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KAESER AIR DRYER ( SECOTEC DRYERS ) INR   0 INR  0
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KAESER AIR DRYER ( SECOTEC DRYERS )

The SECOTEC name has long been synonymous with high-quality KAESER refrigeration dryers built for industrial duty, stable dew points, maximum reliability and minimal overall life-cycle costs. SECOTEC refrigeration dryers in the TA to TD series dry compressed air to a pressure dew point of 3 °C thanks to highly efficient thermal mass control tailored to individual needs, for outstanding savings. A generously dimensioned thermal mass ensures low-wear operation and a stable pressure dew point. Made in Germany: All SECOTEC refrigeration dryers are built in accordance with the very highest quality standards at KAESER’s plant in Gera. SECOTEC-series refrigeration dryers are a highly attractive choice with their highly durable, low-maintenance design. Their high-quality refrigerant circuit enables reliable performance in ambient temperatures up to +43 °C – with low material-load thanks to the high-performance thermal mass. The generously-dimensioned stainless steel condenser and ECO-DRAIN condensate drain (TA 8 and up) provide reliable condensate removal in all load phases, enabling a stable pressure dew point. The electrical equipment corresponds to Standard EN 60204-1. SECOTEC refrigeration dryers are extremely low-maintenance. Yet on rare occasions when service is needed, their enclosure design enables easy access to all service-relevant components, including the condenser, which is very easy to clean. All of these advantages effectively reduce servicing/testing requirement and therefore costs. 1.Efficient refrigerant compressor The scroll refrigerant compressors used in SECOTEC dryers are up to 26% more effi cient than reciprocating compressors. They therefore play an important role in ensuring the outstanding effi ciency of KAESER’s new refrigeration dryers. 2.Efficient SECOTEC solid thermal mass At the heart of every SECOTEC refrigeration dryer is a thermal mass with exceptionally high capacity. Moreover in the TA to TD series, the entire air-refrigerant heat exchanger is embedded in a storage medium and encased by efficient heat protection. 3.Minimal differential pressure SECOTEC-series refrigeration dryers feature very low differential pressure. This is made possible thanks to the generously dimensioned flow cross-sections within the heat exchanger and compressed air lines. 4.Signifi cant energy savings The SIGMA CONTROL SMART controller calculates load hours and the current actual electrical power consumption of the SECOTEC dryer. This advanced system displays the savings achieved with SECOTEC compared to conventional hot-gas bypass refrigeration dryers. FOR MORE DETAIL https://goo.gl/Xwy8Xx

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KAESER SIGMA AIR MANAGER INR   0 INR  0
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KAESER SIGMA AIR MANAGER

Industrie 4.0 – that’s the key phrase to describe the 4th industrial revolution. In addition to the focus on “individualised production processes” and “product-related information exchange”, a further factor is becoming increasingly important: time – because time is money. Based on advanced digital information technology, Industrie 4.0 interconnects man and machine, equipment and components. This technological revolution is also about real-time information exchange – about data that can be transferred and analysed in real-time. It is this capability that provides the decisive competitive advantage! This technology also opens up new value added-potential by ensuring permanent utility and availability, for example, of important industrial equipment The SIGMA AIR MANAGER 4.0 is the heart of the SIGMA NETWORK and is key technology in the advanced world of Industrie 4.0. As the central mastermind, it controls the entire compressed air supply system and – via the ‘Internet of Things’ – is responsible for data streaming to a future centralised application called KAESER SIGMA SMART AIR. Process data from the compressed air system is transmitted in real-time. Continuous analysis is subsequently performed with help from specialised algorithms in order to make use of the gathered data, e.g. for Predictive Maintenance purposes. Centralised compressed air system monitoring (for Predictive Maintenance) is carried out in the KAESER DATA CENTER, together with permanent energy management, to ensure maximum effectiveness of the compressed air supply system throughout its entire life-cycle. The SIGMA AIR MANAGER 4.0 provides the basis for this future service, and, together with future use of the SIGMA SMART AIR service, the following will be possible: The combination of remote diagnostics and needs-based, preventative maintenance helps assure maximum compressed air supply dependability. Through availability of compressed air system process data and the resulting analysis, it is possible to identify the perfect point in the future when your compressed air supply system should be maintained and serviced. This prevents costly periods of downtime, increases energy efficiency (thanks to monitoring of key parameters) and allows compressed air system performance to be precisely matched according to demand throughout the entire life-cycle of the system. This combination of remote diagnostics and demand-oriented preventative maintenance ensures maximum availability and potentially reduces service costs by up to 30%. FOR MORE DETAIL https://goo.gl/Mnpdit

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SUNCUE SB HUSK FURNACE INR   0 INR  0
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SUNCUE SB HUSK FURNACE

