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A. Johnson & Co London

These scraped-surface heat exchangers can be used for the heating process of various products, such as tomato paste, puddings, margarines, oils, mayonnaise, etc. We have completely overhauled these units, including internal seals, rings, sandblasting, painting, new stainless steel frame, new control system, as well as motor testing and maintenance. TECHNICAL DETAILS OF THE VOTATORS * Brand: A. Johnson & Co London * Year of refurbishment: 2025 * Quantity: 5 units * Diameter: 6 inches * Metals: 316-grade stainless steel * Application: Horizontal votators SPECIFICATIONS: * Chamber dimensions: 6" diameter stainless steel chamber * Length: 6' * 1 1/2" between end plates * Rotational center: 4 3/4" diameter stainless steel * Equipped with two PTFE scraper blades * Drive: 11 kW motor drives * Speed: 1470 RPM (via V-belt reduction) * Gear reducer: Resulting shaft speed approx. 367 RPM. AVAILABILITY: * Location: In stock * Available: Immediately GENERAL FORMULA FOR CAPACITY ESTIMATION: For a VOTATOR, the capacity can be roughly estimated using the following formula: [ \text{Capacity} = \text{Chamber Volume} \times \text{Turnover Rate} ] STEP 1: CALCULATE THE CHAMBER VOLUME The volume of a cylindrical chamber can be calculated as follows: [ V = \pi \times r^2 \times h ] Where: * ( r ) = radius (half the diameter in inches), * ( h ) = height (chamber length in inches). Given: * Diameter = 6 inches, so radius ( r = \frac{6}{2} = 3 ) inches. * Length ( h = 6 \text{ ft} = 72 \text{ inches} ). Volume calculation: [ V = \pi \times (3)^2 \times 72 \approx \pi \times 9 \times 72 \approx 2036.75 \text{ cubic inches} ] To convert cubic inches to liters (since 1 cubic inch = 0.0163871 liters): [ V \approx 2036.75 \times 0.0163871 \approx 33.39 \text{ liters} ] STEP 2: ESTIMATE THE TURNOVER RATE The turnover rate depends on the speed of the VOTATOR and how often the chamber contents can be processed. With a shaft speed of approximately 367 RPM, one can assume a turnover rate of about 1 revolution per minute for a rough estimate. FINAL CAPACITY ESTIMATE Assuming 1 turnover per minute: [ \text{Capacity} \approx 33.39 \text{ liters/min} ] CONCLUSION The estimated capacity of each VOTATOR is approximately 33.39 liters per minute. CAPACITY CALCULATION: * Estimated capacity: 33.39 liters/minute CONVERT TO LITERS PER HOUR: [ \text{Capacity per hour} = 33.39 , \text{liters/min} \times 60 , \text{min/hour} ] [ \text{Capacity per hour} \approx 2003.4 , \text{liters/hour} ] CONCLUSION The estimated capacity of each VOTATOR is approximately 2003.4 liters per hour.
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