MS Tag Torbogen is a high-quality ear tag for goats. The set consists of 1 electronic MS Tag Round FDX female ear tag, 1 MS Tag Torbogen female ear tag and 2 MS Tag Torbogen male ear tags.

Note: The numbers that are in a box will be consecutive numbers. If you order 2 boxes, the numbers in the 2 boxes will differ from each other, only the numbers within a box will be in a consecutive sequence.

• FDX technology (Full Duplex)
• Lower failure rate
• Less gnawing
• Wear resistant
• UV resistant
• Frequency: 134.2 kHz
• Packaging: plastic chain package, packaged per set

• Suitable for: goats
• The male part (with pin) must always be applied from the back of the ear
• The female part (without pin) must always be applied from the front of the ear

• Colour: green
• Standard TPU pin
• Perforation closure: closed
• Order unit quantity: per set
• Packaging: plastic chain package, packaged per set

• Electronic ear tag: Diameter: 25,6 mm / Thickness: 16,8 mm /
• Male part of ear tag: Measurements: 35 x 28 mm (h x w) / Thickness: 1,1 mm / Pin length: 21,5 mm / Pin diameter: 5,6 mm
• Female part of ear tag: Measurements: 35 x 28 mm (h x w) / Thickness: 1,1 mm

Ear tag pliers

• Most readers can read both FDX and HDX ear tags, but some readers work better (or only) with one of them
• Difference between FDX and HDX:
• FDX (Full Duplex): the exchange of information from the ear tag to the reader and from the reader to the ear tag takes place simultaneously. This means there is a constant connection through which information is sent across. The drawback of this technology is that, by comparison, the signal is weaker and its range is shorter, which requires the reader to be held closer to the transponder. The advantage is that the technology is a bit less expensive than HDX
• HDX (Half-Duplex): an HDX transponder will only send information back to the reader once the electromagnetic field has been disabled. The advantage of this technology is that, by comparison, the signal is stronger than that of FDX, which allows information to be scanned from a greater distance. The drawback is that this technology is more expensive than FDX
• A code is stored in the transponder, which allows the animal to be recognized. The transponder only activates when the ear tag reader sends out an electromagnetic signal. This prevents the animal from noticing the chip itself. The signal activates the chip and the animal’s code is sent to the scanner, which identifies the animal and determines whether or not the information can be processed automatically

Printed and programmed according to ISO standard 11784 /11785