Acmas Technologies (pvt.) Ltd. Kundli, Haryana

Xenon is one of the noble gases and is a major component of arc lamps and flash lamp and it also has its importance in general anesthetics. One of the major applications of xenon lamp is that it can be used in research applications to simulate the sunlight. Weiber xenon lamp chamber uses xenon lamp to simulate the whole sunlight spectrum that can produce many destructive effects on the products. This simulation environment provided in the chamber is used to test the resistance of various manufactured products towards these destructive conditions. This chamber is used for quality control, product development and scientific researches and many more. With a variety of models and options, you can customize your chamber to fit your testing needs. Reach in chambers provide a compact testing area for small applications. These are easy to install, transport and occupies less space. Full Spectrum Xenon Lamp: Xenon arc lamps give the ultimate correlation to the full spectrum of natural sunlight including UV, visible light and infrared radiation. Water-cooling makesthem economical, efficient and low maintenance. Lamps last for 2000 hours. Optical Filters: A choice of optical filters is available to simulate a variety of service environments including direct sunlight and sunlight through window glass. Filter performance does not decline with age; therefore, ilters do not need to be replace dunless the glass is broken. Three categories of optical filters are available to simulate variety of service environments. Daylight Filters Daylight filters are used to simulate direct sunlight.They provide the best correlation to natural outdoor exposures for most applications. Materials thatare typically used outdoors like roofing or exterior coatings should be tested using daylight filters. Window Glass Filters Window glass filters produce spectra equivalent to sunlight coming through window glass. This spectrum can also simulate other indoor lighting suchas the harsh lighting found in a typical commercial or office environment. Window glass filters are used for indoor materials such as printing materials or textiles Extended UV Filters Extended UV filters allow excess UV, below the normal cut-on of natural sunlight.They are used to produce faster or more severe test results. Extended UV filters arespecified in some automotive test methods and are sometimes used for aerospace applications Precision Temperature Control through Black Panel All Q-Sun models control specimen temperature with a Black Panel ora Black Standard sensor. Due to its black coating it absorbs all wavelength uniformly, it provides an estimate of the maximum temperature of the specimen inside the chamber. The black panel temperature can be set anywhere between 25oC and 120oC depending upon the irradiance level, lamp age, ambient room temperature, black panel sensor and specific tester model. Chamber Air Temperature can also be controlled simultaneously with Black Panel Temperature to give the ultimate control of specimen temperature. Water Spray Outdoor moisture attack issimulated via a pure water spray.Two nozzles are located in thetop of the chamber. Spray canbe programmed to operate during either the dark or light cycle. In addition to oxygenation, spray can be useful for creating thermal shock and/or mechanical erosion. Solar Eye Irradiance Control The Solar Eye system constantlymonitors and controls lamp outputto assure precise light exposureand to maximize repeatability and reproducibility of test results.Irradiance control is available at 340 nm, 420 nm or TUV. Operating Principle: Select the desired irradiance level. The built in solar eye irradiance sensor measures the light intensity and transmits it to the controller. The solar eye irradiance controller compares the actual measurement irradiance to the set irradiance point. The solar eye controller adjusts the power to the lamp to maintain self-point irradiance. Relative Humidity Contro:Available with precise control of relativehumidity. These may be usefulfor testing interior materials liketextiles, papers and inks. Microprocessor based controls. 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) 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. Heated Vewing Window - Heated viewing window allows viewing fog generated and proper viewing of the test sample. Circulation Fan with Variable Speed -  Electrical efficiencyVariable speed motor saves money by reducing energy bills, as it consumes less electricity than conventional motor. Cooling EfficiencyVariable speed enables gaining air conditioning efficiency or SEER. Air QualityVariable 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 ControlVariable speed motor combined with a Thermostat allows controlling the amount of humidity. Quieter OperationVariable speed blower motor are significantly quieter thanits single-speed counterpart. Air Cooled Refrigerated System - Air cooled refrigeration system offer various benefits like  low fan power consumption resistant to corrosion and freezing conditions requires very low maintenance Guaranteed long life operation 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. Self - Calibration System - WEIBER incorporate a self-calibration system, in each chamber,that is completely automatic to prevent errors that could result from failure to calibrate. The system continuously monitors the environment, sensing changes that could affect analysis, and re-calibrates accordingly using a built-in long-life calibrator The process takes just a few seconds, without operator intervention or additional supplies, quickly optimizing system parameters for the current conditions. 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. Micro - Processor Based Controller – Microprocessor based controller enablesprecise control of temperature, humidity, pressure and other values. Benefits: Processing speed is high Provides flexibility to alter the system by changing software. Compact in size. Operation and maintenance easier. Maintain precise values Aesthetically Designed - Designed according to the standards and principles underlining industry’s aesthetic values. Corrosion Resistant Interior and Exteriors - Corrosion resistant coatings like epoy coatings are applied inside and outside the chamber to prevent against degradation due to moisture, salt spray, oxidation or exposure to a variety of environmental or industrial chemicals/ corrosive agents. Energy Efficient – WEIBER chamber uses less energy to provide the same level of performance, comfort and convenience, thus making it energy conserving chamber. CFC- Free Cooling - The air cooled refrigerator use CFC (chlorofluorocarbon)-free refrigerants those are ozone friendly and eco-friendly. Sturdy Construction - WEIBER chambers are built with robustness to withstand stress and strain, giving the chamber long life and ability to perform in extreme stress environments. Low Maintenance - WEIBER systems benefit inretaining proper functionality over long period of time. Light Weight: Compact and superior materials ensure the chamber be light weight

