Freund FE-MF-WR User manual
FREUNDMANUAL
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Contents
1. Getting Started......................................................................................................................................................................................3
2. Additional resources.........................................................................................................................................................................4
3. Prior to installation .............................................................................................................................................................................4
4. Components ...........................................................................................................................................................................................5
5. Pin assignment for the FE-ACC-INT2D and FE-ACC-INT4D......................................................................................6
6. Connecting the Access Control module to the power supply and network....................................................9
7. Battery Details.................................................................................................................................................................................... 10
8. Connecting the Reader and the door lock to the Access Control module.................................................... 11
9. Additional notes about DC powered Electric Locks ................................................................................................... 15
IMPORTANT NOTE:
INSTALLATION OF FREUND INTEGRA ACCESS CONTROL SOLUTION MUST BE DONE BY AN
AUTHORISED ELECTRICAL INSTALLER!
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1. Getting Started
In this installation guide, we will explain how to install and configure Freund IP-INTEGRA Access
Control Units and Freund Access Control Readers.
This Installation Guide explains how to install and configure FREUND IP-INTEGRA Access Control
Units and FREUND ACC-Readers.
Please read this User Manual carefully before using the product. Follow all instructions and
recommendations included herein.
Any use of the product that is in contradiction with the instructions provided herein may result in
malfunction, damage, or destruction of the product.
The manufacturer shall not be liable and responsible for any damage incurred as a result of a use of
the product other than that included herein, namely undue application and disobedience of the
recommendations and warnings in contradiction herewith.
Any use or connection of the product other than those included herein shall be considered undue
and the manufacturer shall not be liable for any consequences arisen as a result of such misconduct.
Moreover, the manufacturer shall not be liable for any damage or destruction of the product incurred
as a result of misplacement, incompetent installation and/or undue operation and use of the product
in contradiction herewith.
The manufacturer assumes no responsibility for any malfunction, damage or destruction of the
product caused by incompetent replacement of parts or due to the use of reproduction parts or
components.
The manufacturer shall not be liable and responsible for any loss or damage incurred as a result of
a natural disaster or any other unfavorable natural condition.
The manufacturer shall not be held liable for any damage of the product arising during the shipping
thereof.
The manufacturer shall not make any warrant regarding data loss or damage.
The manufacturer shall not be liable and responsible for any direct or indirect damage incurred as
a result of a use of the product in contradiction herewith or a failure of the product due to a use in
contradiction herewith.
All applicable legal regulations concerning the product installation and use as well as provisions of
technical standards on electric installations must be obeyed.
The manufacturer shall not be liable and responsible for damage or destruction of the product or
damage incurred by the consumer in case the product is used and handled contrary to the said
regulations and provisions.
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2. Additional resources
For more information, refer to our web site www.ip-integra.com where you can find product Datasheets and
User Manuals.
3. Prior to installation
Prior to installing IP-INTEGRA ACC hardware, it is assumed that you have performed a customer
site survey and have determined the following:
•Number of entries needed to configure (e.g. doors, gates, and/or elevator floors)
•Whether you’re using existing or new wiring for IP/TCP and Reader connections
•Where to place Access Control units and LAN/PoE+ switches.
•What kind of electronic entry mechanisms, Request to Exit (REX) mechanisms, and door
contact sensors will be used and their power requirements
•Whether you are providing backup batteries for the controllers
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4. Components
Basic units
FE-MF-WR
FE-MF-TWR
13.56 MHz RFID card reader
13.56 MHz RFID card reader with keypad
License
Cluster license USB
FE-ACC-INT2D
FE-ACC-INT4D
IP/TCP (POE+) based 2-door IP-Integra access
control module
IP/TCP (POE+) based 4-door IP-Integra access
control module
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5. Pin assignment for the FE-ACC-INT2D and FE-ACC-INT4D
There are two types of control units FE-ACC-INT2D and FE-ACC-INT4D. INT2D can have two
doors connected to it while INT4D can have four doors connected.
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There are three types of pins which are described below.
