air during the use of the coating. The difference between the two is that the VOC content does not represent the mass of organic volatiles that can be released into the air from the coating surface.
Usage:
1. Open the water tank filling valve cover, add water to the designated water level in the dew point water tank and temperature water tank, and tighten the switch.
2. Insert the device power plug into a power outlet larger than 16A.
3. Turn on the "start" switch on the box, and after 15 seconds, the instrument will display. If there is no beep or alarm on the instrument, it indicates that the water level is normal.
4. Adjust the scale of the gas flow meter to 1m ³/ Observe the flow rate of H and the water level inside the glass tube of the dew point water tower. Generally, when the water pump and air pump are working simultaneously, the water level will be in a relatively stable state and will remain in this state.
5. When you need to observe the working status inside the box, you can click on the "lighting switch" to select lighting.
6. The water in the temperature controlled water tank is changed every 2 months, and the water in the dew point water tower is changed every 1 month (distilled water or deionized water).
Do not store or use this device in a temperature below zero; If it must be placed in an environment below zero degrees Celsius, all water inside the equipment (pipelines, heat exchangers, water pumps, water tanks, water towers) must be drained.
