Record 5100 Series User manual

AKKU PASS
FLASH PASS
EEPROM PASS
RTC PASS
CAN PASS
FPC902
Version 2 1
7
.
1
Aug 3 2013
14:32 : 06
Service STG >
FPC902
Service STG Slave >
Flash-Programmer >
Setup >
Connect with STG ...
Yes
Accept all parameter
from the STG?
Offline
Parameter download
from STG ...
Continue
STA20_UL V1.00
Break-out USA
Automatic
0 Errorless
SERVICE STG
Parameter >
Maintenance >
Functions >
Operation mode >
Connect the FPC-902 to the black 4 conductor plug located on the left side
of the Series 5100 control. The following sequence of screens should occur.
Servicing the Series 5100(Sys.20) with the FPC-902 Hand Terminal
Jan 2014 BG
Press “OK”
Press “OK”
Press “OK”
The screen sequences on the following pages start from this point and document the various
adjustable parameters in the control. When at any of the screens shown below, the above
screen can be accessed by pressing the “ESC” key one or more times.
Configure System
Learning System >
Service Sensor >

SERVICE STG
Parameter >
Maintenance >
Functions >
Operation mode >
Configure System
Learning System >
SERVICE STG
Parameter >
Maintenance >
Functions >
Operation mode >
Configure System
Learning System >
SERVICE STG
Parameter >
Maintenance >
Functions >
Operation mode >
Configure System
Learning System >
SERVICE STG
Parameter >
Maintenance >
Functions >
Operation mode >
Configure System
Learning System >
Configure System
Door Type
Motor
Lock Type
Battery
20
>
>
>
Door Type
Basic Escape Route
Folding Door Austria
Folding Door USA
20
15
19
18
Breakout USA
14 CO 48 Sandow Direct
Configure System
Door Type
Motor
Lock Type
Battery
20
>
6
>
Press
“OK”
Press
“OK”
Motor
4 ATE21
5 ATE19 Small
6 ATE19 Large
7 ATE16 Normal
0 Without
3 ATE20
Lock Type
4 Bistable
5 MPV20
6 MPV16
7 Magnet
0 Without
3 Motor Powered
Configure System
Door Type
Motor
Lock Type
Battery
20
>
3
>
Configure System
Door Type
Motor
Lock Type
Battery
20
0
3
>
If Lock on-
board will need
set to (11)Fail-
Secure or
(12)Fail Safe.
Press OK
Configure System
Door Type
Motor
Lock Type
Battery
20
0
3
0
Battery
0 Without
1 Lead
Set to (1)Lead
if Lead Acid
Battery
onboard.
Press OK
SERVICE STG
Parameter
Maintenance >
Functions
Operation mode >
Configure System
Learning System >
>
Learning
running parameter
Yes No
Please wait till the
door is open
ESC Cancel
Follow prompts for
door calibration,
typically 2 cycles &
screen “Learning
running param.
completed”.
Learning Sensors
select “No” & “Ok”.
At this point, retrieve the “Parameter Sheet” found in the plastic sleeve
attached to the inside of the removable cover to the unit. Proceed by
confirming that all the Settings in the “Plant” columns have been completed.

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
Open
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
DRIVING CYCLE
Closing speed 20
Opening speed 36
Open >
CLOSING SPEED
24 The closing speed
is limited to 1 foot
per second max.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
OPENING SPEED
36
Close >
Ramp >
Seal >
DRIVING CYCLE
Open >
Close >
Ramp >
Seal >
Closing speed 20
Opening speed 36
DRIVING CYCLE
Close >
Ramp >
Seal >
Closing speed 20
Opening speed 36
Open >
Acceleration 30
Deceleration 35
Creep Section 1
Acceleration and
Deceleration: Higher
value= faster cycle
0= no creep section
1= 2.5% of last travel
40= 100% of travel
Note: As Creep
Section is increased,
door speed is
decreased.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
Close
DRIVING CYCLE
Ramp >
Seal >
Closing speed 20
Opening speed 36
Open >
Acceleration 30
Deceleration 30
Creep Section 1
Close > Holding Force 5
0= no creep section
1= 2.5% of last travel
40= 100% of travel
High Holding Force
increases Motor Temp.
Recommend not to
exceed a setting of 20.
Push to Actuate
cancels Holding Force.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
Ramp
DRIVING CYCLE
Seal >
Closing speed 20
Opening speed 36
Open >
Section 1
Close >
Force 1
Ramp >
DRIVING CYCLE
DRIVING CYCLE
DRIVING CYCLE
Section= Length of
Ramp. 0= no ramp
1= appr. 1.5” ramp
40= appr. 4.75” ramp
measured @ belt.
Force & ramp should
be kept to minimum
for no obstruction
during force & ramp.
During Ramp, Obstruction sensitivity is significantly reduced

