AES SA-PBPK-US Pedestal Mount Card Reader and Keypad User Manual

AES SA-PBPK-US Pedestal Mount Card Reader and Keypad

• ALWAYS TEST THE UNIT ON SITE BEFORE INSTALLATION TO AVOID RESTOCKING FEES

AES KPX1200 STANDARD OPERATIONS

( LEDs ABOVE KEYPAD FRONT )

• LED 1 = RED/GREEN. It lights up in RED while one of the outputs is inhibited. It is flashing during inhibition paused. It is also the Wiegand LED for feedback indication and will light up in GREEN.
• LED 2 = AMBER. It flashes in Standby. It shows the system status in synchronization with the beeps.
• LED 3 = RED/GREEN. It lights up in GREEN for OUTPUT 1 activation; and RED for OUTPUT 2 activation.

{A} BACK-LIT JUMPER = FULL/AUTO.

• FULL – The keypad gives dim backlit in standby. It turns to full backlit when a button is pressed, then back to dim backlit 10 secs after the last button is pressed.
• AUTO – The backlit is OFF in standby. It turns to FULL backlit when a button is pressed, then back to OFF 10 seconds after the last button is pressed.

{B} ALARM OUTPUT SETTING = ( RESOURCES PAGE – ADVANCED WIRING OPTIONS )

{9,15} Egress for PTE (Push To Exit) If you wish to make use of this feature you must wire your PTE switch using terminals 9 & 15 marked as ‘ EG IN ’ and ‘ (-) GND. Note: The egress feature on the keypad is designed to only activate Output 1. Ensure that the entry you wish to gain access to via the PTE switch is connected to this output. Programmable for Instant, Delay with Warning and/or Alarm Momentary or Holding Contact for Exit Delay.

AES KPX1200 RELAY OUTPUT INFORMATION

• {3,4,5} RELAY 1 = 5A/24VDC Max. N.C. & N.O. dry contacts. 1,000 (Codes) + 50 Duress Codes
• {6,7,C} RELAY 2 = 1A/24VDC Max. N.C. & N.O. dry contacts. 100 (Codes) + 10 Duress Codes (COMMON port is determined by the Shunt Jumper marked as C on the diagram. Connect your device to N.C. and N.O. and then move the jumper to the required position and test.)
• {10,11,12} RELAY 3 = 1A/24VDC Max. N.C. & N.O. dry contacts. 100 (Codes) + 10 Duress Codes
• {19,20} Tamper Switch = 50mA/24VDC Max. N.C. dry contact.

ALL THREE OUTPUTS ARE VOLT-FREE CONTACTS.

id you know?
Extra Prox cards and Prox Tags can be purchased in packs of 10 & 50. ( PROX versions only )

NEED MORE ASSISTANCE?
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SITE SURVEY

TIP: If fitting this keypad as an independent system then no site survey is required. If the keypad is included inside a callpoint then please follow the site survey details included on the main product guide.

POWER CABLE

• KEEP POWER SUPPLY AS CLOSE AS POSSIBLE.

TIP: Most technical calls received are due to installers using CAT5 or alarm cable to power the unit. NEITHER are rated to carry enough power! ( 1.2amp peak )

Please use the following cable:

• Up to 2 metres ( 6 feet ) – Use minimum 0.5mm2 ( 18 gauge )
• Up to 4 metres ( 12 feet ) – Use minimum 0.75mm2 ( 16 gauge )
• Up to 8 metres ( 24 feet ) – Use minimum 1.0mm2 ( 14 / 16 gauge )

STRIKE LOCK WIRING METHOD

KEYPAD PROGRAMMING

Note: Programming can only begin 60 seconds after powering the device on.

• UNLESS OVERRIDDEN *

  1. Enter programming mode:
     The amber LED will remain SOLID once you enter programming mode successfully. Press ** again to leave programming mode.

  2. Adding and deleting a new keypad entry code:

  3. Delete ALL of the codes & cards saved in a relay group:
     Note: Take care when deleting full relay groups because once deleted there is no way to restore these previously stored codes to the keypad.

     • This example will delete ALL of the codes stored for Relay 1 *

  4. Change relay output times & modes:

     • For example: ‘ 515# ’ will set Relay 1 to trigger for 5 seconds *
       Note: Setting the relay time to 0 will change all codes for this output to latching codes, re-enter same code again to unlatch.

KEYPAD PROGRAMMING CONTINUED

Adding a SUPER user code: (1 MAX)

Note: You can add one SUPER code as an optional feature which allows a single code to operate all 3 outputs. To use input SUPER code followed by # then 1, 2 or 3 to select. Example – 5555#2

Change the programming code:

Note: If you set a 4-8 digit code then user codes must also be the same amount of digits.
Example: If you set a 6 digit programming code all access codes must also be 6 digits long.

(OPTIONAL PROGRAMMING FOR PROX MODELS ONLY)

Adding a new PROX card or tag:

• This example will add a PROX card/tag to location 001 on Relay 1

Deleting a new PROX card or tag:

Note: Keep in mind that keypad codes and PROX card/tags must be saved in their own separate memory locations. If a keypad code is stored on location 035 this means a card cannot be added to location 035.

• This example will delete a PROX card/tag from location 001 on Relay 1

PROGRAMMING CODE NOT WORKING?

Note: In the event that the programming code has been forgotten or changed by accident, a DAP Reset of the keypad can be performed during the 60 second bootup phase. Pressing the PTE during this time or replicating this by shorting terminals 9 & 15 together with a jumper link the keypad will emit 2 short beeps if this step has been performed successfully. Then enter the DAP Code (Directly Access Programming Code) (8080**) on the front of the keypad as a backdoor into programming mode which will allow you to now set a new programming code, as per Step 6 above.

STILL HAVING TROUBLE?
Find all of our support options such as Web Chat, Full Manuals, Customer Helpline and more on our website: WWW.AESGLOBALONLINE.COM

KEYPAD CODE LIST TEMPLATE

PROX ID LIST TEMPLAT

USE THIS AS A TEMPLATE OF HOW TO KEEP TRACK OF ALL OF THE KEYPAD CODES SAVED WITHIN THE KEYPAD. FOLLOW THE FORMAT FROM THE EXAMPLES SET AND IF MORE TEMPLATES ARE REQUIRED THEY CAN BE FOUND ON OUR WEBSITE OR FOLLOW THE QR CODE PROVIDED.

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