Sygonix 3214306 Operating Instructions Manual
  1. Manuals
  2. Brands
  3. Sygonix Manuals
  4. Locks
  5. 3214306
  6. Operating instructions manual
Sygonix 3214306 Operating Instructions Manual

Sygonix 3214306 Operating Instructions Manual

Rfid/code lock ip66
Hide thumbs Also See for 3214306:
Table of Contents

Advertisement

Quick Links

Download this manual
Operating Instructions
RFID/code lock IP66
Item No. 3214306
Seite 2 - 8

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the 3214306 and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Sygonix 3214306

Summary of Contents for Sygonix 3214306

  • Page 1 Operating Instructions RFID/code lock IP66 Item No. 3214306 Seite 2 - 8...

  • Page 2: Table Of Contents

    1 Table of contents Introduction ................................3 Downloading the operating instructions .......................3 Intended use ................................3 Features and functions ............................4 Delivery content ..............................4 Explanation of symbols ............................4 Safety instructions ...............................5 8.1 General information ............................5 8.2 Handling .................................5 8.3 Operating environment ..........................5 8.4 Operation ...............................5 Product overview ..............................6 9.1 Code lock ...............................6 9.2 Wiring diagram ...............................7...
  • Page 3 13 Programming ..............................13 13.1 Activating/exiting programming mode ......................13 13.2 Changing the code length ..........................14 13.3 Programming/changing the master transponder card/master code ............15 13.4 Adding and deleting transponder cards/user codes ...................17 13.5 Configuring the activation time for the relay outputs ..................28 13.6 Enabling/disabling backlight ........................30 13.7 Enabling/disabling beep tones ........................31 13.8 Enabling/disabling tamper protection ......................33...

  • Page 4: Introduction

    2 Introduction Thank you for purchasing this product. For technical queries, please contact: www.conrad.com/contact 3 Downloading the operating instructions You can download the complete operating instructions (or new/updated versions if available) by using the link www.conrad.com/downloads or by scanning the QR code. Follow the instructions on the website. 4 Intended use The product is primarily designed to secure access to doors or gates.

  • Page 5: Features And Functions

    5 Features and functions Power supply with DC and AC voltage (12 – 24 V) Supports up to 1010 users with codes and/or transponders Code length 2 to 6 digits Supports commercially available EM transponders operating at 125 kHz 2 potential-free relay outputs (NO, NC, COM) that can be controlled independently; adjustable activation time Suitable for connecting a door magnet Suitable for connecting a loudspeaker/chime/doorbell Integrated tamper alarm with optical detection...

  • Page 6: Safety Instructions

    8 Safety instructions Read the operating instructions carefully and especially observe the safety information. If you do not follow the safety instructions and information on proper handling, we assume no liability for any resulting personal injury or damage to property. Such cases will invalidate the warranty/ guarantee.

  • Page 7: Product Overview

    9 Product overview 9.1 Code lock A 2 status LEDs Left LED: green/orange Right LED: green/orange B Keypad C Star key (can also be used as a bell key) D RFID sensor E Hexagon socket screw to secure the code lock to the wall mount...

  • Page 8: Wiring Diagram

    9.2 Wiring diagram WIRING DIAGRAM 12 - 24V AC/DC NO 1 NO 2 COM 1 COM 2 NC 1 NC 2 F Power supply 12 – 24 V/DC or AC J GND: relay output #1 key/relay output #2 key/door for DC: observe the polarity (+/plus and -/minus) magnet grounding for AC: the polarity is irrelevant K CM: door magnet supply...

  • Page 9: Installation And Connection

    10 Installation and connection 10.1 Preparing for installation Use the supplied L-shaped hex key to unscrew the locking screw on the underside of the code lock (E). Slide the code lock up and out of the wall mount. Remove the code lock from the wall mount. 10.2 Mounting the code lock Find a suitable place to install the code lock.

  • Page 10: Wiring Diagram

    Feed the cables through the centre hole. Connect the individual cables as per the wiring diagram. You will find the wiring diagram in the next chapter. When connecting the power supply cables, pay attention to the correct polarity (plus/+ and minus/-). Observe the contact load capacity for all outputs.

  • Page 11: Getting Started

    Electric gate wiring BP 1 8 Gate connection to “NO” of the relay output used and to “COM”; it may also be useful to use both relay outputs, e.g. relay output #2 for the gate and relay output #1 for the door connected. 11 Getting started Once you have finished mounting the product (see Chapter 10 for details), turn on the power supply.

  • Page 12: Preparing For Programming

    12 Preparing for programming Attention! In this manual, the terms “transponder card” and “transponder” are used interchangeably. They always refer to all types of transponders that are compatible with the code lock. 12.1 Criteria for numerical codes and transponders 12.1.1 Numerical codes Numerical codes include the master code and user codes.

  • Page 13: Led Indicators

    12.3 LED indicators The two LEDs on the front panel (A) have the following functions: Left LED: The left LED is off in standby mode. If the code/transponder entered to open the door has been accepted, it is lit green for as long as the respective output is activated.

