Parking Facilities PF9700 User manual

Operaon and Maintenance Manual
Revision 10.0 2020
THIS DOCUMENT CONTAINS IMPORTANT
INFORMATION. IT MUST BE KEPT WITH THE GATE
AT ALL TIMES.

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Safety Features
Thank you for purchasing one of our perimeter security products.
Your gate will provide safe and reliable service and peace of mind provided that the following
instructions and guidance is followed.
Your gate is fied with a range of safety devices designed to prevent accidents or injury, none
the less the area in the immediate vicinity of the gate should be treated as potentially hazardous
and avoided whenever the gate is moving
Explanaon of safety features and gate reacon:
Dual Height Photocells – (across clear opening) stops gate closing and reverses to the fully
open posion.
CAT 3 Safety Edges – Safety edges are direcon dependent and will stop gate and reverse
in the opposite direcon to which the gate was moving.
Emergency Stop Buon – located on the front of the gate tower this can be used before an
incident happens.
Safe use warnings:
1. Do not allow children/people with physical or mental impairment to play on or near the
gate. Gates are designed for vehicular use only
2. Keep remote control devices away from children.
3. Do not try to pass through/over/under the moving gate.
4. Do not stop unnecessarily when passing through the gate.
5. Only operate the gate controls when in view of the gate.
6. Do not aempt to interfere or modify the gate from the factory setup.
7. Make sure the gate is maintained by a trained and qualified powered gate specialist at the
prescribed 6 monthly intervals and that services are recorded in this manual’s log.
8. If any sign of malfuncon occurs switch off the gate, manually release it and contact a
trained and qualified powered gate specialist immediately.

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Safe Use Instrucons
To open the gate:
The gate may be opened using the Open push buon input, panel mounted keypad buon, exit loop
or radio fob (if fied). The gate will smoothly accelerate to fast speed unl the intermediate limit is
reached, at which point the gate will smoothly decelerate for the remainder of the travel distance.
The gate may be closed using the Auto-Close funcon, the Close buon input, panel mounted
keypad buon or radio fob. The gate will smoothly accelerate to full speed unl the intermediate
limit is reached, at which point the gate will decelerate for the remainder of the travel distance.
If a safety device is acvated (i.e. safety edge or photocell) during the closing cycle the gate will stop
& return to the fully open posion. The gate may only be closed once the obstrucon has been
removed.
To close the gate:
If a safety device is acvated (i.e. safety edge or photocell) during the closing cycle the gate will stop
& return to the fully open posion. The gate may only be closed once the obstrucon has been
removed.
The gate can also be closed by external devices but also using the down arrow on the front of the
control panel.

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Manual operation:
In the event of a power cut or other fault it will be necessary to move your gate in manual mode.
Manual operation should only be aempted by a responsible adult. Before doing this always
switch the system off at the main isolator, your installer will have shown you where this is on your
system.
You can now move the gate manually. Only move the gate very slowly, no faster than it moves in
normal use. Your installer will have demonstrated this at handover.
To return the gate to automac operaon (when the power is restored) simply follow the steps
above in reverse order:
120
Emergency opening: 120 mm
First you need to raise the automatic drop bolt as this is fail secure, to do this, use
the override key provided with the lock to unlock the cylinder, you can then slide
the bolt up by 120mm an out of the way, once this is done follow the below
instructions to manually open the gate leaf

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Key Switch
If a fault happens to appear on the controller that relates to a safety device the gate will more than
likely only operate in deadman mode. on the front of the tower there is a key switch that can be
turned either way to open the gate in deadman operation overriding the faults. if you let go of the
key switch whilst the gate is operating the gate will stop until you continue turning the keyswitch. if
there is no fault on the gate the key switch will give a normal automatic open and close signal.
If you have two gates working in master and slave mode the key switch will only operate the gate
that it is attached to.
Stop Button
If you have an issue and need to stop the gate immediately there is a stop button on the gate that
will stop the gate and will not allow it to operate until its released. once pressed in you twist the
button and it will release. once released you will need to give the gate another open or close signal
for it to start operating again.
If you have two gates working in master and slave mode the stop button will only operate the gate
that it is attached to.

