Rain Test Chamber

Product Details:

The drip box testing chambers from Weiber are rain test machines used for testing the outer protection of signal devices, external lighting equipments and car lamps etc. The equipment finds widespread usage in electronics industry and automotive and aerospace industries and is commonly employed for quality testing of products. The test chamber comprises of the guiding upright column, a drip mold, a rotating sample table with adjustable speed and a level meter to allow observation of the level in the drip mold. The equipment uses high quality construction materials for a sturdy construction and is designed for safe and reliable operation. The guiding upright column is made up of high-quality, plastic coated square steel pipe, whereas the drip mold is made up of high-quality stainless steel finish plate undergoing knurling.

 

Features:

The Weiber drip box testing chambers come equipped with a specimen turntable that can be wheeled in and out from beneath the drip box to allow easy placement of the test specimen. The base of the turntable has a height of 500mm and rotates at around 1 rpm. The height of the drip box can also be electronically adjusted up to 2500 mm or 2000 mm above the turntable. The equipment comes with a choice of three drip box sizes and features a fully enclosed drip box and water system. It is also equipped for filtration of pollutants and fine sediments, therefore minimizing any chances of clogged nozzles. The stainless steel nozzles are completely adjustable and can be easily removed for cleaning and replacement. These test chambers are also provided with a stainless steel water tank with pump and filter to ensure continuous supply of clean and filtered water within the equipment. They feature easy-to-use touch screen controllers for setting the water pressure to the drip box.

 

The Weiber drip box testing chambers are designed in accordance with international standards of safety and quality and are compliant with GB10485-89 GB4208-93 GB/T4942 and corresponding ISO, IEC and ASTM standards, ensuring maximum accuracy and reliability of the test results. They are stuffed with user friendly features, facilitating ease of use and are designed for long-lasting operation and consistent performance.

 

Key Features:

• Stainless steel construction for increased corrosion resistance
• Easy to use touch screen controller
• Available with a choice of three drip box sizes
• Uses imported frequency converter for controllable speed of rotation
• Adjusts water pressure with flow meter
• 40 L stainless steel water tank with water pump and filter
• Fully enclosed drip box and water system
• Easy to remove nozzles for cleaning and replacement
• Adjustable sample height
• Compliance with GB10485-89 GB4208-93 GB/T4942 and corresponding ISO, IEC and ASTM standards

Product Details:

Weiber designs and manufactures standard as well as customized water spray test chamber for evaluating various automotive, electrical and electronics items under water, rain or shower conditions. The chamber interrogates the performance of parts when subjected to water droplets.

 

The system is based on the IP X5, X6 specification requirements, and can also accomplish individual automaker’s tests, as well as electrical-enclosure tests.

 

Our system uses multiple control solenoids to vary the water's spray volume/pressure. A holding tank prepares the water to the desired temperature, if required. A pump ensures the water is delivered in the proper pressure range.

 

Standrads:

• IP X5
• IP X6

 

Special Features:

• Rotating rain nozzles
• Stationary product shelf for sample, (Rotating Shelf: Optional)
• Water pressure regulators, gauges and flow meters
• Special high-volume floor drain system to rapidly drain water out of the chamber
• Plexi glass door hinged on left-hand side with window and wiper
• Port hole for connectivity of test items.
• Door open and door close alarm system.
• HMI+ PLC in one unit
• Less use of electrical and mechanical components on the top and bottom of chamber - Provides easy maintenance of chamber, increases durability because of proper air circulation; cooling systems kept at bottom of the chamber to provide proper environment for compressor.
• Full opening door with silicone gaskets and hinged on left side - Allows ease of complete access to the chamber and opening of door with less force; durable silicon gasket reduces temperature loss.
• Heated viewing window - Heated viewing window allows viewing fog generated and proper viewing of the test sample.
• Circulation Fan with Variable Speed -
  
