Dormakaba MFC User manual

Multi Floor Controller - MFC
Installation instructions
PK3661 - 2019 - 03
EN

2 Multi Floor Controller PK3661 03-19
Elevator Control Unit
CAUTION
WARNING
IMPORTANT
Prior to the installation of the dormakaba Elevator Control Unit, please take note of the following
• dormakaba does not install ECU’s
• Please contact your elevator company to schedule the install
• Install documentation can be found at the following locations
• Website www.dormakabalodgingsupport.com
• Your system 6000 USB drive
• Contact your project coordinator
• Questions can be sent to the following email address: [e-mail]
• or call dormakaba tech support at [phone]

Multi Floor Controller PK3661 03-19 3
©2019 dormakaba. All trademarks and registered trademarks are the property of their respective owners.
Contents
1.0 Introduction and Disclaimers
2.0 Product Description
2.1 Features
2.2 Components
2.2.1 Controller box
2.2.2 Card Readers
3.0 Checklist and Exploded Views
3.1 Parts and Tools List
3.2 Exploded View
4.0 System Installation Overview
4.1 Pre-Installation Procedures
Step 1: Identify a secure location for the MFC-X enclosure
Step 2: Identify location(s) for card readers and peripherals
Step 3: Install strain relief
4.2 Installation & Wiring Procedures
Step 4: Mounting the MFC-X enclosure
Step 5: Mounting the Quantum RFID ECU reader
Step 6: Connect peripheral wiring
Step 7: Relay Expansion Board outputs wiring
Step 8: Power adapter connection
5.0 Annexes
Annex A: Quick troubleshooting Guide
Annex B: MFC Controller Board
Annex C: Protection from Electromagnetic Interference
Annex D: EMI Ferrite Cable Clamp Installation Instructions
Annex E: MFC Component Breakdown
Annex F: Single Reader Wiring Diagram
Annex G Dual Reader Wiring Diagram with Relay Expansion Boards
Annex H: Drilling Template for ECU RFID Readers
Annex I: Fire Alarm Panel Wiring
4
5
5
6
6
6
8
7
8
9
9
9
9
9
9
9
9
10
10
11
12
13
14
15
16
17
18
19
20
21

4 Multi Floor Controller PK3661 03-19
Please read and follow all directions carefully.
These instructions are designed for use by qualified
installers or individuals with knowledge of common
safety practices and the competence to perform
the steps described herein.
Saflok is not responsible for damage or
malfunction due to incorrect installation.
CAUTION
WARNING
IMPORTANT
Carefully inspect windows, doorframes, doors,
etc. to ensure that the installation procedures will
not cause any damage. Kaba Saflok’s standard
warranty does not cover damages caused by
installation.
The MFC should always be installed in a secured
room or facility with controlled access.
CAUTION
WARNING
IMPORTANT
Installation of card readers or other peripherals
within elevators must only be done with prior
consultation of the elevator manufacturer. A
technician from the elevator manufacturer should
be present at all times for installation.
If installing the MFC in an elevator cage
environment, or in proximity to any other
equipment that may generate high levels
of electromagnetic interference, follow the
installation requirements as indicated in Annex C
to prevent any operational instability.
Safety Procedures
Installation is to be done following standard
safety procedures, and using adequate equipment
and protection as prescribed. Power is to be off
during the installation process as well as for any
maintenance procedures.
CAUTION
WARNING
IMPORTANT
Wear safety glasses when using any tools.
Technical Support
For technical assistance, call:
[phone]
or
Visit the dormakaba Lodging support website:
www.dormakabalodgingsupport.com
NOTE: This equipment has been tested and
found to comply with 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:
Statement according to FCC part 15.21
Modifications not expressly approved by
dormakaba could void the user's authority to
operate the equipment.
Statement according to FCC part 15.19
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.
1.0 Introduction and Disclaimers