  • Page 14: Programming

    13 Programming Attention! Do not disconnect the code lock from the power supply during programming. Otherwise, the existing data or programming could be damaged. All codes (e.g. master code and user codes) can consist of 2 to 6 digits. Codes with a mixed number of digits are not possible.

  • Page 15: Changing The Code Length

    13.2 Changing the code length Attention! Changing the code length is the first programming step. You cannot simply change it later, as all codes are based on the preset code length. Changing the code length deletes all previously programmed codes. Each code can consist of 2 to 6 digits.

  • Page 16: Programming/Changing The Master Transponder Card/Master Code

    13.3 Programming/changing the master transponder card/master code 13.3.1 Programming the master transponder card The master transponder card can only be used to activate the programming mode (see Chapter 13.1). The master transponder card cannot be used to activate any of the outputs. The system only allows one master transponder card. Proceed as follows: Set the code lock to programming mode: Enter the master code “1234”...

  • Page 17: Changing The Master Code

    13.3.3 Changing the master code The master code can only be used to activate the programming mode (see Chapter 13.1). The master code cannot be used to activate any of the outputs. The system only allows one master code. The master code must be different from the user codes.

  • Page 18: Adding And Deleting Transponder Cards/User Codes

    13.4 Adding and deleting transponder cards/user codes Output #1 has a total of 1000 memory locations for user codes and/or transponder cards. Output #2 has 10 memory locations for user codes or transponder cards. We recommend drawing up a table and recording all access data accurately (user ID, user code, user name, activation time for output #1).
  • Page 19 Card/numerical code: If you use a transponder card to access the system, you should swipe the card once. If the user code option is used instead, you must enter the code. Make sure you enter the correct number of digits. The code lock emits a long beep, the left LED remains lit green, and the right LED flashes orange.
  • Page 20 Programming example: user code only - relay output #1 Set the code lock to programming mode by entering the master code twice (“1234” by default) or swiping the master transponder card once. Programming: Enter programming code *0 Enter programming code 01 Enter user ID “000”...
  • Page 21 Card/numerical code: First, swipe the user's transponder card once. The code lock emits a long beep, and the right LED flashes orange. Æ Now enter the user code you want to use. Again, make sure you enter the correct number of digits. The code lock emits a long beep, and the right LED turns orange.
  • Page 22 13.4.3 Transponder card or user code - relay output #2 This programming involves two different programming codes. It should be noted that the second programming code can only be used in conjunction with the respective first programming code. Proceed as follows: Set the code lock to programming mode: Enter your master code twice (“1234”...
  • Page 23 Programming example: transponder card only - relay output #2 Set the code lock to programming mode by entering the master code twice (“1234” by default) or swiping the master transponder card once. Programming: Swipe the card Enter programming code *4 Enter user ID “00”...
  • Page 24 13.4.4 Programming multiple transponder cards - relay output #1 This function enables you to configure multiple transponder cards simultaneously. The user IDs must be consecutive for the number of cards. The user IDs are created automatically. Proceed as follows: Set the code lock to programming mode: Enter your master code twice (“1234”...
  • Page 25 13.4.5 Programming multiple transponders (with consecutive serial numbers) - output #1 It is possible to add multiple transponders with consecutive serial numbers at once by programming the transponder with the lowest serial number. The user IDs must be consecutive for the number of cards. The user IDs are created automatically. Proceed as follows: Set the code lock to programming mode: Enter your master code twice (“1234”...
  • Page 26 Programming example: multiple transponders (with consecutive serial numbers) - relay output #1 Set the code lock to programming mode by entering the master code twice (“1234” by default) or swiping the master transponder card once. Programming: Swipe the card Enter programming code *9 Enter programming code 05 Enter user ID “000”...
  • Page 27 Programming example: Deleting a user - relay output #1 Set the code lock to programming mode by entering the master code twice (“1234” by default) or swiping the master transponder card once. Programming: Enter user ID “000” to be deleted (possible range for relay output #1: 000 to 999) Delete the user Save changes (the left LED goes out, and the right LED lights up green again) 13.4.7 Deleting a user - relay output #2...

  • Page 28: Deleting All Users

    13.4.8 Deleting all users This function allows you to delete all users for both outputs along with the programmed user codes or transponder cards. Proceed as follows: Set the code lock to programming mode: Enter your master code twice (“1234” by default) or swipe the master transponder card once. The code lock emits a long beep, and the right LED changes from green to orange.

  • Page 29: Configuring The Activation Time For The Relay Outputs

    13.5 Configuring the activation time for the relay outputs By default, the activation time for both relay outputs is 1 second when using a valid user code or transponder card. The activation time can be adjusted between 1 and 99 seconds if required. The output can also operate in toggle mode.
  • Page 30 13.5.2 Configuring the activation time for relay output #2 To change the activation time for output #2, proceed as follows: Set the code lock to programming mode: Enter your master code twice (“1234” by default) or swipe the master transponder card once. The code lock emits a long beep, and the right LED changes from green to orange.

