Humidity Test Chamber

• There can be seen no frosting even if the test is conducted for a long duration under Low temperature and low humidity parameters.
  The chamber consists of an Automatic control system refrigerant which improves user experience.
• Able to Set Cyclic Test Functions with user ease.
• A timer would be provided up to 999 hours for auto cut-off
• Safety features would be incorporated to ensure that the temperature does not rise beyond parameters set by the user
• Touch screen HMI Display of parameters with data logging available.
• Compact size with castor wheels to move the chamber in the laboratory
• Thick Tempered glass to ensure zero leakages and maximum thermal insulation
• Multiple samples can be placed inside the chamber with the help of Stainless steel Trays & Racks
• Inside Material of Construction: Corrosion Resistant Stainless steel (SS) Material
• Blower Fans to ensure 360 degree rotation of Temperature & Humidity
• Branded Sensors to ensure the highest level of Accuracy and Precision
• Japanese Technology Insulation material is made of polyurethane foam.
• In-built Advanced Safety Control System
• In-built LED light to ensure easy sample viewing

• Auto-tuning feature imbibed in the Microprocessor-based display for accurate results
• Run time vs temperature graphical representation.
• Data recording with temperature data reading
• Availability of USB & Pen Drive for external storage options
• Adjustable PV & SV value *Optional
• Knox system integrated for data security 
• User settings can be locked by the admin panel and protected by a password
• User can control PID settings through Advanced setting
• In built Alarm system 
• Interchangeable Languages- Hindi & English
• Pass/Fail Report Criteria in System Generated Report
• Viewable Fault History/ Past Reports
• Email Notification Facility for user ease
• Remote Monitoring facility for easy data management
• In-built LED light Control System
• Option available to set PV and SV value

Humidity chamber equipped with multiple safety functions like:

• Seven-point alarm function which consists of multiple alarms which provide the user with live notification of any faults in the Chamber.
  • Overshoot Temperature Alarm
  • Test Completion Alarm
  • Water Level Low indication
• Remote Monitoring Alarm System: The user shall receive all notifications regarding any fluctuation in parameters or settings to ensure immediate rectifications.
• Emergency Shutdown Mechanism: Manual/ Automatic Shutdown mechanism
• Insulation: Insulating materials and coatings to prevent electrical contact and reduce the risk of electric shock.
• SSR relay for enhanced safety function

Model		PTH-150	PTH-225	PTH-408	PTH-800	PTH-1000	PTH-1500
Temperature	Temperature range	-70℃～180℃（A - 0℃～180℃; B - 20℃～180℃；C - 40℃～180℃; D - 70℃～180℃)
	Temperature fluctuation	±0.5℃
	Cooling rate	180.0℃～25.0℃ Cooling rate 2.0～3.0℃/min 25.0℃～-40.0℃ Cooling rate 1.0～2.0℃/min -40.0℃～-70.0℃ Cooling rate 0.7～1.5℃/min
	Heating rate	-70.0℃～180.0℃ Within 60 mins 3.0～5.0℃/min
	Temperature uniformity	±1.5℃ (-40.0℃～100.0℃)
		±2.0℃ (100.1℃～180.0℃or-40.0℃～-70.0℃)
Humidity	Humidity range	20.0%RH～98.0%RH
	Humidity fluctuation	±1.0% RH
	Humidity uniformity	±2.0％RH
Material	Internal material	SUS304 stainless steel(1.2mm)
	External material	cold-rolled plate(1.2mm), powder coating
	Heat insulation	poly urethane foam(100mm) +glass wool(10mm)
	Fan	Centrifugal fan (Impeller Fan)
	Refrigeration compressor	hermetic compressor (Tecumseh)
	Cooling mode	air cooling or water cooling
	Refrigerant	R404A, R23, R508
	Evaporator	finned-tube exchanger
	Heater	nickel chrome strip heater
	Humidifier	Steam Humidifier
Size	Interior size(mm) W*H*D	500*600*500	500*750*600	800*850*600	1000*1000*800	1000*1000*1000	1200*1000*1250
	Outer size(mm) W*H*D	700*1670*1275	700*1880*1290	1000*1950*1400	1200*2050*1590	1200*2050*1780	1400*2050*2030
	Volume (L)	150L	225L	408L	800L	1000L	1500L
	Weight (kg)	380	450	620	680	840	955
Working Temperature		+5 ~ 35℃
Power supply		220V AC 50/60Hz 31A	220V AC 50/60Hz 33A	380V AC 50/60Hz 17A	380V AC 50/60Hz 25A	380V AC 50/60Hz 27A	380V AC 50/60Hz 50A

The humidity chamber is a high-class machinery system designed with extreme precision to determine the ability of various materials to withstand extreme climatic conditions as these materials will be exposed to environments in different parts of the world where they will face extreme highs & lows in temperature. To ensure the anti-corrosive abilities of the materials used in the construction of a product, manufacturers take up humidity chambers to evaluate the anti-rusting properties of materials.

