SECO-LARM SK3133-PPQ User manual

VERSION: 180924_V1
THE SERVICE MANUAL
SK3133-PPQ

TABLE OF CONTENTS
CIRCUIT
BLOCK DIAGRAM
THE DESCRIPTION
THE PCB LAYOUTS – Top & Bottom Sides
THE SILK SCREENS – Top & Bottom Sides
2
····················································································································································· 3
····································································································································· 4
······························································································································ 5-8
····························································································· 9
··························································································· 10

3
10
THE SILK SCREENS – TOP & BOTTOM SIDES CIRCUIT
Bottom side silk screen
Top side silk screen
1 1
2 2
3 3
4 4
D D
C C
B B
A A
U4 CD4069 Q16,18 MMBT2907A(PNP)
Q17,19 MMBT2222A(NPN)
25V
T1 T2
T3 T4 T5
T6 T7
T8
T9
T10
TAMPER N.C.
R50 10K
R53 10K
R42 10K
R45
10K
Q19
Q17
Q16
Q18
D27
1N4148
C14
680P
C16
1000P
C21 2000P
C19 330P
C18
330P
C17 330P
R56
120K
R55
120K
R54
120K
R48 4.7K
R47
4.7K
R46 4.7K
R52 470K
R51
0Ω
C15
0.12uF
ANT
1000uH
C11 0.1uF
+5V
R17 47K
R18 47K R19 47K
R20 47K
+5V
R30 1K
LE2
AMBER
+5V
+9.5V
L11 BLUE
L22 BLUE
R61 3.3K R72 3.3K
MAINS
Q15
9013Z3
5.1V
AUTO
FULL
C10
0.01uF
X1
12.0MHz
0.5W
C13 22pF
C12 22pF
1
2
3
4 5
6
7
8
U3
24C256
BUZZER
16Ω
R6
100Ω
R9
3.3K
Q3
9013
D5
1N4148
+9.5V
+5V
C8
0.1uF
EC6 2.2uF
R12 100K
+5V
+5V
R5
1.5K
+5V
L11-22 BLUE LED * 12PCS R61-72 3.3K * 12PCS
(+) (-)
12-24V
TAMPER
N.C.
GND
0
123 4 5 6
7 8 9
*
#
1 2
147
U4A 3 4
U4B
12
13 U4F 1011 U4E 89 U4D 5 6
U4C
25V
T11 T12
T13
T14
T15
T16
T17 T18
T19
T20
F5
SMD010
D19
1N4004
RL3
TR5VL-S-Z
RL1
NT-76-C
RL2
TR5VL-S-Z
Q8 9013
R26 3.3K
J5 K OR A
KEY ACT
ALARM
Q14 9013
R40 3.3K
Q11 9013
R34
3.3K
Q6
9013
R22
3.3K
D16
1N4004
J3
BELL
D23
1N4004
D26
1N4004
R39
1.5K
R33
2.2K
+9.5V
+9.5V +9.5V
J2
BELL
A2
A3
B2
B3
R41 3.3K
R8 47K
D8
1N4148 D9
1N4148
C4 0.1uF
+5V
J1
BELL
+5V B1A1
R11 47K
D10
1N4148 D11
1N4148
C5 0.1uF
+5V
R15 47K
D12
1N4148 D14
1N4148
C7 0.1uF
Q5
9013
R16
3.3K
D15
1N4004
F4
SMD010
F3
SMD010
Q7
9013
R21
3.3K
D17
1N4004
R29 10K
R7 10K
R10 4.7K R14 4.7K
+5V
INPUT
NC NO NC
NO
3TUPTUO2TUPTUO1TUPTUO
COM
ALARM OR KEY ACTIVE O/P
GND
DOOR
SENSOR
(N.C.) (N.O.)
EGRESS BUTTON
INHIBIT O/P 1 (N.O.)
DURESS
O/P
O/P
INTER-LOCK
D852C-K
D852C-K
D852C-K
O/P 3 &
O/P 3 &O/P 3
ONLY
ONLY O/P 3O/P 3 &
O/P 3 ONLY
DUAL LED
EC7
47uF
MODEL NO:REV. DRAWING:APD:DATE:
2018-8-3
2
Kong
SK-3133-PPQ
PAGE:
1/1
LE3A
GREEN
LE3B RED
1
2
3
4 5
6
7
8
9
10
11
12 1314
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
EG_IN OP1_INHIBIT
DR_SENSE
BELL_SEL
ENABLE_94
KEY_TYPE
INHIBIT_LED
BUZ
RS232_IN
VCC
KEY0
KEY1
KEY2
KEY3
KEY4 KEY5 KEY6
MAIN_LED
RS232
NC2 NC3
/OP1
DR_BELL_OP
ALARM_OP
OP3
OP1
OP2
KEY_ACT
C
VSS
X0
X1
EM_IN
125KHz
WIE_D0
WIE_D1
WIE_BUZ
DATA_IN DATA_OUT INTERLOCK DURESS_OP EEP_SDA
EEP_CLK EEP_WP DBG /RST DR_BELL_IN
OP1_LED
BELL
D82-B R1,2,3 3.3K * 3PCS D82-B WHITE LED * 3PCS
+5V EC1
1000uF
Z1
45DM 50V
25V
+9.5V
1
2
3
4
5
6
7
8
U5
XL1509-ADJ C23
10uF 50V
SD1
1N5819
L2
100uH
25V
R2 1K
R1 6.8K
EC2
220uF
C22
0.0033uF
D1
1N4004
C60.1uF
C20
0.2uF
(9V RELAY)
(9V RELAY)
(9V RELAY)
1
2
3
OUT IN
GND
U1 78M05
(1206)
D4 1N4148
EC3 22uF C2
0.1uF
C3
0.1uF
F1
RXE030
L1
100uH
C1
10uF
50V
R57
220K
R58
470K
+5V
C27
2000p
FB1
FERRITE BEAD
R75
330Ω
COM
NC NO
COM
SK-3133-PPQ SECO-LARM VERSION
R31
0Ω
R32
0Ω
+5V
Q9 0Ω
LE1 RED
INHIBIT
AC/DC
J6
BACK-LIT

