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The Vertical Reciprocating Shaker is specifically designed for efficient and uniform shaking of Separating Funnels, making it an essential tool for solvent extraction and liquid-liquid separation processes. Its precise vertical motion ensures thorough mixing of immiscible liquids, resulting in faster and more consistent phase separation. Built with a robust frame and the shaker accommodates multiple separating funnels of various capacities, ensuring reliable performance even under continuous operation. Adjustable speed control allows users to fine-tune the shaking intensity according to sample requirements, enhancing reproducibility and extraction efficiency. Ideal for chemical, environmental, and pharmaceutical laboratories, the Vertical Reciprocating Shaker minimizes manual effort while ensuring consistent results across batches. It offers ease of use, long service life and low maintenance — making it a perfect choice for labs focused on precision and productivity in extraction applications. * Product Specifications RPM : 10 to 300 Time Range : 1 to 999 Minutes Stroke : 8mm to 45 mm Pulse Mode : Selectable Time ON / OFF: 1 to 999 Seconds Display : Bright LCD Sample Platform Configuration : For Separating Funnels Recording possible with Data Safe Software

A Nitrogen generator produces nitrogen gas from compressed air. Nitrogen is a colorless gas that makes up 78% of the Earth's atmosphere. It is non-flammable and non-reactive, making it an ideal gas for many industrial and commercial applications. Productive time of analysts and users spent in follow-up for cylinder procurement, change and daily installation of cylinders are eliminated. In operations, cylinders having high cylinder pressure creates a safety issue which is also now addressed with the Nitrogen Generator. With high requirement of Nitrogen for the Nitrogen evaporator and Nitrogen Solvent concentrator, the Nitrogen Generator is a simple solution for tedious logistics, high cost of cylinders and vendor dependency. Brand/Make : Takahe Tech Solutions Model Name/Number : N2 Genie-2 Capacity : 300 to 600 LPM* Technology Used : PSA Pressure : 100 psi Purity : 96%

The Takahe Nitrogen Generator is a reliable and efficient solution designed to deliver high-purity nitrogen for laboratory and analytical applications with advanced PSA (Pressure Swing Adsorption) technology, it ensures consistent nitrogen generation directly from compressed air, eliminating the need for high-pressure gas cylinders. This system offers purity levels up to 96 % and 99.9%, making it ideal for instruments such as LC-MS, GC and Nitrogen Evaporators. Ensuring stable performance and reduced operational costs. With user-friendly controls, safety features and robust construction, it provides long-term reliability in demanding laboratory environments. Trusted across industries like pharmaceuticals, food testing, environmental analysis, and research institutions, Takahe’s Nitrogen Generators stand for quality, performance, and value. Generate nitrogen on demand — safely, efficiently, and economically — with Takahe Analytical Instruments. Nitrogen generation method : PSA Nitrogen Output : 50 lpm - 100 lpm* or 100 to 300 LPM* or 300 to 600 LPM* Pressure : 100 psi Control : Microprocessor Display : LCD * Compressor requirements differ for each of the models.

Embrace technological advancements in sample processing with the Duo-eVap 96 Well Plate Nitrogen Evaporator. Tailored for Diagnostic, BA BE and R&D labspreferring the 96 well plate format, this innovative solution by Takahe Analytical Instruments meets the ever-changing needs of laboratories through its dry heated gas evaporation technology. Key Features: • Versatile well plate evaporator suitable for 24 to 384 well microplates. • Available in both Open and Closed formats (Duo-eVap and SpeedoVap 96). • Dry evaporation process using heated gas from the top and below each well/tube. • Adjustable well-plates to accommodate various formats and volumes. • Gas and temperature controls on the front panel for simplicity and high visibility. • Easily removable gas manifold head and well plate bay for cleaning. • Removable gas needles for sonication or replacement as needed. Versatile Design: The Duo-eVap is suitable for various well plate formats, including 24, 48, 96, and 384 well microplates. It is designed and developed at our facilities to keep pace with technological and diagnostic advancements. Gas and Temperature Controls: Front-panel controls make gas and temperature adjustments simple and highly visible. The evaporation process utilizes dry heated gas from both the top and below each well or tube. Adjustable Well-Plates: Well-plates can be easily adjusted to accommodate different volumes and formats, providing flexibility for laboratories with diverse sample processing needs. Ease of Maintenance: The gas manifold head and well plate bay are designed for easy removal, facilitating straightforward cleaning. Gas needles are also removable, allowing for sonication or replacement as required. ___________________________________________________________________________________________________________________________________________________________ Technical Specifications :- Technology : Dry evaporation - Blowdown Capacity : One or 2 Well plates (Dual Duo-eVap) Well plate format : 24, 48, 96, 384 / Test tube Well plate Bay : One included as per requirement (Two for Dual Duo-eVap) Heating : Heated Nitrogen Operating Temperature : Max 60⁰C (upper) Max 75⁰C (Lower) Gas Supply Requirements : Min. inlet pressure 60 psi, Max. inlet pressure 100 psi Operating Flow Rate : 20-100 lpm X 2 Gas control : Single input Power Requirements : 230 VAC at 50 Hz Dimensions (WxDxH) : 9.25“ x 17.0“x 23.0“ ( 23.5 x 43.0 x 58.5cms ) Net Weight : 25 kg Shipping Weight : 35 kg