RST
USB
POE+
LAN
Name
Function
RST
Reset button for the whole system
USB
Insert USB for cluster license
POE+ LAN
POE –used for power supply and connecting to network, through PoE switch
LAN –connecting to network if PoE switch is not available; external power
supply needs to be connected
RSA
RSB
IN2
GND2
OUT2
IN1
GND1
OUT1
BAT-
BAT+
15V
GND
RS 485
Battery
12V
Power
Name
Function
15V
Connect positive side of external power supply
GND
Connect negative side of external power supply
BAT-
Connect battery negative side
BAT+
Connect battery positive side
IN1
N/A
GND1
N/A
OUT1
N/A
IN2
N/A
GND2
N/A
OUT2
N/A
RSA
N/A
RSB
N/A
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Name
Function
D0A
Data pin 0 for first reader
D1A
Data pin 1 for first reader
D0B
Data pin 0 for second reader/pin for push button
D1B
Data pin 1 for second reader
SEN
Sensor pin
BUZZ
Buzzer pin for reader
LED
LED indicator pin for reader
12V
Power supply for readers
GND
GND for readers
NC
Normally closed pin for relay
COM
COM for relay
NO
Normally open pin for relay
The two readers can be connected to each door from both sides.
Relay 1
Max
1.5A
Reader
NC
COM
NO
12V
GND
SEN
BUZZ
LED
DOA
D1A
D0B
D1B
Door
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6. Connecting the Access Control module to the power
supply and network
There are 2 types of connections shown in the pictures bellow. Battery power supplies the
module in case there is a power shortage. Battery is charged through PoE or external power
supply.
1. Connecting the battery and PoE+, where PoE+ acts as power supply and LAN. Red wire
from the battery indicates plus while blue indicates minus.
2. Connecting the battery, external supply, and LAN. Red wire from the battery indicates
plus while blue indicates minus.
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Connecting the PoE and external power supply will not make any problems for module. For
external power supply, we recommend following characteristics described in table below.
7. Battery Details
Please refer to the Access controllers and Readers datasheets in order to calculate the
suitable battery size related to the Access Control system requirements for power outage.
External power supply attributes
Voltage input
85 ~ 264 VAC, 120 ~370 VDC
Voltage output
15 V
Current output (Max)
2 A
Power
30 W
Efficiency
89%
Frequency range
47 ~ 63 Hz
Ripple and noise (max)
120 mVp-p
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8. Connecting the Reader and the door lock to the Access
Control module
Reader wires are described in table below.
Color
Name
Function
Red
DC 9-24V
Power supply (+)
Black
GND
Power supply (-)
Green
WD0
Data
White
WD1
Data
Blue
LED
LED indicators on reader
Yellow
BUZZER
Buzzer on reader
Brown
RS485
OSDP connection
Orange
RS485
OSDP connection
There are 3 types of connections shown in the pictures below.
1. Connecting the door lock and the reader on one side of the doors.
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2. Connecting two readers from both sides and one door lock.
3. Connecting reader from one side and push button from oposite side which is connected
to D0B and GND.
For every type of connection, the diode needs to be connected between NO and GND pin, and
cathode in NO pin.
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Using the OSDP protocol
To use the OSDP protocol, we need to connect the reader to ACC module as shown in the
pictures below.
In case we are using multiple readers, the way to connect them is as following:
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On the back side of the reader, the DIP switches need to be set up correctly to use the OSDP.
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9. Additional notes about DC powered Electric Locks
Some electric locks do not come with Factory installed protection for “kickback voltage” that can
occur when a lock is powered down.
If the lock you are using has no internal protection, we have included an IN4004 Diode for DC
powered locks. The Diode is shown in picture below.
When properly installed this diode will keep “kickback voltage” localized at the lock.
FOR THESE COMPONENTS TO BE EFFECTIVE IN PROTECTING YOUR EQUIPMENT AGAINST
ELECTRICAL KICKBACK PLEASE FOLLOW THESE INSTRUCTIONS.
For electric locking devices powered with DC voltage
The diode must be installed across the DC powered lock. DC voltage is polarized the diode must
be installed in the direction shown in the illustrations. The side with the silver band must be
connected to the positive leg of power.
IMPORTANT: THE DIODE MUST BE INSTALLED AS CLOSE TO THE LOCK AS POSSIBLE. THE BEST
SCENARIO IS DIRECTLY ACROSS SCREW TERMINALS ON THE LOCK (IF AVAILABLE) AS SHOWN IN
FIGURE 2.
IF THE ELECTRIC LOCK HAS POWER LEADS INSTEAD OF SCREW TERMINALS, SPLICE IT IN PARALLEL
AS SHOWN IN THE EXAMPLE BELOW (FIGURE 3).
This manual suits for next models
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