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End User Regular Safety Checks
General:
Keep the areas adjacent to the gate clear of obstrucons at all mes, cut back plants and weeds that
might interfere with the gate and its safety sensors. Keep the photo electric beam covers clean.
Safety checks:
These user safety checks should be conducted every [few weeks] by a responsible adult who has
been shown how to do the checks by a trained and qualified powered gate specialist. We will
demonstrate the user checks to you as part of the handover process.
[Insert instrucons]

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Engineer Planned Preventative Maintenance Schedule
Your gate will need to receive regular planned preventative maintenance in order to remain in safe
and reliable service. The maintenance outlined below should only be conducted by a trained and
qualified powered gate specialist who is familiar with 9700 automation equipment and has the
necessary test equipment. [insert company] can provide this service and you will have been offered
a maintenance contract as part of the supply process. If the maintenance outlined below is not
completed, [insert company] cannot accept responsibility for injuries, accidents or breakdowns
caused by lack of maintenance.
You are reminded that, as the person in control of the gate, you have a legal duty of care to users
and to visitors to the premises (including trespassers). If the gate is not kept safe, any party whose
property is damaged or who is injured by the gate is likely to be able to sue for damages.
If the gate is part of an undertaking (such as at rented property), the person in control of it will have
additional duties under section 3 of the Health and Safety at Work Act 1974 to keep the gate
maintained in a safe condition.
If the premises are also a workplace, there are specific duties under regulation 5 and 18 of the
Workplace (Health and Safety and Welfare) Regulations 1992.
Failure to meet duties imposed by health and safety legislation can result in criminal proceedings.
A maintenance log is provided at the end of this book to record completed maintenance. Please
make sure the maintenance log is completed and signed on completion of any maintenance work.
At 6 month intervals:
Inspections:
Check and grease bearing at the top
Check that all gearbox and motor mountings are tight and secure
Check that the gate manual release is still functioning
Check that the gate moves stable and freely when the manual release is engaged and power is
switched off!
Check all running gear fixings are tight and secure
Check flashing beacon is working
Check that the emergency stop button works
Check all safety edges work and are working for the correct direction of travel
Check the photocells are working and in the correct direction of travel
Check that no one has made the gate unsafe by speeding it up past the factory settings
Check that the control program has not been modified such as to make the gate unsafe. Please
consult the manufacturer if in doubt
Call the manufacturer to talk this through if in doubt, use common sense and it is better to check
everything twice!

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Lubricaon:
Any grease nipple (All other items are “sealed for life” and require no lubricaon)
Funcon checks:
•Overall gate structure and plumb of hinges
•Lubricate hinges and unit pivots
•Gearbox oil level
•Funcon of manual release
•Torque seng on control unit
•Obstacle detecon effecveness (measure forces)
•Overall funcon/condion of actuators
•Funcon and condion of safe edges
•Photocells internal and external
•Sealing of photocell covers and cable entry
•Wire terminaons in control panel
•Sealing of control unit cover and cable entries
•Condion of all wiring and juncon boxes
•Funcon of all controls – transmiers, loop and intercoms
•Security and effecveness of all earth connecons
•Test earth fault loop resistance and RCD funcon
•Reassess and check the ongoing validity of the hazard assessment
Performance tests:
Force Test (Not a legal requirement but advisory)
Check that the manual release is working
Ensure that the gate is running smoothly
Check Flashing Beacon is working

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Handover Check list
The following items have been explained to the client:
□How to operate the gate.
□How to isolate the power to the gate.
□How to manually release the gate.
□How the safety features of the gate work.
□How to avoid any residual hazards associated with the gate.
□How to use the acvaon devices.
□How to change the baeries on remotes etc.
□How to change the keypad pin code.
□How and when to perform the required safety checks.
□Other [insert]
The following items have been passed to the client.
□Manual release instrucons.
□Intercom user manual.
□Declaraon of Conformity.
□User warnings and residual hazard idenficaon.
□Planned Preventave Maintenance instrucons.
□Maintenance log.
□Other [insert]
Installer Name: Date:
Signature:
Client Name: Date:
Signature:
ü
The following items have been completed by the installer: [ck]
□ Carried out site risk assessment prior to installation
□ Carried out site risk assessment after installation and carried out necessary
modification to eliminate hazards found
□ Carried out the installation as per the manufacture’s recommendations

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Component list
Drive unit: PFL Swing Gate Drive 3 Phase
PFL Drive 3 Phase /550Watts /60Nm Torque /58 RPM /2.3A Nominal Current
35mm Axle
Photo beams: Witt Argos-T/ Argos-R TX & RX Through Beam
Safe edge: ASO 65mm profile
Encoder: Feig TST PD-ME-B
Control panel: Feig TST FUZ 2 B