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
Seal
DRIVING CYCLE
Seal >
Closing speed 20
Opening speed 36
Open >
Close >
Ramp >
DRIVING CYCLE
2
0= no seal
1= appr. 4” seal
40= appr. 12” seal
Measured @ belt.
Obstruction
significantly reduced
during Seal - keep to
minmum.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System 0 >
Control unit >
Locking >
TIME DELAY OPEN
Time delay open 2
Time delay Rem. Sw 20
TIME DELAY OPEN
2
0 thru 20 are in
1 sec. intervals;
21 thru 40 are in
2 sec. intervals
providing 60 sec.
maximum delay.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
TIME DELAY REM. SW
20
TIME DELAY OPEN
Time delay open 2
Time delay Rem. Sw 20
0 thru 20 are in
1 sec. intervals;
21 thru 40 are in
2 sec. intervals
providing 60 sec.
maximum delay.
SSK Delay 0
Reset with button 0
SSK Delay 0
Reset with button 0
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
SSK Delay
0
TIME DELAY OPEN
Time delay open 2
Time delay Rem. Sw 20
SSK Delay 0
Reset with button 0
Delay before door starts
opening from above
inputs terminals 11 & 12..
0= no delay
40= 8 second delay
SSK signal is only
delayed if door is closed.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
Reset with button
0 Enabled
TIME DELAY OPEN
Time delay open 2
Time delay Rem. Sw 20
SSK Delay 0
Reset with button 0
Enables early closing by
sending same signal
again during hold open.
Disabled= no interruption
Enabled= Hold time can
be interrupted with a
signal from AKI, AKA, &
SSK.
1 Disabled
For compliance
with ANSI A156.10,
do not set less
than 2.
SSK, Special Activation,
& Time Delay Rem. Sw.
all refer to control input
terminals 11 & 12.

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Reduced opening limits:
0 = 8 inches (minimum);
40 = 100% of opening.
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
DRIVE
Partial opening 20
Obstruction close 25
Obstruction open 25
Brake 0
PARTIAL OPENING
20
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
If the door is reversing due to
extraordinarily tight weather seals
or extreme stack pressures,
change from 0 to higher number.
Motor
Two Mot
DRIVE
Partial opening 20
Obstruction close 25
Obstruction open 25
Brake 0
Motor 6
Two Motors 0
Obstruction close
25
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
DRIVE
Partial opening 20
Obstruction close 25
Obstruction open 25
Brake 0
Motor 6
Two Motors 0
Obstruction open
25 If the door is reversing due to
extraordinarily tight weather seals
or extreme stack pressures,
change from 0 to higher number.
DRIVE
Partial opening 20
Obstruction close 25
Obstruction open 25
Brake 0
Motor 3
Two Motors 0
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
Motor
0 Without
3 ATE20
4 ATE21
5 ATE19 small
6 ATE19 large
7 ATE16 normal
Automatic Identification with current
System 20 Motor
Definition of the Motor type being used.
DRIVE
Partial opening 20
Obstruction close 25
Obstruction open 25
Brake 0
Motor 6
Two Motors 0
Two Motors
0 Disabled
1 Enabled
Normally, the second motor is
automatically identified.
Note: Brake not available in North
America
If older unit (System 19) with small
encoder, select “ 6 ATE19 Large