Reciprocating Shaker Shakers are laboratory equipment that provide a gentle oscillating motion to mix, agitate, or incubate samples in a variety of vessels such as tubes, flasks, and microplates. They are commonly used in biological, chemical, and pharmaceutical research, as well as in industrial applications such as food processing, cosmetics manufacturing, and environmental testing. Shakers are one of the integral equipment of a biotechnology and pharmaceutical laboratory. Hence, they require reliable and efficient equipment for sample preparation and analysis. Our shakers are designed to take your samples to the next level for analysis. Hence, we built in many features that make them different from the regular shakers available in the market. We have included a online RPM display, easy to programmer controller software, and easy to mount any type of laboratory glassware. Technical Specifications RPM/Stroke/ Range : 15 to 300 Time Range : 1 Min to 999 Min Orbit/Stroke/Amplitude : 15mm to 50mm Display : 20 X 4 LCD High Brightness for Fume Hoods/Freezers Keys : 4 Nos Feather Touch Sample Platform : Platforms available for different lab glassware as mentioned below: Well Plate – Positions 6 (Free Standing) Conical Flask 1000mL – Positions 4 (Free Standing) Conical Flask 250mL – Positions 9 (Free Standing) Separation Funnels 1000mL – Positions 2 (Free Standing) Separation Funnels 500mL – Positions 3 (Free Standing) Separation Funnels 250mL – Positions 5 (Free Standing) Ria Vials 4mL Test tubes – Positions 270 (Free Standing) Tarson Tubes 15mL – Positions 144 (Free Standing) Tarson Tubes 50 mL –Positions 81 (Free Standing)

speX Series Solid Phase Extraction System for 48, 96 and 144 Positive Pressure Sample Processing Systems by Takahe Analytical Instruments Solid phase extraction — SPE is a chromatographic technique used to prepare samples for subsequent analysis by removing interfering substances that may be present. This is done either by retaining the substance of interest and washing off everything else or by retaining the interfering substances and eluting the product of interest. Takahe Analytical Instruments® specifically meets the requirements of BA/BE labs in the CRO industry for the extraction requirements. We offer a range of models of the Nitrogen Evaporators and Solid Phase Extraction Systems based on the application of the industry. Our systems offer seamless solutions for sample preparation of large batch volumes with the 100 and 144 position Nitrogen Evaporators and 96 and 144 sample Solid Phase Extraction using Positive Pressure Manifold systems. Unique features Aluminium body with high grade long-lasting powder coating. Light on hand Two Hand Operation for safety Dual flow settings - for extraction and drying. Inter-changeable racks for multiple size test tubes. Inter-changeable racks for 144 position Nitrogen Evaporator. Easy to use test tube tray. Even column processing times. Reproducible analyte recoveries. Lesser pre-process preparations. Convenient direct waste disposal. Dependable After Sales Service. Supplied with DQ/IQ/OQ/PQ documentation. Standard Warranty - One-year. Takahe Difference At Takahe we are constantly innovating to meet the requirements of the analyst to make her life a little simpler with fewer errors and faster processing. Like the Bio-eVAP 100 and 144 that we introduced in the market, we have enhanced the SPE 144 to make it simple for observing the elution of the large samples processed. This avoids arm fatigue as well as eliminates errors. Special Features of speX 144 series Positive Pressure Manifold has been first conceptualized, designed and manufactured by Takahe Analytical Instruments. The SPLIT cartridge rack and interchangeable COLLECTION Racks are our offerings in this process. Special features of speX 144 series Positive Pressure Manifold conceptualized, designed and manufactured first by Takahe Analytical Instruments. 144 split - cartridge rack *As a rack split into 3 section of 48, visibility of eluted samples is similar to the 48 position SPE system. *Lighter on the arms and easy handling *Can be loaded on benchtop without contaminating cartridges. Inter-changeble collection racks for 144 series *144 Collection rack fits the Bio-eVap nitrogen evaporator of Takahe Analytical Instruments *Evaporation rack from Bio-eVap fits into SPE *Saves transfer time *Eliminates errors