WEIBER wrist action shaking machine Action is used for vigorous shaking of various solutions/chemicals in wrist action mode by conical flask fitted in the clamps. these machines are well integrated with the heavy cast iron base which make these sturdy in construction, have two equipped arms used for holding flasks fixed for shaking liquid solutions.   Rugged construction, with timer, rated for continuous use Shaking speed action is variable, simulating a snap-wrist motion, but the oscillations are constant at 380 to390 per minute Degree of agitation, gentle to violent, is controlled by an adjustable lever with dial graduated from 1 to 10 Power unit has constant-speed motor and built-in timer, range to 60 minutes in 1-minute intervals Timer 0-30 minutes (optional) Side sleeves have interchangeable side arm shafts 19 mm diameter and clamps. Erlenmeyer flasks from 125 to 1,000 mL capacity can be shaken at one time without need for balancing. Full torque of the 1/8 HP (93 W) motor is always applied to the oscillating mechanism regardless of speed setting. Side arm shafts take 2-place clamps with slip-on fittings which provide capacity of 4 to 16 flasks, suitable bottles, test tubes, etc., with minimum diameter of 10 mm. Platform for attachment to top takes 6 to 10 Erlenmeyer flasks up to 5,000 mL, also sputum bottles, etc. Platform clamps of rubber slide in parallel grooves. Power unit is enclosed in enameled sheet metal housing on rubber feet; Overall dimensions, 343 x 389 x 298 mm high. It has a heavy cast iron base with rugged construction and two side arms for holding flasks. Fitted with a F.H.P. heavy duty motor with variable speed. Supplied with cord and plug to work on 220 / 230 volts A.C. supply. Holding Capacity: (a) To hold 4 flasks Cap. 100 ml. to 1000 ml. by side clamps (b) To hold 8 flasks Cap. 100 ml. to 1000 ml. by side clamps

Wood moisture meters analytical are devices that are used to determine the level of moisture in wood, plastic, bricks, and these moisture meters are best suited for engineers, contractors, architects and many more. These are portable, easy to operate, convenient and are incorporated with microprocessor display that offers high accuracy management range and high resolution. Pocket size Easy to read analog and digital display Long life battery Data hold function Simple to use

