Seco-Larm PR-312S-PQ User Manual
PR-312S-PQ
Indoor Proximity Card Reader
Manual
Stand-alone operation
Status LEDs for operations and
programming
Solid-state lock relay for longer life,
lower power consumption, and
shock/vibration resistance
Up to 500 user cards
Up to 5 super user cards, plus
1 master card
10 Cards included (additional cards
available – sold separately in packs of 10)
Integrated doorbell button
ENFORCER Indoor Proximity Card Reader
Power input
12VDC
Current draw
Standby
60mA
Active
80mA
Max. read distance
6" (15cm)
User card limit
500 Cards (5 groups @ 100 users)
Super user card limit
5 cards
Master card limit
1 card
Transmit frequency
125kHz
Outputs
Lock strike relay
Fail-safe/fail-secure, 3A@16VDC
(solid-state relay)
Doorbell relay
N.O. Dry contact, 1A@24VDC
Tamper switch
N.C. Dry contact, 50mA@16VDC
Relay time delay
Timed output 1~60 or toggle mode
Temperature
-4°~158° F (-20°~70° C)
Relative humidity
5~95%, non-condensing
IP Rating
IP55
Dimensions
43/4"x23/8"x15/16" (120x60x23 mm)
Table of Contents:
Introduction ...................................................... 2
Specifications .................................................. 2
Parts List ......................................................... 2
Dimensions and Overview ............................... 3
Installation ....................................................... 3
Mounting Diagram ........................................... 3
Wiring the Proximity Card Reader ................... 4
Wiring Diagram ................................................ 5
Types of Proximity Cards ................................ 6
The Master Card ............................................. 7
Programming the Master Card ........................ 7
LED Indicators ................................................. 7
Introduction:
The ENFORCER Indoor Proximity Card Reader is a flexible solution for securing controlled access.
Its stylish case and small size make it ideal for use in most residential, commercial, and industrial
sites. Simple enough to deploy in small businesses, it also has the programming capability to meet
the needs of midsize and enterprise companies. Simple installation, high reliability, attractive
design, and scalability are all combined in the ENFORCER Proximity Card Reader.
Specifications:
Parts List:
1x Proximity card reader
10x Proximity cards
1x Manual
2x Mounting screws
1x Diode
Basic Programming ........................................ 8
Operating the Proximity Card Reader ............ 9
Advanced Programming .......................... 10-14
Prog. User Cards ...................................... 10
Deleting User Cards ................................. 11
Deleting a Lost User Card ........................ 11
Deleting an Entire User Group .................. 12
Prog. the Door Unlock Mode ............... 12-13
Prog. System Lockout............................... 13
Prog./Deleting Super User Cards ........ 14-15
Troubleshooting ............................................ 15
FCC Statement / Warranty ........................... 16
Also Available:
PR-K1K1-AQ: Proximity
key fobs sold in packs of 10
PR-K1S1-A: Proximity
cards sold in packs of 10
2 SECO-LARM U.S.A., Inc.
ENFORCER Indoor Proximity Card Reader
Dimensions and Overview:
Installation:
1. Unpack the unit and familiarize yourself
with the proximity card reader.
2. Test the mounting location of the proximity
card reader for fit.
3. Using a Philips screwdriver, remove the
screw from the bottom of the proximity card
reader and separate the outside case from
the base.
4. Place the base on the mounting location
and then mark the locations of the two
mounting holes and two wire holes.
5. Drill a
1
/2” hole in the mounting location
through which wires can be run to the
proximity card reader.
6. Permanently screw the base to the
mounting location.
7. Run the wires from the power supply,
egress button, door unlocking device, and
other accessories as needed through the
hole to connect to the terminal block.
8. Connect the appropriate wires to the
proximity card reader’s terminal block.
9. Reattach the proximity card reader’s
outside case to the base.
10. The preliminary installation is done. The
proximity card reader is ready to power up
and program.