Product range for Nitrogen Evaporator : Nitrogen Evaporators are used to prepare samples for analysis. In a lot of industries, such as food, biotechnology, analytical chemistry, petroleum, and environmental science, nitrogen evaporators dry and concentrate samples so they can be tested with mass spectrometry, gas chromatography, and HPLC. It is also possible to use heat in conjunction with nitrogen blowdown to eliminate moisture from samples after they have been loaded into the nitrogen evaporator. Various Nitrogen evaporators are used such as one wet or dry baths, whether it needs hood space, and whether it provides heat and nitrogen blowdown to evaporate the samples. These come as 15 positions, 50 positions, High Volume 9 positions, End-point evaporators, 100 position Nitrogen Evaporators and 144 position Evaporators Sample preparation is an important part of the analysis using instruments like LCs, GCs, LC-MS, GC-MS, Elisa Readers. Part of sample preparation is concentration using Nitrogen Evaporators and Nitrogen Concentrator Sample Concentrators. Nitrogen Evaporators are also called N2 Evaporator or Sample Concentrator. Concentration of non-heat sensitive samples uses evaporation as a method to achieve best results. This concentrated sample gives better results when analysed. With individual laboratories using different samples, methods and analytical techniques, Takahe Analytical Instruments® are pioneers in Nitrogen Evaporators and Concentrators in India to meet the needs of the user and their applications. The product range allows evaporating samples from well-plates, test tubes, End points tubes, flasks and beakers. The product also is extended to evaporate large sample batches used in Phase II and Phase IV trials – typically the 100 position and 144 sample Nitrogen Evaporator Our forte lies in offering the user what he requires. Customisation of the product is done on specific customer needs. This customisation is undertaken after a feasibility study to ensure there is no compromise on the end result. Once a method is set, the automated operation of the SpeedoVap, Min-eVap, Bio-eVap, Duo-eVap and other range of our Nitrogen Evaporators and Concentrators frees up critical lab resources for other productive needs. Features of Speedovap N2 Evaporators : 1.Unattended operation for up to 50 samples 2.Different interchangeable N2 Evaporators racks available for tube sizes from 1.5 mL to 30 mL 3.Controlled water bath adjustable from ambient to 80 °C 4.Built-in nitrogen regulator 5.Different process and alert alarms 6.LED display for better visibility under fume hood 7.Convenient size—no hood space required 8.Exhaust open to atmosphere or within Fume Hood 9.Easy to use water drain pump 10.Small footprint FAQ's What is the lead time for delivery after placing order for N2 evaporator? - Our nitrogen evaporators are typically ex-stock and dispatched immediately. However, if there is a specific rack requirement, we will require 2-3 weeks time to meet the customized requirement. How Much Nitrogen Is Required to Evaporate Samples in A Nitrogen Evaporator? - Our 144-position nitrogen evaporator requires only 220 -250 lpm of Nitrogen (1.6 lpm) and our Speedovap 50 position requires 150lpm Nitrogen (3 lpm per nozzle) What sets your Nitrogen Concentrator Sample Evaporators apart from others in the market? - At Takahe Analytical Instruments, we take pride in several factors that distinguish our Nitrogen Evaporators from other brands in the market: 1. Decades of Experience 2. In-House Design and Manufacturing 3.Optimum Nitrogen Utilization 4.Commitment to Customer Service How are samples concentrated in the Nitrogen Evaporator? - Concentration of non-heat sensitive samples can be achieved through evaporation using nitrogen evaporators, also known as N2 evaporators or sample concentrators, as part of the sample preparation process. This is achieved using wet or dry baths, and with or without heat and nitrogen blowdown options. Concentrated samples often provide better analysis results, especially when using instruments like LCs, GCs, LC-MS, GC-MS, and Elisa Readers.

