Table of Contents
Advertisement
Quick Links
Advertisement
Table of Contents
Subscribe to Our Youtube Channel
Related Manuals for Sygonix 2615507
Summary of Contents for Sygonix 2615507
- Page 1 Operating Instructions RFID/touch/fingerprint access system Item no. 2615507...
-
Page 2: Table Of Contents
1 Table of contents Page Introduction ................................4 Intended use ................................4 Delivery content ..............................5 Installation, connection, getting started, programming and operation ..............5 Explanation of symbols ............................5 Safety instructions ...............................6 Controls and connections ............................7 Installation and connection ..........................8 Installation ............................8 Connecting to conventional voltage/power supply ................9 Connecting to alarm system .........................9 Wiegand interface ..........................10 9.4.1... - Page 3 Page 11.11 Teaching in user transponders ......................22 11.11.1 Automatically saving a user transponder in the next free memory cell ..........22 11.11.2 Assigning a user transponder to a specific memory cell ..............23 11.11.3 Teaching in multiple user transponders with consecutive transponder number .........23 11.11.4 Teaching in user transponders via collective mode ................24 11.12 Deleting user transponder ........................25...
-
Page 4: Introduction
2 Introduction Thank you for purchasing this product. This product complies with statutory, national and European regulations. To ensure that the product remains in this state and to guarantee safe operation, always follow the instructions in this manual. These operating instructions are part of this product. They contain important information on setting up and using the product. -
Page 5: Delivery Content
4 Delivery content Access system Fasteners (2x special screws with matching L-key, 4x screw head stickers, mounting frame with 4x screws and 4x dowels) 1N4004 diode (for relay changeover contact) Quick start guide 5 Installation, connection, getting started, programming and operation Detailed important instructions for this product and a programming overview sheet are download- able from our website (enter the item number to call up the page with product details). -
Page 6: Safety Instructions
7 Safety instructions Damage caused due to failure to observe these instructions will void the warranty/guarantee! We shall not be liable for any consequential damage! We shall not be liable for damage to property or personal injury caused by incorrect handling or failure to observe the safety information! Such cases will void the warranty/guarantee. -
Page 7: Controls And Connections
8 Controls and connections 1. Opening for wall mounting 2. LED indicator 3. Keypad with an integrated RFID sensor 4. Fingerprint sensor with LED ring Connection cable: Colour Inscription Function 12-18 DC Power supply 12 - 18 V/DC Black GND/ground Blue NO (normally open) contact of relay Brown... -
Page 8: Installation And Connection
9 Installation and connection Ensure that the connection cables are not kinked or squashed. This can cause malfunctions, short circuits and device defects. Ensure that no cables or wires are damaged when drilling holes or tightening screws. Installation and connection may only be carried out when the power supply is switched off. Installation Use suitable screws and, if necessary, dowels to mount the mounting plate with the module on the... -
Page 9: Connecting To Conventional Voltage/Power Supply
Connecting to conventional voltage/power supply When a conventional power supply unit should be used, observe the following figures with the wiring diagram. A) “Fail-secure” door opener: Releases the locking latch only when its operating voltage is applied (common design for front doors). B) “Fail-safe”... -
Page 10: Wiegand Interface
Wiegand interface The Wiegand interface of the access system can be used in two different ways. For programming, see section 11.6. 9.4.1 Using the access system as an external reader The access system can be connected to a compatible Wiegand controller and used as an external reader. Virtual- ly all access system settings have no function in this mode. -
Page 11: Setup
10 Setup After completing the installation and connection process, switch on the operating voltage. The access system emits a short beep, and the button illumination turns on. The LED lights up red, which indicates that the access system is in standby mode. The access system automatically shuts off the button illumination if the sensor field is not touched within 20 seconds. -
Page 12: General Information
11.1 General information Please note: The access system automatically turns off the button illumination if the sensor field is not touched within 20 sec- onds. The first touch of the sensor field only activates the button illumination and is recognised as an entry; the access system emits no beep in this case. -
Page 13: Resetting The Access System Without Teaching In A Master Transponder (Or Deleting The Existing Master Transponder)
11.2.2 Resetting the access system without teaching in a master transponder (or deleting the existing master transponder) The procedure described below allows the operation of the access system without a master transponder. In addition, it also allows you to delete an existing master transponder, e.g. if it has been lost. De-energise the access system and wait for the LED to go off. -
Page 14: Enabling/Disabling Programming Mode
11.3 Enabling/disabling programming mode To go into programming mode, enter the 6-digit master code as follows (default setting = 123456): The LED then flashes red (programming mode is active). This mode allows teaching in/deleting user PINs/tran- sponders or making various settings. To exit the programming mode (red LED flashes), press the button. -
Page 15: Teaching In/Deleting The Master Fingerprint
