|Frequency||50/ 60 Hz|
|Temperature Range||5 deg. C above ambient to 350 deg. C|
|Controller||Nano Technology Based Ergonomic Controller|
|Interior Construction||Stainless Steel|
|Nominal Power||1250 -2500 W|
|Nominal Voltage||230 V|
The Tray Drier, Tray Drying Chambers, Industrial Tray Drier from Weiber are conventional heating units that are commonly employed for drying fruits, vegetables, herbs, roots, meat, seafood, pasta and other food and non-food items. They are used for both domestic as well as industrial applications and find widespread usage in food processing industries, bakeries, pharmaceutical industries, powder drying and processing units, plastic drying units and drug production and processing units. These drying chambers are available in various standard sizes and can also be customized to suit specific requirements.
The Weiber Tray Drying Chamber manufacturers have made these chambers easy to operate, low maintenance equipments that are designed for highly safe, reliable and economical operation. They consist of an insulated cabinet, fitted with trays for holding the sample to be dried. The drying chambers are double walled units that feature high grade SS 304 stainless steel interiors and external walls made up of powder coated, rust proofed thick PCRC sheets. The internal walls feature fully welded surfaces, ensuring smooth, easy to clean and leakage proof surfaces. The gap between the walls is filled with high quality mineral glass wool fibrous insulation or PUF cellular insulation for maximum thermal efficiency. The equipment uses sheathed air heaters for indirect heating of the chamber and efficient fans and motor for maintaining a continuous air circulation for uniform distribution of heat. The fans and motor are designed for minimum vibration and low noise operation.
The Tray Drying Chambers use gas circulation method for drying of the samples. The equipment uses an air inlet to allow the entry of fresh air within the chamber, which is then drawn by the fan through the heater coils. The heated air is then blown across the sample specimens and is exhausted outside through the exhaust air outlet. The air inlet is provided with screen filters that filter out all the dust particles and other contaminants, preventing them from entering the drying chamber. The air inlet and exhaust outlet are positioned at considerable distance from one another to prevent the suction of used, moisture laden air back into the circulation. The recirculating designs that permit the recirculation of air within the chamber use a desiccant or cold plates/coils for removing the excess air moisture prior to its recirculation for maximum drying efficiency. The Weiber tray drying chambers are also provided with additional heaters and fans that are strategically placed within the drying chamber to ensure uniform and adequate heating of the samples irrespective of their placement within the unit. The equipment may also use perforated sample trays to allow penetration of upwardly mobile hot air through the sample material via the tray holes for faster drying.
The Weiber tray drying chambers are also provided with a vacuum pump to facilitate the extraction of water vapour and vapours of solvents from the samples to be dried. They use PLC based HMI interactive control panel for efficient temperature control. The equipment is ideally operated in the semi-automatic mode or automatic mode and is generally used for pilot-scale and small scale production drying.
|Interior Space Volume||37.2 ft3 (1.1 m3)|
|Temp Range||7 deg C-44 deg C +-0.5|
|Total Shelving Floor Area||13.6 ft2 (1.3 m2)|
|Maximum Growing Height||21.1 in. (53.5 cm)|
|Exterior Dimensions||Height 77.2 (196.1) Width 41 (104.1) Depth 33.6 (85.4)|
|Maximum Shelf Weight||65 kg|
The plant genus Arabidopsis has been widely accepted as model laboratory organisms that provide a uniquely tractable multi-cellular experimental system for studying basic eukaryotic processes. The small and genetically tractable genome of the plant species has been sequenced and extensive genetic and physical maps of all five plant chromosomes and large number of mutant lines and genetic resources are available to facilitate scientific discoveries and cross-disciplinary studies. The plant is relatively easy to culture in restricted laboratory spaces, has a rapid life cycle and allows prolific seed production, providing a large sample base for better understanding of biological sciences. The WEIBER Arabidopsis Chamber, employed for culture of these plant species in laboratories, play a significant role in maintaining the quality and quantity of cultured plants in a controlled environment.
