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TW-R12-M-B146

HF Tag

Technical data

Type

TW-R12-M-B146

ID

7030500

Remark to product

Tag for direct mounting on/in metal.

A recommendation for adhesives, the

requirements of the FDA and the EU for

incidental food contact can be requested

from TURCK. This recommendation does

not relieve the user of an examination

with regard to the suitability for his

application.

Data transfer

Inductive coupling

Technology

HF RFID

Operating frequency

13.56 MHz

Memory type

EEPROM

Chip

EM4233SLIC

Memory

146  Byte

Memory

Read/Write

Freely usable memory

128  Byte

Number of read operations

unlimited

Number of write operations

105

Typical read time

2 ms/Byte

Typical write time

3 ms/Byte

Radio communication and protocol

standards

ISO 15693

NFC Typ 5

Minimum distance to metal

0  mm

Temperature during read/write access

-40…+85  °C

Temperature outside detection range

-40…+130  °C

Features

■Tag for direct mounting on metal

■The mounting position (arrow) as well

as the alignment of the tag towards the

read/write head must be observed under

all circumstances in order to achieve a

maximum read/write distance

■When installed recessed in metal by 1 mm,

the write/read distance reduces to 30%

■Extended storage temperature range: The

tags must undergo adequate stress tests

within the proposed temperature processes

before deployment.

■The following stress test was performed on

this tag:

Cyclic temperature stress: 5 min. at 20 °C –

5 min. at 160 °C.

Number of tested cycles: 100T

This successfully performed test does

not imply suitability for a specific high-

temperature application, but merely serves

as proof of the basic usability.

■EEPROM, memory 146 byte

■For direct mounting on metal

Functional principle

The HF read/write devices operating at a

frequency of 13.56 MHz form a transmission

zone the size of which (0…500 mm) varies,

depending on the combination of read/write

head and tag used.

The read/write distances mentioned here only

represent standard values measured under

laboratory conditions, free from any influences

caused by surrounding materials.

The read/write distances of tags suitable for

mounting in/on metal were determined in/on

metal.

Attainable distances may vary by up to 30

% due to component tolerances, mounting

conditions, ambient conditions and material

qualities (especially when mounted in metal).