Horton C9150-3 Manual

H915, JAN 2005
9.244d5
A U T O M A T I C S
for 2-way Security
Revolving Doors
Setup Instructions
C9150-3

SECURITY DOORS ARE COVERED BY ANSI 156.27 AND APPLICABLE BUILDING CODES
This manual contains very detailed instructions for successful setup and adjustment of the C9150 control.
All wiring and initial run of the door can be accomplished by following the directions in sections 1 through 14.2.
The remainder of the manual contains reference material for options and features that may not be required in all
applications.
GENERAL REQUIREMENTS
INSTRUCTIONS TO INSTALLER
-This door is to be installed by an experiencd installer, trained by Horton Automatics.
-To ensure safe and proper operation, the door must be installed and adjusted to conform to Horton Automatics
recommendations and all code requirements.
-If there are any questions about these instructions, call Horton Automatics Technical Service (1-800-531-3111).
-Power:(Switchable on the control)120 or 240, 50/60 Hz service to each unit.
-For remote switch locations, routing of low voltage class II wiring to the operator controls will be required.
-Remote switch locations should be predetermined and wired before installation begins.
The concise table of contents will be useful to find the pertinent section of the instructions required for each application.
INFORMATION TO BE PROVIDED BY THE DISTRIBUTOR TO THE OWNER
-After installation, instruct the owner on the safe operation of the door.
-Present the Owners Manual M910 (security) and explain how to perform the daily safety check.
-Location of power on / off switch.
-Necessary warnings not covered in these general instructions.
-Date equipment shipped from Horton Automatics.
-Date equipment placed in service.
-Horton Automatics' work order number for warranty reference.
-Equipment type.
-Accessories included.
-Phone number of local distributor to call regarding problems or request for service.
-Give caution to owner: If a potentially hazardous situation is suspected, the door should be taken out of automatic
service until a professional inspection is made and the problem is corrected.
A step by step outline of the wiring, setup and testing of each part to be installed such
as motor and brake, mats, nosing etc.
BASIC SETUP
& TESTING:
The sections below give detailed instructions on setting up the functions that are accessed by the
keyswitch,remote control and the control itself. The remote may be password protected if desired.
DIAGNOSTICS: Used to setup and maintain the revolving door such as...
-Calculating the speed of the door in RPM's
-Testing the voice module.
-Global relearn which sets the safety sensitivity to an optimum level.
-Checking motor and brake voltage and current.
MODE: Defines how the door will be used
-Totally secure, card reader access for entry and exit.
-Card reader entry with free exit.
-Motion detector activation in and out
-Freewheel mode.
PARAMETERS: Cover such functions as...
-Door speed
-Time delays
-Reaction to, and force required for safety stops.
-Adjust card request storage, safety stops befor idle
and many other variables.
THIS MANUAL CONTAINS THE FOLLOWING SECTIONS:
The C9150 control offers greater flexibility than any revolver control offered before.The operation of the door can now
be changed with the keyswitch or remote control. Previously, these functions were changed by changing the firmware
(eprom chip). The C9150 has expansion slots for additional input, output or specialized cards that can be added to
expand the capabilities of this versatile control.
OVERVIEW OF THE C9150 2-WAY SECURITY REVOLVING DOOR CONTROL
9.245d1
11_04