Multi Floor Controller PK3661 03-19 5
2.1 Features
The MFC-X is designed to operate either on-
line or stand alone elevator control units (ECU).
It provides access control and secure stops for
multiple floors and functions with RFID contactless
lock models and System 6000 features.
The system can control any RFID ECU up to 500
feet (150m) away when using the MFC system.
NOTE: For installation of the contactless reader
of distances greater than 500 feet (150m)
please contact dormakaba Technical
Support.
The Contactless Card Reader can be mounted
directly on the inside of the elevator car, typically on
the elevator call button panel. For surface mount,
the surface area required for the contactless
reader is 5"W x 5"H x 2"D (12.7 x 12.7 x XXcm) *2"
depth behind panel required)
The MFC is an access control solution that can
operate 2 individual card readers, provides multiple
relays, and much more as per the feature list below.
See figure 1 for a typical configuration.
2.0 Product Description
Feature MFC
Variable access delay Standard
Power failure 3-day auto-recovery; real time clock (RTC) Standard
Relay bypassing (passage function) Standard
Control up to two card readers Standard
Unlock delay programmable by Dip Switches Standard
Fire Alarm Input Standard
Tamper Alarm Input Standard
Power Status LEDs feedback Standard
Relay Expansion Board (Up to 4) with up to 8 relays each Standard
Power Adapter
Keypad
RAC 660G MFC-X
Up to 2
Readers*
Up to 32
Power Adapter
Figure 1

6 Multi Floor Controller PK3661 03-19
2.0 Product Description
2.2 Components
Refer to Annex E for MFC component breakdown
2.2.1 Controller box
B
A
D
C
HEF
Figure 2
(A) MFC Enclosure & Access Door: holds the
controller board (PCB), power supply, relay
expansion board. Knockouts are available
on 3 sides for routing of peripheral cables.
(B) Power Supply: provides the DC power
required for operation of the controller PCB
and all peripherals.
(C) Controller Board: controls all the features of
the MFC system.
(D) Tamper Switch: attached to the MFC
enclosure to generate an alarm if the box is
opened during operation.
(E) Power & Battery Status LEDs: provides
visual indication of the operational status of
the MFC system. Battery status LED is only
used on battery back-up equipped systems.
(F) Cam-lock with Key: to provide secure
locking and to control access to the MFC
enclosure.
Optional components:
(H) Relay Expansion Board: Interface board
providing 8 relay outputs that can be used
to control relay-equiped equipment . As
example, it can be used with an elevator to
call the elevator or to provide access only to
specific floors for certain guest and staff.
Up to 4 expansion boards of 8 relays each
giving up to 32 individual control relays can
be added.
Not shown:
(I) Cables: cables required for connections
of the LEDs, power supply and controller
PCB. If equipped, will also include cable for
connection of relay expansion board.
2.2.2 Contactless Card Reader
The Contactless Card Reader is a small mounted
unit that protrudes from the wall and is used with
RFID-based keycards
Figure 3
J

Multi Floor Controller PK3661 03-19 7
3.0 Checklist and Exploded Views
3.1 Parts and Tools List
NOTE:
- Some items are dependant on the options
or configuration purchased. Please ensure all
parts ordered & required for installation are
available before beginning.
- Parts are subject to change without notice.
- For letter designations refer to Figure 9.
MFC Enclosure:
NOTE: All items below come factory installed.
(A) MFC enclosure with access door
(B) Power supply: 24 VAC / 24 VDC input, 12 VDC
output
(C) Controller PCB
(D)Tamper switch
(E) 2 panel-mounted LEDs (green) for power &
battery status
(F) Cam-lock
Relay Expansion Board:
(G) Relay expansion PCB board including 4x 6-32
x 3/8” SS screw with washer & controller PCB
connection cable (not shown)
Cables (not shown):
NOTE: All items come factory installed.
(H) System cables:
- Power supply to LEDs
- Power supply to controller PCB
- Controller PCB jumpers
Card Reader(s):
(J) Contactless reader (see Figure 7)
Power Adapter includes:
NOTE: Dependent on country’s electrical power
requirements.
(M) 1x International 24 VDC output Adapter
with integrated 6 foot (1.8 m) power cable
and interchangeable AC outlet prongs. Input
power requirements of 100-240 VAC, 50-60
Hz, 1.0A.
or
(N) 1x North America 24 VAC output power
adapter, with 2 separate 10 foot (3 m)
power cable assembly (2x 18 AWG cables
terminated on one end with fork terminals).
Input power requirements of 110-120 VAC, 60
Hz.
Installation Hardware Bag:
(S) 4x Philips wood screw, #8 x 1–1/4”
(T) 4x Nylon anchor, #6–10
(U) 4x Concrete anchor, #7–9
(V) 2x Strain relief connector with locking nut
(W) Ring terminal connector
(X) 5x Steel flat washer, #8
(Y) 2x Crimp fork terminals, 18–22 AWG
Tools required (not supplied):
Additional tools may be required
dependent on the peripherals being installed.
The list below covers the installation of the MFC
enclosure only.
• Safety glasses
• Ink marker
• Electric drill
• 9/64” (3.5 mm) drill bit
• 7/32” (5.5 mm) drill bit
• 1/4” (6.5 mm) drill bit
• 3/8” (9.5 mm) drill bit
• Philips screwdriver – #2
• Slotted screwdriver – 3/32” tip width
• Adjustable wrenches
• Crimp tool – 18-22 AWG
• Pliers
• Wire cutter / stripper
• Hammer or rubber mallet
• Awl or center punch