These specially designed chambers provide highly precise control of various environmental parameters for optimum plant growth, facilitating their use for intense genetic, biochemical and physiological studies.
|Temperature Range||0 to 60 deg. C (Light ON 10 to 60 Deg. C)|
|Material||Stainless Steel SUS 304|
|Temperature Accuracy||+/- 0.3% at 37 deg. C|
|Humidity Range||35 to 98% RH|
|Humidity Accuracy||+/- 1% at 70%|
|Outer Material||Steel Plate with Powder Coating|
|Door||Silicon Packing Magnet Door With Window|
|Safety Device||Over/ Under Temp. Protector,Level monitor,Power Breaker|
|CO Two Range||0 - 5000ppm or 0 - 12000ppm|
|CO Two Control||Microprocessor Control|
|CO Two Sensor||Infra-red Control|
The CO2 Growth Chamber from Weiber are enclosed equipments, designed to provide a highly controlled environment for optimum plant growth. These Growth Chamber allow CO2 enrichment to levels as high as 5000ppm to 12000ppm to help boost plant growth and also make adequate provisions for ventilation of the equipment, removing the water vapour resulting due to transpiration and preventing the build-up of excess heat within the chamber. The units may also come equipped with an active dehumidification system for removal of excess moisture, maintaining the required humidity levels at all times.
These CO2 Planth Growth Chambers come equipped with dual infra-red sensors that provide a more compact and affordable solution to monitoring CO2 density within the growth area. These sensors provide a more accurate estimation of the gas concentration and automatically compensate for the natural intensity decay of the IR source over time. The infrared technology allows direct measurement of the CO2 concentration, irrespective of the chamber temperature, humidity levels or size of the equipment, allowing highly precise control of the parameter. It also reduces the labour and cost of operation and eliminates the lab downtime, while improving the reliability and repeatability of test conditions.
The CO2 growth chambers from Weiber are double walled insulated equipments that feature external surfaces made up of powder coated steel plates and high grade SUS 304 interiors. The insulated chamber door uses silicon packing for maintaining stability and magnetic door closer for safe and leakage proof interiors. It features an observation window to allow continuous monitoring of the incubated samples. These equipments are commonly available as small-sized growth chambers, but can also be customized for size and configuration to suit specific requirements. They are available as economical and energy efficient units and are designed for maximum space efficiency.
These programmable growth chambers use PID microprocessor based controllers for highly precise control of temperature and CO2 concentrations and come equipped with a clear LCD display for displaying the actual and set parameters for ease of monitoring. They use pre-set programs for repeatability of test conditions and also allow the user to make changes in the existing programs to achieve the desired temperature, humidity and illumination profile. The units are also provided with dual sensor monitors for monitoring the water level and a quick response electronic sensor that help in maintaining the required humidity levels. These growth chambers also come equipped with other safety features including an over temperature protection function, open door alarm and power breaker etc. The over temperature protection feature shuts off the power in case of overheating, therefore protecting the plants from excess heat, whereas the door alarm alerts the user in case of an open door, thereby minimizing the loss of heat and humidity.
|Workroom Dimensions||45x45x50 mm|
|Temperature Range||0 deg C - 70 degC|
|Testing Machine||Testing machine Ozone generator or UV absorption method|
The Ozone Test Chamber provide an effective solution to the testing of products for resistance against ozone degradation in a controlled environment. These test chambers function as static tensile test chambers as well as Rubber Test Chamber and are often used for studying static tensile deformation of various manufactured goods in the presence of ozone. The equipment works by exposing the test samples to uniform concentrations of ozone at constant temperatures and relative humidity in a sealed air environment. Under these conditions, the products undergo the process of corrosion which can be observed in the form of surface cracks and changes in other properties.
The ozone climatic test chamber from Weiber are compact and easy to install equipments that are designed for economical and versatile applications. The equipment uses high quality construction materials such as imported hi-class stainless steel plates for the inner bladder and plastic coated A3 steel plates for the outer bladder of the test chamber for a sturdy and reliable construction. The equipment also features an inbuilt 360° rotating sample rack with multiple sample locations. The rotary working table uses an aluminum alloy table board for increased corrosion resistance. All the internal surfaces are made up of copper or stainless steel for smooth and easy to clean surfaces. The roof of the test chamber is also provided with balance exhaust holes that help in maintaining the concentration of air and ozone within the working area.