CONTENTS
REFERENCE (for basic setup)
A. C9150 Control and power supply……………………………………………………………….H915.1
B. Control connections………………………………………………………………………………H915.2
BASIC SETUP
1. Basic setup (wiring motor, brake and encoder)……………………………………………….H915.3
2. Basic setup (wiring reference switches) H915.4
3. Basic setup (wiring slip ring assembly and magnetic breakout)…………………………….H915.5
4. Basic setup (wiring emergency stop switch, fire alarm, LCP and key switch)……………..H915.6
TESTING SETUP
5. Basic setup (introduction to diagnostics)……………………………………………………...H915.7
6. Basic setup (checking motor and brake current)……………………………………………..H915.8
7. Basic setup (setup run)………………………………………………………………………….H915.9
8. Basic setup (setup run)………………………………………………………………………….H915.10
BASIC SETUP
9. Basic setup (mat installation)…………………………………………………………………...H915.11
9.1 Basic setup (mat installation for single 3-lead wire )………………………………………...H915.12
10. Basic setup (wiring card readers and speakers)……………………………………………..H915.13
11. Basic setup (routing wires & mounting reader brackets)…………………………………....H915.14
11.1 Basic setup (wiring reader brackets)…………………………………………………………..H915.15
12. Basic setup (wiring motion detectors and lights)……………………………………………..H915.16
13. Basic setup (nosing wiring )…………………………………………………………………….H915.17
TESTING SETUP
14. Basic setup (testing) walk test & un-authorized entry……………………………………….H915.18
14.1 Basic setup (testing) safety stop & idle test…………………………………………………..H915.19
14.2 Basic setup (testing) motion detectors ……………………………………………………….H915.20
REFERENCE CHARTS (for setup)
DIAGNOSTICS
15. Diagnostics chart 1 (check power supply • check door speed)……………………………H915.21
16. Diagnostics chart 2 (check motor & brake voltage & current)……………………………..H915.22
17. Diagnostics chart 3 (encoder & input test)…………………………………………………..H915.23
18. Diagnostics chart 4 (voice & check statistics)……………………………………………….H915.24
19. Diagnostics chart 5 (reserved diagnostics & learn safety limits)………………………….H915.25
20. Diagnostics chart 6 (complete setup)………………………………………………………..H915.26
MODES
21. Door modes (modes 0 thru 11for std operating software. 12 thu 15 for x position) ……H915.27
21.1 Door operating modes (using the ir remote)………………………………………………...H915.28
PARAMETERS
22. Parameter chart 1 (Speed •normal •reduced •reverse •reserved)………………………..H915.29
23. Parameter chart 2 (safety sensing & safety stop time)…………………………………….H915.30
24. Parameter chart 3 (inactive timeout & security pass timeout)…………………………….H915.31
25. Parameter chart 4 (idle mode timeout • entry/exit alert time • verify contact time)……..H915.32
26. Parameter chart 5 (reserved time • motec delay time • safety stops to idle)……………H915.33
27. Parameter chart 6 (max entry • backup warnings • network address • reserved)………H915.34
28. Parameter chart 7 (k2,k3 & k4 mapping • door mode)…………………………………….H915.35
29. Parameter chart 8 (hardwired mode A & mode B • mode 0 thru 15 permitted)…………H915.36
30. Parameter chart 9 (remote mode slct • slows to qpt x mode • clrs mats ea cycle )…….H915.37
31. Parameter chart 10 (fixed power-up mode • locked in auto mode • reserved)………….H915.38
QUICK REFERENCE CHARTS
32. Parameter quick reference chart ……………………………………………………………H915.39
33. Diagnostics quick reference chart …………………………………………………………..H915.40
34. Error codes…………………………………………………………………………………….H915.40
TROUBLE SHOOTING
35. Trouble shooting motor, brake and encoder……………………………………………….H915.41
35. Trouble shooting motor, brake and encoder……………………………………………….H915.42
VISDOM HS™ WIRING
36. Wiring VISDOM HS™……………………………………………………………………… H915.43
36. Wiring VISDOM HS™user outputs……………………………………………………… H915.44

Connection for remote
alpha numeric display
Breaker
connection
11_04 9.247d2
Line voltage
select
Line
power in
Lights
Fuse
F1
Transformer
Fuse
F2
ROM B
A. C9150 CONTROL AND POWER SUPPLY
POWER SUPPLY
Turn fully
counter-
clockwise
CN1
Motor & brake
Limit
H915.1
Auxiliary card slots
(cards may be placed in any slot)
C5
Low voltage
test point
Breaker
ROM C
ROM A
LV - 25VDC
LCP connection
Alpha numeric
display
"A" For automatic
doors
(See section B)
Control
connections
JB 5 B
A
"B" For security
doors
JB5 must be
in position:

5
6
2
1
4
3
2
1
4
3
7
6
EXIT
HCAP SW
Brn (1)
Blu(3)
Blk (2)
9.248d1
Reference
switch
(Sec 2)
FIRE
CONTACT
MAGNETS
ON
REF
SWITCH
CN2
ESTOP
SW
REF
SWITCH
1
D4
D2
D5
AUX B
AUX A
ENTRY
MOTEC
EXIT
MOTEC
ENTRY
HCAP SW
D12
D11
D10
D14
D7
D13
B. CONTROL CONNECTIONS
1
TRAILING
NOSINGS
D15
ENTRY
CARD
EXIT
CARD
LEADING
NOSINGS
SPKR
D22
D20
D16
D17
3
4
2
8
9
5
CN9
H915.2
Exit slow switch
Entr. slow switch
Spare input
(storm lock switch automatic)
Fire contact (Sec 4)
Spare input
(optional remote mode select)
Emergency stop switch
(remove jumper from CN 4 if E-stop is used)
Slip ring contacts
Mag breakout
(Sec 3)
Female end
1
2
3
4
5
6
CN4
Red (3)
Blk (6)
Red (1)
Blk (2)
CN3
Wht (5)
Grn (4)
Orn (1)
Blu(2)
Blk (2)
Blk (2)
Red(1)
Red (1)
Blk (4)
Wht (3)
Grn (2)
Red (1)
Red (1)
Grn (2)
Wht (3)
Blk (4)
CN7 CN8
CN5 CN6
Exit motec
Entr. motec
If equipped
If required
(Sec12)
Leading nosing
Entr card reader
Speaker (sec 10)
Aux relay K4 (Parameter 40)
Aux relay K3 (Parameter 39)
Aux relay K2 (Parameter 38)
Exit card reader
Trailing nosing
NC
Orn (2)
Yel(1)
Blk (8)
Wht (7)
Grn (6)
Red (1)
Blk (2)
Blu(3)
Brn (4)
Red (5)
CN10 CN11 CN12
NO
C
C
NO
NC
NC
NO
C
CN13
(Sec 13)
(Sec 10)
For mapping
details