The humidity chamber works on a simple mechanism of simulation. The instrument is constructed with different temperature modulations which allow it to simulate extreme environmental conditions around the specimen being tested. The humidity conditioning chamber then allows the operator to assess & evaluate the reactions of the material against such conditions. It is necessary to perform such a test in order to ensure that these products can provide longevity and durability against corrosion.

The price of the humidity conditioning chamber ranges from 05 lacs to 50 lacs in India which differs as per the requirements of the customer. In other words, the lab testing instrument is available in variable sizes & with variable specifications which can be customized as the customer requires. The instrument is offered in different sizes to allow manufacturers from different industries to test even bigger products and ensure compliance with quality standards. You can simply select the model as per the required size & specifications, and proceed further.

As necessary as it is to get your hands on the humidity chamber to check whether the material is fit for utilization in the production process, it is equally necessary to get your hands on the verified humidity chamber for accuracy-driven test results. The humidity chamber has certain specifications & features that are installed in the device in consideration of the designated standards. 

As a buyer of the instrument, you can always make sure that the equipment you are getting your hands on, carries all the necessary specifications and features which streamlines the testing process and enhances the accuracy at the same time. 

The humidity chamber is available at various manufacturers & suppliers of the lab testing instruments. However, to ensure the genuineness of the product, you must make sure that all guidelines of the designated standards are followed by the instrument being sold to you. Evaluating the specifications & features of the instrument is also important for the buyer as it satisfies the need for ergonomic testing. 

To get the maximum assurance, you can ask for a trial run of the instrument before getting your hands on the instrument as it allows the operator to build a sense of trust & assurance and at the same time get familiar with the working mechanism of the equipment. 

A humidity test chamber is a specialized environmental testing device designed to create and maintain specific humidity and temperature levels. These chambers can simulate real-world environmental conditions that products might encounter throughout their lifecycle, allowing for rigorous testing of materials, components, and finished products.

Quality Assurance:

• Ensures products can withstand environmental stressors, thus enhancing reliability.
• Helps identify weaknesses in design or materials before products reach consumers.

Product Development:

• Facilitates the development of moisture-resistant products, essential for electronics, textiles, and pharmaceuticals.
• Enables engineers to innovate and improve formulations and designs based on testing feedback.

Regulatory Compliance:

• Assists in meeting international standards such as ISO, ASTM, and MIL standards, which often require specific humidity testing.
• Provides documented evidence of product testing, crucial for regulatory approvals.

Accelerated Testing:

• Mimics years of environmental exposure in a shorter time, helping speed up the product development cycle.
• Useful for understanding potential long-term issues that might not be evident in standard testing.

Research and Development:

• Supports academic and corporate research by enabling controlled experiments on material properties.
• Aids in the development of new materials with enhanced properties like moisture resistance.

Constant Humidity Chambers:

• Designed to maintain a steady humidity level over extended periods.
• Ideal for long-term product durability tests.

Temperature and Humidity Chambers:

• Control both temperature and humidity, allowing for complex testing scenarios.
• Useful for evaluating products in conditions that mimic real-world fluctuations.

Walk-In Humidity Chambers:

• Large chambers designed for bulk testing or for items that cannot fit in standard chambers.
• Common in automotive and aerospace industries for testing large components or assemblies.

Thermal Shock Chambers:

• Rapidly change both temperature and humidity to simulate extreme environmental conditions.
• Used to test how materials react to sudden changes, revealing vulnerabilities.

Customizable Chambers:

• Tailored to specific testing requirements, allowing for unique humidity and temperature profiles.
• Often used in specialized research or production processes.

Manufacturers:

• Essential for industries like electronics, pharmaceuticals, and food, where humidity can impact product safety and efficacy.
• Helps in developing products that meet consumer expectations and industry standards.

Research Institutions:

• Used in labs for studying the effects of humidity on various materials, fostering advancements in material science.
• Essential for PhD research or innovative product development.

Quality Control Labs:

• Conduct routine checks on incoming raw materials and outgoing products to ensure consistency and reliability.
• Helps in identifying batch variability and ensuring compliance with specifications.

Material Scientists:

• Investigate the properties of new materials and their behavior under different environmental conditions.
• Crucial for developing next-generation materials that can withstand harsher conditions.

Automotive and Aerospace Industries:

• Test components for durability and reliability in extreme environments, ensuring safety and performance.
• Essential for developing vehicles and aircraft that can operate in varied climates.