Carrier LENEL S2 User manual

Installation guide
LenelS2 Readers -
5000 Series Standard

2LenelS2 Readers - 5000 Series
Standard 13.56 MHz
- Technical specifications
Operating frequency 13.56 MHz.
Reading technologies
NFC/BLE, MIFARE CSN 4 byte, MIFARE CSN 7 byte, MIFARE Classic, MIFARE Plus,
MIFARE DESFire 0.6, MIFARE DESFire EV1, MIFARE DESFire EV2**, MIFARE DESFire
EV3**, MIFARE Random CSN and iCLASS CSN 8 byte. Also supports other ISO 14443
A/B* compatible cards.
*Not all ISO14443 B cards have been implemented in the reader, please contact
LenelS2 for more details on current status.
**Application coding must be in accordance with EV1.
MIFARE is a registered trademark of NXP B.V. and is used under license.
Secure Access Module
(SAM):
MIFARE SAM AV2, external SIM card
connection slot.
Communication protocols Wiegand, Clock/Data, OSDP 1, OSDP 2 (including Secure channel),
RS232 and RS485.
Reading output format 24 to 1024 (excluding parity bits)
Keypad output format Wiegand 4 bit, Wiegand 8 bit (Dorado), Wiegand 26 bit, OSDP ASCII format.
Keypad
12 digit keypad in 4 rows of 3 keys in each row with configurable
backlight in blue color. Control features On/Off/Auto indicators.
Light itensity can be adjusted.
Indicators LED, Green, Red and Yellow. Backlight in blue color. Buzzer.
Power supply 9 to 30 VDC
Current consumption
24 VDC idle mode with heater inactive 40 mA**
12 VDC, idle mode with heater inactive 50 mA**
**Current consumption differs depending on functionality used
and can also be limited in the reader configuration.
Input/Output
4 input for LED- and buzzer control and 2 configurable General Purpose
Input/Output (GPI/O). The GPI/O’s are push/pull type which provides 3.3 VDC
as output when “high” on each respective GPI/O connection pin.
Tamper alarm Built-in mechanical tamperswitch which allows for
indication break off protection and/or opening of the reader.
Operating temperature
-40° to +70°C
When installing readers in environments with extreme heat
(above +50°C) it is recommended to utilize the climate protection
LNL-R50000-WRW which provides additional shading to the reader.
Heater Thermostat controlled embedded heater.
Operating humidity 0 to 95% RHNC
(Relative Humidity No Condensation)
IP rating IP65/IK07
Dimension (W x H x D) 79 x 109 x 25
Configuration method Configuration card, reader tool software or factory configured readers.
Compliances

3
Operating frequency 125 kHz & 13.56 MHz.
Reading technologies
NFC/BLE, Electromarine EM4200, HID® Proximity, MIFARE CSN 4 byte, MIFARE CSN
7 byte, MIFARE Classic, MIFARE Plus, MIFARE DESFire 0.6, MIFARE DESFire EV1,
MIFARE DESFire EV2**, MIFARE DESFire EV3**, MIFARE Random CSN and iCLASS
CSN 8 byte. Also supports other ISO 14443 A/B* compatible cards.
*Not all ISO14443 B cards have been implemented in the reader, please contact
LenelS2 for more details on current status.
**Application coding must be in accordance with EV1.
MIFARE is a registered trademark of NXP B.V. and is used under license.
Secure Access Module
(SAM):
MIFARE SAM AV2, external SIM card
connection slot.
Communication protocols Wiegand, Clock/Data, OSDP 1, OSDP 2 (including Secure channel),
RS232 and RS485.
Reading output format 24 to 1024 (excluding parity bits)
Keypad output format Wiegand 4 bit, Wiegand 8 bit (Dorado), Wiegand 26 bit, OSDP ASCII format.
Keypad
12 digit keypad in 4 rows of 3 keys in each row with configurable
backlight in blue color. Control features On/Off/Auto indicators.
Light itensity can be adjusted.
Indicators LED, Green, Red and Yellow. Backlight in blue color. Buzzer.
Power supply 9 to 30 VDC
Current consumption
24 VDC idle mode with heater inactive 60 mA**
12 VDC, idle mode with heater inactive 90 mA**
**Current consumption differs depending on functionality used
and can also be limited in the reader configuration.
Input/Output
4 input for LED- and buzzer control and 2 configurable General Purpose
Input/Output (GPI/O). The GPI/O’s are push/pull type which provides 3.3 VDC
as output when “high” on each respective GPI/O connection pin.
Tamper alarm Built-in mechanical tamperswitch which allows for
indication break off protection and/or opening of the reader
Operating temperature
-40° to +70°C
When installing readers in environments with extreme heat
(above +50°C) it is recommended to utilize the climate protection
LNL-R50000-WRW which provides additional shading to the reader.
Heater Thermostat controlled embedded heater.
Operating humidity 0 to 95% RHNC
(Relative Humidity No Condensation)
IP rating IP65
Dimension (W x H x D) 79 x 109 x 25
Configuration method Configuration card, reader tool software or factory configured readers.
Compliances
LenelS2 Readers - 5000 Series
Standard 13.56 MHz/125 kHz
-Technical specifications