|Humidity Range||5% to 95% RH 2 deg C|
|Temperature Ranges||-70 deg C to +180 deg C|
|Temperature Uniformity||2 deg C|
|Power Supply Serial Communications||AC380V/50HZ/RS-232/485|
The high low temperature test chambers from Weiber are climatic test chambers, designed to simulate highly precise high and low temperature environments for the testing of electrical and electronics items, metallic products, automobile parts, food items, biological samples, chemicals, building materials and other wide variety of processed and packaged goods. These test chambers find widespread usage in manufacturing units, quality control units and scientific research organizations and are commonly employed for heat endurance test, cold endurance test and humidity and dryness endurance tests of products. These tests help in determining the product performance in specific environments and also help in identifying any manufacturing flaws and in determining its stability and shelf life.
These high low thermal chambers from Weiberare essentially double walled equipments that feature an inner bladder made up of high grade SUS 304 stainless steel plates and an outer bladder made up of plastic coated A3 steel plates. The equipment uses high-tech insulation system for maximum thermal efficiency. The test chamber also uses a high intensity, high temperature resistant double layered seal between the chamber door and the chamber wall that completely seals off the internal environment from the external environment once the door is closed. The chamber door is provided with an observation window for complete visibility of the test process, allowing real-time observation and analysis.
These thermostatic and constant humidity equipments use high precision microcomputer based touch screen controllers for highly precise temperature and humidity control.They use a unique balance thermal control and an advanced preheating technology for accurate working temperatures. They also feature an easy to use graphical interface system and digital LCD display for constant monitoring of actual and set parameters.The equipment uses programmable PID controller for single-set point or multi-set point operation and offers complete flexibility in terms of programming and operation.
These industrial application temperature chambersuse IR Ni-Cr alloy heating element for indirect heating of the equipment and centrifugal blowers for maintaining the air circulation for uniform distribution of heat. The refrigeration system comprises of imported, enclosed compressors and non-CFC refrigerants. It is generally designed for mechanical compression and single-stage refrigeration. These test chambers also come equipped with temperature sensors that detect any fluctuations in working temperatures and activate the alarms and signals, thereby maintaining the sanctity of the test environment.
The high low temperature test chambers from Weiber also come equipped with an array of safety features including an electronic safety warning device and a mechanical self contained temperature limiter for added safety. The equipment uses USB interface and RS 232 interface for PC and multi-unit connectivity. It is also connected to data logger units for storage of the recorded data, allowing analysis and interpretation even at a later date.
|Temperature Ranges||-70 to +250 Degree C|
|Interior Space Volume||29.7 ft3|
|Total Shelving Floor Area||10.8 ft2|
|Exterior Dimension||77.2mm(h) x 42.3mm (w) x 33.6 mm(d)|
The Ultra Low Temperature Test Chamber from Weiber are specially designed equipments that provide specific low temperature environments for testing a wide variety of products and their performance under non-ambient testing conditions. They are engineered and configured to meet the exacting low temperature requirements of various research applications and often find their use for evaluation of material properties at extreme temperatures. These versatile test chambers offer the capabilities of measuring temperature extremes, allowing both freeze tolerance studies as well as the effect of heat stress on the sample specimen within the same equipment. They combine advanced technological features with an energy efficient design for highly accurate test conditions and repeatability of results. These test chambers provide a cost-effective solution to expensive laboratory tests and are available at economical prices for increased affordability. They are designed for safe and reliable operation and find widespread usage in chemical and pharmaceutical industries, biotechnology and medicine industry, petroleum industry, food industries and other industrial and manufacturing units.
The Low Temperature Thermal Test Chamber from Weiber are available as compact, portable units, designed to meet the high performance of a full-size chamber. They use high quality construction materials for a sturdy and reliable construction and come equipped with glass side walls to allow complete visibility of each shelf, allowing ease of monitoring without disturbing the test samples and the test conditions. The glass surfaces are evenly heated to eliminate surface condensation. The chamber door is provided with a double-layer, high temperature resistant, high intensity seal that completely seals off the test chamber from external environments once the chamber door is closed, preventing entry of external contaminants within the test area and minimizing the chances of heat loss due to external temperature fluctuations.