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
DRIVE
Motor 6
Two Motors 0
EmergOp Battery 3
Power Failure 1
Battery 0
Speisung 0
EmergOp. Battery
0 Close, not lock
1 Unlock and open
2 Close and lock
3 Open, if not locked
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
Determines Battery Operation
DRIVE
Motor 6
Two Motors 0
EmergOp Battery 3
Power Failure 1
Battery 0
Speisung 0
POWER FAILURE
0 Battery operation
1 Emergency operation
Battery Operation is only possible
with Lead Battery.
In case of low battery, upon a power
failure, Emergency operation is
immediately executed.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
DRIVE
Motor 6
Two Motors 0
EmergOp Battery 3
Power Failure 1
Battery 0
Speisung 0
BATTERY
0 Without
1 Lead
Automatically identified if battery
connected prior to commissioning. If
battery is added after commissioning,
this parameter must be enabled
manually. Additionally, the battery
charge/monitor pcb, 9-51-00167,
must be installed in the door control.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
MEASURE A
0
Door Opening Width Measured in
mm. 650.....2000 Default setting.
Only compulsory for folding doors. In
sliding door configurations, value is
automatically set during calibration.
For 4500 and FlipFlow, value shouild
be set to “2000”
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
MEASURE G
0
Door Opening Height Measured in
mm. Not used yet.
If “1 Emergency Operation” is
selected in “POWER FAILURE”
below, “ EmergOp.Battery” will
determine what function the door will
do upon a power failure. After
completion, the control will shut down.
If “Lead is selected in “Battery” below,
“0 Battery operation will maintain full
door operation until battery is
significantly discharged, then function
selected in “EmergOp. Battery” is
performed, followed by control
shutting down.
Note: “ Speisung 24VDC” not used in
North America.

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
DOOR LEAF
1 EST - L/R
0 DST
Supports calculation of door
parameters.
DST=Bi-parting Door D-STA,D-TSA
EST-L/R=Single Slide Door
Left/Right, E-STA, E-TSA
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
INTERLOCK
1 All Operation Modes
2 Only One-Way Locked
Requires a FEM-1.
Direction detecting sensors are
recommended to avoid nuisance open
cycles (depending on the operating
mode).
A SIS-signal during the closing cycle
affects only the open door.
The reduced opening width is
supported. Refer to 5100 Installation
Instructions for more detail..
0 Disabled
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
ENTRANCE SYSTEM
Door type 19
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
ENTRANCE SYSTEM
Door type 20
Measure A 0
Measure G 0
Door Leaf 0
Interlock 0
DOOR TYPE
12 Flip Flow
14 Co48 Sandoe Direct
15 Basic Escape Route
18 Folding Door Austria
19 Folding Door USA
20 Breakout USA
NOTICE: A modification of door type
causes a reset of the running
parameters and sets certain
parameters, such as AUX0-IN, to a
predefined function.
Typically select “Break-out USA”; select “Ratchet” for Push-to-Open/Push-to-Close operation.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
CONTROL PANEL
Mechanical Panel 3
Display panel >
Default op. mode
MECHANICAL PANEL
3 disabled
4 Standard one-way
5 Rkr &/or keysw
7 Standard Reduced
0 3 Pos. (Auto)
Typically select “disabled” unless one of the Rocker switch control panels has been connected.
MECHANICAL PANEL
3 disabled
4 Standard one-way
5 Rkr &/or keysw
7 Standard Reduced
0 3 Pos. (Auto)
Enables more accurate automatic
setting of door cycle parameters,
providing a smoother, more efficient
door operation.
For proper door operation, Inputs AUX00_IN and AUX01_IN (parameter Input/Output / STG) must
be properly enabled, and panel connected per diagram S5100Sys20MechanicalControlPanels.

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Typically select “OFF-Mode” unless using a Fail-Safe lock and it is to be locked when door is off.
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
CONTROL PANEL
Mechanical Panel 3
Display panel >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
SELECT LANGUAGE
0 DEUTSCH
1 FRANCAIS
2 ENGLISH
3 ENGLISH US
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control panel >
Locking >
KEYBOARD
0 Locked-Mode
1 OFF-Mode
Default op. mode 0
.
DISPLAY PANEL
Language 3
Keyboard 1
Contrast BDE1 20
Contrast BDE2 20
Brightness BDE1 20
Brightness BDE2 20 4 ESPANOL
5 NEDERLANDS
CONTROL PANEL
Mechanical Panel 3
Display panel >
Default op. mode
DISPLAY PANEL
Language 3
Keyboard 1
Contrast BDE1 20
Contrast BDE2 20
Brightness BDE1 20
Brightness BDE2 20
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
CONTRAST BDE1
20
CONTROL PANEL
Mechanical Panel 3
Display panel >
Default op. mode
DISPLAY PANEL
Language 3
Keyboard 1
Contrast BDE1 20
Contrast BDE2 20
Brightness BDE1 20
Brightness BDE2 20
CONTROL PANEL
Mechanical Panel 3
Display panel >
Default op. mode
DISPLAY PANEL
Language 3
Keyboard 1
Contrast BDE1 20
Contrast BDE2 20
Brightness BDE1 20
Brightness BDE2 20
CONTRAST BDE2
20

