|
| MOQ: | 1 |
| Price: | Customized |
| Standard Packaging: | Plywood |
| Delivery Period: | 30 Days |
| Payment Method: | T/T |
| Supply Capacity: | 10 Sets Per Month |
IEC 60598-1 IPX/3/4/5/6 Spraying And Jetting Ingress Water Protection Testing Chamber
Standards For Water Protection Testing Chamber:
IEC 60529 -2013 “Degrees of protection provided by enclosure (IP code)” IPX3, IPX4, IPX5 and IPX6
IEC 60598-1-2017 “Luminaries-Part1: General requirements and tests”
Application For Water Protection Testing Chamber:
To verify the protective performance of the enclosure for electronic and electrical products, automobiles, motorcycle parts, household appliances, seals and lamps under water spraying and splashing at degree IPX3 & IPX4 and water jets at degree IPX5 and IPX6.
Technical parameters For Water Protection Testing Chamber:
| IPX3 and IPX4 Oscillating Tube Water Spraying | |
| Oscillating Tube | R400, R200 is optional, made of stainless steel |
| Needle Pinhole Aperture | Φ0.4mm |
| Spray Holes Distribution |
IPX3:over an arc of 60° either side of the center point (120°) IPX4:over the whole 180° of the semicircle Hole spacing: 50mm |
| IPX3/4 Switching | Switching by changing a certain number of blind hole needles or through-hole needles |
| Oscillating Angle | IPX3:120°(±60°)； IPX4:350°(±175°) |
| Oscillating Speed |
IPX3:4s /cycle(2×120°); IPX4:12s /cycle(2×350°); |
| Water Flow | 1-10L/min adjustable |
| IPX5 and IPX6 Hose Nozzle Water Jetting | |
| Water Jetting Direction | Horizontal |
| Nozzle Internal Diameter | IPX5:Ф6.3mm；IPX6:Ф12.5mm |
| Delivery Rate | IPX5: 12.5±0.625L/min; IPX6: 100±5 L/min, flow meter is adjustable through rotameter manually |
| Distance from Nozzle to Enclosure Surface | 2.8m ((The distance from the nozzle to the center surface of the turntable, standard requires 2.5-3m) |
| Nozzle Fixed Method | Mechanical fixing |
| General | |
| Control & Operation | PLC and touch screen intelligent control system |
| Chammer Size |
Inner size: WDH=900×900mm×1050mm Outer size: WDH=1380×3800mm×1950mm |
| Pressure Gauge | 0~0.25MPa, can be display |
| Test Duration | 0.01S～99.9 min, can be preset |
| Turntable | Diameter: Φ400mm; rotation speed: 1r/min, can pause at 4 angles, the lifting height: 350-600mm, bearing capactity: ≤50kgs |
| Chamber Material | Inner chamber and tunnel are made of stainless steel |
| Water Circulation System | The test is processed in the chamber, the equipment has a bilt-in water tank, the water can be recycled. And the inner chamber has a water collecting device, the test water is automatically collected into the water storage tank through the chassis. The water inlet can be automatically controlled through the float valve in the water tank, the system can give out high and low water level alarm detection alarms, which can effectively prevent the pump from being damaged due to dry water shortage. Also, there is a cleaning filter device at the water inlet position. |
| Safety Protection | Phase sequence protection, leakage protection, water shortage protection, abnormal protection. |
Test Principle For Water Protection Testing Chamber:
Ensure that the water spray and water jet speed reach the standard required value by controlling the water supply flow, make the enclosure of the specimen to be splashed in all directions or sprayed from all practicable directions.
Structure For Water Protection Testing Chamber:
The test equipment consists of a chassis, an oscillating tube water spraying mechanism, a water jetting mechanism, a tunnel, an electrical control cabinet and a turntable. The oscillating mechanism is installed in the middle of the inner chamber, two ends are fixed on the side walls of the inner chamber. The water jetting mechanism is located in the left side and connected to inner chamber through the long tunnel, which ensure the distance between the nozzle and the sample. The sample is placed on the turntable, the turntable is caused to rotating by motor driving at a rotation speed of 1r/min, to make the enclosure of the specimen to be splashed in all directions or sprayed from all practicable directions; and the height of the turntable can be adjuted manually, to match the test distance from needle to the sample. This whole system is equipped with a water filtration cleaning device to prevent pinhole blockage. And the test system adopts the chamber type structure.