These equipments also come equipped with exterior lamp banks for adequate illumination of the test chamber. The external lamp banks allow easy bulb replacement without disturbing the test samples and also reduce the heat load, preventing any undue heating of the chamber and ensuring greater temperature uniformity. The units also come equipped with a constant temperature defrost system that prevents temperature defrost spikes, allowing low temperature applications under full lighting. They use an automatic temperature control system for maintaining accurate working temperatures and an integrated digital display for displaying the actual and set parameter. The test chambers also adopt compressor cooling technology for efficient cooling of the unit, providing a low cost solution to maintaining the desired low temperatures. They use sophisticated controllers for excellent stability of test conditions and come equipped with several customer friendly features for ease of use.
The Weiber Low Temperature Thermal Chamber are available in a wide variety of sizes and configurations and can also be customized to suit specific laboratory and industrial requirements. They are designed according to the highest standards of quality and are compliant with various national and international standards.
|Humidity Range||5% to 95% RH|
|Temperature Range||-70 deg C to +180 deg C|
|Temperature Uniformity||2 deg C|
|Power Supply Serial Communications||AC380V/50HZ/RS-232/485|
Temperature Test Chamber is designed for testing the capability of heat-endurance, cold-endurance, dryness-endurance, and humidity-endurance, suitable for quality control of the industries of electron, electrical equipment, vehicle, metal, foodstuffs, chemistry, building materials, luggage, adhesion tape, printing, packaging, etc.
A precise and reliable temperature control
easy to operate
Easy to use graphic interface
High-tech insulation system
Economical and versatile
Weiber Temperature Test Chamber is applicable for the safe performance test of electronic components and parts and provides the reliable test and product selection test etc. our equipments offer a good solution for the testing of all types of components, materials and systems manufactured including assemblies, the storage of laboratory test samples and the testing of material samples.
Our Temperature Test Chambers is a specialized piece of equipment used for environmental testing, semiconductor testing, chemical stability testing, and more. These chambers feature unique and advanced preheating technology, which is engineered to ensure that all temperature-related tasks such as heating, drying, and sterilizing are conducted exactly the same each time, reliably and quickly. This chamber also known as Heat Test Chamber and Thermal Test Chamber.
Tailor made Temperature Chamber, with Industrial application, Use the high precision microcomputer touch temperature and humidity controller with high stability of platinum resistance to temperature and wind speed in the circulatory system of temperature and humidity test. It control temperature & humidity well-distributed, precisely and steady.
The inner bladder of the chamber is made of SUS304 stainless steel plate while the outer bladder is made of A3 steel plate sprayed with plastic. A large observation window is set on the chamber door. Double-layer high-temperature resistant and high-intensity seal is adopted between the chamber door and the chamber body in order to ensure the obturation of the testing area.
Thermal Test Chamber is special-purpose thermostatic and humid static equipment. It is able to accurately simulate the climate conditions in different environments and is applicable to research institutes, university laboratories and production sectors in sanitary & anti-epidemic, environmental protection, forestry and animal husbandry industries for culture preservation, plant cultivation and breeding experiments of molds, bacteria, and microbes.
|Power Supply||AC 220V/50HZ/380V/50HZ|
|Humidity Range||30% ~ 98% R.H|
|Temperature Range||0 deg C~100 deg C|
|Temperature Uniformity||2 deg C|
|Humidification Mode||External Isolated,Stainless Steel Electric Steam Humidification Mode Occurs|
|Dehumidification Mode||Condensation Method Using The Dew Point Temperature Of The Evaporator Coil Dehumidification Mode Lam|
The Constant Temperature and Humidity Test Chamber from Weiber are environmental test chambers, designed to simulate constant climatic conditions for testing a wide variety of products for their quality, performance, shelf life and stability. They are used to simulate constant temperature and humidity conditions, thereby creating a physiologically ideal environment for product testing. These equipments are most commonly employed for testing electrical devices, electronic parts and components, instruments, biological samples, food items and other manufactured and processed goods and find widespread usage in scientific research organizations, semiconductor industries, material research institutes and other industrial and manufacturing units.