4LenelS2 Readers - 5000 Series
Standard 13.56 MHz/125 kHz SF/2F
-Technical specifications
Operating frequency 125 kHz & 13.56 MHz.
Reading technologies
Electromarine EM4200, HID® Proximity, MIFARE CSN 4 byte, MIFARE CSN 7 byte,
MIFARE Random UID, MIFARE Classic, MIFARE Plus, MIFARE DESFire 0.6, MIFARE
DESFire EV1, MIFARE DESFire EV2 and iCLASS UID*. Also supports other ISO
14443 A/B** compatible cards. * iCLASS cards need to support ISO1443 B.
**Not all ISO14443 B cards have been implemented in the reader, please contact
LenelS2 for more details on current status. MIFARE is a registered trademark of NXP
B.V. and is used under license.
Secure Access Module
(SAM):
MIFARE SAM AV2, external SIM card
connection slot.
Communication protocols Wiegand, OSDP 1, OSDP 2 (including Secure channel), Supervised F2/F
RS232 and RS485.
Reading output format 24 to 1024 (excluding parity bits)
Keypad output format Wiegand 4 bit, Wiegand 8 bit (Dorado), Wiegand 26 bit, OSDP ASCII format.
F/2F Keypad format.
Keypad
12 digit keypad in 4 rows of 3 keys in each row with configurable
backlight in blue color. Control features On/Off/Auto indicators.
Light itensity can be adjusted.
Indicators LED, Green, Red and Yellow. Backlight in blue color. Buzzer.
Power supply 9 to 30 VDC
Current consumption
24 VDC idle mode with heater inactive 45 mA**
12 VDC, idle mode with heater inactive 90 mA**
**Current consumption differs depending on functionality used
and can also be limited in the reader configuration.
Input/Output
4 input for LED- and buzzer control and 3 configurable General Purpose
Input/Output (GPI/O). The GPI/O’s are push/pull type which provides 5.0VDC
as output when “high” on each respective GPI/O connection pin.
Tamper alarm Built-in mechanical tamperswitch which allows for
indication both break off protection and opening of the reader.
Operating temperature
-40° to +70°C
When installing readers in environments with extreme heat
(above +50°C) it is recommended to utilize the climate protection
LNL-R50000-WRW which provides additional shading to the reader.
Heater Thermostat controlled embedded heater.
Operating humidity 0 to 95% RHNC
(Relative Humidity No Condensation)
IP rating IP65
Dimension (W x H x D) 79 x 109 x 25
Configuration method Configuration card, reader tool software or factory configured readers.
Compliances
4Lenel Readers - 5000 Series
Standard 13,56MHz/125kHz SF/2F
- Technical specications
Operating frequency 125kHz & 13,56MHz.
Reading technologies
Electromarine EM4200, HID® Proximity, MIFARE CSN 4 byte,
MIFARE CSN 7 byte, MIFARE Classic, MIFARE Plus, MIFARE DESFire 0.6 and
MIFARE DESFire EV1. Also supports other ISO 14443 A/B* compatible cards.
*Not all ISO14443 B cards have been implemented in the reader, please contact
Lenel for more details on current status. MIFARE is a registered trademark of
NXP B.V. and is used under license.
Secure Access Module
(SAM):
MIFARE SAM AV2, external SIM card
connection slot.
Communication protocols Wiegand, OSDP 1, OSDP 2 (including Secure channel), Supervised F2/F
RS232 and RS485.
Reading output format 24-1024 (excluding parity bits)
Keypad output format Wiegand 4bit, Wiegand 8bit (Dorado), Wiegand 26bit, OSDP ASCII format.
F/2F Keypad format.
Keypad
12 digit keypad in 4 rows of 3 keys in each row with congurable
backlight in blue color. Control features On/O/Auto indicators.
Light itensity can be adjusted.
Indicators LED, Green, Red and Yellow. Backlight in blue color. Buzzer.
Power supply 9 – 30VDC
Current consumption
24VDC idle mode with heater inactive 45 mA**
12VDC, idle mode with heater inactive 90 mA**
**Current consumption diers depending on functionality used
and can also be limited in the reader conguration.
Input/Output
4 input for LED- and buzzer control and 3 congurable General Purpose
Input/Output (GPI/O). The GPI/O’s are push/pull type which provides 5.0VDC
as output when “high” on each respective GPI/O connection pin.
Tamper alarm Built-in mechanical tamperswitch which allows for
indication both break o protection and opening of the reader.
Operating temperature
–40° – +70°C
When installing readers in environments with extreme heat
(above + 50*C) it is recommended to utilize the climate protection
LNL-R50000-WRW which provides additional shading to the reader.
Heater Thermostat controlled embedded heater.
Operating humidity 0 – 95% RHNC
(Relative Humidity No Condensation)
Ingress Protection
Classication IP 65
Housing dimension L=109mm, H=25mm, W=79mm
Conguration Methods Conguration card, reader tool software or factory congured readers.
Compliances