A Nitrogen generator produces nitrogen gas from compressed air. Nitrogen is a colorless gas that makes up 78% of the Earth's atmosphere. It is non-flammable and non-reactive, making it an ideal gas for many industrial and commercial applications. Productive time of analysts and users spent in follow-up for cylinder procurement, change and daily installation of cylinders are eliminated. In operations, cylinders having high cylinder pressure creates a safety issue which is also now addressed with the Nitrogen Generator. With high requirement of Nitrogen for the Nitrogen evaporator and Nitrogen Solvent concentrator, the Nitrogen Generator is a simple solution for tedious logistics, high cost of cylinders and vendor dependency. PSA Nitrogen Generator PSA nitrogen generators use a pressure swing adsorption (PSA) process to separate nitrogen from oxygen in the air. PSA Nitrogen Generator uses two towers filled with carbon molecular sieve (CMS). The “online“ tower is filled with compressed air that flows through the CMS. Nitrogen passes through the CMS while oxygen and other trace gases are absorbed. Once a pre-set time has passed, the on-line tower automatically switches to regenerative mode, venting contaminants. In contrast to ordinary activated carbon, carbon molecular sieve has a much smaller range of pore openings. Nitrogen molecules are too large to enter the CMS, so oxygen penetrates the pores and we get pure Nitrogen. Our nitrogen generators are delivered as complete systems, complete with air filters and automatic controls to hook up to a compressed air supply. Start up your PSA Nitrogen Generator by switching it on, and you're ready to start. Also, maintenance is easy. PSA Nitrogen Generator filters only need to be changed once every six to twelve months, depending on your usage. Intelligent Control Our in-house developed software process controller generates the output of Nitrogen by optimising the functions to increase compressor life and reduce running costs over long periods of use. Switching to Nitrogen Generator is a wise decision Recover your operating expense by investing in your capital. Clean particulate free nitrogen with certified purity. Nitrogen supplied on demand. No dependency on vendors and maintenance man-power. Eliminate periodic logistics of cylinder procurement. Features of Nitrogen Generator Silent and seamless Nitrogen gas supply to your lab. Compact non-obstructive design with the option of wall-mounting and free up precious space. In-built service features to indicate timely routine maintenance. Automatically switches to standby mode when Nitrogen is not required - thereby reducing wear & tear of the compressor. Advantages of Nitrogen Generator? Reduced costs: Nitrogen generators can be a more cost-effective option than buying nitrogen gas from a supplier. Increased safety: On-site nitrogen generation can help to improve safety by reducing the need for nitrogen gas cylinders, which can be a safety hazard if handled by untrained personnel Increased convenience: Nitrogen generators can provide a convenient and reliable source of nitrogen gas, which can be used on demand. FAQ- What makes us different from other Nitrogen Generator companies? There are several factors that make us different from other Nitrogen Generator. One factor is our experience. We have been designing, manufacturing, and selling Nitrogen Generator for over 4 years. With discussions with our users we have a deep understanding of their needs helping us to provide them with high-quality products and services. Our Nitrogen Generator has a dedicated design team and manufacturing team. We have a strict quality control system and professional testing equipment and we have a strong R&D team. Another factor that makes us different is our commitment to customer service. We have a team of highly trained and experienced customer service representatives who are available to answer any questions that our customers may have. We also offer a 100% satisfaction guarantee on all of our products and services.