8 Multi Floor Controller PK3661 03-19
3.0 Checklist and Exploded Views
3.2 Exploded View
Controller Box Hardware Bag
Power Adapter
RFID Readers (QTM and QTM II)
J
North American
International
N
M
A
B
C
G
Figure 4
X
5x 4x
2x 4x
4x
1x
1x
T
S
U
V
W
E
F
Y
2x
2x
D

Multi Floor Controller PK3661 03-19 9
4.0 System Installation Overview
Before starting installation:
• Ensure all components ordered and materials /
tools required are available.
• Ensure all cabling is available for the
peripherals / components being installed.
CAUTION
WARNING
IMPORTANT
All installations & wiring of MFC enclosure and
peripherals must comply with all applicable local
building codes and regulations
CAUTION
WARNING
IMPORTANT
Do not connect power to the enclosure until the end
of the installation.
4.1 Pre-Installation Procedures
Step 1: Identify a secure location for the MFC
enclosure
CAUTION
WARNING
IMPORTANT
• Access to the MFC enclosure must be restricted
to authorized personnel.
• AC power must be available within 6 feet (1.8
m) of the MFC enclosure.
• The location temperature must be from 32°F
to 120°F (0°C to 49°C) and sheltered against
weather hazards and dripping water.
• The enclosure must be installed using the
hardware supplied.
Identify the location for the MFC enclosure based
on the following:
• Enclosure should be mounted at a workable
height with clearance to completely open the
access door.
• The enclosure can be placed either horizontally
in the ceiling or vertically on a concrete, wood,
or plaster wall.
Step 2: Identify location(s) for contacless readers
Card readers must be placed within 500 feet (150
m) from the MFC enclosure.
Readers should be installed in an obvious location
at an ergonomic height near the access door or
elevator being controlled.
Contactless card reader:
The space to use the contactless reader must be
large enough to allow for adequate clearance for
the card being presented to the reader.
Step 3: Install strain relief
Strain reliefs are provided in the hardware bag to
secure the wires leading into the enclosure and to
help prevent the possibility of wire tampering.
1. Determine the routing needed for all wiring
of the MFC-X card readers and peripherals
and select the enclosure knock-out(s) to be
removed for installation of the strain relief(s).
2. Remove the selected knock-out(s) using a
hammer & screwdriver / awl, and from the
inner side of the enclosure tap out the small
metal disk.
3. Based on the amount of wires to be routed,
attach the appropriate strain relief to the
enclosure as shown in Figure 10. Do not
attempt to route an excessive amount of
wires. If extra strain reliefs are required please
contact Kaba.
Figure 5
A
V
Compression
Nut
4.2 Installation & Wiring Procedures
Step 4: Mounting the MFC enclosure
Install the enclosure in the desired location using
the appropriate items from the hardware bag.
NOTE: For easier access it is recommended to
remove the access door before installation.