The Weiber Constant Climate Chambers come equipped with an easy to use LCD touch screen controller and a graphic display to allow monitoring of the set and actual working parameters. The equipment is capable of displaying the relative date and information of the whole operating system even in a running mode. The instructions, maintenance, precautions and troubleshooting options are displayed on the screen instantly for added ease of use. The design of these test chambers incorporates an integrated active dehumidification system as part of the standard configuration and allows heating from all six sides to create a humid environment while preventing condensation. The test chambers use a humidifier circuit, separate from the electric circuit for added safety. They also come equipped with efficient fans and motor for maintaining adequate air circulation, thereby ensuring uniform distribution of temperature and humidity throughout the working area. The unit uses an automatic watering system and a circulating water supply with water filter for maintaining the optimum humidity levels.
These equipments also come equipped with a wide range of programming and documentation options through interfaces and are adapted for PC and network connectivity. The Weiber Uniform Temperature and Humidity Test Chamber are designed in accordance with international standards of quality and safety and are available in a wide variety of sizes and configurations. They are available in both standard and customized models and come equipped with CE certification.
These climatic test chambers have a double walled construction and feature an inner chamber made up of high grade SUS 304 stainless steel plates and an outer chamber made up of plastic coated A3 steel plates. The gap between the walls is filled with high grade PUF insulation for increased thermal efficiency. The chamber door is provided with an observation window to allow monitoring of the test process and comes equipped with a high temperature resistant, refined silicone rubber seal that completely seals off the working area, eliminating any chances of contamination and preventing internal temperature fluctuations due to the external environment.
|Temperature Range||Hot zone+60 deg C to +200 deg C,Cold zone -75 deg C to 0 deg C|
|Electricity||1 phase or 3 phase as requested|
|External Dimension||1700mm x 2400mm x 2100mm (can be adjusted on request)|
|Internal Dimension||508mm x 508mm x 457mm (can be adjusted onrequest)|
|Temperature Fluctuation||+-1 deg C|
|Max Load Current||50A|
|Noise||65dB or less|
To observe the product characteristics and failure occurrences caused by different materials and their thermal expansion coefficients, thermal shock testing is subjected to the product. In thermal shock testing alternating high and low temperatures are fed in the chamber. WEIBER designs and manufactures customised THERMAL SHOCK TEST CHAMBER with separately controlled temperature zones (2 zone and 3 zone), depending on configuration of the chamber chosen.
WEIBER offers several configurations of thermal shock chambers capable of meeting a wide variety of testing needs:
3 Zone: Three zone thermal shock test chamber utilizes controlled areas for hot, ambient and cold temperatures. The product is moved from ambient to hot or ambient to cold zones. The chamber can be programmed to include a dwell period in the ambient zone if desired.
In case of air to air chamber the heated air and cooled air are used
3 Zone: Sample is placed in the test chamber at higher temperature than test temperature, in high-temperature chamber and low-temperature chamber. Rather than only hot and cold temperature the specimen flows between hot, ambient, and cold zones. When converted into high-temperature test, cold chamber and ambient chamber door is closed, hot chamberdoors are opened, and test chamber works. When it comes to low temperaturetest, cold chamber door open, and low-temperature chamber works.
When it comes to ambient chamber temperature test, ambient chamber door open, and ambient-temperature chamber works.
Horizontal airflow design assures uniform results
Temperature recorder provides24 hour part temperature recording as the load travelsfrom zone to zone.
Smooth transfer of specimen
Three levels of overheat protection and 2 levels of overcooled protection
Microprocessor temperature/humidity programmer.
Computer communications, networking, data-logging software.
Colour touch panel.
HMI+PLC in one unit
Door open and Door close alarm system.
Inbuilt calibration system.
Separate Inbuilt printer for printing graphs(optional).
|Temperature Range||Hot bath +70 deg C to +200 deg C,Cold bath -65 deg C to 0 deg C|
|Electricity||1 phase or 3 phase as requested|
|External Dimension||1140mm x 1785mm x 1240mm (can be adjusted on request)|
|Internal Dimension||260mm x 350mm x 440mm (can be adjusted on request)|
|Sample Basket||120mm x 150mm x 120mm (can be adjusted on request)|
|Temperature Fluctuation||+-2 deg C|
|Max Load Current||43A|
|Noise||65dB or less|
To observe the product characteristics and failure occurrences caused by different materials and their thermal expansion coefficients, thermal shock testing is subjected to the product. In thermal shock testing alternating high and low temperatures are fed in the chamber.