ENERGY SAVING: For example, assuming one rice mill annual production is 20,000 tons; approximate diesel price: USD$ 0.72 per liter; total annual fuel cost can reach approximate USD$ 229,477. Annually reduce 864 tons of CO2 emission, which equal to the volume that a 43 hectares of forest can absorb. Listed diesel price as the reference, actual price please refer to the announcement of the local business unit. Buying husk for drying, the drying cost will only be the one-fifth of the diesel cost. If self-milled free husk is used, the fuel cost will be 0. Thermal energy, husk consumption and exhausted ash production listed are for reference only. Actual data will differ from variety, moisture content and impurity rate ※The above statistics are calculated based on the maximum heat output of each rice husk furnace. Approximately 2.7 kg of CO2 emission per liter of diesel with a running time of 24 hours per day as calculation basis.Actual values may vary due to various factors at the users' location. FOR MORE DETAIL https://goo.gl/TwHjvy

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SUNCUE GAS DRYER INR   0 INR  0
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SUNCUE GAS DRYER

The burner features and specifications listed are based on Japan standard. For CE specification, please contact with SUNCUE directly. ※Gas in different locations has specific gravity, constitution, and pressure, so has different calories. For example, in Japan, 11,000 kcal / m3, in Taiwan, 8,900 kcal / m3, in China Sichuan province 8,400 kcal / m3. ※Please hire local professional gas company for gas piping construction. ※Listed parameters and drying rate are for reference only and in accordance to grain with initial and target moisture content as following: Paddy: 26% to 15%, wheat and maize: 30% to 12.5%.Actual value varies in correlation to ambient temperature, relative humidity, grain variety, hot air temperature, moisture content before and after drying. FOR MORE DETAIL https://goo.gl/NeknzB

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SUNCUE SUPER SERIES MULTIGRAIN DRYER INR   0 INR  0
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SUNCUE SUPER SERIES MULTIGRAIN DRYER

◎FEATURES: 1. Use low temperature to provide even and speedy drying. Produce high quality rice. 2. Use giant screw conveyor, PVC steel bucket, stainless steel mesh, for durability use. 3. Big combustion burner, stainless combustion chamber, high efficiency air fan, all open drying bin. Speedy drying and high efficiency. ※Listed parameters and drying rate are for reference only and in accordance to grain with initial and target moisture content as following: Paddy: 26% to 15%, wheat and maize: 30% to 12.5%. Actual value varies in correlation to ambient temperature, relative humidity, grain variety, hot air temperature, moisture content before and after drying. ※Specification subject to change without notice. FOR MORE DETAIL https://goo.gl/guucsq

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SUNCUE GRAIN DRYING COMPLEX INR   0 INR  0
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SUNCUE GRAIN DRYING COMPLEX

ENERGY SAVING: For example, assuming one rice mill annual production is 20,000 tons; approximate diesel price: USD$ 0.72 per liter; total annual fuel cost can reach approximate USD$ 229,477. Annually reduce 864 tons of CO2 emission, which equal to the volume that a 43 hectares of forest can absorb. Listed diesel price as the reference, actual price please refer to the announcement of the local business unit. Buying husk for drying, the drying cost will only be the one-fifth of the diesel cost. If self-milled free husk is used, the fuel cost will be 0. FOR MORE DETAIL https://goo.gl/ckf7a4

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SUNCUE BB 18 BIOMASS FURNACE INR   0 INR  0
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SUNCUE BB 18 BIOMASS FURNACE

※MD-150/165BB is applied for drying paddy and wheat seed only. ※BB-18 husk type can collect falling ash and discharge ash automatically – only for burning paddy husk. ※Thermal energy and husk consumption listed are for reference only. Actual data will differ from variety, moisture content and impurity rate. ※Conditions of pressed straw bricks: 1.Moisture content : less than 13% 2.Thermal energy: 3700~4200 kcal/kg. 3.Dust content : as low as possible. ※Listed parameters and drying rate are for reference only and in accordance to grain with initial and target moisture content as following: Paddy: 26% to 15%,Actual value varies in correlation to ambient temperature, relative humidity, grain variety, hot air temperature, moisture content before and after drying. FOR MORE DETAIL https://goo.gl/kywL8V

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SUNCUE CPR SERIES PULSE DRYER INR   0 INR  0
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SUNCUE CPR SERIES PULSE DRYER

◎FEATURES: 1. LSU design for drying rapeseed specially. 2. Best for speedy drying and small rapeseeds. 3. Grain surface can touch the hot air completely. Thermal efficiency is high, and ensure even drying. 4. Drying grains : paddy, wheat, corn. ※Listed parameters and drying rate are for reference only and in accordance to grain with initial and target moisture content as following: Paddy: 26% to 15%, wheat and maize: 30% to 12.5%. Actual value varies in correlation to ambient temperature, relative humidity, grain variety, hot air temperature, moisture content before and after drying.. FOR MORE DETAIL https://goo.gl/de282j

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