4 9
THE PCB LAYOUTS – TOP & BOTTOM SIDES
BLOCK DIAGRAM
Bottom side circuit diagram
Top side circuit diagram
SK3133-PPQ BLOCK DIAGRAM
DATE:Sep 24,2018 PAGE: 1/1
5V
REGULATOR
78M05
Switching
power supply
DC9.5V
DC5V
T1 T2
12~24 V AC/DC
SK3133-PPQ
Door sens
MCU Clock Frequency 12MHz
O/P 1
E2PROM 24C256
MCU
Fujitsu
MB95F698K
12Mhz
Crystal
EM
CARD
RECEVIER
EM CARD
DETECTOR
O/P 2
T6 T7 T8
Duress O/P
T9
T13
T10
T11 T12
DC9.5V
1A Relay T3
T4 T5
N.C.
COM
N.O.
T14 T15 T16 T17 T18
O/P 1 INHIBIT
Interlock T19
T20
Tamper
N.C.
Buz
DC9.5V
16 Ohm Buzzer
1 2 3
4 5 6
* 0 #
7 8 9
TAMPER SWITCH (N.C.)
INTERLOCK CONTROL O/P 1 Inhibit (N.O.) Door Sensor (N.C.) GND Duress Output Alarm OR Key Active N.O. COM OUTPUT 3
N.C.
EGRESS IN (N.O.)
OUTPUT 2 OUTPUT 1
DC5V
DC9.5V
1A Relay
EG IN
N.C. COM N.O.
BELL SEL
O/P 3
ALARM
ALARM O/P KEY ACT
KEY ACT