Use a screw driver in the slot
to adjust slide switch
(Switch is factory set at 120VAC)
C3960-2
Harness
Check power supply for
proper voltage setting
1st Step
4 3 2 1
NOTE:
DO NOT PLUG IN UNTIL
LATER (SECTION 6)
C3851-1
6 foot (1829mm)
power cord
Brake and motor connection
Wht
Blk
Red
Grn
8_04 9.249d2
C9524
Brn
2nd Step
NC
Mt
Mt
Gnd
Brk
Brk
Mt
-
+
115 V
Brk
Gnd
CN1
C9524
NC
NOTE:
If the door runs backwards, when tested in section 6:
-Check that the gear drive is not upside down. "Top"
should be stamped on the "up" side. The gear drive may be
turned over to the correct positionOR...
-Reverse the black and white leads at the CN 1 connection
and reverse leads 2 & 3 (green & white) on the encoder
1. BASIC SETUP (wiring motor, brake and encoder
Encoder
connection
Blk (4)
Comm
Channel B
Wht (3)
H915.3
NOTE
Route all wiring
through the 1 1/2"
strain relief
Encoder connection at the
control board
3rd Step
230 V
CN1 1
To the
encoder
Blk 4
Wht 3
All lace connections
will pass through the
strain relief opening.
Tighten clamp when
all wires are in place
Grn 2
Red 1
Brake and motor
connection
Brake, motor and encoder connections are
factory installed.
Illustrations are for reference only
From the
brake
Grn (2)
+5VDC
To the
control
Channel A
Red (1)
Motor (Red)
Motor (Blk)
Brn
Orn
Red
Wht
Grn
Red
Blk
Blk
To the power
supply
Wht
Blk

NOTE: After setup,SLOWLY rotate door and watch for proper alignment and no contact at all indicators.
Turn breaker on and watch for the LED, D2, (see above) to light at each quarter position
Place the first indicator in line with the
switch as shown. Install switch in the
mid position. Rotate each door to the
tape and set indicators.
Place the first door at the center line ( "+"position).
Mark that position on the ceiling with tape.
INDICATOR SETUP FOR 4-WING
1st Step
2nd Step
Connect to
C9150 control
9.250d1
Last Step
Exterior (Entry)
" +" position
Mat
Interior (Exit)
90°
Requires 3/32"
allen wrench
2. BASIC SETUP (wiring reference switch)
MOUNT THE PROXIMITY SWITCH
1/8" max
C9981-1
Indicator
TURN BREAKER OFF
BEFORE CONNECTING WIRING
CAUTION
The switch will be
destroyed if it is
struck by the indicator.
H915.4
1st Step
Place door in "0°" position.
Place indicator in line with
the switch as shown.
Use tape on the ceiling to
mark the first wing position.
INDICATOR SETUP FOR 3-WING
120°
Rotate 120° (to the tape on the
ceiling)and place next indicator in
line with the switch - continue until
all indicators are set.
NOTE:
Mount switch in
the mid position
Connect to
C9150
2nd Step
"0°" position
Exterior (Entry)
Interior (Exit)
CN2
C9992
switch and
harness
REF
SWITCH
Breaker
Reference
switch
Brn 1
+24 VDC
Blu 3
comm
Blk 2
input
C9150 CONTROL
MAGNETS
ON
REF
SWITCH
ESTOP
SW
CN2
D2
1
D4
D5