"Liquid-to-Liquid" type thermal shock testing is now attracting attention for its ability to impose higher thermal stress on specimens than "Air-to-Air" type testing, and to deliver test results more rapidly. We offers several configurations of Liquid to Liquid Thermal Shock Test Chamber
WEIBER Liquid Thermal Shock Chamber consist of separately controlled hot and cold baths.
|Temperature Range||-20 deg C to +100 deg C(can be adjusted on request)|
|Temperature Accuracy||+-1 deg C|
|Electricity||1 phase or 3 phase as requested|
|Exposure Dimension||2.6m X 2.25m X 1.8m (can be adjusted onrequest)|
|Physical Dimension||19m X 3.93m X 2.62m (can be adjusted onrequest)|
|Light Source||MHG(Metal Halide Global)|
|Number of Luminaries||4x4000 W (MHG)|
|Irradiance Range||800W-1200W/m2 (adjustable)|
|Ramp Rate||3.0 deg C/min(W/O Radiation)|
WEIBER walk in Solar Spectrum Test Chambers are one of solutions to be utilized in large scale PV testing program. We offer customized as well as standard multidimensional test program for PV modules in reasonable prices. This system delivers the weathering stress representative of long term outdoor exposure.
Our flexible system can be designed according to our test requirements, to suit environmental test conditions like volume, temperature, humidity solar radiation intensity and other measuring instruments. It is also called Walk in Solar Radiation Test Chamber.
WEIBER solar test system are recognized for superior solar simulation environmental Testing, evaluating outdoor use product reliability, quality & safety. This technology allows for very high concentrations of UV energy without excessive heating of test samples. Custom mounting and cooling can be added depending upon specific material exposure requirements. MHGs (metal halide global lamps) are used as radiation source. Solar spectrum chamber also known as Walk in Solar Simulation Test Chamber
|Hanging Load||25 - 30 Kg per Sq. Mt|
|Certification||CSA Approved and Certified|
Galvanized Steel Green House are climate controlled enclosures that provide highly precise control of various environmental factors to facilitate agronomic practices throughout the year irrespective of the external environments. They use advanced technology to create an ideal micro-environment around the plants for optimum growth and productivity. These chambers are designed to provide highly precise temperature, humidity, ventilation conditions and illumination levels and also allow best irrigation practices, disease control and choice of soil media for better yields. They also provide natural protection to the plants from temperature extremes, solar radiation, wind and precipitation and easy pest management, allowing off season production of fruit and vegetable crops, year round floriculture, plant breeding, crop improvement, acclimatization of planting material and other integrated agricultural practices.
The Weiber green houses are easy to assemble and easy to maintain, economical units that are available at reasonable prices for increased affordability. They are conceptualized and designed to suit a wide range of climatic and physical conditions for increased versatility and come equipped with excellent fabrication and erection facilities. The green houses from Weiber are available in a wide variety of sizes for both small scale and large scale applications and can also be customized as per the specific requirements. They use galvanized steel for a non-corrosive, sturdy and reliable construction and use a polyethylene, polycarbonate or acrylic covering material, allowing high levels of natural daylight within the chamber. The equipment uses special aluminium locking and fastening profile for covering material, ensuring high quality and distortion free edges.
The green houses are primarily convection heated structural units that use the incoming visible solar radiation for heating of the interiors. Since this heat remains trapped within the interiors and can cause overheating, the green houses are also provided with a cellulose cooling pad and an exhaust fan system for maintaining the optimum temperatures. They use special purpose fans for drawing air through high efficiency cooling pads made up of cellulose fibre. The equipments are also provided with a CO2 generator for providing additional carbon dioxide to the growing plants.
The equipment features natural roof and side-wall ventilation system for added convenience and reduced energy costs. The units might be provided with foggers for maintaining the humidity levels and an efficient drip irrigation system for fertigation. The Weiber greenhouses also come e quipped with a computer controlled system for maintaining the temperature and humidity levels, sensors and other monitoring equipments to allow continuous monitoring of the growth conditions. The equipment features a wide range of sensors that are linked with the automated control systems, allowing the equipment to make regular adjustments to the equipment settings for better control of CO2 concentrations, relative humidity, vapour pressure deficit, temperature, light intensity, pH of the medium and wind speed and direction for optimizing growing conditions.