Heavy duty wood microtome , jung German Type for cutting sections of plastic moulds ,wood and other hard specimens. Its features includes: Performance, Versatility and Ergonomics. Designed for medical, biological and industrial applications, the Acm 92307-J Wood Microtome is a universal instrument for a variety of applications in all laboratories where paraffin, tissue, or wood are sectioned. Its sturdy construction gives it qualities that ensure excellent, reproducible sectioning results. Ergonomic design and outstanding safety standards such as a sledge locking device, knife guard and easy access to the sample are the outstanding features of the Acm 92307-J Wood Microtome that ensure trouble free and convenient operation. Sturdy construction, Section thickness range 1 to 40 µm. Maximum specimen size 90 x 130 mm. High-precision specimen feed Robust knife holder Knife inclination and declination adjustable Specimen orientation

Electrically operated to work on 220 Volts A.C Recommended for grinding of dry plant samples. Also for a great variety of commercial dry materials. Unit having two stationary steel blades and Rotary with steel edges provided in the cast Iron chamber. A removable safety Glass sheet plate from the face of chamber of permits observation during operation. Willey Mill is fitted on substantial Cast iron base. Complete unit supplied with aluminum / Cast chamber , polished hopper with cover, wooden plugger, Three delivery tubes mounted with sieves cloth mesh no; 20, 40, and 60mesh , One Allen Key for adjusting blades and 3 Glass Jars, brush etc.  

The objective of the wet sieve test is to obtain basic index information about the soil, that can be used to estimate strength and permeability. It is the primary form of classification for granular soils. There are some materials which, when tested dry, produce less than accurate particle analysis results. If the material is not soluble in water and reproducible results are difficult to obtain, then wet testing may be the method required to produce accurate data. This kit offers an alternative to hand wet wash sieving using a single tall-frame wet wash sieve. It has been specifically designed for use with the Weiber wet Ro-Tap sieve shaker and a stack of standard full-height testing sieves. A gradation test is performed on a sample of aggregate in a laboratory. A typical sieve analysis involves a nested column of sieves with wire mesh cloth (screen). A representative weighed sample is poured into the top sieve which has the largest screen openings. Each lower sieve in the column has smaller openings than the one above. At the base is a round pan, called the receiver. The column is typically placed in our wet sieve shaker. The shaker shakes the column, usually for some fixed amount of time. After the shaking is complete the material on each sieve is weighed. The weight of the sample of each sieve is then divided by the total weight to give a percentage retained on each sieve. The size of the average particles on each sieve then being analysis to get the cut-point or specific size range captured on screen. The results of this test are used to describe the properties of the aggregate and to see if it is appropriate for various civil engineering purposes such as selecting the appropriate aggregate for concrete mixes and asphalt mixes as well as sizing of water production well screens.

Fume hood wet process are specially designed for the use in semiconductor research and manufacturing where tanks, rinsers, heated baths require control modules. These equipments work with a lower exhaust blower to provide a means of removal of toxic fumes and odors. These equipments have a wide range of applications in several research and development organizations, medical laboratories, or for industrial applications. These equipments also known as Semi Conductor Wet Bench.   These self-contained Wet Processing Cabinets provide the perfect turnkey solution for a wide range of cleaning and processing requirements. This Cabinets also known as Wet Bench.   Available in polypropylene/SS-304 Wet Process Station from WEIBER manufactures both standard and customized microprocessor based Floor standing equipments. The fume hoods with PP construction are FRP lined and epoxy coated.

Unlike air jacket CO2 incubator where temperature is maintained by air circulation, the water jacket incubators chamber is surrounded by hot walls, filled with hot water. Water-jacked incubators are the more popular choice. A water jacket will hold the temperature longer than an air-jacket when power is lost. This is helpful in many situations; the incubator will be able to “recover” more quickly after a power outage and also get back to temperature more quickly after the door has been opened. It combines precise CO2 control with IR sensors. it feature precise unsurpassed temperature stability, and superior parameter recovery characteristics, with innovative continuous contamination control technology. Carbon Dioxide Incubators are intended for tissue and cell culture applications. The incubator control three essential variables; stable CO2 level, temperature, and relative humidity and creates an ambient environment for cells to thrive. Clear LCD Display Dual Infra-Red Sensor Safety thermostats and over temperature protection Easy to use Round-Corner Chamber Design Low noise level Unique HEPA filtration system removes 99.97% of all airborne microbes and isolated particulates 0.3 microns or larger. Gas seal screen ISO certified Two point CO2 calibration Quick clean shelf system with allows users to disassemble shelves without tools CFC free refrigerator system RS 232 interface CFC free refrigeration unit