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Maintenance log
Date Work done Company
PPM Name
Reacve Signature
Date Work done Company
PPM Name
Reacve Signature
Date Work done Company
PPM Name
Reacve Signature
Date Work done Company
PPM Name
Reacve Signature
Date Work done Company
PPM Name
Reacve Signature
Date Work done Company
PPM Name
Reacve Signature
Date Work done Company
PPM Name
Reacve Signature

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Declaration Of Conformity
[Insert Trade Partner Name Here]
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The relevant technical documentation is compiled in accordance with the
Supply of Machinery (Safety) Regulations 2008. We undertake to transmit,
in response to a reasoned request by the market surveillance authorities, this
documentation in electronic form within a reasonable period of time.
Person authorised to compile the relevant technical documentation:
PFL, Unit One, Kingsbury Link, Tamworth, Staffs, 878 2EX
The machinery is incomplete and must not be put into service until the
machinery into which the partly completed machinery is to be incorporated has
been declared in conformity with the provisions of the Supply of Machinery
(Safety) Regulations 2008.
Place / Date:
 14  09 
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Engineers Secon (Not For End Users)
Control Panel Overview

Swing Gate Base Drawing
Base plate
Plan View
700 300
1300
700
1300
300 300
300 300700
1300
700
700
224
224
CABLE
ENTRY
POSITION
600
300

Bolt Kit Contents
4x M20x500mm Threaded bar (per gate)
8x M20 Bolts (per gate)
8x M20 Penny washers (per gate)
1x Resin fix tube
2x resin fix nozzles
4x M16x100mm anchor bolts (for either catch post or center stop)
Swing Gate Bolt Down Procedure
1. You need to prepare the ground to accept the swing gate tower. you should consult the issued CAD
drawings. Be sure to CAT scan any area before excavation
2. There are 2 different ways the gates are installed depending on what you order. The gate is installed in
2 steps if it is “cast-in” where the first pour is set below the ground level and the gate is bolted down
then a second pour is done up to the ground level. Please note! if the gate is being installed in an area
with a high water table you need to ensure you have adequate drainage. If you have opted for a “bolt-
down” installation then it would just be 1 step where it is just bolted down to the plinth at ground level.
3. the first pour of concrete (mentioned above) this should be 700mm deep. When this has cured you
drill and chem fix 4x M20 threaded bars into the surface to line up with the fixing holes in the gate tower
base plate, (these have a nut above and below the tower base plate for adjustment/alignment
purposes).
4. The gate leaf & tower will be lowered (base plate first) onto the threaded bar. here it will secured and
leveled up in all directions ensuring that the tower sits up out of the hole to the correct (level) height.
This is a very important step as when the other gate is fitted. It will need to line up with the secondary
leaf or catch post depending on the order. Please note that this is very important as there is only a
MINIMAL adjustment once the gates receive the second pour of concrete.
5. Once the gate has now been lowered onto the threaded bar and has been leveled accordingly the duct
can be pushed through the hole in the gate tower if it is cast in. If it is a bolt down then this would be
through the center of the base plate.
6. Once the duct has been fed through the duct hole the second pour can be made (cast in only). You
must allow for ducting to link one tower to the other or to the catch post as you have to have a
communications cable to allow the Master/Slave function and the photocells.

