My Farm

Easy installation and setup thanks to wireless WIFI communication

S52 20005 Digital Milk Meters measure using the free-flow technique.

S52 20005 Digital Milk Meters provide accurate and precise measurements thanks to their dual-core processor structure.

S52 20005 Digital Milk Meters operate with a 0.5% (five per thousand) error rate.

S52 20005 Digital Milk Meters perform approximately 1600 measurements per second.

The inlet and outlet heads of the S52 20005 Digital Milk Meters are made of 304 stainless steel.

S52 20005 Digital Milk Meters provide trouble-free service for many years without requiring maintenance, thanks to their gold-plated measurement tips.

The S52 Milking Parlor Management System uses the Sensor Error Compensation (SEC) system.

The system operates on 12V, so there is no risk of electric shock.

Installation is very easy, requires no expertise, and the only cable to connect to the system is the 12V (+) and (-) terminals.

It can be connected to any type of milking system, milking cluster, or milking island.

It uses its own WiFi network for data transfer, eliminating the need for cabling for data communication.

It has an IP65 protection rating. It is manufactured to be resistant to dust, water, and moisture (WATERPROOF).

It is fully compatible with RFID systems.

You can enter the TR tag number of an animal that has lost its RFID tag using the keypad.

It automatically records milk data on the computer.

One milk meter should be used for each cluster.

The S52 20005 Milk Meters display the amount of milk being milked in real-time, the animal's number, and the mastitis value in m/S on the screen, and record this information in the database. Additionally, if milking has not yet started, the current ambient temperature and the vacuum value in the cluster in kPa (kilopascal) can be monitored on the screen. This way, you can also check if there is any blockage or tear in the cluster or milk hose.

You can connect it to a single-cluster bucket system or a rotary system; it is suitable for every system.

Whether you have 2, 20, or 2,000 clusters, you can now monitor the milk yield of your animals.

The S52 20005 Milk Meter uses infrared laser light technology to combine the vacuum power and gravity force of your milking system, providing the most accurate measurement of milk.

The S52 20005 Milk Meter ensures that the milk flow encounters no mechanical obstacles, minimizing the risk of malfunction and preventing milk residue from remaining in the parts of the milk meter through which the milk passes.

Thanks to its technology, the S52 20005 Milk Meter saves energy during the cleaning phase by using lower temperatures and less detergent.

** SEC (Sensor Error Compensation): In such systems, the sensors used, like all other sensors produced worldwide, have a small chance of error. These errors are usually minimized through calibration. However, even if minimized, it is not possible to reduce the error rate to zero. With the system we have developed to compensate for potential sensor errors, we can reduce sensor errors to zero.

Let's explain how the system works with an example:
You have 100 milking animals on your farm. The system records how much milk is milked from each animal and transfers this information to the computer. Suppose the system shows that 103 liters of milk were milked from 100 animals, but when you check the milk tank, you see that 100 liters of milk were collected.
This means that your milk meters made a 3% error in this milking. With SEC, if you enter the information that there are 100 liters of milk in the tank into the system, it distributes the difference among all your animals. However, it distributes more to the animal that produced 2 liters of milk and less to the animal that produced 0.5 liters of milk. In other words, it distributes according to the animals' yield rates.

With SEC, you can reduce potential errors in your milking system to zero.


Important NOTE

Mastitis is the most significant problem for dairy farms. Although clinical (advanced) mastitis is detected by producers, by this stage, the milk yield of the milking animal has already decreased. Additionally, if it has become chronic, it may lead to the loss of the animal or the udder.

Detecting mastitis before it progresses is of vital importance for dairy operations. For subclinical (early) mastitis detection, expensive and time-consuming tests such as somatic cell count determination and microbiological analysis of milk can be used. However, the desired outcome is to detect it as soon as the milk leaves the udder during milking. The most practical way to do this is to automatically test the milk during milking. This way, suspicious animals can be identified before milk yield decreases and before it becomes clinical, allowing treatment to begin and preventing milk losses.


Factors affecting mastitis diagnosis

As you know, mastitis is a udder disease. The usual method of detecting this disease is to measure the milk as it passes through sensors during milking. Even mastitis detection devices sold in online markets work this way. However, determining whether an animal has mastitis or not using only a light is not a correct approach. Because to diagnose mastitis in an animal, it is necessary to consider the factors that trigger mastitis. These include the feed the animal eats, which lactation stage it is in, past mastitis issues, and mastitis issues in close relatives.

For example, the mastitis value measured in an animal's first lactation will be very different from the value measured in its 5th lactation. This is why we prefer to record the mastitis values of animals in a database and monitor the animal's history and mastitis issues in close relatives to diagnose mastitis. Using light to detect mastitis can be useful for detecting animals very close to clinical mastitis because, after a few milkings, the milk will start to dry up. By this stage, you will be able to detect it even visually, which is why measuring the "SI" value in Siemens/m, as in our milk meters, is very important for early mastitis detection.

PDF download

• You can manage your farm using less staff
• You can become a sustainable farmer by increasing productivity
• You can't manage any of your assets well if you can't count them.
• The latest technologies at your fingertips for a faster return on your investment
• No matter where you are in the world, the latest status of the farm is always with you.