  • Electrical efficiency
    Variable speed motor saves money by reducing energy bills, as it consumes less electricity than conventional motor.
  • Cooling Efficiency
    Variable speed enables gaining air conditioning efficiency or SEER.
  • Air Quality
    Variable speed motor helps clean the air efficiently. When the fan is in constant operation (indicated by the "Fan" setting on thermostat), the motor continues to slowly circulate air, allowing filters to capture more contaminants.
  • Humidity Control
    Variable speed motor combined with a Thermostat allows controlling the amount of humidity.
  • Quieter Operation
    Variable speed blower motor are significantly quieter thanits single-speed counterpart.
• PCRC Sheet Body - Powder coated steel body assures corrosion resistant chamber and allows working of chamber at high temperature applications.
• Digital Output – Target and Performance Output of the chamber operations are in digital format(digits) giving precise reading.
• Pre - Attached Data Logger with Data Analysis Software - Primary benefits of using data loggers is to automatically collect data 24-hour basis.Graph and table format of results can be produced automatically by the data logging software.
• Open and Close Updates Through Mobile Network - Mobile technology has the potential to make services more flexible and keep informed, information anywhere at any time from mobile device, and can set alert system to know whether or not the chamber is being used.
• Reliable – Construction, performance mechanism, controls and information system integration makes the equipment reliable.
• Precise Control of Environmental Parameters - The set/ programmable parameters of the chamber are precise or have less deviation from original value,thus ensuring correct measurement.

Product Details:

The IP X7 and IP X8 test equipment simulates the water immersion environment to test the water resistance and sealing of the samples during storage, transportation and usage. It is widely applied to electrical and electronic products, lamps and lanterns, electrical cabinet, electrical components, automobile, motorcycle and its spare parts and other products. It provides the basis to improve the performance of the products.

 

Standard Compiled:

• IP X7: water dip in certain level (1 m), pressure and time (30 min)
• IP X8: water sink upto certain level.

 

Features:

• Complete corrosion resistant stainless steel structure
• Thickness of stainless steel sheet 15 mm
• No external gas source and required
• Equipped with air compressor
• Can simulate 50m water depth pressure ( MAX:5KG/M3)
• Water level shown by liquidometer
• LED/LCD display for tank water temperature, and test specimen surface temperature
• Automatic control for water level

 

Applications:

• Aerospace.
• Defence
• Automotive industry.
• Electronics industry.

Product Details:

The rain water or moisture penetrating through a leak in the case, can often reach into the circuit board and lead to failure of the equipment. This problem is frequently encountered with external equipments and devices during storage, usage or transportation in a rainy weather. Therefore, the automotive industries and various research and developmental units often use rain test chambers to test the quality and performance of the product in such extreme environments. The Weiber Rain Test chambers are such rain test machines used for the testing of automobiles, electronic parts and components, light equipments, voltage cabinets and other wide variety of products under a rainy environment. These IP Test Chamber and IP Testing Chamber are designed to simulate specific environmental conditions, mimicking a natural rainy weather, to test the seals and water proofing capacity of the equipment and devices, thereby providing an estimation of the product performance over a period of time.

Features:
The Weiber Rain Test chambers sport a sturdy and non-corrosive stainless steel construction and feature a non-corrosive rotary working table made up of aluminum alloy table board. All the external and internal surfaces of the equipment are made up of stainless steel or copper for added strength and resistance. The test chamber also features a stainless steel screen for additional filtration of pollutants and fine sediments, reducing the instances of blockage within the slow release control valve for continued excellent performance of the equipment. They are provided with adjustable nozzles that can be maneuvered in every angle to inject and spray water all across the surfaces of the test sample. The equipment works by exposing the test specimens to varied intensity of rain. The Weiber Ip Testing Chamber use programmable touch screen controllers for various operating parameters. They are also equipped with a wide array of safety features to ensure safe and reliable operation of the equipment. These test chambers serve as automobile lighting test chambers and automobile signal test chambers and are commonly employed for testing outside lighting and signal devices. They are designed in accordance with international standards and bear ASTM/ISO/ROHS/GB certification.

Key Features:

• Available in both standard and customized designs
• ASTM/ISO/ROHS/GB certification
• Reliable and safe operation
• Easy to install
• Versatile usage
• Economical pricing
• Energy efficient design

 

Safety Features:

• Adjustable over-temperature protection
• Provisions for preventing overheating of fan and motor
• Temperature fuse wire of test space
• Phase failure/reverse of the entire equipment
• Power leakage protection
• Overload and short circuit protection
• Timing of the entire equipment
• Power failure protection in case of opening of electrical control cabinet
• Automatic shutdown upon fault alarming