5Power Consumption
Power Consumption LED-Brightness Current draw (idle) Current draw (peak)
Model: LenelS2 Readers - 5000 Series LED-Bar Backlight 12 VDC 24 VDC 12 VDC 24 VDC
Standard 13.56 MHz with keypad Low Low 50 mA 40 mA 147 mA 99 mA
Standard 13.56 MHz with keypad Medium Low 50 mA 40 mA 184 mA 116 mA
Standard 13.56 MHz without keypad Low Low 50 mA 40 mA 135 mA 94 mA
Standard 13.56 MHz without keypad Medium Low 50 mA 40 mA 172 mA 111 mA
Standard 13.56 MHz/125 kHz with keypad Low Low 90 mA 60 mA 187 mA 119 mA
Standard 13.56 MHz/125 kHz with keypad Medium Low 90 mA 60 mA 224 mA 136 mA
Standard 13.56 MHz/125 kHz without keypad Low Low 90 mA 60 mA 175 mA 114 mA
Standard 13.56 MHz/125 kHz without keypad Medium Low 90 mA 60 mA 212 mA 131 mA
Standard 13.56 MHz/125 kHz SF/2F version with keypad Low Low 90 mA 45 mA 163 mA 91 mA
Standard 13.56 MHz/125 kHz SF/2F version with keypad Medium Low 90 mA 45 mA 181 mA 94 mA
Standard 13.56 MHz/125 kHz SF/2F version without
keypad Low Low 90 mA 45 mA 159 mA 89 mA
Standard 13.56 MHz/125 kHz SF/2F version without
keypad Medium Low 90 mA 45 mA 177 mA 92 mA
Slimline 13.56 MHz with keypad Low Low 50 mA 40 mA 164 mA 108 mA
Slimline 13.56 MHz with keypad Medium Low 50 mA 40 mA 217 mA 135 mA
Slimline 13.56 MHz without keypad Low Low 50 mA 40 mA 152 mA 103 mA
Slimline 13.56 MHz without keypad Medium Low 50 mA 40 mA 205 mA 130 mA
Slimline Economy 13.56 MHz without keypad Low Low 35 mA N/A 92 mA N/A
Slimline Economy 13.56 MHz without keypad Medium Low 35 mA N/A 114 mA N/A
The above values are excluding heater consumption which is variable and depending on configu-
ration settings. Default value is 220 mA at 12 VDC but can be configured in 20 mA intervals
from minimum 120 mA to maximum 300 mA. When the heater is set in automatic mode, the
heater will be activated when the internal temperature of the reader is below +1°C, the heater will
automatically deactivate when the internal temperature exceeds +5°C.
Depending on the heater consumption setting the time it will take for the reader to exceed +5°C
will vary- a higher power consumption setting will reduce the time required to heat
the reader.
Current draw (idle) is defined as reader connected to power, no LED’s lit, buzzer is
not sounding and no reading of credential or key pressing is processed by the reader.
Current draw (peak) is defined as reader powered with both backlight and LED frame lit (Yel-
low), buzzer is sounding and reader is reading a credential while simultaneously a key pressing is
processed.

6
1 x
2 x 2 x 2 x 1 x
• 1pc Installation plate
• 1pc Reader module with
front plate
• 1pc Front cover
• 2pcs Terminal connector (8-pin)
• 2pcs Installation screws
• 2pcs Screw plugs
• 1pc Cable strip
• 1pc Fixing screw
• 1pc Quick installation guide
Package content:
* Please note that all pictures in this manual are illustrations and do not represent the actual sizes and form of
the components.

7
~20 cm
In order to facilitate installation a cable length of 20 cm
is recommended.