E6201 Harness is
supplied wiring shown
for reference only
From magnetic
breakout
Typical ateach
terminal
E6018
Interface board
Assembly
From
the rotor
TURN BREAKER OFF
BEFORE CONNECTING WIRING
3. BASIC SETUP (wiring the slip ring assembly and magnetic breakout)
Secure the interface board
to the coupling with a wire tie Yel 5
WIRING BREAKOUT MAGNETS
Stator
9.251d1
Rotor
Mag
breakout
Felt rings
BlkBlk 6
Route wiring harnesses
from control and breakouts
to interface board
2nd Step
1st Step
C8941-1
Slip ring assembly
Male pin end
2
3
1
Red
Grn
Wht
Orn
Blu
Orn 1
Red 3
Grn 4
Brn 2
4
6
5
H915.5
From magnetic
breakout
Red 1
Blk 2
Heat shrink
Place the boot around the interface
board and coupling secure with a
hose clamp at the top and black
tape at the bottom.
(This step may be delayed until after
step 6, section 4 test.)
3rd Step
Tape
Clamp
1
CN3
D2
D4
Grn 4 (+24VDC continuous)
Wht 5 (serial clock)
Red 3 (+24VDC magnet pwr)
Blu 2 (serial xfer)
Orn1 (serial data)
Blk 6 (common)
REF
SWITCH
MAGNETS
ON
Breaker
C9150 CONTROL
Female
socket end
6
5
4
23
1
Route all wiring through
the strain relief

4. BASIC SETUP (wiring emergency stop switch, fire alarm, LCP and key switch)
-use the base as a
template to mark and drill
(2) 1/8" mounting holes and
one 1" dia access hole.
2nd Step
To remote
mode select
(if used)
Red 1
Blk 2
com
-Use the mount as a template
to mark and drill (2) 1/8"mounting
holes and one 1" dia access
hole.
E6202
LCP harness
SET
9.252d2 11_04
C9752-1
cover
SEL
Red 1
Grn 2
Blk 3
CN14
C9005
Key switch kit
(Field mounted )
Per owners directions
E6200
Keyswitch harness
Route all wiring
through the strain
relief
CN 15
TURN BREAKER OFF
BEFORE CONNECTING WIRING
D11
AUX B 6
If fire alarm contacts are
not available place a
jumper between 1 & 2
FIRE
CONTACT
AUX A
Breaker Fire alarm
contacts
4
1
2
3
5
D7
D10
CN5
3
4
Route all wiring
through the strain
relief
Fire alarm
system
(by others)
H915.6
When power is
applied the LCP
will display logic
version and go
blank
-Turn the power on (breaker). The fire contact LED (D7) and the magnets
on LED D4 will light.
-The LCP will display logic version and go blank.
-Manually rotate the door 1 revolution to insure there are no obstructions.
4th Step
-Replace the cover (hook at the top and
insert screw at the bottom)
5th Step
6th Step
-Secure the base with the
screws provided.
-Attach the circuit board to the mount
and pull the ribbon cable connection
through the hole and plug it in.
3rd Step
Requires 5/64"
allen wrench
EMERGENCY STOP
Wire break glass switch
in series with fire alarm
system
BREAK GLASS TO RELEASE
REVOLVING DOOR
C9001 LCP
(Local control panel)
Usually located on the canopy.
It may be mounted later per the
owners direction.
-Remove the cover
-Remove the circuit board
from the base.
1st Step
To fire alarm
system C9185
Break glass
switch assembly
(Field mount)
HORTON AUTOMATICS
Connect to N.C.
terminals 3 & 4
BLK RED