11.5 Teaching in/deleting the master fingerprint A single master fingerprint can be taught in to the access system. It allows you to quickly teach in or delete user PINs, transponders or fingerprints. Memory cell number 99 is reserved for the master fingerprint. 11.5.1 Teaching in master fingerprint Enable the programming mode as described in section 11.3;... -
Page 16: Setting The Wiegand Interface Mode
11.6 Setting the Wiegand interface mode As already mentioned in section 9.4, the access system can function as an external reader (section 9.4.1) for a Wiegand controller or as a Wiegand controller for an external reader (section 9.4.2). The access system allows you to configure the desired mode. -
Page 17: Selecting Access Mode
11.7 Selecting access mode There are various options for activating the changeover contact in the access system: Only with a fingerprint Only with a transponder Only with a PIN With a transponder and PIN With a PIN, transponder or fingerprint (default setting) Only with 2 - 9 transponders (access is granted only when multiple persons are there and attempt access in strict succession (max. -
Page 18: Saving User Pin
11.8 Saving user PIN The access system has 890 memory cells to store user PINs and/or user transponders. Memory cell numbers 100 - 989 are provided for these transponders. You can use the keypad, master transponder or master fingerprint for storage. We recommend that you create a table and fill in all access data, such as user name, memory cell number, user PIN, transponder number, etc. -
Page 19: Assigning A User Pin To A Specific Memory Cell
11.8.2 Assigning a user PIN to a specific memory cell This process takes more time but enables you to delete a specific user PIN (via the memory cell number) if you have forgotten it (provided you have a table with the access data in place that was recommended at the beginning of the chapter). -
Page 20: Deleting User Pin
11.9 Deleting user PIN The respective user will no longer have access via their user PIN once the corresponding user PIN has been deleted. You can delete a user PIN in two different ways: Delete the user PIN Clear the memory cell in which the user PIN is stored (if known, see note at the beginning of section 11.8) 11.9.1 Deleting a user PIN Enable the programming mode as described in section 11.3;... -
Page 21: Changing A User Pin
11.10 Changing a user PIN You can only change a user PIN when the programming mode is disabled. The point is that a user can change their own user PIN themselves without having to know the master code. This provides extra security because the new PIN is only known to the user. -
Page 22: Teaching In User Transponders
11.11 Teaching in user transponders The access system has 890 memory cells to store user transponders and/or user PINs. Memory cell numbers 100 - 989 are provided for these transponders. You can use the keypad, master transponder or master fingerprint for storage. We recommend that you create a table and fill in all access data, such as user name, memory cell num- ber, user PIN, transponder number, etc. -
Page 23: Assigning A User Transponder To A Specific Memory Cell
11.11.2 Assigning a user transponder to a specific memory cell Although this teach-in process takes more time, it enables you to delete a specific user transponder (via the memory cell number) even when it is defective or lost. Enable the programming mode as described in section 11.3; the LED starts to flash red. Enter programming code to start the teach-in process. -
Page 24: Teaching In User Transponders Via Collective Mode
Enter the number of transponders you want to save at the same time using the mass storage option and press button to confirm. Example: = 100 transponders with consecutive numbers are to be saved Make sure that there are enough memory cells available from the entered memory cell number to accom- modate all the transponders to be saved. -
Page 25: Deleting User Transponder
11.12 Deleting user transponder The respective user will no longer have access once the corresponding user transponder has been deleted. You can delete a user transponder in three different ways: Delete the user transponder via reading Delete the user transponder via the transponder number (if known, see note at the beginning of section 11.8) Clear the memory cell in which the user transponder is stored (if known, see note at the beginning of section 11.8) 11.12.1 Deleting a user transponder via transponder Enable the programming mode as described in section 11.3;... -
Page 26: Deleting A User Transponder Via Memory Cell Number
11.12.3 Deleting a user transponder via memory cell number Enable the programming mode as described in section 11.3; the LED starts to flash red. Enter the programming code to start deletion mode. The yellow LED will then light up. Otherwise, you can hold the master transponder twice in front of the reading area or touch the fingerprint sensor twice with the master fingerprint (each time for 5 seconds). -
Page 27: Teaching In A User Fingerprint
11.13 Teaching in a user fingerprint The access system can accommodate up to 99 different user fingerprints. Memory cell numbers 0 - 98 are provided for user fingerprints. You can use the keypad, master transponder or master fingerprint for teaching-in. We recommend that you create a table and fill in all access data, such as user name, memory cell num- ber, user PIN, transponder number, etc. -
Page 28: Assigning A User Fingerprint To A Specific Memory Cell
11.13.2 Assigning a user fingerprint to a specific memory cell Although this teach-in process takes more time, a specific user fingerprint can be deleted (via the memory cell number) even if the person is no longer available to do so. Enable the programming mode as described in section 11.3;... -
Page 29: Deleting User Fingerprint
11.14 Deleting user fingerprint The respective user will no longer have access once the corresponding user fingerprint has been deleted. You can delete a user fingerprint in two different ways: Delete the user fingerprint via scanning Delete the memory cell in which the user fingerprint is stored (if known, see note at the beginning of section 11.8) 11.14.1 Deleting a user fingerprint via fingerprint Enable the programming mode as described in section 11.3;... -