8
Ensure that the installation plate is fixed in the correct direction,
i.e. the arrows pointing upwards.

9
Ensure that the area behind the tamper switch bulb of the installation
plate is flat, to be able to push the bulb for correct tamper alarm
functionality. If it is not flat enough, you will find accessories in this
manual that will assist with improving this functionality.

10
Options for tamper alarm protection
The readers support both break off protection from the wall together with an opening
protection of the reader, to give extended protection for the installation.
If needed its possible to disable the break off protection with the red tray in the
accessory bag.
1. Install the back plate on the wall with the supplied screws.
2. Assemble the tamper alarm switch tray as shown in the picture.
3. Remove the spring from the reader tamper alarm switch.
4. Assemble the reader. Tamper alarm will be in normal state as long as the
reader housing is closed. If the reader is opened the tamper alarm is
activated.
Note that it is very important to remove the spring when the tamper switch tray is
used or otherwise you risk damaging the tamper alarm switch.

11
When installing directly to wall or door, use the recommended vertically
aligned holes (as picture describes). If using other screws than the ones
supplied with the reader, make sure to use a
flat headed screw with a maximum height of 2.8 mm and a maximum
diameter of 7.8 mm on the screw head.
Make sure not to tighten the screws too hard as doing so will deform
and skew the installation plate. This may affect the tamper switch
functionality of the reader. Countersunk screws should never be used.
21 mm
48 mm
69 mm

12
When installing reader on a installation box, use the recommended
horizontally aligned holes (as picture describes). If the tamperswitch
functionality should be used a installation box tamperswitch bracket
must be installed between the reader and the installation box.
Utilize screws supplied with the installation box but make sure to use a
screw and possible also washer with a maximum height of 2.8 mm and
a maximum diameter of 7.8 mm.
Tamper switch bracket (for gangbox socket), part no: LNL-R50000-TB
60 mm

13
P1 - Blue socket
P2 - Black socket
Make sure to place the terminal connectors with the fastening
screws facing towards you.

14
Tamper
GPO1
GPO2
GND
B/RX
A/TX
GND
DC+
CP
D1 Clock
D0 Data
GND
G-LED
R-LED
BZ CTRL
K-LED
Tamper output
General purpose I/O
General purpose I/O
Ground
RS485 -
RS485 +
Power supply
Power supply 9 to 30 VDC
Card Present
Wiegand Data1/Clock/Data, ABA2
Wiegand Data2/Clock/Data, ABA2
Ground
External Green LED control
External Red LED control
External Buzzer control
External Keypad LED control
DescriptionPIN Wiegand
x
-
-
-
-
-
x
x
-
x
x
-
x
x
x
x
P1 - BlueP2 - Black
RS485/
OSDP
Clock/
Data
-
-
-
-
x
x
x
x
-
-
-
-
-
-
-
-
-
-
-
-
x
x
x
x
x
-
-
-
-
-
-
-
Notes:
1. Maximum Wiegand cable length is 150 meters and requires a high quality shielded
cable with minimum AWG18 dimension (=0.8231 mm2) in an environment free from
electrical noise. A cable with smaller dimension or an installation environment with
electrical disturbances will reduce the maximum cable length.
2. Wiegand requires dedicated wires for external control of Green LED, Red LED, Buzzer
and Keypad backlight.
3. When utilizing the GPI/O’s, each respective GPI/O1 or GPI/O2 must be connected
to each respective pin and also to GND. The general purpose input/output will only be
activated if so applied in the reader configuration.
4. RS485/OSDP requires twisted pair cable.
LenelS2 Readers
- 5000 Series Standard
Tamper
GPO1
GPO2
GND
B/RX
A/TX
GND
DC+
CP
D1 Clock
D0 Data
GND
G-LED
R-LED
BZ CTRL
K-LED
P1
Blue
P2
Black