LCP display
These diagnostics may be performed using the IR control and the LCP (Local Control Panel) or the MCP (Main Control Panel).
The MCP will provide more information and can be used for reference even when using the remote / LCP.
Before proceeding 3 diagnostics should be performed. Spot check of motor and brake function to insure proper operation and then a setup run.
The following is an outline of performing those diagnostics.
5. BASIC SETUP (introduction to diagnostics)
Red LED
IR REMOTE
CONTROL
GO TO NEXT PAGE TO CHECK MOTOR AND BRAKE CURRENT
-If a password is used it must be
entered with the IR remote.
Displays value of
current parameter
or acts as an "enter"
key for diagnostics
-If the correct password was entered or none was required,
the parameter menu will be displayed.The display will be
some parameter number such as
-If the control was previously locked with a password,the
LCP will show to indicate that it is waiting for the
unlock code.Enter the correct password within 5 seconds.
Accessing the diagnostics from the infrared control.
-The door must be inactive (at rest)
-The red LED on the LCP display will flash - indicating
the signal is being received.
-Point the IR remote at the LCP and press unlock
9.253d
-Press SU again to exit
-Press "SU" diagnostics will appear
Scrolls down
Selects diagnostics
Must be set to APEX
Others
APEX
The LCP and the remote control are
used to select parameters, modes or
run diagnostics.
LED blinks when
receiving signal from
IR remote
IR Sensor
3-Digit display
LCP Local Control Panel
Unlock
Scrolls up
0....9 numeric keys
Lock
?
PS
uS
SC
+
-
uD
4
21
8
0
7
F1
5
H915.7
-Press RESET to exit
-Diagnostics/Setup will display
-If the control is locked with a password
it must be unlocked with the IR remote.
-The version number will
display
Accessing the diagnostics from the control itself.
-Release the DOWN button
Buttons used to select and
set up functions
-Press and hold the DOWN button while briefly
pressing RESET.
momentary
display
Check HV supply ?
*Diagnostics/Setup
*Diagnostics/Setup
momentary
display
MCP display
4.XX
SET
RESET
RESET
UP DOWN
MCP
MAIN CONTROL PANEL
Entrance
card reader
Ad
IF
Ai
SU
Exit card
reader
F2
6Eu
Ir
Er
9
Iu
3
DOWN
SET
UP
Backlit 2 - Line alpha
numeric display

3
MOTOR CURRENT SHOULD BE .50A TO
1.5A.
UP RESET DOWN
SET
-Press SET
-Displays motor voltage
and amperage
-Press RESET to exit
*Diagnostics/Setup
MCP display
momentary
display ****CAUTION****
Door will move
Motor = .54A
Motor = 61.1VDC
SET
UP RESET
RESET
DOWNUP
SET
-Break current and
voltoge are displayed
-Press SET
-Press UP till
5 is displayed
-Press RESET to exit
DOWN
MCP display
momentary
display *Diagnostics/Setup
Check brake(LCP=i)?
Brake = 97.0 VDC
Brake = 192 mA
-Press SU again to exit
Higher than normal current suggests a
mechanical bind or "rarely" an electrical
problem
-Displays motor amperage
-Useful for detecting mechanical binds
-checking overall performance of
the doors mechanics.
-Press "?"
The order in which the
diagnostics are arranged
8
4
5
6
7
9
3
1
2
(Motor voltage & current)
(Inputs)
(Encoder)
(Brake voltage)
(Brake voltage)
(Door speed)
(Power supply)
(Voice)
(Check statistics)
BRAKE CURRENT SHOULD BE
180ma TO 200ma.
-Press "?"
-Brake current is displayed.
-Press 5 or "+" up "-" down
until 5 is displayed
Push the door to make sure the brake is
physically locked.
-Press SU again to exit
5
16
10
thru
14
15 (Safety limits)
(Complete setup)
(Reserved)
8_04 9.254d1
-Press UP till
3 is displayed
momentary
display Check motor(LCP=i)?
-Press 3 or "+" up "-" down
until 3 is displayed
Low brake current indicates an open connection.
Check motor / brake connection at CN1 section 1
basic setup.
Accessing the diagnostics from the control itself.
PLUG IN CN1(motor and break connection) as shown in basic setup 1.
If the door runs backwards see section 1.
CHECK MOTOR CURRENT
H915.8
6. BASIC SETUP (checking motor and brake current)
Accessing the diagnostics from the infrared control.
GO TO NEXT PAGE
LCP display
LCP display
CHECK BRAKE CURRENT (This test checks the brake (lock) mechanically and electrically)
CAUTION: DOOR WILL MOVE AT SPEED SET IN PARAMETER 1 (default 60 volts)