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P.000
P.998 0 to 1 0
P.005
P.971 [Cycles]
0 to 9999 0
P.972 [Cycles]
0 to 9999
0
P.973 0 to 1 0
P.010 [Sec]
0 to 9999
P.015 [Sec]
0 to 200 10
P.020 [Ms]
0 to 3000 0
P.025 [Sec]
0 to 20 3
P.143 35 to 100
P.148 35 to 100
P.210 0
P.221 -125 to 125 0
P.222 0 to 2100
P.230 50 to 9999
P.231 -125 to 125 0
P.232 0 to 2100
P.241 [%]
5 to 95 50
P.310 [Hz]
6 to 200
P.320 [Hz]
6 to 200
P.350 [Hz]
6 to 200
P.360 [Hz]
6 to 200
Frequency for automatic opening speed 2
Operating frequency until open limit switch is activated
Parameter Function
Parameter
Display Adj. Range Factory Setting
Counter Parameters
Cycle Counter
Indicates the number of previously counted cycles
Reset the cycle counter
After setting this parameter to 1 the current cycle counter is cleared
cycle counter mode
0: Each time the closed limit switch is reached the count goes up by 1
0: Deactivated
1: Warning I.080 shown on display once maintenance counter is reached
Maintenance Counter
Indicates the number of cycles remaining until maintenance is due (if -1 shows it means the counter has not yet been set)
Number of cycles after resetting
Indicates how many cycles are possible after resetting the maintenace counter until the next warning shows
Warning before maintenance counter expiration
Indicates the number of cycles before the maintenance counter expires during which I.080 is displayed
2: Error F.080 shown on display and close in deadman operation only
Speed Parameters
Frequency for automatic opening speed
Operating frequency until open limit switch is activated
1
Obstacle Detection Parameters
Obstacle detection mode
Voltage reduction for open direction
Reducing the value in this parameter increases the sensitivity of the obstacle detection in the open direction
Voltage reduction for close direction
Reducing the value in this parameter increases the sensitivity of the obstacle detection in the close direction
P.480 0 to 2 0: Deactivated
1: Detection of motor overcurrent
2: Detection of incremental change
2
1: Each time the open limit switch is reached the count goes up by 1
2: With each full cycle the count goes up by 1 (going open and closed)
3: With every open command the count goes up by 1
P.981 0 to 3 2
0
Reset the maintenance counter
After setting this parameter to 1 the current maintenance counter is cleared
3: Error F.080 shown on display, open and close in deadman operation only
Frequency for automatic closing speed
Operating frequency until close limit switch is activated
Frequency for automatic closing speed 2
Operating frequency until close limit switch is activated
P.971 0 to 3
Response to maintenance counter
Timer Parameters
0
Auto close timer 1
Will stay in the open position for this length of time before closing
Optional auto close timer
Can be assigned to different inputs for a secondary close time
Open delay timer
Will wait for the set time in milli seconds before opening
Close delay timer
Will wait for the set time in seconds before closing after the auto close timer
Position Parameters
Open and close position calibration
Set to 5 to calibrate the closed (EIEC) then open (EIEO) positions
Closed position limit correction
This parameter is used to adjust the final closed position in increments, - will close futher, + will close less
Slowdown positions for closing direction
Indicates the position in increments when the gate will start to enter its slow down speed
Open position limit correction
This parameter is used to adjust the final open position in increments, - will open futher, + will open less
Slowdown positions for opening direction
Indicates the position in increments when the gate will start to enter its slow down speed
Pedestrian open position percentage
Indicates the percentage of the overall open position that the gate will open to under a pedestrian open command
Overall travel increments
This parameter shows how many increments there are from the closed to the open position
P.244
0
to
4
Select pedestrian open position
0: No ped estrian open set, pedestrian open is same as fully open
0 1: Opens to half way point (1/2 of value in P.230)
2: Opens two thirds (2/3 of value in P.230)
3: Pedestrian open position set in deadman
4: Pedestrian open set in percentage (uses P.241)

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Parameter Function
Parameter
Display Adj. Range Factory Setting
P.410 [Sec]
0.0 to 990.0 10
-2
n 5
P.415 [Sec]
0.0 to 990.0 10
-2
n 5
P.419 [Sec]
0.0 to 990.0 6
0
P.501 0401
P.502 0
101
P.503 0
701
P.504 1501
P.505 1502
P.506 0501
P.507 0501
P.508 0102
P.509 1111
P.50A 1612
Run time monitoring for deadman operation
Time set is the max run time for deadman operation, if movement takes longer then F.020 will display
Run time monitoring for the close direction
Time set is the max run time for the close direction, if movement takes longer then F.020 will display
Run time monitoring for the open direction
Time set is the max run time for the open direction, if movement takes longer then F.020 will display
Run Timer Parameters
Input Parameters
0000
to
1806
More options avaliable, check pages 103-108 of the Feig Parameter Description Total Overview manual
Input 1-9 profiles
0101: Open command (N/O) to fully open position with auto close (P.010)
0102: Open command to intermediate position with auto close (P.010) position adjustable with P.244
0205: Impulse command (N/O) to fully open position without auto close, close on next command
0501: Safety input (N/C) safety reversing when closing to open position
0401: Stop command (N/C) stop in any direction and wait for another command after release
0701: Close command (N/O)
1501: Simulate foil button open (N/O) (works the same way as the up arrow on the lid of the controller)
0000 1502: Simulate foil button close (N/O) (works the same way as the down arrow on the lid of the controller)
1612: Safety input (8k2) safety reversing when opening
P.461 [Cnt]
0 to 5
Safety Edge Parameters
Closing safety edge operation
0
Maximum number of reversals
Maximum amount of times the gate will reverse if the closing safety edge is hit before displaying F.361 (0 to disable)
0: Deactivated (make sure cables are removed from terminals)
1: 8k2 resistive safety edge normally open
2: 8k2 resistive safety edge normally closed 1
3: 8k2 resistive safety edge normally open with testing in closed position
4: 8k2 resistive safety edge normally closed with testing in closed position
5: Dynamic optical system
P.460 0 to 6
6: Automatic detection of the connected safety edge

