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Brand: MILK MASTER
Commercial Double Bucket & Cluster 20x2 Liters Electric Milking Machine with 0.25 HP Motor
SKU: AK-KE-20236267
₹55630 (Including GST)
MRP : ₹59999
Get extra ₹834 Discount (On Checkout)
Delivery By: May 16 - May 18
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Short Description
0.25 HP Double Cluster (20x2) 40 ltr Milking Machine
Two cows at a time
15-20 Cows per Hour
Country of origin: India
Description
The Double Bucket Milking Machine is a device designed to extract milk from cows. This machine automates the process of milking livestock and, at the same time, reduces both the time and effort involved in milking them. The machine consists of teat cups that are attached to animal's udders, a vacuum system which creates suction to extract milk, and a and series of pipes which connect the milking cluster with the milking bucket. The machine is equipped with a 0.5 HP motor and the milking buckets are made of stainless steel material and have a storage capacity of 20 litres each. The time required to milk a cow is between 4-8 minutes. This milking machine is suitable for individuals who own a couple of cows or for large dairy farm owners.
Features
:- Motorized Operation : The inclusion of a motor in milking machines allows for automated operation, which significantly reduces the physical labor required for milking. The motor drives the vacuum pump, which is essential for creating the necessary vacuum that extracts milk from the cow’s teats.
- Simultaneous Milking Capability : This machine is designed to milk multiple animals at once; for instance, they can accommodate milking two cows simultaneously, which significantly increases productivity on farms.
- User-Friendly Design : The machine is designed to be easy to operate, making it accessible even for those who may not have extensive experience with dairy equipment. The user-friendly interface reduces the learning curve for new users.
Specification
:- Brand: MILK MASTER
- Weight (Approx.) : 54.5 kg
- Material : Stainless Steel
- Motor Power : 0.5 HP
- Phase : Single
- Power : 180 Watt
- Voltage : 220V
- Number Of Buckets : 2
- Container Volume : 20 x 2 Liters
- Time for Milking : 4 To 8 mins per cow
- Productivity : 15-20 Cows Per Hour
- Vacuum Level : 350mm Hg average (400mm max)
- Pulsing Pattern : Alternating at 65 pulse / min
- Pulse Rate : 72/min
- Cleaning Method : Pumping Boiling water and cleaning agents
- Adaptability : Two animals at a time
- Weight : 54.5 Kg (Approx.)
Accessories
:- Ball Valve
- Liner Cap
- Milk Claw
- Milk Pipe
- Pump maintenance Kit
- Cluster
- Vacuum Pipe
- Vacuum Pump
Usage
:1. Preparation Before Milking :
- Clean the Equipment : Ensure that all parts of the milking machine, including the teat cups, milk buckets, and vacuum lines, are thoroughly cleaned and sanitized. This prevents contamination of the milk.
- Check the Power Supply : Verify that the power supply is stable and sufficient for operating the motor. A consistent power source is crucial for maintaining vacuum pressure during milking.
- Inspect the Machine : Before starting, inspect all components of the milking machine, including hoses, clamps, and seals, for any signs of wear or damage. Replace any faulty parts as necessary.
2. Preparing the Animal :
- Calm the Animal : Before attaching the milking machine, ensure that the cow or buffalo is calm. Stress can affect milk letdown and overall yield.
- Clean Teats : Wipe down each teat with a clean cloth or sanitizing solution to remove dirt and bacteria before attaching teat cups.
3. Attaching Teat Cups :
- Positioning : Gently attach each teat cup over its respective teat. Ensure that it fits snugly but not too tightly; it should create an airtight seal without causing discomfort.
- Monitor Attachment : Observe how well each cup attaches; if there’s excessive leakage or if it falls off easily, readjust as needed.
4. Operating the Machine :
- Start the Motor : Turn on the motor to begin operation. It will begin creating a vacuum pressure which facilitates the milking process.
- Monitor Milk Flow : Keep an eye on milk flow through transparent tubing leading to the receptacle. Adjustments may be needed if flow decreases significantly.
5. Ending Milking Process :
- Turn Off Machine : Once milking is complete (usually indicated by reduced flow), turn off the motor before removing teat cups from teats.
- Remove Teat Cups Carefully : Gently detach each teat cup from its respective teat while ensuring minimal suction remains in order to prevent discomfort for the animal.
6. Post-Milking Procedures :
- Clean Equipment Again : After use, thoroughly clean all components of the milking machine following manufacturer guidelines to prevent bacterial growth and ensure hygiene for future use.
- Store Properly : Store all parts in a clean area where they are protected from dust and contaminants until next use.
Maintenance :
- Visual Checks : Inspect the motor for any visible signs of wear, leaks, or damage. Look for cracks in the casing or signs of corrosion.
- Connections : Ensure that all electrical connections are secure and free from corrosion. Check the wiring for any signs of fraying or damage.
- Motor Bearings : Check the motor bearings regularly. Depending on the type of motor, you may need to add grease or oil as specified by the manufacturer.
- Debris Removal : Remove any debris or buildup around the motor and pump area that could obstruct airflow or cause overheating.
- Bearing Replacement : If bearings show signs of excessive wear during inspections, replace them promptly to avoid further damage.
Applications
:- Commercial Dairy Farming : Milking machines are primarily used in commercial dairy farms to increase efficiency and productivity. They allow for the rapid milking of large numbers of cows, significantly reducing labor costs and time compared to traditional hand milking.
- Improved Milk Quality : The use of milking machines helps maintain better hygiene standards during the milking process. Automated systems minimize human contact with milk, reducing the risk of contamination and ensuring higher quality milk production.
- Small-Scale Dairy Operations : While primarily associated with large-scale operations, smaller farms also benefit from portable or smaller capacity milking machines that allow them to enhance their productivity without significant investment in infrastructure.