9.255d1
H915.9
This diagnostics allows a complete control setup to be performed. This diagnostic can be the most DESTRUCTIVE if it is performed accidentally.
This diagnostic should always be performed when initially installing a door and never be performed without good reason otherwise.
CAUTION: The door will move on its own when this routine is initiated! use extreme coution to avoid entrapment.
-The door rotates through four quarterpoints at
normal speed to determine the maximum current
-The door rotates through four quarterpoints at
reduced speed to determine the maximum current
-The door rotates through four quarterpoints and
counts the total encoder pulses to determine
how many pulses are present in each quadrant.
Before installing any additional devices, a setup run should be performed. The setup run sets factory default settings to all parameters, zeros all counters and
sets safety sensitivity settings.
7. BASIC SETUP (setup run)
Accessing the diagnostics from the infrared control.
-To cancel the setup, press the DOWN button.
-Confirmation will be requested
-Press the UP button again to perform the
diagnostic.
-Press UP till
16 is displayed
-Press SET
Accessing the diagnostics from the main control panel.
Do Complete Setup? RESET
REDUCED SPEED CURRENT
-To cancel the setup, press the "-" key.
16
NORMAL SPEED CURRENT
PULSES PER QUADRANT
-Press the "+" key again to perform the
diagnostic.
COMPLETE SETUP
-Press 16 or "+" up "-" down
Untill 16 is displayed
-Press "?"
Peak I = 0.48
Peak I = 0.48
Seeking + ref ..1 thu 4
GO TO THE NEXT PAGE
Seeking + ref ..1 thu 4
Seeking + ref ..1 thu 4
Pulses/wing=155
momentary
display
Setup:are you sure
Yes:Up/+ No:Down/-
****CAUTION****
Door will move-
momentary
display
*Diagnostics/Setup
UP
SET
SET
UP RESET
RESET
DOWN
DOWN
DOWN
SET
UP
SET
UP
RESET
DOWN
LCP display
MCP display
o irmation will be requested.
To confirm press SET
Automatic 4-w 155 pulses per quadrant
Automatic 3-w 210 pulses per quadrant
Readings may vary depending on gear ratio

GO TO THE NEXT PAGE TO COMPLETE THE WIRING
THIS CONCLUDES THE BASIC SETUP RUN
Accessing the diagnostics from the main control panel.
Disconnect CN1 (motor & brake)
so that the auxillary equipment
can be connected and tested
without the danger of the door
rotating and causing injury or
someone becoming entrapped
by the brake (lock).
8_04 9.256d1
NOTE:
-Press SU again to exit
COMPLETE SETUP (CON'T)
Accessing the diagnostics from the infrared control.
8. BASIC SETUP (setup run)
-The door rotates through one quadrant
STARTUP CURRENT
-The door rotates through four quarterpoints at
reverse speed to determine the maximum current
REVERSE SPEED CURRENT
16
CON'T
-Press the lock key
Version number
is displayed
LCP display
H915.10
-Press the RESET button.
Card / Card
Peak I = 0.98
Mode 2 ready
Peak I = 0.52
Seeking + ref ..1 thu 4
MCP display
DOWNUP RESET
SET

TURN BREAKER OFF BEFORE CONNECTING WIRING
Drop a small "fish"chain down through
the vertical throat rail and out through
the slot at the bottom.
Attach the chain to the mat wire.
While feeding the wire in from
the bottom pull the wire into the
canopy (see plan)
GO TO NEXT PAGE
If a reader bracket
is located on this vertical
rail the wire may be pulled
through this hole.
End of mat may be
trimmed slightly
See G918 for
shaft installation
1/2" Shim
Position the active mat under the
spider first then against the
bottom drum rail.
See floor plan for proper
placement.
4th Step
9.257d2
NOTE:
Mats should be installed
before the wings. 3rd Step
9. BASIC SETUP (mat installation)
7/8"
Nosing wires
If the hole for the mat wire
has not been pre-drilled -
locate approx as shown.
Drill a 3/4" hole.
Lay mat in the door and
mark locations of wires.
If not already done, cut a
3/8" high x 1" notch for wire
access on all 4 entry posts.
2nd Step
1st Step 1 1/4"
Mounting studs
Canopy
CAUTION
Do not drill into the
glass pocket
H915.11
Non-secure side (exterior)
On a segmented door
access is located above
the ceiling at the throat
rail
NOTE:
Nosing
Ceiling
1" hole above
angle
EXIT
TRAILING
SECTION
Secure side (interior)
Dual
zone
D3
EXIT
LEADING
SECTION
D4
EXIT
ENTRY
LEADING
SECTION
D2
ENTR
ENTRY
TRAILING
SECTION
Mat wiring to
interface board
in canopy (see
page 12) D1