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Parameter Function
Parameter
Display Adj. Range Factory Setting
Loop Detector Parameters
20 to 29
P.660 22
20: Deactivated
21: Evaluation only for command forwarding
22: Open command
23: Safety during closing with reversing
24: Safety during closing with stop
25: Verifies a suitably programmed external open command to act as safety check and also safety during closing
27: Safety during opening and closing, after releasing during opening continues to open
Loop detector channel 1
28: Safety during opening and closing, after releasing during opening continues to open, close after fully open
29: Gives leginimation for external open commends programmed accordingly
20: Deactivated
21: Evaluation only for command forwarding
0 to 7
P.664 0
0: Without auto close time
1: With auto close time (P.010)
2: With auto close time (P.015)
3: Without auto close time, other auto close times blocked for other open commands
4: Auto close time as used before with last open command
5:Auto close time is stopped after activating in the open position and will go on after deactivation
6: With priority 1
Auto close time channel 1
7: With priority 2
0
0: Without auto close time
1: With auto close time (P.010)
2: With auto close time (P.015)
3: Without auto close time, other auto close times blocked for other open commands
4: Auto close time as used before with last open command
0
P.670 20 to 29 23
22: Open command
23: Safety during closing with reversing
24: Safety during closing with stop
25: Verifies a suitably programmed external open command to act as safety check and also safety during closing
27: Safety during opening and closing, after releasing during opening continues to open
28: Safety during opening and closing, after releasing during opening continues to open, close after fully open
0: No close command
1: Close command only if triggered after open limit is reached
2: Close command after open limit is reached (command stored whilst opening)
3: Close command after safety released, also when opening
P.66C 0 to 3
Close command after detector channel 1
Loop detector channel 2
More options avaliable, check pages 196-197 of the Feig Parameter Description Total Overview manual
0
0: No close command
1: Close command only if triggered after open limit is reached
2: Close command after open limit is reached (command stored whilst opening)
3: Close command after safety released, also when opening
5:Auto close time is stopped after activating in the open position and will go on after deactivation
6: With priority 1
7: With priority 2
P.67C 0 to 3
Close command after detector channel 2
29: Gives leginimation for external open commends programmed accordingly
P.674 0 to 7
Auto close time channel 2
0000: Deactivated
0101: TST SURA1 safety edge card fitted (1 8k2 input)
0106: TST SURA6 safety edge card fitted (6 8k2 inputs)
0302: Loop card fitted (single or dual channel)
P.802
0000
to
0302
0302
Plug in card options
Output 1 and 2 profiles
0001: Output is perminently on
0101: Output activates in the open position
0201: Output activates in the closed position
0401: Output active whilst there are no faults showing on the controller
0801: Output is active during opening and closing operations
1101: Maglock receives voltage when in the closed position
1201: Traffic light on the inside of site
1210: Traffic light on the outside of site
12A1: Traffic light without direction, Flashing during close delay timer (P.025)
Accessory Parameters
Output Parameters
0000
to
3201
P.701
P.702
P.70F
0101
0201
0801

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Parameter Function
Parameter
Display Adj. Range Factory Setting
P.925
P.999
0000
to
0003
0001
P.910 0 to 40 0
P.920
Diagnostic Parameters
Display mode selection
0
000: Limited parameters avaliable, most only viewable
0001: Limited parameters
0003: All parameters avaliable
6: power stage module tempreature displayed [°C]
7: power stage module tempreature displayed [°F]
8: Run time of the motor during last operation [Sec]
13: Reference voltage displayed [V]
14: Housing tempreature displayed [°C]
15: Housing tempreature displayed [°F]
29: Display the address of slave module (only on master)
39: Display the cos phi (power factor)
40: Display the momentary DC Bus current in percent of maximum continuously permissable DC Bus current
Error Memory
Shows the last 8 errors in the error memory
Eb1 - Eb8 Fault codes 1 - 8 (1 oldest - 8 newest) EbCL clear error log Eb- exit error log
Software version
Displays the version of the software that is currently being used
Password Level
0: The control sequence is displayed
1: The current travel speed is displayed [Hz]
2: The motor current is displayed [A]
3: The motor voltage is displayed [V]
4: The DC Bus current is displayed [A]
5: The DC Bus voltage is displayed [V]

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