8 5
THE DESCRIPTION
Description of the Block Diagram – SK3133-PPQ
The key functions of the keypad are prepared with the software that programmed in the MCU. It
provides the following functions.
1) A keyboard for code entry.
2) 125Khz Proximity Card detection.
3) 3 groups of user codes for controlling output 1, 2 & 3
4) Amber (Middle) LED driver for the “Main/Status”.
5) Green/Red (Right) LED driver for Output 1 & Output 2.
6) Red (Left) LED driver for Inhibit.
7) The output port to give Keypad Active or Alarm function.
8) N.C. Tamper closed contact is allowed to connect.
9) A Normally Closed (N.C.) door sensing point with the help for monitors the open or close status of
the door.
10) Inter-lock output which gives signal to disable the partner keypad in an inter-lock system.
11) Output 1 Inhibit Control Input which mainly for the cross wire connection with the “Inter-lock O/P”
point of partner keypad in an inter-lock system.
12) Duress Output used for trigger an alarm zone of a security system or turn on a buzzer to notify
a guard.
13) A buzzer driver to provide pacific tones.
MCU - Fujitsu MB95F698K
●The operating voltage 5V
●Built-in low voltage detection reset circuit
The low-voltage detection reset circuit generates a reset signal if the power supply voltage falls
below the low-voltage detection voltage.
●CMOS I/O ports
●Lead-Free Packaging
E2PROM – AT24C256
●It is a memory device stores all the programming data from MCU.
●Up to 1200 users (codes/cards) storage.
125 KHZ CARD RECEIVERS
Referring figure 2 block diagram, MCU pin “125KHZ” continuously generate a 125 kHz square wave.
The antenna module takes a 125 kHz square wave input, buffers it, using two inverting
gates(U4A,U4B) and push pull amplifier(Q16~Q19), forming the carrier signal, and fed into an
antenna that transmits the carrier continuously toward any RFID tag(ANT) position above it.
The part of the filtering module's main purpose (U4C~U4F) is to filter out the carrier signal and any
noise that was picked up by the antenna.
The encoded signal is picked up by the reader's antenna, filtered, and processed on the embedded
microcontroller(pin EM_IN) to extract the tag's unique identity. At this point the identity can be
matched against the records stored on the reader.
It is compatible with ID cards of 64 bit read-only EM4100, TK4100, and EM4102 series. This module
outputs original card information (Manchester code) and ascii codes. Code format: Manufacturers
code + ID card number + parity bits.
Interlock control – N.O. input, connect to Output
1 Inhibit of second keypad if needed so that if
one keypad is used to open door Output 1, the
other is temporarily disabled.
T18 INT. LOCK
Tamper switch output – N.C. contact , max
50mA@24VDC, Connect to the N.C. 24 hour

T19 TAMPER
T20 TAMPER

POWER SUPPLY
SWITCHING POWER SUPPLY
The XL1509 is a 150 KHz fixed frequency PWM buck (step-down) DC/DC converter, capable of
driving a 2A load with high efficiency, low ripple and excellent line and load regulation.
Referring to schematic diagram figure 1, input voltage range from DC12V to DC24V step down to
DC9.5V , then output to RELAY unit and 78M05 regulator.
5V VOLTAGE REGULATOR
78M05 provide a stable voltage (DC5V) to MCU unit.
Connec�on Terminals
Terminals No.
T1 Connect to 12 – 24V AC/DC Power supply.
Output 1 , N.C./COM/N.O.
Relay output,
Max. 5A@24VDC
Output 2 , Relay output,
Max. 1A@24VDC
T2
T3
T4
T5
T6
T7
T8
Terminal Name
12-24V AC/DC
GND
Output 1 N.C.
Output 1 COM
Output 1 N.O.
Output 2 N.C.
Output 2 COM
Output 2 N.O.


T9 EG IN
Descrip�on
Connec�on Terminals
Terminals No.
Ouput 3, N.C./COM/N.O.
Max. 1A@24VDC
T10
Terminal Name
Output 3 Relay N.C.
T11 Output 3 Relay COM
Descrip�on
6 7
BACK-LIT JUMPER
K OR A JUMPER
CONNECTION
TERMINALS
T12 Output 3 Relay N.O.
      
ground output , max 100mA@24VDC
      
output , max 100mA@24VDC
T13 K OR A O/P

       

if the door Output 1 is open or closed.
Connect to ground if not used.
T16 DOOR SENS
Output 1 inhibit – N.O. input, connected to
interlock control of second keypad if needed
so that if one keypad is used to open a door
Output 1 , the other is temporarily disabled.
T17 O/P 1 INHIB.
Duress Output – NPN Transistor ground
output, max. 100mA@24VDC. Triggers a
       
enters a duress code.
T14 DU OUT
Common ground output
T15 GND

FCC STATEMENT
1. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two
conditions: (1) This device may not cause harmful interference, and (2) This device must accept
any interference received, including interference that may cause undesired operation.
2. Changes or modifications not expressly approved by the party responsible for compliance could
void the user’s authority to operate the equipment.
This equipment has been tested and found to comply with the limits for a Class B digital device,
pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection
against harmful interference in a residential installation. This equipment generates, uses and can
radiate radio frequency energy and, if not installed and used in accordance with the instructions,
may cause harmful interference to radio communications. However, there is no guarantee that
interference will not occur in a particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be determined by turning the equipment off
and on, the user is encouraged to try to correct the interference by one or more of the following
measures:
—Reorient or relocate the receiving antenna.
—Increase the separation between the equipment and receiver.
—Connect the equipment into an outlet on a circuit different from that to which the receiver is
connected.
—Consult the dealer or an experienced radio/ TV technician for help.