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|
|
| MOQ: | 1 |
| Price: | Customized |
| Standard Packaging: | Plywood |
| Delivery Period: | 30 Days |
| Payment Method: | T/T |
| Supply Capacity: | 10 Sets Per Month |
IEC 60598-1 IPX/3/4/5/6 Spraying And Jetting Ingress Water Protection Testing Chamber
Standards For Water Protection Testing Chamber:
IEC 60529 -2013 “Degrees of protection provided by enclosure (IP code)” IPX3, IPX4, IPX5 and IPX6
IEC 60598-1-2017 “Luminaries-Part1: General requirements and tests”
Application For Water Protection Testing Chamber:
To verify the protective performance of the enclosure for electronic and electrical products, automobiles, motorcycle parts, household appliances, seals and lamps under water spraying and splashing at degree IPX3 & IPX4 and water jets at degree IPX5 and IPX6.
Technical parameters For Water Protection Testing Chamber:
| IPX3 and IPX4 Oscillating Tube Water Spraying | |
| Oscillating Tube | R400, R200 is optional, made of stainless steel |
| Needle Pinhole Aperture | Φ0.4mm |
| Spray Holes Distribution |
IPX3:over an arc of 60° either side of the center point (120°) IPX4:over the whole 180° of the semicircle Hole spacing: 50mm |
| IPX3/4 Switching | Switching by changing a certain number of blind hole needles or through-hole needles |
| Oscillating Angle | IPX3:120°(±60°)； IPX4:350°(±175°) |
| Oscillating Speed |
IPX3:4s /cycle(2×120°); IPX4:12s /cycle(2×350°); |
| Water Flow | 1-10L/min adjustable |
| IPX5 and IPX6 Hose Nozzle Water Jetting | |
| Water Jetting Direction | Horizontal |
| Nozzle Internal Diameter | IPX5:Ф6.3mm；IPX6:Ф12.5mm |
| Delivery Rate | IPX5: 12.5±0.625L/min; IPX6: 100±5 L/min, flow meter is adjustable through rotameter manually |
| Distance from Nozzle to Enclosure Surface | 2.8m ((The distance from the nozzle to the center surface of the turntable, standard requires 2.5-3m) |
| Nozzle Fixed Method | Mechanical fixing |
| General | |
| Control & Operation | PLC and touch screen intelligent control system |
| Chammer Size |
Inner size: WDH=900×900mm×1050mm Outer size: WDH=1380×3800mm×1950mm |
| Pressure Gauge | 0~0.25MPa, can be display |
| Test Duration | 0.01S～99.9 min, can be preset |
| Turntable | Diameter: Φ400mm; rotation speed: 1r/min, can pause at 4 angles, the lifting height: 350-600mm, bearing capactity: ≤50kgs |
| Chamber Material | Inner chamber and tunnel are made of stainless steel |
| Water Circulation System | The test is processed in the chamber, the equipment has a bilt-in water tank, the water can be recycled. And the inner chamber has a water collecting device, the test water is automatically collected into the water storage tank through the chassis. The water inlet can be automatically controlled through the float valve in the water tank, the system can give out high and low water level alarm detection alarms, which can effectively prevent the pump from being damaged due to dry water shortage. Also, there is a cleaning filter device at the water inlet position. |
| Safety Protection | Phase sequence protection, leakage protection, water shortage protection, abnormal protection. |
Test Principle For Water Protection Testing Chamber:
Ensure that the water spray and water jet speed reach the standard required value by controlling the water supply flow, make the enclosure of the specimen to be splashed in all directions or sprayed from all practicable directions.
Structure For Water Protection Testing Chamber:
The test equipment consists of a chassis, an oscillating tube water spraying mechanism, a water jetting mechanism, a tunnel, an electrical control cabinet and a turntable. The oscillating mechanism is installed in the middle of the inner chamber, two ends are fixed on the side walls of the inner chamber. The water jetting mechanism is located in the left side and connected to inner chamber through the long tunnel, which ensure the distance between the nozzle and the sample. The sample is placed on the turntable, the turntable is caused to rotating by motor driving at a rotation speed of 1r/min, to make the enclosure of the specimen to be splashed in all directions or sprayed from all practicable directions; and the height of the turntable can be adjuted manually, to match the test distance from needle to the sample. This whole system is equipped with a water filtration cleaning device to prevent pinhole blockage. And the test system adopts the chamber type structure.