For laboratories that prioritize sample integrity and seek a contamination-free evaporation process, the SpeedoVap Dry Block Nitrogen Evaporator stands out as the ideal solution. Utilizing dry heat, this model offers a reliable and efficient approach to sample evaporation with minimal chances of contamination. Key Features: • Utilizes dry heat for contamination-free sample evaporation. • Preferred choice for laboratories prioritizing sample integrity. • Efficient and reliable evaporation process. Benefits of Dry Block Evaporation: The SpeedoVap Dry Block Nitrogen Evaporator is chosen by laboratories that prefer the use of dry heat for sample evaporation. This method reduces the risk of contamination, ensuring the integrity of samples throughout the evaporation process. The efficient design of this model guarantees reliable results while maintaining the highest standards of sample purity. Applications: Ideal for laboratories across various industries that prioritize contamination-free sample evaporation, the SpeedoVap Dry Block Nitrogen Evaporator offers a reliable solution. Whether in pharmaceuticals, research, or other fields, this model ensures the preservation of sample integrity. Conclusion: Choose the SpeedoVap Dry Block Nitrogen Evaporator for a contamination-free and efficient sample evaporation process. With its reliance on dry heat, this model is the preferred choice for laboratories that prioritize sample integrity and demand reliable results in their evaporation processes. ___________________________________________________________________________________________________________________________________________________________ Technical Specifications : - Maximum Number of Samples : 15 Max. Sample Volume : 15 mL Rack Supplied : One block for any one test tube size (options – Eppendorf, Ria vial, Tarson Centrifuge tube) Heat Block : Ambient to 80°C. Timer Range : 1 min to 9.50 hours/indefinite Gas Supply Requirements : Min. inlet pressure 70 psi Max. inlet pressure 100 psi Gas can be turned ‘ON’ for any/ each of three independent manifolds Gas Regulator and Gas Gauge Range : Provided – manually adjustable. Gas Flow required : 45 LPM Exhaust : In-built , 1 m Duct hose provided Power Requirements : 230 VAC at 50 Hz Net Weight : 18 kg Shipping Weight : 25 kg Certifications : 2004/22/EC Measuring Instruments Directive, 2014/35/EU Low Voltage Directive 2009/105/EC Simple Pressure Vessels.

Tailored for users who prioritize cost-effectiveness without compromising essential functions, the SpeedoVap LX Nitrogen Evaporator is an affordable solution for small testing labs.It addresses the needs of users who seek reliable evaporation without the bells and whistles of high-end models. Ideal for Small Testing Labs this budget-friendly instrument is designed to meet the needs of users who do not require the high-end features found in most evaporators. Key Features: • Basic functions for efficient evaporation. • Budget-friendly pricing, ideal for small testing labs. • Retains essential features necessary for quality performance. Applications: Ideal for users who do not require advanced features, the SpeedoVap LX is well-suited for various applications in small testing labs. Conclusion: Experience the perfect balance of affordability and functionality with the SpeedoVap LX Nitrogen Evaporator. This budget-friendly solution caters to the needs of small testing labs, offering essential features for efficient evaporation without unnecessary complexities. __________________________________________________________________________________________________________________________________________________________ Technical Specifications Maximum Number of Samples : 30/50 Max. sample volume : 30 mL Rack Supplied : Any one Rack listed based on requirement. (optional additional racks can be ordered separately) Water Bath Temperature : Ambient to 80 °C. Timer Range : 1 min to 10 hours/indefinite Gas Supply Requirements : Min. inlet pressure 70 psi Max. inlet pressure 100 psi Gas can be turned ‘ON’ for any/ each of three/five independent manifolds Gas Regulator and Gas Gauge Range : Provided – manually adjustable. Gas Flow Required : 90 Lpm/150 Lpm Exhaust : In-built ,1 m Duct hose provided Power Requirements : 230 VAC at 50 Hz Dimensions (WxDxH) : 25“ x 14“x 13.25“ (63.5 x 35.6 x 33.7 cm) Shipping Weight : 25 kg Certifications : 2004/22/EC Measuring Instruments Directive, 2014/35/EU Low Voltage Directive 2009/105/EC Simple Pressure Vessels.