WEIBER water and soil analysis kit is based on advance electronic technology for water analysis, pollution control, laboratory analysis, soil testing etc. The complete unit is housed in a briefcase to work on battery rechargeable cum mains. Unit is supplied without O.R.P. electrode with instruction manual. (a) Six Parameters :(pH, Conductivity, TDS, ORP, DO and Temp) (b) Five Parameters : (pH, Conductivity, , ORP, DO and Temp) (c) Seven Parameters : (pH, Conductivity, TDS, Salinity, DO, Temp. and Turbidity)

This machine is useful For estimation of phosphoric acid stages and raw phosphate suitable incitrate solutions. The shaking frame is mounted on spindle with pulley for power drive and the spindle is supported on bearing on heavy metal upright base plate. Bottle and flasks of various sizes from 500 ml to 1 liter can be accommodating. Fitted with 1 / 4 HP motor to work on 220 volts single phase and speed of 60 to 70 RPM with cord and plug. It features: To accommodate 6 BOTTLES in two rows. To accommodate 12 BOTTLES in two rows.

Useful for accelerated mixing of solutions in test tubes, small flasks or centrifugal tubes etc. The housing is 150 x 150 mm. The speed is regulated by a speed control device. hort eccentric stroke motor imparts vigorous agitation to the tubes or flasks. Sturdy construction and finished in enamel paint. The equipment is workable on 220 V AC 50 HZ single phase

WEIBER has designed customized Vibration test system to meet the generalized testing requirements of various segments of industry and research institutions like Automobile, Electronics, Telecom, Lighting,Aerospace, Packaging,DRDO and Atomic research centre. We are manufacturer of electrical vibration series products, adopted the 'double-magnetic circuit ‘ can be completed in X, Y, Z three axis sinusoidal vibrationtest and broadband random vibration tests, to be completed by the classical (half - sine, trapezoidal, saw tooth wave) pulse and shock response spectrum test.

WEIBER Vertical Laminar Air Flow are conceptualized to provide a work area completely bathed in high efficiency perfect air, which is free from any kind of particulate contamination or impurities. These units are ideally suited in all the applications, requiring protection of biological specimens or products from the possible contamination during the process or test. Our Laminar Air Flow Bench is fast gaining popularity in other fields, such as pharmaceutical production, electronic industries and various other manufacturing applications. A vertical clean bench pushes air through a HEPA filter which is located at the top of enclosure. The air is directed downward onto the work surface at a constant speed. It is useful for various works that require maintenance of the cleanness and purity like plant tissue culture, examination and experimentation of precision electronic parts, medical science, entomology, pharmacy, agriculture sector, seed science, veterinary science. A vertical clean bench, on the other hand, offers a pivoting glass sash as a safety measure. This sash offers personal protection and a physical barrier when working with chemicals. Vertical clean benches are common place in microbiology, forensic, biotech and many other industries, which utilizes them during procedures that require clean work area.    