15
Notes:
1. Maximum Wiegand cable length is 150 meters and requires a high quality shielded
cable with minimum AWG18 dimension (=0.8231 mm2) in an environment free from
electrical noise. A cable with smaller dimension or an installation environment with
electrical disturbances will reduce the maximum cable length.
2. Wiegand requires dedicated wires for external control of Green LED, Red LED, Buzzer
and Keypad backlight.
3. When utilizing the GPI/O’s, each respective GPI/O1, GPI/O2 or GPI/O3 must be
connected to each respective pin and also to GND. The general purpose input/output will
only be activated if so applied in the reader configuration.
4.RS485/OSDP requires twisted pair cable.
5. Maximum Supervised F2/F cable length is 915 meters and requires a high quality
shielded cable with minimum AWG20 dimension (=0.5176 mm2) in an environment free
from electrical noise with 12 V signal amplitude from controller.
6. 4-state Supervised F/2F requires 2pcs 1kOhm resistors, Exit button must be
connected to K-LED and GND and Door sensor must be connected to BZ CTRL and
GND. See the following pages for wiring diagram.
LenelS2 Readers - 5000 Series
Standard Supervised F2/F
T/GPIO3
GPIO1
GPI/O2
GND
B/RX
A/TX
GND
DC+
D+/RX
D1
D0
D-/TX
G-LED
R-LED
BZ CTRL
K-LED
Tamper output / General purpose I/O
General purpose I/O
General purpose I/O
Ground
RS485 - / OSDP
RS485 + / OSDP
Power supply
Power supply 9 to 30 VDC
Secondary RS485 +
Wiegand Data1
Wiegand Data0
Secondary RS485 -
External Green LED control
External Red LED control
External Buzzer control
External keypad LED control
Description Wiegand
x
-
-
-
-
-
x
x
-
x
x
-
x
x
x
x
P4 - BlueP5 - Black
RS485/
OSDP F/2F
-
-
-
-
x
x
x
x
-
-
-
-
-
-
-
-
-
-
-
-
-
-
x
x
-
x
-
-
x
-
-
-
Tamper
GPO1
GPO2
GND
B/RX
A/TX
GND
DC+
CP
D1 Clock
D0 Data
GND
G-LED
R-LED
BZ CTRL
K-LED
P1
Blue
P2
Black

16
2-state Supervised F/2F, Exit button must be connected to K-LED and
GND and Door sensor must be connected to BZ CTRL and GND.
Reader Connection
Supervised F/2F 2-state
15
2-state Supervised F/2F, Exit button must be connected to K-LED
and GND and Door sensor must be connected to BZ CTRL and GND.
Reader Connection
Supervised F/2F 2-state
Reader Connection Supervised F/2F 2-state
PIN Description F/2F SF/2F
T/GPIO3 Tamper output /
General purpose I/O
--
GPIO1 General purpose I/O --
GPIO2 General purpose I/O --
GND Ground -X
B/RX RS485 - / OSDP --
A/TX RS485 + / OSDP --
GND Power supply XX
DC+ Power supply 9 to 30 VDC XX
PIN Description F/2F SF/2F
D+/RX Secondary RS485 + --
D1 Wiegand Data 1 XX
D0 Wiegand Data 0 --
D-/TX Secondary RS485 - --
G-LED External Green LED control XX
R-LED External Red LED control --
BZ CTRL External Buzzer control -X
K-LED External Keypad LED control -X
P4
Exit button
Door Sensor
P5
Ground
+12 VDC
Reader Data 1
Door D0
Controller connection
P4 - Blue
P5 - Black

17 Reader Connection
Supervised F/2F 4-state
4-state Supervised F/2F requires 2pcs 1kOhm resistors on both
Exit button and Door sensor connections. Exit button must be
connected to K-LED and GND and Door sensor must be connected to
BZ CTRL and GND.
15
2-state Supervised F/2F, Exit button must be connected to K-LED
and GND and Door sensor must be connected to BZ CTRL and GND.
Reader Connection
Supervised F/2F 2-state
Reader Connection Supervised F/2F 2-state
PIN Description F/2F SF/2F
T/GPIO3 Tamper output /
General purpose I/O
--
GPIO1 General purpose I/O --
GPIO2 General purpose I/O --
GND Ground -X
B/RX RS485 - / OSDP --
A/TX RS485 + / OSDP --
GND Power supply XX
DC+ Power supply 9 to 30 VDC XX
PIN Description F/2F SF/2F
D+/RX Secondary RS485 + --
D1 Wiegand Data 1 XX
D0 Wiegand Data 0 --
D-/TX Secondary RS485 - --
G-LED External Green LED control XX
R-LED External Red LED control --
BZ CTRL External Buzzer control -X
K-LED External Keypad LED control -X
P4
Exit button
Door Sensor
P5
Ground
+12 VDC
Reader Data 1
Door D0
Controller connection
P4 - Blue
P5 - Black

18
Make sure no excess connection cable is left in between the reader
module and the installation plate.
Use the enclosed cable strip to fix the cable in the cord grip. It is
recommended to connect the the wires to the terminal connectors
before tightening the cable strip.

19
When installing the reader to the mounting plate ensure that
the reader pin header contact perfectly aligns with the terminal connec-
tor block.

20
Mount the front cover as per the image above and make sure it
is fitted correctly.
In order to do so, allign and fit the top snap fastening, apply and main-
tain pressure on the top of the front cover while sliding the
front cover over the bottom snap fastening.