Summary of Contents for RFID HF-3600E IO-Link
- Page 1 Installation and Operations Product Manual Model HF-3600E IO-Link 13.56 MHz Passive Reader/Writer...
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Page 2: Table Of Contents
Revision 12/24 Table of Contents How To Contact Us ..........................3 Product Part Numbers & Accessories ....................3 Specifications ............................3 Read Ranges ............................4 Section 1 – General Information ......................4 Drawing ..............................5 Section 2 - Quick Start Installation Guide ....................5 Tag Memory ............................ -
Page 3: How To Contact Us
303-378-9500 cell 7am to 9pm CST Product Part Numbers & Accessories Part Number Description Model HF-3600E-IOLINK 13.56 MHz HF RFID Reader w/on Board Standard 830-8060-00M124P Ethernet Processor & internal Antenna, 4-pin male M12 connector, both ISO 15693 & ISO 14443 capable... -
Page 4: Read Ranges
This Reader is unique in that it can operate with four different types of RFID Tag chips, ISO 15693, ISO 14443A, ISO 14443B, and NXP’s original Icode1 (the latter not being an ISO standard). Under these standards there are varying amounts of Tag memory, all of which include a non-alterable ROM UID (unique identification) section that acts as a RO (read only) random identifier, guaranteed unique. -
Page 5: Drawing
100k writes. There exists a plethora of HF Tag chips available on the market, thus Tag memory is not discussed in detail herein. RFID, Inc. can provide a specific memory organization map dependent upon the chip and size of memory you intend to use. -
Page 6: Iso15693
Revision 12/24 ISO15693 The Tag UID is 64 bits long (8 bytes), represented by 16 hexadecimal characters. Example E0078077CDCD153E. Most ISO15693 transponders are divided in blocks of 4 bytes (32 bits) represented by 8 hexadecimal characters. Example 00000578. In some very rare cases an ISO15693 transponder will be divided in blocks of 64 bits. The reader automatically recognizes these types of Tags and adjusts its data size accordingly. -
Page 7: Led 1
Revision 12/24 Advantages of IO-Link: – Uniform, simple wiring of different devices – The host system can be used to change the device parameters – Remote querying of diagnostic information is possible – Centralized data retention of the device parameters is possible The manufacturer-specific standard IO-Link sends not only the actual process signal, but also all relevant parameter and diagnostic data on the process level over a single standard cable. -
Page 8: Communication Mode
Revision 12/24 Communication Mode In communication mode, the HF-3600 IO-Link device operates with frame type 2. In this transmission type, up to 32 bytes of process data are sent in both directions per frame and 2 bytes of demand data is sent per frame. Process data is the application-specific data; demand data may contain parameters, service, or diagnostic data. -
Page 9: Dynamic Mode
Revision 12/24 The device-specific parameters of the identification system can be configured via the SPDU. The parameter data of the HF-3600 IO-Link device is described in further detail in the following. Dynamic Mode If dynamic mode is activated, a job can be sent even if no data carrier is located in the read/write range of the read/write head, which would result in errors without dynamic mode. -
Page 10: Start Address For Autoread
Revision 12/24 Start address for autoread This parameter is only valid if "Autoread" was selected as the action on tag present. The start address can be set via subindices 4hex (low byte) and 5hex (high byte). The value range is dependent on the specification of the data carrier;... -
Page 11: Process Data
Revision 12/24 Process Data Data exchange occurs via the process data, which, depending on the control system that is used, is mapped in the input and output buffer or in a memory field. The HF-3600 uses 10 bytes of input data and 10 bytes of output data. - Page 12 Revision 12/24 Note When specifying the starting address and the number of bytes, observe the specifications for the data carrier used and the maximum job size! 14190 E. Jewell Avenue Suite 4 Aurora CO 80012 TEL: 303-366-1234 www.rfidinc.com 13.56 MHz High Frequency Reader Operations Manual...
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Page 13: Input Bufer
Revision 12/24 Input buffer: Explanations on the input buffer using 10 bytes as an example: 14190 E. Jewell Avenue Suite 4 Aurora CO 80012 TEL: 303-366-1234 www.rfidinc.com 13.56 MHz High Frequency Reader Operations Manual... - Page 14 Revision 12/24 14190 E. Jewell Avenue Suite 4 Aurora CO 80012 TEL: 303-366-1234 www.rfidinc.com 13.56 MHz High Frequency Reader Operations Manual...
- Page 15 Revision 12/24 When communication is initiated by the IO-Link master, transmission of the current process data begins. As long as no data carrier was detected after start-up of the device, the firmware version of the device is displayed in the first two user bytes (see chapter 9.4 "Protocol examples" on page 53). If a data carrier is detected, the configured "Reaction to Tag Present"...
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Page 16: Fcc Statement
RFID, Inc. products are warranted against defects in materials and workmanship for one (1) year from date of shipment. RFID, Inc. shall, at its option, either repair or replace products that prove to be defective and are returned with freight prepaid to RFID, Inc.’s plant within the warranty period. The foregoing warranty shall not apply to defects resulting from abuse, misuse, accident, alteration, neglect or unauthorized repair or installation.
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