Integrated Control Technology TSEC13560KHZ 13.560 MHz Proximity Card Reader User Manual
Integrated Control Technology 13.560 MHz Proximity Card Reader
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![PRX-TSEC tSec Multi-Technology Card Reader Installation Manual | May 2016 5 1 Welcome Thank you for choosing the tSec Card Reader from Integrated Control Technology. The tSec Reader is an advanced technology high frequency smart card radio frequency identification device (RFID) specifically designed to enhance the functionality of security, building automation and access control by providing multiple format compatibility, high speed data transmission and sabotage protection. The tSec Reader is designed to operate as a Wiegand Proximity Reader or using Intelligent RS-485 Communications, and can be programmed to read and output different card formats. Before installing this product, we highly recommend you read this manual carefully and ensure that the data formats you program will operate with the configured access control or security product. Current features include: Multi card technology provides support for DESFire, Mifare, and 125KHz cards Encrypted RS-485, un-encrypted configurable RS-485 or standard Wiegand connection Keep alive transmission every 30 seconds for intelligent tamper management Fully encapsulated design with environment IP Rating of IP65 for outdoor and indoor operation Bi color LED (blue and green) with independent or single LED control Programmable via programming cards with a range of Wiegand formats including 26 bit and 34 bit Keypad output on Wiegand data using ARK501 format (keypad versions only) Read range up to 60mm (2.36") with proximity ISO cards For more information on the tSec Card Reader range and other Integrated Control Technology products please visit the ICT website (http://www.ict.co). 1.1 Document Conventions This document uses the following conventions: Important warnings or cautionary messages to prevent equipment damage, data loss, or other similar conditions i Notes with additional information such as an explanation, a comment, or a clarification about the subject Tips containing practical information that may help you solve a problem or describing actions that may save you time ULULC Information relating to UL and ULC compliance [TEXT] Bold text enclosed in brackets is used to show a section number or address of a programmable option or information on programming shortcut sequences](https://usermanual.wiki/Integrated-Control-Technology/TSEC13560KHZ/User-Guide-3281739-Page-5.png)
![PRX-TSEC tSec Multi-Technology Card Reader Installation Manual | May 2016 17 7.11 Custom Format To read third party Mifare cards the following settings should be configured as required: Encryption Keys: The Mifare Key A used to access the sector the data is encoded on. Default Sector: The sector the data is encoded on. Custom Card Format: A format string describing how to extract the data on the sector. To set the custom Mifare format, press the 4 key with the main menu displayed and enter a format string of up to 64 characters. Press ENTER to accept entry or ESC to cancel entry. The format string is made up of multiple format specifiers which follow this format (Square brackets denote the field is optional.): %[count][modifier]specifier The format string extracts data starting from the most significant bit of the first byte in the Mifare card’s sector. The following modifiers can currently be used. Modifier Description b BCD (4 bits, decimal) The reader loads data as either site or card data as defined by the specifier: Modifier Description s Load site c Load card u Unused Example We have a Mifare card which has been encoded with data in sector 3. The data has a start marker 0xAABBCCDDEEFF at the start of the sector, 3 packed decimal BCD encoded site values and ends with 5 unpacked decimal BCD card values. It is then filled with binary 1’s. For a particular card this may mean the data is 0xAABBCCDDEEFF12300403020100FFFFFF. The start marker needs to be ignored. The marker length is 6 bytes which is 48 bits. To ignore this we use the following format specifier: %48u. The site code data is packed BCD. This means we need the ‘b’ modifier. We want to load this data as site data so we use the ‘s’ specifier. This means we need our format specifier to be %bs. As there are 3 site code bytes we repeat this 3 times giving %bs%bs%bs. The card code is unpacked decimal BCD. This means we need the ‘b’ modifier. We want to load this data as card data so we use the ‘c’ specifier. This means the format specifier is %bc. Note that the BCD data is unpacked, ie for each byte we have 4bits which are 0 and 4bits which are the BCD value. This means we must ignore the first 4bits each time as we did for the start marker, then read the BCD data. So for each unpacked BCD value we use %4u%bc. We repeat this 5 times to read the whole set. The trailing data doesn't need to be read so it can be ignored. This gives the complete format string: %48u%bs%bs%bs%4u%bc%4u%bc%4u%bc%4u%bc%4u%bc. ](https://usermanual.wiki/Integrated-Control-Technology/TSEC13560KHZ/User-Guide-3281739-Page-17.png)