A game-changer in the CRO industry, the Bio-eVap 144 Position Nitrogen Evaporator is our significant contribution to large-scale bio-analytical studies. Designed to process 100 to 144 small volume samples simultaneously, this innovative evaporator ensures reproducibility, reduced Nitrogen consumption, and hands-free operation through cutting-edge technologies. Key Features: - Unattended operation with 144 sample capacity. - Dual pressure settings to eliminate contamination risk during the evaporation process. - In-built alarms with customizable settings, including over-temperature alert and door open sensor. - Interchangeable racks for different tube sizes. - Controlled water bath adjustable from ambient to 70°C. - Built-in nitrogen regulator for efficient operation. - LED display for better visibility under a fume hood. - Compact size for large sample processing in the same space as a 50-sample processor. - Removable nozzle tips for easy sonication, with no realignment required. - Option for fixed nozzle tips. - Safety features include audio and display alarms, auto-stop on door open, and exhaust options. Unique Features: - Set program cannot be changed once the process has begun. - Specially identified row selector switches for flow control. - Compatible rack for the Bio-eVap 144 can be used with TAKAHE SPE speX 144. - Printing and data storage facility available on request. Conclusion: Experience unparalleled efficiency and convenience in large-scale bio-analytical studies with the Bio-eVap 144 Position Nitrogen Evaporator. This cutting-edge system not only enhances reproducibility but also ensures contamination-free processing, making it an indispensable tool in the advancement of CRO research. Feature for Bio-eVap 100 position Nitrogen Evaporator :- Maximum Number of Samples/positions : 100 (Matrix: 10 X 10) Sample Volume : 1.5 mL, 4 mL, Upto 15 mL Rack Supplied : Any one Rack listed based on requirement. (additional racks can be ordered separately) Water Bath Temperature : Ambient to 70°C. Gas Supply Requirements : Inlet pressure 100 psi Gas Regulator : Manually adjustable Gas Flow required : 200 LPM Gas Gauge Range : 0 – 56 psi | 0-4 kg | 0- 3.9 bar Technology : Vortexing Dimensions (WxDxH) in cm : 37 X 70 X 25 | Open Door Ht: 68 cm Net Weight : 17 kg Shipping Weight : 30 kg Feature for Bio-eVap 144 position Nitrogen Evaporator :- Maximum Number of Samples/positions : 144 (Matrix: 12 X 12) Sample Volume : 1.5 mL, 4 mL, Upto 15 mL Rack Supplied : Any one Rack listed based on requirement. (additional racks can be ordered separately) Water Bath Temperature : 1 min to 9. 50 hours/indefinite Gas Supply Requirements : Inlet pressure 100 psi Gas Regulator : Initial and Final Pressure Manually set Gas Flow required : 260 LPM Gas Gauge Range : 0 – 56 psi | 0-4 kg | 0- 3.9 bar Technology : Vortexing Dimensions (WxDxH) in cm : 57 X 57 X28 | Open Door Ht: 68 cm Net Weight : 18.5 kg Shipping Weight : 35 kg Common Features : Gas Control : Each Manifold can be turned ON as required. No multiple punches on Keyboard Fume Extraction : Exhaust In-built, Vented out. Duct hose provided Power Requirements : 230 VAC at 50 Hz (110 VAC – available on request) Certifications : 2004/22/EC Measuring Instruments Directive. 2014/35/EU Low Voltage Directive 2009/105/EC Simple Pressure Vessels. Test Tubes Capacity in mL Dimensions in mm (OD X H) 1.5 mL Eppendorf Micro Centrifuge tubes 4 mL Ria vials 11.5 X 75 mm 15 mL 16 mm X 120 mm 15 mL 15 mL Tarson tube (only for BV 100)

VTX Multi Tube Vortexer The Multi-Tube Vortexer is designed for mechanical and chemical cell lysis, mixing suspensions, and general sample agitation. This vortex mixer gives a distinctly different motion than shaking a sample. With vortexing, greater shearing forces are placed on materials in the bottom of a tube, thus promoting either disruption or solubility. The Multi-tube Vortexer is the equipment to provide that extra degree of mixing. However, a single system can accommodate full rack of tubes or micro well-plate, vials or cylinder as opposed to single tube vortexers. Features-: *Higher throughput mixing of samples. *Designed to hold multiple test tubes, vials, or cylinders. *Inter-changeable racks alows multiple sized tubes to be vortexed within the same system. *Suction-cup feet dampen motion and prevent sliding on the work surface. *Maintenance free silent BLDC motor. *Convenient size—no hood space required. *Exhaust open to atmosphere or within Fume Hood. *Easy to use water drain pump. *Alarms for various processes to draw attention of the user. *Small foot print. Sample Capacity Vortexer Mounts Different sample mounts/racks available as below (Can also be customised as per user requirement) 4 ml – 180 vials 1.5 ml – 256 tubes 15 ml – 50 tubes 50 ml – 18 tubes Technical Specifications Model name Type VTXM-Manual VTXA-Automatic Controls Microprocessor Controlled Microprocessor Controlled Setting of RPM Manual with Knob UP DN Arrow keys RPM Range 500 to 2700 LPM 500 to 3000 LPM Display LCD LCD Keyboard Settings NA Feather touch keys RUN Time setting NA Settable 1 to 999 min Elapsed Time Automatic Display Automatic Display Pulse Mode Not available Yes (settable ON OFF TIME) Electric Requirement 110 – 230 V AC 110 – 230 V AC Product Dimensions WDH in cms 26 X 26 X 25 WDH in cms 26 X 26 X 25 Weight 16 Kgs 16 Kgs