Yellow 3 conductor
mat wire with I.D. band
(for warranty) Typ each
side.
9.1 BASIC SETUP (mat installation for LARCO single 3-wire lead)
E6238 Mat harness
is supplied with the control accessories.
Wiring color code is shown for reference.
Card may be
placed in any
open slot
Connect wiring harness.
Connect wiring from mats
to mat interface.
NOTE:
The nosing interface board
may be mounted at this time.
(see section 13)
5th Step
Turn the control on and test mat
by stepping on each section and
observing the LEDs on the mat
input card.
JUMPER should be
in position shown
on this card
Interface board
mounted on gear
support tubes
9.258d5 11_04
6th Step
0 4123 567
Wiring routed from
mats to interface
board
ENT MAT 1
EXIT MAT 1
ENT MAT 2
EXIT MAT2
D11
D9 D10 D12
TURN BREAKER OFF BEFORE CONNECTING WIRING
Yel
Pin 1
CN1
E6010
Mat / aux input card
H915.12
Non-secure side (exterior)
Secure side (interior)
Dual
zone
EXIT TRAILING
SECTION SEE D12
STEP 6
EXIT LEADING
SECTION SEE D11
STEP 6
EXIT
E6026
ENTR
ENTRY LEADING
SECTION SEE D9
STEP 6
ENTRY TRAILING
SECTION SEE D10
STEP 6
MAT
INTERFACE
Mat interface
board
WHT7
YEL1
ORN 2
BRN 4
BLU 3
RED 5
GRN 6
BLK 8
ENTRANCE
TRAILINGLEADING
BLK
BLKBLK
WHT
WHTWHT
EXIT
TRAILING
BLK
WHT
LEADING
BLK
WHT
E6026 Mat interface board
is supplied with the control
accessories.
Mount to gear drive support
tube with #6 SMS
For old mats follow
color ode on board
Entrance
Exit
Solid
black
(Trailing)
WHT
GRN
BLK
WHT
GRN
BLK
White
(Leading)
Larco 3 wire mat leads
TRAILING
GRN
WHT
BLK
LEADING
BLK
WHT
Green
(Common)
BLK
GRN
BLK
WHT
LEADING
WHT
WHT
BLK
TRAILING
BLK
WHT
Strip wires
1/4"

CN10
EXIT
Speaker
Connect the speaker and set the
Limit, Contrast and Volume as shown.
Go to diagnostics 8 to test voices.
Breaker
Turn power on and test as follows:
-Close the connection between 1 & 2 on CN 10
D16 will light
-Close the connection between 3 & 4 on CN 10
D17 will light
For test purposes:
-Connect a 2 conductor (scrap) wire
to 1 & 2 of CN10 and temporarily run
to the ENTRY side of the door.
-Connect 3&4 of CN10 to the EXIT side
of the door.
8_04 9.259d1
3rd Step
2nd Step
EXIT
CARD 4
D17
ENTRY
CARD
EXIT
CARD
ENTRY
CARD 2
1
D16
4
1
2
3
3
D17
D16
10. BASIC SETUP (wiring card readers and speakers)
TURN BREAKER OFF
BEFORE CONNECTING WIRING
Adjust volume and
contrast to 9:00
Adjust limit fully
counter clockwise
Limit
Improper adjustment of
contrast can cause the
display to lookblank
Contrast
ENTRY
CARD
EXIT
CARD 3
4
2
1
D16
D17
1st Step
CN12
Volume Blk 2
Red 1
H915.13
Card reader system
by others
Entrance
card reader
Wiring and card readers
by others
ENTR
Card
reader
EXIT
LEADING
SECTION
EXIT
TRAILING
SECTION
ENTR
EXIT
Card
reader
ENTRY
TRAILING
SECTION
ENTRY
LEADING
SECTION
Dry momentary contact .5 - 1 sec
duration from card reader system
Blk Blk
Exit
card reader
Wiring by others
Red Red
E6222
Speaker harness
C9980
Speaker

11. BASIC SETUP (routing wires & card reader status)
Cards may be placed
in any open slot.
Place double face
tape on the top and
bottom mounts.
Press the bracket
to the nose rail
If the wiring has not been routed from
the card reader brackets it may be
pulled through the same hole, in the
canopy, used for the mat wires.
9.260d1 11_04
Exit card
reader bracket
48" to bottom of
bracket.
(Suggested height)
Entry card
reader bracket
NOTE:
Ask the customer about location
of bracket befor mounting.
TURN BREAKER OFF BEFORE CONNECTING WIRING
Drill 1/2" hole for plug.
See elevation below
for suggested
mounting height.
2nd Step
1st Step
Canopy
3rd Step
C9997-4
(For segmented doors)
H915.14
Bring the wiring through
the canopy and the strain relief to
the Aux indicators card.
GO TO NEXT PAGE
E6014
Aux indicators card
(see the next page
for details)
Route all wiring
through the strain
relief
6thStep
Breaker
C9997-5
(For round doors)
Plug in the connector.
Secure the bracket to
the mounts with screws
provided.
Blk 5
Red 2
Grn 3
Wht 4
Brn 1
E6205
D1
Grn
Remove the bracket
Drill holes in the rail as
shown
4thStep
D2
Red
5thStep
Drill for
mounting
holes for #10
SMS

