Rain Test Chamber

Modular Rain Test Chamber is designed to handle different IP (ingress protection) standards across industries. It fulfils the requirements of standards like IEC, JIS, and IS based on what the user needs. Because of its modular setup, it can be used for testing smaller components as well as full products.

It’s mainly used to create rain test conditions for IP testing. The chamber is built using a single sheet of Stainless Steel 304 which helps with durability, resists corrosion, and generally holds up well over time.

• High-quality corrosion-resistant material used for chamber construction
• Spray nozzles manufactured using single-operation CNC machining for high dimensional accuracy
• Chamber constructed with single-sheet SS 304 for durability and corrosion resistance
• Highly reliable water circulation pump with robust piping system
• Vibration-free rotating table with variable speed control
• Friction-free, water-tight door locking mechanism
• Viewing glass door with integrated wiper for clear observation
• Automated control panel with user-friendly operation
• Heavy-duty aluminium hinges for smooth and easy door movement

• Mono-block construction using high corrosion-resistant materials
• Chamber interior and exterior made of single-sheet SS 304 for superior durability
• Base structure fabricated from high-gauge stainless steel square tubes for enhanced strength
• All joints and corners finished with high-quality TIG welding and precision buffing
• Friction-free, water-tight door locking mechanism ensuring proper sealing
• Ergonomically designed and easily accessible control desk

Drip Test (IPX1 & IPX2)

• Modular design drip tank mounted on top of the test chamber
• Drip test area: 800 × 800 mm
• Top access provided for easy maintenance and cleaning
• Drip nozzle pitch: 20 × 20 mm
• In-built water level control switch to regulate water fall rate
• Drip tank constructed with high-gauge SS 304 material with removable nozzles for easy maintenance

• Oscillating tube mounted inside the test chamber with a diameter of 800 mm
• Spray nozzles spaced at 50 mm intervals with individual nozzle diameter of 0.4 mm
• Oscillating tube driven by a gear motor and integrated with a rotary joint
• Fixed angular limits provided for controlled oscillation
• Water flow rate and pressure controlled manually

• Water jet assemblies constructed using SS 304 material for corrosion resistance
• Nozzles integrated with pressure gauges and flow meters for accurate monitoring of flow rate and pressure
• Water jets connected with a 5-meter long flexible hose and mounted on an adjustable standalone tripod stand
• Stand and water jet assemblies are detachable for easy handling and storage when not in use
• Interchangeable nozzles provided:
      – 6.3 mm diameter for IPX5 and IPX6K tests
      – 12.5 mm diameter for IPX6 test

• Vibration-free rotating turntable with variable speed control system
• Stainless steel turntable of 300 mm diameter with a load-bearing capacity of 30 kg
• Manual height adjustment mechanism provided with maximum adjustment up to 585 mm
• Stainless steel joint-free feed-through shaft coupled between gear motor and turntable for smooth operation

• Independent centrifugal mono-block pump provided for water circulation in IPX1 to IPX4 test system
• Separate mono-block pump provided for water circulation in IPX5 to IPX6 test system
• CPVC piping with inline water filter and regulating valves for efficient and reliable operation
• Analog flow meter with ON/OFF control provided for IPX1 and IPX2 tests

• Colour touch screen controller based on high-performance core hardware with integrated functionalities
• Front panel designed with IP66 protection for enhanced durability in harsh environments
• Equipped with USB host port, on board 4 GB flash memory, 512 MB RAM, and real-time clock
• 7-inch resistive analog touch screen for easy monitoring and operation
• Web server access enabled for remote monitoring and control via PC
• USB host port allows direct transfer of log files, program data, and reports to external storage devices (USB drives)
• Controller supports up to 20 programs, each with 20 segments for flexible test profile configuration
• User-friendly interface for creating and managing customized test sequences

• 7-inch TFT colour display with LED backlight
• 800 × 480 (WVGA) resolution with 64K colours
• Resistive touch screen interface
• Ethernet and USB communication ports
• Multi-language support
• Multi-level user security access
• Integrated trends and data logging with on-screen display
• USB file transfer capability for data and program storage
• Remote monitoring and control via VNC web server
• Cloud-based remote monitoring support (license required)

• MPCB/MCB protection provided for all individual 3-phase and single-phase power devices
• Protection against single phasing, phase reversal, under-voltage, and over-voltage for main power supply
• EMI protection incorporated for control circuits
• Water level float switch provided for monitoring reservoir tank level
• Automatic water make-up valve provided for maintaining required water level

• Power Requirement:
  415 VAC ± 5%, 3 Phase, 50/60 Hz, 4 Wire + Earth
• Space Requirement:
  Minimum clearance of 600–1000 mm on three sides of the chamber (excluding front side)
• Drain Connection:
  Drain point to be provided near the chamber as per layout drawing
• DM Water Requirement:
  Continuous supply of demineralized (DM) water to the chamber inlet as per the following specifications:

    – PH Value: 5 – 7
    – Conductivity: 10 to 1000 µS/cm
    – Resistivity: 50,000 – 100,000 Ω/cm
    – Total Dissolved Solids (TDS): < 0.1 mg/L
    – Total Suspended Solids (TSS): < 0 mg/L
    – Chlorides: Maximum 1.0 ppm

Rain test chambers are used to simulate different rain conditions to evaluate product waterproofing, durability and performance. They help manufacturers identify weaknesses and ensure products withstand real-world wet environments.

A rain test chamber operates by controlling water droplets or jets at adjustable pressures and angles onto the test sample. This replicates various rain intensities that allow precise measurement of water resistance and durability.

A rain test chamber price typically ranges from INR 1 lakh to 5 lakh in India. The cost depends on chamber size, complexity, automation level, water flow capacity and compliance with international testing standards.

Verified rain test chamber manufacturers provide certifications such as ISO or IEC compliance and have detailed product specifications. They are also positively reviewed in the industry, provide quality control, and provide good customer service and technical support at the end of the purchase.

You can buy genuine rain test chambers from authorized distributors, certified manufacturers, or trusted online marketplaces specializing in industrial testing equipment. Ensure they offer warranty, calibration, and after-sales service.