WEIBER vacuum resistance furnace is widely used in the heat treatment of metallic material in coarse vacuum, in reducibility or protective atmosphere. It Can also be used for special heat treatment of materials such as carbon products in the development process of carbonation. It can heat materials, typically metals, to very high temperatures and carry out processes such as brazing, sintering and heat treatmentwith high consistency and low contamination. In a vacuum furnace the product in the furnace is surrounded by a vacuum. The absence of air or other gases prevents heat transfer with the product through convection and removes a source of contamination. Weiber designs and manufactures advanced vacuum furnaces with the highest quality standards in a wide range of geometries and dimensions. The Furnace are designed to meet temperature & vacuum atmosphere requirements.   Uniform temperatures in the range 1100–1500°C (2000–2800°F) Low contamination of the product by carbon, oxygen and other gases Quick cooling (quenching) of product. The temperature control unit consists micro-processor based PID controller cum indicator. benefits of using PID controller: Processing speed is high Provides flexibility to alter the system by changing software. Compact in size. Operation and maintenance easier. Maintain precise values Over temperature limiter. Programmable Vacuum automatically control the vacuum on/off according to the user-defined value of temperature (vacuum start & stop temperature) and time (vacuum holding time). PCRC Sheet Body - Powder coated steel body assures corrosion resistant furnace and allows working of chamber at high temperature applications. Digital Output – Target and Performance Output of the furnace operations are in digital format(digits) giving precise reading. Precise Control of Environmental Parameters -The set/ programmable parameters of thefurnace are precise or have less deviation from original value,thus ensuring correct measurement. Aesthetically Designed -Designed according to the standards and principles underlining industry’s aesthetic values. Corrosion Resistant Interior and Exteriors -Corrosion resistant coatings like epoxy coatings are applied inside and outside the furnace to prevent against degradation due to moisture, salt spray, oxidation or exposure to a variety of environmental or industrial chemicals/ corrosive agents. Sturdy Construction-WEIBERfurnaces are built with robustness to withstand stress and strain, giving it long life and ability to perform in extreme stress environments.

Weiber universal shaker is a compact, heavy-duty variable speed shaker. It is used for the agitation of electrophoresis gels and filter assay media for staining, de staining and assay development. The Shaker accommodates a variety of vessels. It is continuously adjustable from 10 to 350 RPM. This de-sign incorporates an orbital platform that accepts a variety of optional trays. A variety of tray models are available, including three equipped with flask clamps for common sizes of flasks. Peg and Grommet style trays make changing convenient. The timer circuit permits automatic shut off after 3-120 minutes.  

This chromatogram viewing cabinet combines both long and short wave ultra violet and also white light in a compact table-top unit. This self-contained unit is designed for easy viewing and marking of chromatograms and also for general fluorescence studies. Chromatograms can be viewed with 3600-4000Ao long wave or 2500Ao short wave ultra violet or with white light. The ultra violet lights can also blew used in combination if desired. Black curtain on the front ensure darkness and brilliant fluorescence inside the cabinet, at the same time enabling the operator to adjust the samples and lights easily or marking the fluorescent spots. Cabinet for Chromatographic analysis by ultra violet fluorescence. Fluorescence analysis under laboratory lighting condition. Fast, simple and convenient operation with independent controls at tops. Long wave and short wave lamps plus white light provides three means of locating and identifying components. Long wave : Fluorescing Spots on chromatograms can locate compounds like dyestuffs, vanillins, flavones, alkaloids etc. Short wave: Detects compounds, such as barbiturates, purine and pyrimidine derivatives, PTH-aminoacids, DNP-amino acids and steroids. In detection of traces of minerals, study of old inspections forgeries, chemical erasures, stains etc. The cabinet finds application in quality control especially with pharmaceuticals, electronics and industrial fabrication materials    

Deionizers (DI) remove both cations and anions, releasing hydrogen ions (H+) in exchange for the former, and hydroxyl ions (OH-) for the latter. The hydrogen and hydroxyl ions subsequently combine to form pure water.   Deionizers are most commonly used when ionic contamination is such that reverse osmosis alone cannot be relied upon to produce water of acceptable quality. In such most instances, mixed bed deionizers may be placed downstream of the reverse osmosis unit, completing the purification process.A wide variety of public water vending machines as well as many industrial applications in the electronics industry operate in this manner. Optional recirculation pumps Parallel or Series Regeneration Programmable purge prior to regeneration 12 or 24 volt operation (120/60hz/1pH transformer included) Custom programmable for automatic precision and simplicity. Delivers duplex DI water more economically than any other deionizer. The most advanced DI control package available. The digital-type meter displays both water quality and regeneration time remaining . A third tank polisher can be accommodated under the single control to pick up sodium or silica leakage, allowing you to easily attain higher purity water at less expense. A single set of printed circuit boards control both simultaneous and sequential regeneration. You simply select the desired regeneration mode with DIP switches. All programming features are easily accessible on the front panel, so there's no need to enter the control box and disrupt operations. Modular construction reduces downtime and simplifies troubleshooting and service. A low level sensor can be easily wired into the control to warn of low chemical volumes. Provisions for a remote control panel and auxiliary "START REGENERATION" source allow regeneration to be initiated and controlled from a location remote from the actual installation site. Level controlled shutoff to a product storage tank can be utilized with the addition of a simple float switch in the storage tank. Relays and fuses on the power printed circuit board provide for the operation of recirculation and supply pumps.