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
When set to “0”, the
backlight is always off;
1-39 = seconds “on” time;
40 = backlight always “on”.
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control panel >
Locking >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control panel >
Locking >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control panel >
Locking >
CONTROL PANEL
Mechanical Panel 3
Display panel >
Default op. mode
DISPLAY PANEL
Language 3
Keyboard 1
Contrast BDE1 20
Contrast BDE2 20
Brightness BDE1 20
Brightness BDE2 20
BRIGHTNESS BDE1
20
CONTROL PANEL
Mechanical Panel 3
Display panel >
Default op. mode
DISPLAY PANEL
Language 3
Keyboard 1
Contrast BDE1 20
Contrast BDE2 20
Brightness BDE1 20
Brightness BDE2 20
BRIGHTNESS BDE2
20
CONTROL PANEL
Mechanical Panel 3
Display panel >
Default op. mode
DISPLAY PANEL
Keyboard 1
Contrast BDE1 20
Contrast BDE2 20
Brightness BDE1 20
Brightness BDE2 20
TD Backlite 10
10
TD BACKLITE
CONTROL PANEL
Mechanical Panel 3
Display panel >
Default op. mode 0
Default op. mode
0 Off
1 Locked
2 Automatic
3 Cont. Open
4 One-way
Determines the operating mode when there is no Display module connected or a
Mechanical Panel configured.

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Typically select “Without lock”, “Fail secure”, or “Fail safe” for North American applications.
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
LOCKING
Locking functions 2
Lock type
LOCK TYPE
5 MPV20
6 MPV16
7 Magnet
11 Fail Secure
12 Fail Safe
14 Double
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
Start Delay 0
Closed VRR Error
Closing Force
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
LOCKING
Locking functions 2
Lock type
Start Delay 0
Closed VRR Error
Closing Force
LOCK TYPE
0 Without lock
3 Motor powered
4 Bistable
5 MPV20
6 MPV16
7 Magnet
LOCKING FUNCTION
1 Night locked
2 One-way locked
3 Always locked
“Night locked” is for use with
“Fail-safe” autolocks, and door is
to be locked when the door is
“Locked”. Also see Control Panel /
Display Panel / Keyboard parameter.
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control unit >
Locking >
LOCKING
Locking functions 2
Lock type
Start Delay 0
Closed VRR Error 0
Closing Force 0
Start Delay
0
Delay time until
door opens
after unlocking
0=no delay
40=8 second
delay.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
LOCKING
Locking functions 2
Lock type
Start Delay 0
Closed VRR Error 0
Closing Force 0
Closed VRR Error
0 Disabled
1 Enabled
If enabled, after
a restart or
locking problem,
control checks
locking with short
movement.
Closed VRR Error
0 Disabled
1 Enabled
Consult factory before connecting third party electric locks to the lock output of the door control.
When electric locking is enabled, actuation of the control will cause the lock output to immediately
change state, followed by the Start Delay, then the door begins to open. 0=1/2second; 1 thru 40
increases in 0,2 second increments (20 = 4.5 seconds).