10 Multi Floor Controller PK3661 03-19
4.0 System Installation Overview
A
U
T
S
X
Figure 6 OR
Step 5: Mounting the Quantum RFID ECU reader
Figure 7
1. Remove the back plate and use it to mark the
holes for the cables and screws.
NOTE: Refer to annex H of this manual for elevator
panel preparation for mounting reader.
2. Drill the holes in the wall according to the
diameters indicated on the drilling template
in Annex H, based on the type of surface the
reader is being installed on.
Refer to RCU/ECU installation instructions
Step 6: Connect peripheral wiring
CAUTION
WARNING
IMPORTANT
Do not exceed the maximum cable length indicated
by the manufacturer of the products being
connected. In addition, the wire used to connect the
peripherals to controller PCB must be of the proper
gauge and type as specified by the manufacturer.
CAUTION
WARNING
IMPORTANT
Every wire must pass through a strain relief as
connected in step 3
CAUTION
WARNING
IMPORTANT
dormakaba does not provide technical or field
support for 3rd party locking devices. Please
consult the device manufacturer for support.
NOTE: The Maximum Recommended Wire Length
is the approximate wire length that causes
a 5% voltage loss in the wire, using a 12-volt
locking device at the rated current included.
1. Fire Alarm Panel
Refer to Annex A, Figure 10 for detailed wiring.
Remove the jumper wire connected between pins
3 and 4 of connector J18 on the controller PCB
and complete the fire panel installation as per
manufacturer’s indications.
2. Tamper Switch to Premise Alarm
System
To wire the tamper switch to the premise alarm
system disconnect the wires on controller PCB
connector J7 pins 1 & 2, and run a 2-connector cable
from the switch to the premise alarm system.
CAUTION
WARNING
IMPORTANT
The tamper alarm switch’s polarity is such that
when the door is closed the switch itself is also in a
closed state. Ensure that the wiring to the premise
alarm system is done accordingly to prevent false
alarms.
Step 7: Relay Expansion Board outputs wiring
Refer to Annex B, for sample wiring diagram.
The relay expansion board provides 8 relay contacts
for wiring & control of relay-enabled elevator. The
board only provides normally open or normally
closed dry contacts, so no power is provided by the
board.
As wiring of relay-controlled equipment may vary
between products please refer to the product
manufacturer’s instruction booklet for proper
instructions.
NOTE: Refer to Annex B, table 4 for specific relay
expansion board bypass switches.
- If bypass switches are ‘ON’, the relays are
bypassed and the green LED associated with
that relay is turned OFF.
- If bypass switches are ‘OFF’ the controller PCB
can activate the relays. The associated LEDs
turn OFF during relay activation.
NOTE: When the power to the MFC-X is too low
(power failure, the controller PCB stops
functioning and the relays on the controller
PCB or the expansion board will return to
their normal state. Any peripheral connected
to the relays will then be either in a normally
open (NO) or normally closed (NC) state,
dependent on the wiring.

Multi Floor Controller PK3661 03-19 11
4.0 System Installation Overview
Elevator Controller Installation:
Each Expansion board contains 8 dry relay
contacts. Up to 4 expansion boards can be used
for total control of 32 common areas. The relay
outputs are at the wiring input of each three
terminal connector (NO, COM, NC) on the
expansion PCB as well as being indicated on the
label on the inside of the door. Several floors can be
controlled by one relay (one common area).
The relays in the MFC are UL rated and are capable
of a maximum switching of 30 VDC @ 1A.
For time duration of relay state change, please
refer to Annex B, Table 2.
Step 8: Power Adapter Connection
NOTE: Dependent on country’s electrical power
requirements follow the directions below for
the power Adapter required.
Refer to Annex B, Table 8 for detailed wiring.
International Power Adapter
1. Attach the appropriate AC outlet prong to the
power adapter.
2. Route the power adapter wires into the
enclosure and secure the wire (recommended
with tie wraps).
3. From the inside of the enclosure, crimp the
fork terminals supplied in the hardware bag to
the end of each wire.
4. Connect the fork-terminated wires to the
power supply inputs as shown in Annex B,
Table 8.
North America Power Adapter
1. From the inside of the enclosure, connect one
end of the fork-terminated wires to the power
supply inputs as shown in Annex B, Table 8.
2. Route the wires out of the enclosure to
the AC power source and secure the wires
(recommended with tie wraps).
3. Crimp the fork terminals supplied in the
hardware bag to the end of the wires and
connect them to the power adapter screw
terminals.
Step 9: Completing the installation
1. If the access door was removed, reinstall the
door to the MFC enclosure.
2. Bend the two tabs on door to a maximum of
30 degrees as shown in Figure 8.
Figure 8
3. Connect the LED wire harness from the power
supply to the access door LEDs as indicated
below and in Annex B, Table 7.
NOTE: The wires must be connected with the
proper polarity. Once the terminals are
installed they are designed to have a tight
fit so removal may damage the LEDs.
LED Location ‘+’ terminal ‘-’ terminal
Description on door connection connection
Power status Top Red Orange
Battery status Bottom Red Yellow
CAUTION
WARNING
IMPORTANT
Ensure that the proper connections are made (ie:
red to red, black to black).
4. Plug the power adapter into the AC power
source and / or turn on the main AC power to
the system.