Power :  6 KW

Country of Origin :  AC 208-240V Single Phase, 50/60 Hz

Heating Element :  Fe-Cr-Al Alloy doped by Mo

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. The units are also provided with a memory controller that facilitates pre-programmed or programmable operation of the equipment. All the available models also come equipped with an RS 232 interface for PC connectivity.  

Weiber top loading ovens are used for annealing, preheating, baking or any other heat processing where overhead handling equipment is used. The atop-loading ovens are specifically designed for burn-in, qualification testing and calibration of oil and gas downhole drilling instruments. The equipment features digital, microprocessor based, thermocouple actuated, and indicating temperature controller. Inner oven floor reinforced for loading and equipped with removable grating. Oven top surface constructed of steel plate and work space interior equipped with wear bars to prevent damage during loading. Temperature range up to 10500F (5650C) Microprocessor based controls (HMI+PLC as an option) Simple calibration and auto-tuning function LCD/LED display (0.1℃ resolution) and touch-sensitive keypad u Silicone door seals low noise circulation fans for better temperature uniformity Counter-weighted top doors make manual loading and unloading easy and fast High capacity compound horizontal airflow system Air intake and exhaust ports with manual dampers Differential air pressure switches Separated, insulated,corrosion resistant inner and outer surfaces Built-in timer and touch-button controls allows quick and simple temperature setting. RS 232/485 interface. (optional) Universal Digital Data Recorder system(optional) USB ports for PC connectivity (optional) Temperature chart recorder/printer for printing graphs(optional) CE compliance.

Nominal Voltage : 230 V

Frequency : 50/ 60 Hz

Capacity : 4000 lbs

  he Weiber Plant Tissue Culture Chamber are specifically designed equipments that provide a highly controlled and sterile environment for various laboratory and commercial tissue culture applications. These cell culture chambers are available as both stand-alone units as well as two-level units to allow simulation of different growing environments within the same equipment. The Plant Tissue Culture Test Chamber from Weiber are available as easy to install, cost-effective units, designed for economical and energy efficient operation. They are available in various standard sizes and can also be customized for specific applications. They are designed according to international standards and conform to the highest standards of quality and safety. The Chamber also known asTissue Culture Chamber and Tissue Culture Test Chamber.   Welded seams Environment friendly powder coat finish Magnetic door gaskets Air diffuser with slow vertical airflow Fixed lamp banks Precise temperature control Highest quality solenoid valve Continuous-running condensing units 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 Efficiencyc Variable speed enables gaining air conditioning efficiency or SEER. Air QualityVariable 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 ControlVariable speed motor combined with a Thermostat allows controlling the amount of humidity. Quieter OperationVariable speed blower motor are significantly quieter thanits single-speed counterpart. Air Cooled Refrigerated System - Air cooled refrigeration system offer various benefits like low fan power consumption resistant to corrosion and freezing conditions requires very low maintenance Guaranteed long life operation 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. Micro - Processor Based Controller – Microprocessor based controller enablesprecise control of temperature, humidity, pressure and other values. Benefits: Processing speed is high Provides flexibility to alter the system by changing software. Compact in size. Operation and maintenance easier. Maintain precise values Aesthetically Designed - Designed according to the standards and principles underlining industry’s aesthetic values. Corrosion Resistant Interior and Exteriors - Corrosion resistant coatings like epoy coatings are applied inside and outside the chamber to prevent against degradation due to moisture, salt spray, oxidation or exposure to a variety of environmental or industrial chemicals/ corrosive agents. Energy Efficient– WEIBER chamber uses less energy to provide the same level of performance, comfort and convenience, thus making it energy conserving chamber. CFC -Free Cooling - The air cooled refrigerator use CFC (chlorofluorocarbon)-free refrigerants those are ozone friendly and eco-friendly. Sturdy Construction - WEIBER chambers are built with robustness to withstand stress and strain, giving the chamber long life and ability to perform in extreme stress environments. Low Maintenance - WEIBER systems benefit inretaining proper functionality over long period of time. Light Weight: Compact and superior materials ensure the chamber be light weight.      