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
Driving Cycle >
Time delay open >
Drive >
Entrance System >
Control Panel >
Locking >
LOCKING
Locking functions 2
Lock type
Start Delay 0
Closed VRR Error 0
Closing Force 0
Closed VRR Error
0 Disabled
1 Enabled
Closed VRR Error
0 Disabled
1 Enabled
Closed VRR Error
0 Disabled
1 Enabled
Closing Force
0
Briefly increases
closing force to
relieve locking bolt.
0=low force
40=high force
During Start Delay,
door is powered in
closing direction to
relieve any binding
on electric lock.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
CAN-BUS
FEM0 0
FEM1 0
FEM2 0
AKI1 0
S I1 0
AKI1 0
Any Can-Bus module or
sensor connected is
automatically identified &
displayed with a "1".
Disconnected units are
displayed with "?" and must
be removed manually with
FPC902. Not available units
are displayed with a "0".
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
INPUT/OUTPUT
Ext. Sw IN 0
Emerg. Open/Close 0
EMERG, STOP Reset 0
STG >
FEM0 >
FEM1 >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
STG
AUX0_OUT 0
ZLP >
AUX0_IN 0
AUX1_IN 0
AUX4_IN 0
Configurable Input Terminals 4,6,and
18 on STG Control. Note: With
parameters identified as “Safety”, a
closed contact is required for normal
door operation.
AUX0_OUT: Dry contacts on STG to
Terminals 8(NO), 9(COM), 10(NC)
Rated @ 1 Amp 30VDC.
ZLP1: Additional Circuit Board to
connect threshold Safety Beams.
Set ELS to be active. See S5100
Parameter Settings record sheet.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
FEM0,FEM1
contain settings
for input/outputs
for Expansion
Modules.
Ext. Sw IN;
INPUT/OUTPUT
Ext. Sw IN 0
Emerg. Open/Close 0
EMERG, STOP Reset 0
STG >
FEM0 >
FEM1 >
EMERG. OPEN/CLOSE
Function 0
Speed (Flip Flow only) 0
FUNCTION
0 Disabled
1 Emergency Open
2 Emerg. Close
Manual&RemSw
3 Emerg. Close
Locked
Five
options
listed.
Responds to AUX00_IN, AUX01_IN or AUX04_IN set to “2SoK_NSK and the control wired appropriately.
Ext. Sw IN
0 Ext. Sw IN
1 Inactive by 1 Way
5 Disabled
INPUT/OUTPUT
Ext. Sw IN 0
Emerg. Open/Close 0
EMERG, STOP Reset 0
STG >
FEM0 >
FEM1 > and locked
Enable to comply with ANSI/BHMA A156.10for Exterior
sensor to be active in Exit mode and the door is open.

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
INPUT/OUTPUT
Ext. Sw IN 0
Emerg. Open/Close 0
EMERG, STOP Reset 0
STG >
FEM0 >
FEM1 >
EMERG. STOP Reset
0 Disabled
1 Enabled
Enabled:
Emerg Open,
Emerg. Close
Manual &
RemSw,
Emerg. Close
Locked,
Emerg. Close
Locked &
RemSw,
Emerg. close
& Manual
Overide.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
INPUT/OUTPUT
Ext. Sw IN 0
Emerg. Open/Close 0
EMERG, STOP Reset 0
SIO >
SIS >
SIA >
SIO
Function SIO 2
Activate SIO 0
Suppression SIO 0
Function SIO
1 Stop
2 Creep
Side Screen Sensor
Function of door
opening travel with
SIO signal enabled on
one of the AUX_IN
terminals (NC contact
required), side
approach.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
INPUT/OUTPUT
Ext. Sw IN 0
Emerg. Open/Close 0
EMERG, STOP Reset 0
SIO >
SIS >
SIA >
SIO
Function SIO 2
Activate SIO 0
Suppression SIO 0
Activate SIO
0
Door position from
which SIO Signal
becomes active.
0=active @ closed
1=inactive last 2.5% of
opening
40=inactive entire
opening width
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
INPUT/OUTPUT
Ext. Sw IN 0
Emerg. Open/Close 0
EMERG, STOP Reset 0
SIO >
SIS >
SIA >
SIO
Function SIO 2
Activate SIO 0
Suppression SIO 4 0
Suppression SIO
40
Door position from
which SIO Signal is
inactive..
0=inactive @ closed
39=inactive last 2.5%
of opening
40=active entire
opening width
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
INPUT/OUTPUT
Ext. Sw IN 0
Emerg. Open/Close 0
EMERG, STOP Reset 0
SIO >
SIS 2
SIA >
SIS
1 Stop
2 Reversing
3 Creep
Threshold Safety
Function of door
in closing
direction with
safety signal
enabled on one
of the AUX_IN
terminals(NC
contacts
required).