12 Multi Floor Controller PK3661 03-19
5.0 Annex A Quick Troubleshooting Guide
The following sections show basic troubleshooting for some common problems that may occur during
installation. Each section relates to a specific type of problem, namely:
• Power Troubleshooting
• Card Reading Troubleshooting
• External Inputs Troubleshooting
• Locking Device Troubleshooting
• Relay Expansion Board Troubleshooting
• Programming and Auditing Troubleshooting
For detailed assistance, please contact Technical Support as indicated at the start of this
manual.
1. Power Troubleshooting
Symptom Action
Power Adapter LED is OFF - Verify that the AC supply is not turned off.
- Verify that the Adapter output is not shorted.
Power supply AC ON green
LED is OFF
- Verify that the wiring to the power wall-mount Adapter is correct.
- If using the 24 VDC international Adapter, verify that the polarity is
correct.
Power supply DC ON red
LED is OFF
- Verify the wiring between the power supply and the MFC controller.
- Verify that the power supply output is not shorted.
MFC enclosure’s panel
door “Power Status” LED
is OFF
- Verify that the power supply is powered (both AC ON and DC ON LEDs
are on).
- Verify the LED wiring to the power supply.
All MFC LEDs are OFF - Verify that the DC ON LED on the power supply is on.
- Verify that the AC power is active for the wall mount power Adapter.
- Verify that the MFC controller is connected properly to the power supply
as per Annex B, Table 6.
- If qualified, with a multi-meter verify that 24 VAC (North American power
Adapter) or 24 VDC (international power Adapter) is present across
power supply terminal block XFMR_1 and XFMR_2 as per Annex B, Table 8.
2. Card Reading Troubleshooting
Symptom Action
No response to valid
contactless keycard.
Verify that the contactless reader is wired properly including the required
jumper wires as per Annex F or GF depending on amount of readers used.
3. External Inputs Troubleshooting
Symptom Action
Tamper Alarm is not
activating the premise
alarm
Verify that the Tamper Alarm LED (D53) on the MFC controller turns on
when the button is pressed. If not, verify the wiring to the Tamper Switch.

Multi Floor Controller PK3661 03-19 13
5.0 Annex A Quick Troubleshooting Guide
4. Relay Expansion Board Troubleshooting
CAUTION
WARNING
IMPORTANT
The power for the MFC must be turned off before connecting or disconnecting the Relay Expansion Board.
NOTE: The Relay Expansion Board relay outputs are designed to be “Fail Safe” during a power failure or
fire alarm: the Normally Open contact will be closed, and the Normally Closed contact will be open.
Symptom Action
LEDs on the Relay
Expansion Board are
off
- Verify that the ribbon cable between the MFC controller and the Relay
Expansion Board is connected properly. If it is not connected, turn the power
off, connect the cable, and turn the power back on.
- Verify that the Fire Alarm input is not active (Input contact closed, Fire Alarm
LED, D47, is on).
- Verify that the relays are not bypassed (the bypass switches SW1 and SW4 on
the Relay Expansion Board should be off).
- Verify that the MFC is not in passage mode.
Relay Expansion
Board relays do not
activate
- Activate the manual bypass switches SW1 and SW3 on the Relay Expansion
Board and verify that the relays are activated and the corresponding LEDs turn
off. De-activate the manual bypass.
- Verify that the address of the Relay Expansion Board selected by the rotary
switch SW2 is correct (The default should be at position 0).
- Verify that the MFC controller is active: the Functionality 1 (D45) and
Functionality 2 (D46) LEDs should blink. If not, reset the MFC Controller: press
the Reset switch (SW1) or disconnect and reconnect the power.
- Activate the Request to Exit by shorting J8-3 to J8-4. All the relays on the Relay
Expansion Board should activate. If not, reset the MFC Controller: press the
Reset switch (SW1) or disconnect and reconnect the power.
- Verify that the MFC controller is programmed properly.
- Verify that the card is encoded properly.
Fire Alarm does not
Unlock door
- Verify that the Fire Alarm input is connected to a Normally Closed contact.
- Verify that the Fire Alarm LED (D47) is normally on and turns off when the Fire
Alarm is present.
- Verify that the 12V_Lock output of the MFC controller is connected to the
COMMON of the locking device relay.
MFC Controller PCB
resets when relay is
activated
- Verify that there is no short-circuit on the locking device wiring.
- If a diode is installed on the locking device, verify the polarity.