Mounting Diagram:
Front view
Back view (cover removed)
Operation
indicator LEDs
Status LED
(blue)
Card reader
window
Doorbell
button
Door lock
selection jumper
Terminal
block
Tamper
switch
CMC
Jumper
23/8” (60mm)
4
3
/
4
" (120mm)
7
/8”
(23mm)
Front View
Side View
11/16” (27mm)
3
5
/
16
" (84mm)
Base
Proximity
card
reader
Mounting
screw
Wire
holes
Mounting
screw
SECO-LARM U.S.A., Inc. 3
ENFORCER Indoor Proximity Card Reader
Wiring the Proximity Card Reader:
Terminals 1 & 2 – 12VDC Power input:
1. Connect terminal 1 (+) to the positive output of a 12VDC power supply.
2. Connect terminal 2 (–) to the negative output of the power supply. Terminal 2 is also the
grounding point of the egress button.
NOTE: The 12VDC power supply must supply enough amperage to also power the door
lock/unlock device.
Terminals 3 & 4 – 12VDC Power output for the door lock/unlock device:
1. These terminals provide a max of 3A to power the door lock/unlock device.
2. Connect terminal 3 (+) to the positive input of the 12VDC door lock/unlock device.
3. Connect terminal 4 (–) to the negative input of the 12VDC door lock/unlock device.
NOTE: The door lock/unlock output is programmable for fail-safe or fail-secure operation via the
door lock selection jumper. See below to program for fail-safe or fail-secure operation.
a. Fail-safe electric locks – power ON to lock, OFF to unlock.
b. Fail-secure electric locks – power OFF to lock, ON to unlock.
Terminal 5 – EG IN (Egress input for a N.O. pushbutton egress button):
1. Mount one or more N.O. pushbuttons inside the protected premises as a way for someone
without a proximity card to easily unlock the electronic door lock and leave the room.
2. Connect one terminal of the N.O. pushbutton to terminal 5, and the other to the negative input
of the 12VDC power supply (terminal 2).
3. Multiple buttons can be connected in parallel.
Terminal 6 – Data I/O port: Reserved for future use.
Terminals 7 & 8 – Doorbell relay output:
1. Connect to an optional N.O. doorbell or buzzer with a maximum draw of 1A@24VDC.
2. The doorbell sounds for as long as the bell button on the proximity card reader is held.
Terminals 9 & 10 – Tamper switch output:
1. N.C. Output, closed while the proximity card reader is properly attached to its base plate.
2. Connect to the tamper circuit of an optional alarm system.
3. If the proximity card reader is taken off its base, the tamper switch will trigger the alarm system.
1 2 3 4 5 6 7 8 9
10
(+)
(–)
(+)
(–)
EG
IN
DATA
I/O
DOOR BELL
N.O.
TAMPER
N.C.
12VDC
DOOR LOCK
Door Lock Selection Jumper:
1. SAFE (For fail-safe operation)
2. SECURE (For fail-secure operation)
4 SECO-LARM U.S.A., Inc.
ENFORCER Indoor Proximity Card Reader
Wiring Diagram:
Use the following wiring diagrams to wire the ENFORCER PR-312S-PQ Proximity Card Reader for
typical installations:
1 2 3 4 5 6 7 8 9
10
(+)
(–)
(+)
(–)
EG
IN
DATA
I/O
DOOR BELL
N.O.
TAMPER
N.C.
12VDC
DOOR LOCK
12VDC Power
supply
N.O. Egress button
(inside room)
More N.O. egress
buttons can be
connected in parallel
Electric Lock*
(+)
(–)
(+)
(–)
*See Door Lock Selection Jumper
1. SAFE – for fail-safe operation
2. SECURE – for fail-secure operation
Cathode
1N4004 Diode
NOTE 1: Connect the included 1N4004 diode as close as possible to the lock in parallel with the power
terminals of the lock to prevent electromagnetic feedback from damaging the reader. The
1N4004 diode is not required when using SECO-LARM electric locks.
Tamper N.C.
Door Bell N.O. (Optional)
9
10
TAMPER
N.C.
7
8
DOOR BELL
N.O.
The N.C. tamper switch triggers the alarm when
the reader is removed from the base. Connect
these terminals in series with a 24-hour N.C.
protection zone of an alarm system if required.
Alarm Control Panel
24-Hour N.C.
Protection Zone
The doorbell is optional. The doorbell contact on the
reader triggers a low-power door chime only. DO NOT
use it as a high-voltage power path for a doorbell. The
maximum power rating of the contact is 1A@24VDC.
Doorbell
PUSH
TO
EXIT
PUSH
TO
EXIT
Power
(+)
(–)
(–)
(+)
3A
Max
( )
SECO-LARM U.S.A., Inc. 5
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