Channel: How To Machines

Category: Science & Technology

Tags: milk productionmilking technologymorden cow dairy farmingcow milkingdairy farmingmodern agriculturecow milk production videohow to machinescow dairy farmingcow milking technology machinehowtomachinessmart dairy farmcow farmingdairy farmcow raising processcow milk machinemodern cow farmingfarmmilking technology machinemodern agriculture technologydairy products

Description: Agriculture, sometimes known as farming, is the science and practice of cultivating plants and cattle. We get a behind-the-scenes look at the farming industry and how it keeps up with the demands of today's modern world in this video. We can't wait to show you some of the most useful and inventive machinery now on the market, which is assisting farmers all over the world. We hope you enjoy your time on our channel. Tell us which topic you would like to see and we will definitely consider it. If you like our content subscribe to the channel and activate the bell button. Visit Website► bit.ly/2CL8TdK More Video ► bit.ly/3iiirgm Please Don't Forget Like And Share. ====================================== How Modern Cow Farming Is Done With Amazing Machine Technology How Is An Aircraft Built:- youtu.be/1pwMoKDbFlc ====================================== See below for a full list of acknowledgements: Förster-Technik GmbH YouTube: youtube.com/c/f%C3%B6rstertechnik Web: foerster-technik.de Facebook: facebook.com/foerstertechnik Email: info@foerster-technik.de Phone: (+49 7733 9406-0) Farmquip Argentina YouTube: youtube.com/c/farmquipoficial Web: farmquip.com.ar Facebook: facebook.com/farmquipoficial Instagram: instagram.com/farmquipoficial Phone: (+54 341 528 1200) Hatfield Manufacturing YouTube: youtube.com/channel/UCAepoblx8n5cfZ5De1l1pmg Web: hatfieldmfg.com Facebook: facebook.com/hatfieldmanufacturing Phone: (1-800-359-8171) Trioliet B.V. YouTube: youtube.com/c/TriolietBV Web: trioliet.com Facebook: facebook.com/trioliet Instagram: instagram.com/trioliet Email: info@trioliet.com Phone: (+31 (0)541 57 21 21) ===================================== Disclaimer: How To Machines is not affiliated with the businesses whose products are shown in this review. Any trademarks depicted are the property of their respective owners. #CowFarming #DairyFarm #cowdairy =================================== How the milking system works The milking system is divided into the milking side and the pulsator side. When the system is turned on, a vacuum is created everywhere by a vacuum pump that removes air from the system. When the cows are not attached to the milking system, the vacuum created will be the same on both the milking side and the pulsator side of the system. When the cows are attached to the milking system by the milking claws, milk and vacuum are present on the milking side. This will cause the vacuum on the milking side of the system to be somewhat lower than the vacuum on the pulsator side. The pulsator side will never have milk, only vacuum or air. The easiest way to understand the milking system is to look at the action taking place at the teat cup level. There are 4 teat cups with liners attached to the milking claw. The area between the liner and the claw is part of the pulsator side of the system. The area between the teat and the liner is on the milking side of the system. The pulsators are devices that sit on top of the pulsator lines on the pulsator side of the system. They alternately expose the area between the liner and the shell to air and vacuum. When exposed to vacuum, the liner is pulled open around the teat and milk flows. Milk flows because the teat is exposed to vacuum. When exposed to air, the liner collapses around the teat, and the teat is not exposed to the vacuum on the milking side of the system, so milk ceases to flow and the teat rests. This is how the cow is milked. This pulsator action generally takes place around 60 times a minute. The Milking system consists of the following parts: PUMP The pump removes air and creates the vacuum. The vacuum pump is measured by the number of cubic feet per minute of air the pump can move measured at 15" Hg. Vacuum Regulator The vacuum regulator admits atmospheric air in and out of the system to keep the vacuum at a predetermined set level. If the vacuum gets too high, the vacuum regulator will open and let air into the system to lower the vacuum. The Milk flow System The milk line conveys milk, air, and vacuum. Vacuum goes up through the receiver jar to the milking unit. Milk flows from the milking unit to the receiver jar. High line versus low line. Vacuum should be 11.5-12.5 " Hg at teat end during milking. So before cows are attached and milk flows, the vacuum on high lines will be set higher ( 14-15") compared to low lines (12-13"). More vacuum is required if milk has to be moved above the cow, compared to letting the milk flow into a low line.