14 Multi Floor Controller PK3661 03-19
5.0 Annex B Multi Floor Controller - MFC
FRONT PANEL INDICATORS:
Green ON = Power Status OK
Green ON = Battery Status OK
MFC PCB
Battery Status
Power Supply
DC Out
Battery
Drain wire
to chasis
ground
TOP LED BOTTOM LED
XFMR
Power Statu
s
H H
H H
C
B
E
M
N
1
2
1
3
2
1
3
AC FAIL
Relay
Expansion
Board 4
4
3
2
1
5
6
7
8
4
3
2
1
5
6
7
8
4
3
2
1
5
6
7
8
4
3
2
1
5
6
7
8
Relay
Expansion
Board 1
Relay
Expansion
Board 3
Relay
Expansion
Board 2
Low Bat
+
-
2
1
+
++
-
--
2
2
1
123
D
Jumpers
RJ45
Jumpers Reset
SW1
SW2
D46 D45 D41
D42
J1 J2 J3
J5
J6
J7
J8
J9
J12J13J14
J15
J16
J17
J18
J19
D43 D44
Programming
Port
ON
Tamper
Switch
Power
Adaptor
To Server
For Europe / UK /
Autralia 24 VDC
For North America
24 VAC
Unswitched AC
Power Source
123123
123123 123 121234
1234123 4 123 4
123123 4
123 4
IMPORTANT: Read manual before installation or maintenance of the unit.
Table 2
Table 7
Peri
p
heral
MFC PCB Peripherals Connections
LED
12
13
14
Access Delay
(SW2 on Controller Board)
Descri
p
tion
2
3
4
5
6
11
Rela
y
Ex
p
. Bd.
Black
Black
SW1-1
NC
SW1-3
NO
3-2
2-3
COM
SW1-2
Descri
p
tion
PCB Status LEDs 4-2
1-3
3-1
6-1
5-3
D45
D46
NO
NC
COM6-2
6-3
Item*
J17 pin 2
J17 pin 3
Low Batt
AC Fail
GND
Fire Alarm
SERVER
J16 pin 1
3
5
ON
10
7
15
20
Controller Board
ON
8
2-1
Table 3
35
OFF
10 OFF
9
J16 pin 2
J17 pin 1
12V
ID
GND
(
H
)
NO
-
40
50
ON
-
--
16
AC Fail
RED
BLACK
BROWN
WHITE
-
150
DC Power
3-3
4-1
SW3-2
SW3-3
COM
Terminal
PCB Conn.
1-2
Table 4
ID
Reader 2 Online
4-3
90
12015 OFF
2-2
Si
g
nal
Fire Alarm
-
J18 pin 3
GND J18 pin 4
J10
ON
OFF
ON
ON
2
ON
OFF
CFG
1
Sec.
8
1ON
ON
4
ON
25
OFF
OFF
OFF
OFF
OFF
OFF
60
30ON
ON
OFF
OFF
ON
ON
OFF
OFF
3
ON
ON
ON
ON ON
OFF
OFF
OFF
OFF
NO
NC
Reader 1 Online
NC
COM
OFF
Relay Expansion Board
See Annex I on Fire Alarm Wire
ON
OFF ON
OFF
OFF
OFF
8-1
7-1
7-2
7-3NO
SW3-1
ON
ONOFF
ON
ON
5-2
OFF
Wire / Conn.
1-1
ON
OFF
B
yp
assState
NC
B
yp
ass
Table 6
Wire Color
ORANGE
RED*
Wire ColorConnector
Controller Board
Description
+
-
ID
NC
-
NC
NO XFMR-1
( - )
( + )
( + )
YELLOW
( + )
-
1
ON
OFF
ON
North America -
-
BLACK / WHITE
ON
OFF
OFF
ON
OFF
ON
BLACK
Wire Color
International
Table 5
ON
OFF
1
2
1
2
XFMR-1
XFMR-2
8-3NO
Type
If bypass switches are "ON" - Relays are bypassed
& GREEN LEDs are "OFF".
If bypass switches are "OFF" - GREEN LEDs are
"ON" & Controller Board can activate relays.
SW1-4SW3-4
Adaptor
Table 8
COM
Signal ID
XFMR-2
AC Fail-3
Signal
DC OUT-2
DC OUT-1
Low BAT-3
MFC PCB to Power Supply
-
DC OUT-2
-
NO
-
Signal
RED
RED*
( - )
( + )
LEDs
Power Supply to MFC LEDs
COM
Caution:
Power Supply to Power Adaptor
P. Supply
Power Supply Power Supply
8-2
Battery Status
Power Status
Description Signal
AC Fail-1
-
LOW BAT-1
NC
NC
COM
State
NC
COM
NO NO
Terminal
5-1
J3 pin 3
J3 pin 4
J3 pin 1
J3 pin 2
Table 1
Multi-Floor Controller Reader Connections
J2 pin 2
J2 pin 1
J1 pin 2
J1 pin 3
Data +
GND
12V
Data -
Reader jumper wires must be installed as per wiring diagram:
J2 pin 1 to J3 pin 1 & J2 pin 2 to J3 pin 2 for Reader 1
J12 pin 1 to J13 pin 1 & J12 pin 2 to J13 pin 2 for Reader 2
Wire connection to back of contactless card reader.
Signal
Data +
Data -
MFC PCB
GND
12V
LRCM
Reader 1
S
LRCM
T
LRCM
T
0
5
1
6
2
7
3
8
4
9
0
5
1
6
2
7
3
8
4
9
0
5
1
6
2
7
3
8
4
9
0
5
1
6
2
7
3
8
4
9
2
1
3
4
B
A
C
D
1 2 3 4 A B C D A B C D 1 2 3 4 A B C D A B C D
Reader 2
S
2 1 3 4
B A C D
Ferite Cable
Clamp