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 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.   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. Fullopening 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 Vewing Window - Heated viewing window allows viewing fog generated and proper viewing of the test sample. Circulation Fan with Variable Speed -  Electrical efficiencyVariable speed motor saves money by reducing energy bills, as it consumes less electricity than conventional motor. Cooling EfficiencyVariable speed enables gaining air conditioning efficiency or SEER. Air QualityVariable 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 ControlVariable speed motor combined with a Thermostat allows controlling the amount of humidity. Quieter OperationVariable speed blower motor are significantly quieter thanits single-speed counterpart. Air Cooled Refrigerated System - Air cooled refrigeration system offer various benefits like  low fan power consumption resistant to corrosion and freezing conditions requires very low maintenance Guaranteed long life operation 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. Self - Calibration System - WEIBER incorporate a self-calibration system, in each chamber,that is completely automatic to prevent errors that could result from failure to calibrate. The system continuously monitors the environment, sensing changes that could affect analysis, and re-calibrates accordingly using a built-in long-life calibrator The process takes just a few seconds, without operator intervention or additional supplies, quickly optimizing system parameters for the current conditions. 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. Micro - Processor Based Controller – Microprocessor based controller enablesprecise control of temperature, humidity, pressure and other values. Benefits: Processing speed is high Provides flexibility to alter the system by changing software. Compact in size. Operation and maintenance easier. Maintain precise values Aesthetically designed - Designed according to the standards and principles underlining industry’s aesthetic values. Corrosion Resistant interior and exteriors - Corrosion resistant coatings like epoy coatings are applied inside and outside the chamber to prevent against degradation due to moisture, salt spray, oxidation or exposure to a variety of environmental or industrial chemicals/ corrosive agents. Energy Efficient – WEIBER chamber uses less energy to provide the same level of performance, comfort and convenience, thus making it energy conserving chamber. CFC - free cooling - The air cooled refrigerator use CFC (chlorofluorocarbon)-free refrigerants those are ozone friendly and eco-friendly. Sturdy Construction - WEIBER chambers are built with robustness to withstand stress and strain, giving the chamber long life and ability to perform in extreme stress environments. Low Maintenance - WEIBER systems benefit inretaining proper functionality over long period of time. Light Weight: Compact and superior materials ensure the chamber be light weight

The automotive industries and various research and developmental units often use Tensile Test Chamber to test the quality and performance of the product in extreme stress environments.WEIBER provides you the best of Tensile Test Chambers with unique features and application to be used in several industry. Tensile test makes a base for all materials like metals, plastics, paper, fabrics, fibers, composites etc. These Tensile Environmental Test Chamber are used for static and fatigue testing. All the external and internal surfaces of the equipment are made up of PCRC sheet for added strength, resistance and proper finishing. For proper RH regulation we use refrigeration system instead of a liquid nitrogen to cool the chamber. The High and Low Temperature Tensile Test Chamber is designed in such a way that with respect to the internal and external size of the chamber it can interface with the load frame having customized ports.  

The Sulphur Dioxide Test Chambers from Weiber are Corrosion Test Chambers used for testing the corrosion resistance of metallic surfaces and outer protective layer of coatings. They are used to create a highly corrosive environment rich in corrosive gases and natural humid conditions to induce accelerated corrosion in protective coatings of machines and equipments, electrical items, electronic parts and components, mechanical constructions, automobile and aircraft parts and components etc. Since the corrosive action of Sulphur dioxide also depends on specific temperature and humidity conditions and the presence of other contaminants, the Weiber Sulphur Dioxide Test Chambers are designed to create optimal conditions of temperature and humidity and also make provisions for introducing impurities and contaminants. These equipments operate across a wide temperature range, creating variations in the working temperature to mimic a natural weathering environment.