  • Page 31: Enabling/Disabling Backlight

    13.6 Enabling/disabling backlight If the backlight function is enabled (default), the keypad is illuminated permanently. If the backlight function is disabled, the keypad illumination turns on automatically when you press a key. If no key is pressed within 30 seconds, the keypad illumination turns off automatically. 13.6.1 Enabling the backlight (default setting) To activate the backlight, proceed as follows: Set the code lock to programming mode:...

  • Page 32: Enabling/Disabling Beep Tones

    13.6.3 Programming example: Enabling/disabling backlight Set the code lock to programming mode by entering the master code twice (“1234” by default) or swiping the master transponder card once. Programming: Enter programming code *2 Enter programming code 02 to activate the backlight or programming code 01 to deactivate it; your entry is confirmed with a long beep Save changes (the right LED lights up green again) 13.7 Enabling/disabling beep tones...
  • Page 33 13.7.2 Disabling beep tones To deactivate beep tones, proceed as follows: Set the code lock to programming mode: Enter your master code twice (“1234” by default) or swipe the master transponder card once. The code lock emits a long beep, and the right LED changes from green to orange. Æ...

  • Page 34: Enabling/Disabling Tamper Protection

    13.8 Enabling/disabling tamper protection The integrated tamper protection visually monitors the back of the code lock to check for unauthorised removal. With the tamper protection function activated, when the code lock is removed from the wall mount, it emits a beep, and the loudspeaker/doorbell/chime (M) emits a siren tone.
  • Page 35 13.8.3 Programming example: Enabling/disabling tamper protection Set the code lock to programming mode by entering the master code twice (“1234” by default) or swiping the master transponder card once. Programming: Enter programming code *6 Enter programming code 02 to activate tamper protection or programming code 01 to deactivate it; your entry is confirmed with a long beep Save changes (the right LED lights up green again)

  • Page 36: Resetting The Code Lock To Factory Defaults

    13.9 Resetting the code lock to factory defaults This function allows you to reset the code lock to factory defaults. Attention! This function erases all user IDs, user codes, transponder cards, the master code, master transponder card and all other settings and resets them to factory defaults. The reset master code is “1234”.

  • Page 37: Programming Example

    14 Programming example For easier understanding, we would like to give you a programming example in this chapter. The following specifica- tions are to apply in this example: To ensure particularly secure access, you should use a 6-digit code length. Besides the master code, you will also need a master transponder card for programming.
  • Page 38 Step 3: Programming the master transponder card Set the code lock to programming mode: Enter the master code twice in succession to activate the programming mode. As the 6-digit code length has been set, the master code must also have 6 digits. The code lock emits a long beep, and the right LED changes from green to orange.
  • Page 39 Again, set the code lock to programming mode. Enter the following key combination: Enter programming code *0 Enter programming code 01 Enter user ID “001” (possible range for relay output #1: 000 to 999) Enter user code “222222”; your entry is confirmed with a long beep Save changes (the left LED goes out, and the right LED lights up green again) Step 6: Create four different transponder cards for relay output #1 Set the code lock to programming mode.
  • Page 40 Step 9: Change the activation time for relay output #1 Set the code lock to programming mode. Enter the following key combination: Enter programming code *1 Activation time is 3 seconds (you can select between 01 and 99 seconds) or “00” for toggle mode; your entry is confirmed with a long beep Save changes (the right LED lights up green again) Step 10: Change the activation time for relay output #2...

  • Page 41: Using The Code Lock

    14.2 Using the code lock After completing the programming steps described in Chapter 14.1, the code lock is ready for use. The right LED lights up green to indicate that the code lock is in standby mode. The code lock is waiting for code entry. User #1 (ID 000) or User #2 (ID 001) wants to access the back door using their user code The user code “111111”...

  • Page 42: Troubleshooting

    15 Troubleshooting Preprogrammed settings are not affected by a power cut. However, the code lock will not work during a power cut and the outputs cannot be activated. For safety reasons, we recommend using an uninterruptible power supply for the code lock (as in the case of an alarm system), depending on the intended use.

  • Page 43: Instructions

    16 Instructions In addition to this detailed user manual, you can download the programming overview and the quick guide in six languages from our download area if they are not included. Please refer to Chapter 3 “Downloading the operating instructions” of this manual. 17 Cleaning and care Important: –...

  • Page 44: Declaration Of Conformity (Doc)

    18 Disposal This symbol must appear on any electrical and electronic equipment placed on the EU market. This symbol indicates that this device should not be disposed of as unsorted municipal waste at the end of its service life. Owners of WEEE (Waste from Electrical and Electronic Equipment) shall dispose of it separately from unsorted municipal waste.

  • Page 45: Power Supply

    20 Technical data 20.1 Power supply Power supply ........ 12 – 24 V/AC or DC Current consumption ....Standby max. 30 mA; max. 160 mA 20.2 Code lock Connection ........via the integrated screw terminals on the back of the product Suitable transponders ....
  • Page 46 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.

Table of Contents