Features and Benefits of IP5X Testing Chamber
1. The shell is made of 4mm A3 steel plate, and the surface is treated by spraying paint with high strength and stiffness, it can withstand various stresses and shocks during the test process, and can prevent rust corrosion.
2. Produce dust that meets the requirements of the IP5X standard size 50μm and concentration 2KG-4KG/m³, and the used dust material is dry talc powder.
3. There are reliable sealing structures between the door and the chamber, each interface, and the observation window to ensure that dust will not leak into the external environment and ensure the accuracy of the test results.
4. The air circulation system is composed of fans, air ducts, vents, etc. The air generated by the fans drives the dust to circulate in the test space, so that all parts of the test sample can be fully exposed to the dust.
Specifications of IP5X Testing Chamber
Model | DI-800 | DI-1000 | DI-1500 | DI-2000 |
Internal Dimension (mm) | 800*1000*1000 | 1000*1000*1000 | 1000*1500*1000 | 1000*2000*1000 |
Overall Dimension (mm) | 1040*1450*1960 | 1330*1450*1960 | 1330*1950*1990 | 1330*2450*1990 |
Useful Volume (L) | 800 | 1000 | 1500 | 2000 |
Temperature Range | Ambient ~ +50℃ |
Humidity Range | < 30% RH |
Normal Wire Diameter | 50um |
Nominal Width of a Gap Between wires | 75um |
Fight Time | 0 ~ 99H59M |
Blowing Time | 0 ~ 99H59M |
Specimen Power Outlet | Dust-proof socket 16A |
Controller | Programmable color LCD touch screen controller, Ethernet connection |
Safety Device | Over-temperature Protection; Over-current Protection; Earth Leakage Protection; Phase Sequence Protection |
Exterior Material | A3 Steel Plate with protective coating |
Interior Material | SUS304 stainless steel |
Standard Configuration | Sample shelf, dust wiper, talcum powder(5kgs) |
Power | AC380V 50Hz |
Configuration of IP5X Testing Chamber
① Workroom | Made of SUS304 stainless steel plate, good corrosion resistance and easy cleaning. Hanging sample holder and equipped with lighting. The dust outlet is located at the top of the workroom and is integrated with the air circulation system to form an O-shaped vertical dust circulation system.
| |
② Mesh sieve | Nominal diameter of dust is 50 μm. Prevent large particles from fall out the duct. | |
③ Heating tube | To prevent the dust caking,the temperature range is ambient to 50℃. | |
④ Vacuum filter | Installed at the inlet of the vacuum pump, filter the dust, impurities and small particles that may be inhaled in the air, prevent them from entering the vacuum pump, and extend the service life of the vacuum pump. | |
⑤ Vibration motor | Used to simulate the vibration environment that the test sample may be subjected to during actual use, and can shake away the dust stuck to the inner wall. | |
⑥ Circulating fan | Closed alloy low noise motor, multi-blade centrifugal fan, etc., generate circulating air to drive dust flow. | |
⑦ Vacuum pump | The test piece is pumped to obtain the vacuum environment of the test piece and form a certain degree of negative pressure to simulate the air pressure conditions that the product may face in the sand and dust environment. | |
...................................................................................................................................................................................................................................................................
Features and Benefits of IPX5 Testing Chamber
1. During the test, the distance from the sample to the spray nozzle is 2.5m~3m, the inner diameter of the spray nozzle is 6.3mm, and the nozzle can spray the sample at different angles and the water flow rate is stable with 12.5L/min (750L/h).
2. The door is provided with a transparent observation window, made of tempered glass and other high-strength materials, with good transparency and impact resistance, convenient for operators to observe the test sample during the test process.
3. There is a good sealing structure between the door and the chamber, the interface, the observation window and other parts of the test chamber to ensure that the water will not leak into the external environment during the test.
4. A complete set of automatic water intake and water circulation system, with water filtration, can filter out 0.03mm diameter particles, there is a drain in the work room, can save water.
Specifications of IPX5 Testing Chamber
Model | R6K-1200 |
Internal Dimensions (mm) | 1000*1200*1000 D*W*H |
Overall Dimensions (mm) | 1150*3550*2100 D*W*H |
Interior Volume (L) | 1200 |
Parameter | Testing Platform Diameters | 600mm |
Testing Platform Speed | 5±1 r.p.m |
Turntable loads | 50kgs |
Testing Platform Height | 200-400 mm (adjustable) |
IPX6K | Internal Diameter of Nozzle | 6.3mm |
Water Flow Rate | 75 L/min +/- 5% |
Water pressure | 1000 Kpa |
Distance from Water Spraying to Specimens | between 2.5 m and 3 m. |
Configuration of IPX5 Testing Chamber
① Workroom | SUS304 stainless steel with good corrosion resistance and water resistance. Two nozzles with an inner diameter of 6.3mm. The material of the nozzles can ensure long-term stable spraying effect. The distance from the sample to the spray nozzle is 2.5m to 3m, and the nozzle can spray the sample at different angles. The turntable is convenient for the sample to carry out a full range of water spray test, the speed and height can be adjusted.
| |
② Control system | The PLC programmable controller is used to accurately control the test time, spray angle, water flow, turntable speed, etc., and display the test status and parameter information in real time. | |
③ Filter | The filtration accuracy is 0.03MM diameter particles to ensure the cleanliness of the water. | |
④ Water tank | The water tank is equipped with a water level float ball valve, which can monitor the water level in the water tank in real time to prevent the water pump from dry rotation damage due to lack of water. | |
⑤ Water pump | The pump needs to transport water from the storage tank to the nozzle to meet the requirements of the IPX5 test for water flow and pressure. | |
⑥ Sensor | For precise control of water flow and pressure, to ensure that the water flow is stable within the standard range of 12.5±0.625 (L/min). | |