The rate potentiometer changes the frequency of the warble:
Warble A &B sound alternates between tone A & B (deee-doo-deee-doo-deee-doo...)
Lower frequency
To Entry
card reader
bracket
To Exit
card reader
bracket
RATE
Jumper is
factory set and
should be in
position shown
on this card
DO NOT MOVE
Pulse A only sound (beep-beep-beep...)
Pulse A cont sound (beeeeeeeee...p)
DC Ctrl Out (no sound at all)
Warble
A &B
DC Ctrl
Out
Route all wiring
through the strain
relief
Breaker
9.261d1
Entry
Exit
JB2 SETTINGS
Cont.
A only
Pulse
A only
10 432 765
11.1 BASIC SETUP (wiring reader brackets)
TURN BREAKER OFF
BEFORE CONNECTING WIRING
Cards may be placed
in any open slot.
JB 2
Make wiring connections to the
E6014 aux card as shown.
Wiring harnesses are supplied.
7th Step
H915.15
=deee-dooo-deee-dooo-deee-dooo....
=de-do-de-do-de-do....
NOTE:
E6014 can be used for status indicator lights
even if card reader brackets are not installed.
E6014
Aux Indicators
Yel
E6205
Reader bracket harness
EXIT
Blk 10
D3
Grn 3 Wht 9
Wht 4
Blk 5
TONE
B
TONE
A
CN2
CN1
Grn
Red
D2
D1
Brn 1
Red 2 Red 7
Brn 6
Grn 8
Yel
Red
ENTRY
D4
D5
D6
Grn

12. BASIC SETUP (wiring motion detectors and lights)
(Turn the power on)
CONTROLLING LIGHTS FROM THE KEYSWITCH
Locate 4 plex plug in the canopy
and plug lights into it.
TEST THE MOTECS
Turn on the power.
Have someone pass through each
of the the detction zones.
D12 will light for the entry and
D13 will light for the exit
•Remove the plug
•Install the connector and
plug into the power supply
on the control
If lights are not to be
controlled through
the C9150,connect
plug to external
power supply.
9.262d
SEL
SEL
OROR
SEL
C9583
4-plex with cord and plug
Move the keyswitch to the left
to turn lights off
Move the keyswitch to the right
to turn lights on
Move the keyswitch back and
forth from neutral to SEL position
until LTS appears.
SET
SET
SET
TURN BREAKER OFF
BEFORE CONNECTING WIRING
C9150 control
EXIT
MOTEC
CN7
Line (Blk)
Neut (Wht)
Gnd (Grn)
ENTRY
MOTEC
CN4
Breaker
D12
CN6
Route all wiring through
the strain relief
D13
H915.16
Light
Red
Light
12-24 VDC
Comm
N.O. N.C.
5Blk 1
Entry Motec
ENTR
Wht
Grn
ADJUST THE MOTEC
with the remote as per
EAGLE instructions
EXIT
Grn (2)
Grn (2)
Wht (3)
Blk (4)
Red (1)
Blk (4)
Wht (3)
E6224
Motec harness
Red (1)
Comm
N.O. N.C.
12-24 VDC
Exit Motec
5
Red Blk
1
Wht
Grn

TEST THE NOSINGS
-Turn the power on.
-Push each leading nosing
LED D20 will come on.
-Push each trailing nosing
LED D22 will come on
Make connections at
nosing interface board.
Connect harness from
CN11 to interface board
Interface board is supplied
with the control accessories.
Mount to the gear drive
support tubes with #6 SMS
(drill 3/32" pilot hole) Route safety edge wiring to
control nosing interface
board mounted on geartrain
support tubes
2nd Step
8_04 9.263d2
Nosing wires should be pulled
into the canopy during drum
and canopy assembly
Mat wire Wiring from
reader bracket
3rd Step
13. BASIC SETUP (nosing wiring)
CN11
D20
LEADING
NOSINGS
TRAILING
NOSINGS D22
1st Step
TURN BREAKER OFF
BEFORE CONNECTING WIRING
RED 5
4thStep
GRN 6
WHT 7
BLK 8
YEL 1
ORN 2
BLU 3
BRN 4
5thStep
H915.17
ENTR
ACTIVE
MAT
TRAILING
NOSING
LEADING
NOSING
EXIT
ACTIVE
MAT
LEADING
NOSING
TRAILING
NOSING
E6238 Nosing harness
is supplied with the control
accessories.
Wiring color code is
shown for reference only.
TRAILING
BLU 3
ORN 2
YEL1
WHT7
GRN 6
RED 5
BRN 4
BLK 8
LEADING
WHT
BLK
BLK
WHT
BLK
BLK
WHT
WHT
E6024 Nosing interface board
is supplied with the control
accessories.