Page 30: Clearing All Memory Cells
11.15 Clearing all memory cells This option deletes all 1000 memory cells (890 user PINs/transponders, 10 visitor transponders, 99 user fingerprints and the master fingerprint). The master transponder and presets (e.g. changeover contact activation time) are retained. Enable the programming mode as described in section 11.3; the LED starts to flash red. Enter the programming code to start deletion mode. -
Page 31: Enabling Or Disabling Protection Against Incorrect Entries
11.17 Enabling or disabling protection against incorrect entries This function allows you to set whether the access system should be locked in case of 10 or more incorrect entries in succession (default setting: disabled). Enable the programming mode as described in section 11.3; the LED starts to flash red. Enter programming code to enable protection against incorrect entries. -
Page 32: Enabling Access For Visitors
11.19 Enabling access for visitors The access system can store up to 10 different visitor transponders or visitor PINs. Memory cell numbers 990 - 999 are provided for them. Visitor transponders and visitor PINs can have a programmed number of access attempts (1 to 10 attempts), after which they will become invalid. -
Page 33: Saving A Visitor Pin
11.19.2 Saving a visitor PIN Enable the programming mode as described in section 11.3; the LED starts to flash red. Enter programming code to start the teach-in process. The yellow LED will then light up. Otherwise, you can hold the master transponder once in front of the reading area or touch the fingerprint sensor once with the master fingerprint. -
Page 34: Enabling/Disabling Visual And Acoustic Indication
11.20 Enabling/disabling visual and acoustic indication Function and error messages of the access system are accompanied by LED indications and beeps. They can be enabled and disabled (default setting: LED indications and beeps are enabled). Enable the programming mode as described in section 11.3; the LED starts to flash red. Enter programming code to set LED indications and beeps. -
Page 35: Transferring Data Between Two Access Systems
11.21 Transferring data between two access systems When using two identical access systems, transponder and PIN data can be exchanged between the units. Please note: Fingerprint data cannot be transmitted. Both access systems must have the same master code. Proceed as follows: Follow the steps below to connect the two identical access systems: +12 - 18 V/DC Black... -
Page 36: Setting The Wiegand Input Data Format
11.22 Setting the Wiegand input data format This option is required if you wish to operate an external reader via the Wiegand interface of the access system (the access system functions as a master or Wiegand controller, see section 9.4.2). Refer to the operating instructions for the external reader for the output data format. -
Page 37: Setting The Wiegand Output Data Format
11.23 Setting the Wiegand output data format This option is required if you wish to operate the access system as a reader on a Wiegand controller (see sec- tion 9.4.1). You can set the bit rate and enable/disable the parity bit. Refer to the operating instructions for the Wiegand controller for the data format. -
Page 38: Operation
12 Operation 12.1 Getting started Power on the access system once it has been connected and installed. After powering on, the access system will emit a beep and the red LED will glow steadily (standby). The access system is now ready for use and can be programmed. You should take the following steps: Create a table and fill in all settings, including user names, PIN numbers and transponder numbers to be given access via the access system. -
Page 39: Preventing The Pin From Being Revealed
12.4 Preventing the PIN from being revealed It is a special feature that allows you to enter extra digits before or after the actual PIN when entering the PIN. You can enter up to 10 digits in which you can “hide” the actual PIN. Please note: This option is only available for 6-digit PINs. -
Page 40: Troubleshooting
13 Troubleshooting The access system retains its settings and is ready for operation after a power outage. However, the access system will not work during a power failure. For safety reasons, we recommend that you connect the access system to an uninterruptible power sup- ply (as in the case of an alarm system) depending on the application. - Page 41 User fingerprint teach-in does not work or works incorrectly If required, use another finger to test it. The fingerprint sensor must recognise enough papillary ridges (protru- sions) for the fingerprint to be valid. Place your finger in the centre and over the entire surface. The recognised area of the skin surface must have a minimum size to be valid.
-
Page 42: Declaration Of Conformity (Doc)
14 Declaration of Conformity (DOC) Conrad Electronic SE, Klaus-Conrad-Straße 1, D-92240 Hirschau hereby declares that this product conforms to the 2014/53/EU directive. Click on the following link to read the full text of the EU declaration of conformity: www.conrad.com/downloads Select a language by clicking on a flag symbol and enter the product order number in the search box. You can then download the EU declaration of conformity in PDF format. -
Page 43: Technical Data
17 Technical data Power supply ..........12 - 18 V/DC Power consumption ........standby <= 60 mA; max. <= 150 mA Frequency range ......... 124.57 - 125.42 kHz Transmission power........19.06 dBm Max. reading distance ......... approx. 2 cm Data retention in case of a power cut ..yes Suitable transponders ........ - Page 44 This is a publication by Conrad Electronic SE, Klaus-Conrad-Str. 1, D-92240 Hirschau (www.conrad.com). All rights including translation reserved. Reproduction by any method, e.g. photocopy, microfilming, or the capture in electronic data processing systems require the prior written approval by the editor. Reprinting, also in part, is prohibited. This publication represent the technical status at the time of printing.
Need help?
Do you have a question about the 2615507 and is the answer not in the manual?
Questions and answers