If the door is in “Partial Open” mode,
enabling TOWA will provide full door
opening if traffic approaches on both
sides, or occurs for more than 10 sec.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
INPUT/OUTPUT
Ext. Sw IN 0
Emerg. Open/Close 0
EMERG, STOP Reset 0
SIO >
SIS 2
SIA 1
SIA
1 Stop
2 Creep
SIA=Function of
door with safety
signal across
door opening
while closed,
typically folding
door.
SIO=Function of
door with safety
input during
opening cycle.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
MISCELLANEOUS
TOWA 1
Push to actuate open 0
Push to actuate close 0
Holding force 0
Lead time open 0
Lead time close 0
TOWA
0 disabled
1 enabled
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
MISCELLANEOUS
TOWA 1
Push to actuate open 0
Push to actuate close 0
Holding force 0
Lead time open 0
Lead time close 0
Push to actuate open
0 Disabled
0 Normal
0 Partial
Default: Disabled
Normal: If enabled, will automatically
open after pushed 3mm from closed
position
Partial: Opens to reduced width.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
MISCELLANEOUS
TOWA 1
Push to actuate open 0
Push to actuate close 0
Holding force 0
Lead time open 0
Lead time close 0
Push to actuate close
0 Disabled
0 Normal
Default: Disabled
Normal: If enabled, will automatically
close after pushed 30mm from closed
position
Holding force can be used.
Hold open time has no influence.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
MISCELLANEOUS
TOWA 1
Push to actuate open 0
Push to actuate close 0
Holding force 0
Lead time open 0
Lead time close 0
Holding force
0
Force required to
activate “Push
to actuate”
function in
opening and
close.

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
MISCELLANEOUS
TOWA 1
Push to actuate open 0
Push to actuate close 0
Holding force 0
Lead time open 0
Lead time close 0
Lead time open
1
Pre-warning time after the open signal,
before the door actually moves, and
warning continues while the door is in
motion.
Note: 0 = No pre-warning and no warning
while in motion
1 = 0.2 seconds pre-warning + warning
40 = 8 seconds pre-warning + warning
(opening delayed 8 sec.)
The push to open function will interrupt the
pre-warning delay.
AUX00_OUT must be set to “9 Warning”.
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
MISCELLANEOUS
TOWA 1
Push to actuate open 0
Push to actuate close 0
Holding force 0
Lead time open 0
Lead time close 0
Lead time close
1
Pre-warning after the open time expires,
before the door begins closing, and warning
continues during the door is in motion.
Note: 0 = No pre-warning and no warning
while in motion
1 = 0.2 seconds pre-warning + warning
40 = 8 seconds pre-warning + warning
(closing delayed 8 sec.)
The push to close function will interrupt the
pre-warning delay.
AUX00_OUT must be set to “9 Warning”
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
MISCELLANEOUS
Alarm display >
Push to actuate open 0
Push to actuate close 0
Holding force 0
Lead time open 0
Lead time close 0
Alarm display
Time safety 18
Obstruction 1
Time activation 18
Time activation
18
Effective for inputs for Interior
Sensor, Exterior Sensor and
Special Activation (SSK).
Display for AKI/AKA/SSK or
SIO/SIS/ELS If the alarm output
is configured, it will be disabled
after the preset time.
Adjusts in 6 second increments.
0=Disabled
1=6 seconds before alarm
12=72 seconds before alarm
40=240 seconds before alarm
Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
MISCELLANEOUS
Alarm display >
Push to actuate open 0
Push to actuate close 0
Holding force 0
Lead time open 0
Lead time close 0
Alarm display
Obstruction 1
Time activation 18
Time safety 18
Time safety
18
Effective for inputs for Interior
Sensor, Exterior Sensor and
Special Activation (SSK).
Similar to Time release above.
Adjusts in 6 second increments.
0=Disabled
1=6seconds before alarm
12=72 seconds before alarm
40=240 seconds before alarm