Multi Floor Controller PK3661 03-19 15
5.0 Annex C Protection from
Electromagnetic Interference
As per any other electronic equipment, the MFC-X can be affected by electromagnetic interference
caused by industrial electrical equipment such as elevator motors.
To prevent the unit from operational instability such as "freezing" or losing programming, sheilded cables
should be used and connections made as per the diagram below.
1- Use shielded cables for the readers
2- Connect the shield wire of the reader cable to the Ground wire
3- Crimp the shield wires and earth ground wire to the included (W) ring terminal connector. Connect
the ring terminal to the mounting screw of the MFC (remove paint under the ring connector for good
electrical contact.)
4-Ensure the Relay Expansion Boards (if applicable) has no more than 30VDC from elevator
or other power source.
Power
MFC
ENCLOSURE
Shielded
Cable
Shielded
Wire
of Cable
Power Supply
To Ground
Ground Wire
Mounting
Screw
Ring
Terminal
Connector
12 VDC
(Optional)
MFC MAIN

16 Multi Floor Controller PK3661 03-19
5.0 Annex D EMI Ferrite Cable Clamp
RJ45
Step 3: Connect network cable to MFC
2-4 Inches
(5 to 10 cm)
Cat 5 Network
Cable
Caution:
The ferrite cable clamp SHALL be
installed to prevent electromagnetic
interference with other equipment
Step 1: Wrap Cat 5 network cable
around ferrite cable clamp (1 Loop)
Step 2: Close cable clamp around Cat 5
Network cable

Multi Floor Controller PK3661 03-19 17
13.50
[342.9]
12.50
[317.5]
3.37
[85.6]
2.00
[50.8]
4.50
[114.3]
4.50
[114.3]
Relay Expansion
Board
SW 1
ON
SW 3
NO
CO M
NC NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M
NC
NO
CO M
NC
NO
CO M
NC
ON
1
1 2 3 4
8 7 6 5
23123123123
1
23
1
23
1
23123
11 24
14 58 23 4
3
Power Adapter
Ring Terminal
Relay Expansion
Board
POWER ADAPTER TABLE
CONFIGURATION POWER ADAPTER
P/N:
NORTH AMERICA 062-511929R
INTERNATIONAL 126-513907-1
RELAY EXPANSION BOARD (REB) TABLE
CONFIGURATION
REB W/STD HARNESS
QTY:
(PN: 064-511798-001)
REB W/EXPANDED
HARNESS QTY:
(PN: 064-511798-002)
SINGLE ZONE NO RELAY EXPA NSION
BOARD
NO RELAY EXPA NSION
BOARD
8 ZONES 10
16 ZONES 20
24 ZONES 21 32 ZONES 31
READER ASSY,
ONLINE MCC,
QUANTUM RFID, MT2
MFC Multi- Floor Controller
#T78-D1NNR
SHIELDED CAT 5 OR RS422 RS485 COMPATIBLE 24 GAUGE TWISTED PAIR STRANDED, SHIELDED CABLE. CABLE TO BE
SUPPLIED BY PROPERTY. IMPEDANCE OF CABLE TO BE 100
OHMS. MAXIMUM LENGTH OF CABLE IS 500 FT
5.0 Annex E MFC Component Breakdown

