Product Details:
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Standard: | GB/T 7106-2019 , GB/T7106 | Scope Of Application: | Used To Test The Airtightness, Watertightness And Compressive Deformation Resistance |
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Wind Pressure Resistance: Static Pressure Difference: | ≥±5000pa Accuracy: ≤2% | Wireless Displacement: | 0~50mm Displacement: ±0.1mm |
Air Tightness: | Air Flow: 0~300m3/h Accuracy: Air Flow≤3%; Differential Static Pressure≤2% | Power Supply: | Three-phase Five-wire AC380V 15KW |
Water Source Requirements: | Upper And Lower Water | ||
Highlight: | Doors and Windows Testing Equipment,Windows Three Performance Testing Equipment |
DX8685 doors and Windows three performance testing equipment
Equipment use: It is mainly used to test the airtightness, watertightness and compressive deformation resistance of building doors and windows.
Conform to the standard: in line with GB/T 7106-2019 "Detection method for airtightness, watertightness and wind pressure resistance of external doors and windows of buildings".
Technical Parameters:
1 Wind pressure resistance: static pressure difference: ≥±5000pa Accuracy: ≤2%
Wireless displacement: 0~50mm Displacement: ±0.1mm
2. Air tightness: air flow: 0~300m3/h Accuracy: air flow≤3%; Differential static pressure≤2%
3. Watertight: Stable Pressurization: Spraying Water: 0-2L/(m2*min) Accuracy: 2L/(m2*min)
Differential static pressure: ≥700pa Accuracy: ≤2%
Fluctuating pressure: water volume: 2~3L/(m2*min) Accuracy: 3L/(m2*min) Period: 2s~6s
Cycle: ≥3s Fluctuating pressure: ≤2% Accuracy: 3s~5s
4. Power supply: three-phase five-wire AC380V 15KW Water source requirements: upper and lower water
5. The measurement error of the air flow measurement device is less than 5% of the indicated value.
6. The measurement error of the differential pressure measuring device is less than 2% of the indicated value.
7. The measurement error of the displacement measuring device is less than 2% of the indicated value.
Requirements:
1. Pressure box (in line with GB/T7106-2019)
2. Specimen installation system (in line with GB/T7106-2019)
3. Pressure supply system (in line with GB/T7106-2019)
4. Sprinkler system (in line with GB/T7106-2019)
5. Measuring system (in line with GB/T7106-2019)
The standard of this new door and window testing equipment GB/T7106-2019 (Detection method for airtightness, watertightness and wind pressure resistance of external doors and windows of buildings) [test item] is used for the detection of the physical three properties of doors and windows, namely air tightness, water tightness and wind pressure resistance.
【Applicable Standard】GB/T7106 "Testing Methods for Airtight, Watertight and Wind Pressure Resistance of Exterior Doors and Windows of Buildings"
【Product features】The physical performance testing equipment for doors and windows is the second generation of new doors and windows three performance testing equipment developed by our company according to the new standard draft for review, which has the characteristics of simple clamping of specimens and automatic control of the test.
The new national standard GB/T 7106-2019 three performance testing equipment for doors and Windows is used to detect the airtight performance, watertight performance and wind pressure resistance of building doors and Windows, and quantify the performance parameters.
The test function of the equipment meets the test requirements of the current test standard (GB/T 7106-2008) and the new national standard (GB/T 7106-2019, implementation date November 1, 2020) at the same time.
Variable volume buckle box significance:
1. Improve the traffic response rate.
2. Improve the accuracy of flow sampling.
3. It makes it possible to test the flow rate of low pressure gradient.
Advantages of variable buckle box technology:
1. Effectively reduce the length of the sealing contact gap between the buckle box and the static pressure box, increase the ability of the buckle box to collect permeability, and reduce the leakage probability of the buckle box.
2. The maximum degree ensures the consistency between the contact area of the static pressure box of the specimen and the contact area around the buckle box, and avoids the additional permeability caused by the partial sealing of the non-specimen.
3. The new clamping method highly simulates the construction and installation method of the specimen under actual working conditions, and does not produce stress-type deformation.
4. Full modulus sealed partition, suitable for most market practical application specimens.
2. According to (meet) the standard
GB/T 7106-2008 "Classification and Testing Methods for Airtight, Watertight, Wind Pressure Resistance of External Doors and Windows of Buildings".
GB/T 7106-2019 "Testing Methods for Airtight, Watertight and Wind Pressure Resistance of External Doors and Windows of Buildings" will be implemented on November 1, 2020
GB/T3143-2015
3. Main technical parameters and characteristics:
A new standard for physical performance testing equipment for building exterior windows
New national standard GB/T 7106-2019 physical performance testing equipment for building exterior windows
The new national standard GB/T 7106-2019 three performance testing equipment for doors and windows
The new standard building exterior window physical three performance testing equipment
Contact Person: Miss. Sophia Su
Tel: +86-13266221899