Operation mode >
SERVICE STG
Maintenance >
Functions >
Configure System
Learning System >
Parameter >
PARAMETER
CAN-BUS >
Input/Output >
Miscellaneous >
Entrance System >
Control Panel >
Locking >
MISCELLANEOUS
Alarm display >
Push to actuate open 0
Push to actuate close 0
Holding force 0
Lead time open 0
Lead time close 0
Alarm display
Time safety 18
Obstruction 1
Time activation 18
Obstruction
0 Disabled
1 Enabled
Disabled= Display module
will not show Obstruction
error.
Enabled= Display module
will show Obstruction error.
This parameter is used to replace the factory
telephone number with a custom telephone
number. This number will be momentarily
displayed when the unit is switched from
“OFF” mode, and will periodically flash when
an Alarm screen is displaying. Removal of a
custom number will reinstate the factory 800
number.
Operation mode >
SERVICE STG
Functions >
Diagnostics >
Learning System >
Parameter >
Maintenance >
Maintenance
Cycles1000 Target >
Weeks Actual >
Weeks Target >
Reset maintenance >
Setup maintenance >
Cycles1000 Actual >
Reset Maintenance
Are you sure?
Yes No
The listed parameters in
the center screen are for
setting up a maintenance
program for the unit and
resetting it after target is
met.
Operation mode >
SERVICE STG
Functions >
Diagnostics >
Learning System >
Parameter >
Maintenance >
Maintenance
Cycles1000 Target >
Weeks Actual >
Weeks Target >
Phone [phone]
Cycles1000 Actual >
PHONE
800 438 1937
PN
The following screen sequences are not used to modify parameters, but are used to reset
Operation mode >
SERVICE STG
Diagnostics >
Learning System >
Parameter >
Maintenance >
Functions >
FUNCTIONS
Factory settings >
Release AKI >
Learning ELS >
Learning parameter >
BAT emerg. reaction >
Default Settings >
various door functions as described.
Default settings
Are you sure?
Yes No
Resets Parameters to “Default
settings” and requires a new
Calibration run.
Operation mode >
SERVICE STG
Diagnostics >
Learning System >
Parameter >
Maintenance >
Functions >
FUNCTIONS
Factory settings >
Release AKI >
Learning ELS >
Learning parameter >
BAT emerg. reaction >
Default Settings >
Factory settings
Are you sure?
Yes No
Resets Parameters to “Factory
settings” without requiring a new
Calibration run.

Used to test an optional battery backup.
Operation mode >
SERVICE STG
Diagnostics >
Learning System >
Parameter >
Maintenance >
Functions >
FUNCTIONS
Factory settings >
Release AKI >
Learning ELS >
Learning parameter >
BAT emerg. reaction >
Default Settings >
Selecting “Release AKI” and pressing “OK” will
simulate an actuation from the Interior Sensor.
Initiates an aquisition of safety beam
characteristics.
Operation mode >
SERVICE STG
Diagnostics >
Learning System >
Parameter >
Maintenance >
Functions >
FUNCTIONS
Factory settings >
Release AKI >
Learning ELS >
Learning parameter >
BAT emerg. reaction >
Reset system
Operation mode >
SERVICE STG
Diagnostics >
Learning System >
Parameter >
Maintenance >
Functions >
FUNCTIONS
Factory settings >
Release AKI >
Learning ELS >
BAT emerg. reaction >
Reset system
Learning parameter >
For use when initially commissioning a
door, or significantly altering the
mechanical characteristics of the door.
Learning parameter
Are you sure?
Yes No
Parameter >
Maintenance >
Functions >
Operation mode >
Diagnostics >
Operation mode >
SERVICE STG
Diagnostics >
Learning System >
Parameter >
Maintenance >
Functions >
Cycles 123
Door parameters >
Peripheral devices >
Software >
FUNCTIONS
Factory settings >
Release AKI >
Learning ELS >
Learning parameter >
Reset system >
BAT emerg. reaction >
BAT emerg. reaction
Are you sure?
Yes No
Operation mode >
SERVICE STG
Diagnostics >
Learning System >
Parameter >
Maintenance >
Functions >
Cycles 123
Door parameters >
Peripheral devices >
Software >
FUNCTIONS
Factory settings >
Release AKI >
Learning ELS >
Learning parameter >
BAT emerg. reaction >
Reset system >
Reset system
Are you sure?
Yes No Minor reset to clear faults without requiring a
calibration cycle.

