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Beverage Mixer - Bev Mix

Beverage Mixer - Bev Mix. BEVMIX. BEVMIX. EASY DIAGNOSTIC WITH MIMIC DIAGRAM. 12.5 INCH HUGE TOUCH SCREEN (MMI) FOR EASE OF OPERATION. Models. Bev Mix – 8 (Max. beverage output: 8 KL / Hr.) Bev Mix – 11 (Max. beverage output: 11 KL / Hr.) Bev Mix – 15 (Max. beverage output: 15 KL / Hr.)

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Beverage Mixer - Bev Mix

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  1. Beverage Mixer - Bev Mix

  2. BEVMIX

  3. BEVMIX EASY DIAGNOSTIC WITH MIMIC DIAGRAM 12.5 INCH HUGE TOUCH SCREEN (MMI) FOR EASE OF OPERATION

  4. Models • Bev Mix – 8 (Max. beverage output: 8 KL / Hr.) • Bev Mix – 11 (Max. beverage output: 11 KL / Hr.) • Bev Mix – 15 (Max. beverage output: 15 KL / Hr.) • Bev Mix – 18 (Max. beverage output: 18 KL / Hr.) HIGH QUALITY INPUTS • PUMPS FULLY STAINLESS STEEL FROM ALFA –LAVAL • PIPES AND PIPE FITTING WITH HIGH QUALITY (< 3 RA) FROM ALFA Laval / IDMC. • ELECTRONIC CONTROLS-PLC FROM GE FANUC TOUCH SCREEN COLOUR TFT 12.5 INCH DIAGONAL WITH HIGH GRAPHIC RESOLUTIUON DISPLAY FROM EXOR ITALY. • FLOW METERS ,PROBES FROM E & H – GERMANY • PIPES AND JOINTS WITH HIGH WELDING QUALITY BY MEANS OF AUTO MATIC ORBITAL MACHINES. • MAIN MIXING PUMP FROM ALFA LAVAL GERMANY. • PHE FROM ALFA LAVAL / IDMC

  5. Functions Deaeration: • Removes the air from the incoming treated water to keep the beverage DO level down. • The deaeration is done with vacuum as well with forced CO2 method. • 2 stage SS water tank with continuous water circulation under vacuum condition for Deaeration. • Water ring type vacuum pump is used to create vacuum.

  6. Functions Mixing: • Mixing Deaerated water with syrup by flow measurement method. • Inductive flow meters are used to measure the flow with high accuracy. • Syrup flow is controlled with pneumatic proportional valve. • Mixing ratio and flow can be changed online.

  7. Functions Chilling: • The row beverage after mixing is chilled through plate heat exchanger (PHE). • The beverage output temperature is controlled by controlling the coolant with pneumatic proportional valve and PID controller.

  8. Functions Carbonation: • The CO2 is mixed in chilled beverage by online venture system by measuring CO2 flow. The CO2 is controlled by manual varnier graded valve. • The option of tank carbonation is also possible for carbonation.

  9. Functions Storage: • The ready chilled beverage is stored in insulated SS tank. • The tank is equipped with pressure control and level control system • The tank is equipped with high pressure safety valve.

  10. Performance guarantee • Maximum Mixing ratio 1:3 (syrup : water) • Brix accuracy: +/- 0.05 Deg. • Maximum carbonation: 11 grams / ltr. • Carbonation accuracy: +/- 0.1 GV • Deaeration efficiency: 75% • Beverage Temperature: 1 Deg. C @ incoming water temp. 35 deg. C. • Temperature accuracy: +/- 1 deg. C. • Beverage temp. drop: Max. 1 Deg. C. / 10 min. storage • CIP flow: 10% higher than rated mixer capacity

  11. Utility consumption (Bev mix 18) • Treated water: Max. 18 KL / hr. • Sealing water: Max. 300 ltr. / hr. • Compressed Air: Mx. 1 Nm3 / hr. • Coolant (Glycol): Max. 32 KL / hr. @ coolant temp. -1 deg. C. • CO2: Max. 200 Kg / hr. • Power: 29 KW

  12. Construction • All 3 tanks (Deaeration, Syrup and Buffer tank) made of SS 304. • Hygienic construction concept. • Machine piping: SS 304 with internal electro polish 0.8 RA. • Piping fabrication by purging argon orbital welded. • All pump with SS housing with SS impellor. • Pneumatic controls by SMC / FESTO or equivalent. • Main Electrical and operating panel made of SS. • All electrical hardware by SCHNIDER or equivalent. • Automation system by GE FANUC. • Instrumentation by E&H / SIEMENS SIPART CONTROLLER. • Control valves of ARCA / ALFA LAVAL or equivalent. • PHE of IDMC / ALFA LAVAL or equivalent.

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