18 Multi Floor Controller PK3661 03-19
SINGLE READER / SINGLE ZONE WIRING DIAGRAM EXAMPLE
12 31234
12 3
123
23
12 34
12 12 34
12 312
3
12 3412 34
C5-MFC PCB
5V GND 12V
5V GND 12V 1 2 3 1 2 3 4
NO NC COMGND FIRE GND 12V GND ACF LBAT GND 12V NO NC COM
REM GND REX GND TPR GND DOOR GND GND RX TX CGND
12 31234
1
2
3
4
1
2
3
4
D
C
B
A A
B
C
D
POWER SUPPLY
DC OUT
TOP LED
BOTTOM LED
XFMR
1
2
1 3
2
1 3
+
-
2 1
+
++
-
--
2 2 1
BATTERY
12 312 34
AC FAIL
LOW BATT.
RELAY EXPANSION
BOARD
SW 1
ON
SW 3
NO
CO M
NC NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M
NC
NO
CO M
NC
NO
CO M
NC
ON
1
1 2 3 4
8 7 6 5
23123
123123
1
23
1
23
1
23123
1
12 4
14 58 23 4
3
DROP CABLE WIRING
TWISTED PAIR LRCM CONNECTION
11& 2
23& 4
LRCM
1R
eader 1
2-Pair Cable
(Max 500 Feet)
Power
Adapter
Dry Contact Output
(To elevator
controls, Typ.)
Battery
Status
Power
Status
Fire
Alarm
Reader 1 Input
Drain Wire to
Chassis Ground
5.0 Annex F Single Reader Wiring Diagram

Multi Floor Controller PK3661 03-19 19
RELAY EXPANSION
BOARD
SW 1
ON
SW 3
NO
CO M
NC NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M
NC
NO
CO M
NC
NO
CO M
NC
ON
1
1 2 3 4
8 7 6 5
23
1
23
123
1
23
1
23
1
23
1
23123
112 4
14 58 23 4
3
DUAL READER / 32 ZONE WIRING DIAGRAM EXAMPLE
12 31234
12 3
123
23
12 34
12 12 34
12 312
3
12 3412 34
C5-MFC PCB
5V GND 12V
5V GND 12V 1 2 3 1 2 3 4
NO NC COMGND FIRE GND 12V GND ACF LBAT GND 12V NO NC COM
REM GND REX GND TPR GND DOOR GND GND RX TX CGND
12 31234
1
2
3
4
A
B
C
1
2
3 4
D
C
B
A A
B
C
D
1
2
3 4
D
C
B
A A
B
C
D
D
POWER SUPPLY
DC OUT
TOP LED
BOTTOM LED
XFMR
1
2
1 3
2
1 3
+
-
2 1
+
++
-
--
2 2 1
BATTERY
BATTERY
STATUS
POWER
STATUS
12 312 34
AC FAIL
LOW BATT.
RELAY EXPANSION
BOARD
SW 1
ON
SW 3
NO
CO M
NC NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M
NC
NO
CO M
NC
NO
CO M
NC
ON
1
1 2 3 4
8 7 6 5
23123
123123
1
23
1
23
1
23123
112 4
14 58 23 4
3
RELAY EXPANSION
BOARD
SW 1
ON
SW 3
NO
CO M
NC NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M
NC
NO
CO M
NC
NO
CO M
NC
ON
1
1 2 3 4
8 7 6 5
23123
123123
1
23
1
23
1
23
123
112 4
14 58 23 4
3
RELAY EXPANSION
BOARD
SW 1
ON
SW 3
NO
CO M
NC NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M NC
NO
CO M
NC
NO
CO M
NC
NO
CO M
NC
ON
1
1 2 3 4
8 7 6 5
23
1
23
123
1
23
1
23
1
23
1
23123
112 4
14 58 23 4
3
DROP CABLE WIRING
TWISTED PA IR LRCM CONNECTION
11
& 2
23
& 4
3A
& B
4C
& D
LRCM 1Reader 1
LRCM 2Reader 2
Relay Expansion
Board Extended
Harness
Power
Adapter
4-Pair Cable
(Max 500 Feet)
Fire
Alarm
Dry Contact Output
(To elevator
controls, Typ.)
Reader 1 Input
Reader 2 Input
Drain Wire to
Chasses Ground
5.0 Annex G Dual Reader Wiring Diagram
with Relay Expansion Boards

20 Multi Floor Controller PK3661 03-19
5.0 Annex H Drilling Template for
ECU RFID Readers
3.00
3.00
3.44
Ø2.94
3X .281
.20
1.75
.87
1.50
.50
.30
.62
.88
2X .19
2.25
.31
TOP
TOP
1.20
2.05
2.05
.54
.58
2.07
1.71
2.37
ELEVATOR PANEL SUPPLIED BY SAFLOK
C
L
.88
ELEVATOR PANEL
SUPPLIED BY SAFLOK
C
L
QuantumII,III, IV readersQuantum RFID reader