For factory reference.
SERVICE STG
Diagnostics >
Learning System >
Parameter >
Maintenance >
Functions >
Operation mode >
Indicates the current operational mode of the door.
Note this screen does not dynamically update in
response to changes to the control panel.
The Status screen, accessible anytime the terminal
is servicing the unit (STG), will dynamically update
in response to changes to the control panel(s).
Operation Mode
One-way >
Manual >
Automatic >
Cont. open >
Locked >
Parameter >
Maintenance >
Functions >
Operation mode >
Diagnostics >
Operation mode >
SERVICE STG
Learning System >
Parameter >
Maintenance >
Functions >
Diagnostics >
DIAGNOSTICS
Error history >
Protocol >
Cycles >
Input >
Hours >
Door parameters >
Will illustrate active inputs
SERVICE STG
Learning System >
Parameter >
Maintenance >
Functions >
Operation mode >
Diagnostics >
DIAGNOSTICS
Protocol >
Cycles >
Input >
Hours >
Door parameters >
Error history >
SERVICE STG
Learning System >
Parameter >
Maintenance >
Functions >
Operation mode >
Diagnostics >
DIAGNOSTICS
Error history >
Protocol >
Cycles >
Input >
Hours >
Door parameters >
List of current Errors and ability to
delete for a fresh future listing.
List the status of settings and
parameters.
Cycle count and hours of operation
readouts for maintenance use.
Chronological list of the changes to
Parameters & Settings with a
software-based time stamp.
SERVICE STG
Learning System >
Parameter >
Maintenance >
Functions >
Operation mode >
Diagnostics >
DIAGNOSTICS
Software >
Protocol >
Cycles >
S/N 0
Hours >
Door parameters >
By selecting Status Key, bottom row FPC902
keyboard)

AKKU PASS
FLASH PASS
EEPROM PASS
RTC PASS
CAN PASS
FPC902
Version 2.71
Nov 24 2013
10:48:48
FPC902
Service STG
Service STG Slave >
Flash-Programmer >
Setup >
FLASH PROGRAMMER
Automatic update >
Manual update >
Indicate files >
Check files >
CAN nodes are
searched ...
Updates are
searched ...
STA20_UL Vx.xx
replace by
STA20_UL Vx.xx
Yes No
Updates are
searched ...
BDE-D Vx.xx
replace by
BDE-D Vx.xx
Yes No
The following sequence of screens are to be followed when updating door and display software.
Use the Down arrow to
select “Flash-Programmer”
then press “OK”
Press “OK”
Use the Left
arrow to select
“Yes”, then
press “OK”
Use the Left
arrow to select
“Yes”, then
press “OK”
Service sensor >

AKKU PASS
FLASH PASS
EEPROM PASS
RTC PASS
CAN PASS
FPC902
Version 2.71
Nov 24 2013
10:48:48
FPC902
Service STG
Service STG Slave >
Flash-Programmer >
Setup >
FLASH PROGRAMMER
Automatic update >
Manual update >
Indicate files >
Check files >
AKKU PASS
FLASH PASS
EEPROM PASS
RTC PASS
CAN PASS
FPC902
Version 2.71
Nov 24 2013
10:48:48
FPC902
Service STG
Service STG Slave >
Flash-Programmer >
Setup >
FLASH PROGRAMMER
Automatic update >
Manual update >
Indicate files >
Check files >
Lists the software stored on the
SD card in the FPC902
Checks the software stored on
the SD card in the FPC902.

AKKU PASS
FLASH PASS
EEPROM PASS
RTC PASS
CAN PASS
FPC902
Version 2.71
Nov 24 2013
10:48:48
FPC902
Service STG >
Service STG Slave >
Flash-Programmer >
Setup >
SETUP
Renew license >
Select language >
RENEW LICENSE
Lapse counter: 500
ID: 3 076 305 230
KEY:
AKKU PASS
FLASH PASS
EEPROM PASS
RTC PASS
CAN PASS
FPC902
Version 2.71
Nov 24 2013
10:48:48
FPC902
Service STG >
Service STG Slave >
Flash-Programmer >
Setup >
SETUP
Renew license >
Select language >
SELECT LANGUAGE
DEUTSCH
FRANCAIS
ENGLISH
ENGLISH US
Not used in North America