BYOU JUMP Operating instructions

JUMP
Automation kit for sectional garage doors
Instructions and Recommendations for installation and use
L8543144 ENG 08/2016 rev 1 ENG

2
Dear Customer
We would like to congratulate and thank you for choosing the
BYOU systems.
JUMP like all other products in the range it is the fruit of careful
and accurate choice of materials and components. The result
is a product that interprets and embodies captivating designs
and state-of-the-art technology.
BYOU products are covered by a warranty with duration of
2 years.
BYOU srl is not liable for damage caused by improper use or
by incorrect installation of products or components.
The descriptions and illustrations in this manual may be subject
to modification at any time by the manufacturer, who reserves
the right to make updates to the product of a technical, con-
struction or commercial type, without having to update this
publication within specific times.
For any information of a technical or commercial manner,
contact:
AUTOMATISMI BENINCA' SpA
Via Capitello 45
36066 - Sandrigo (Vicenza) italia
tel. [phone]
fax. [phone]
mail. [email protected]
sito www.byouweb.com
Index
General recommendations .....................................................................3
Product description ................................................................................3
Content of the standard kit.....................................................................4
Description of the automation ................................................................4
Preliminary checks.................................................................................5
Technical Data, dimensions and limits of use ........................................5
Electric connections ...............................................................................6
Tools and materials ................................................................................7
Assembly of the drive guide - 1..............................................................7
Assembly of the drive guide - 2..............................................................8
Fixing the gear motor to the ceiling - 1 ..................................................9
Fixing the gear motor to the ceiling - 2 ................................................10
Installation of photocells P.BY...............................................................11
Installation of selector K.BY..................................................................12
Control unit CP.JMP ..............................................................................13
Transmitter BY ......................................................................................13
Control unit CP.JMP connections ..........................................................14
Self-regulation of the functioning parameters (AUTO)..........................15
Programming the CP.JMP control unit - Introduction ...........................15
Regulation of the automatic closure time (TCA) ...................................15
Regulation of courtesy light regulation time (TLS) ...............................16
Regulation of the motor thrust (PMOT) .................................................16
Regulation of the automatic closure time (TCA)...follows.....................16
Condominium function (IBL) .................................................................17
Pre-flashing functioning mode (Pre).....................................................17
Step-by-Step functioning mode (PP) ....................................................17
Resetting the control unit (Res) ............................................................18
Memorising new transmitters (RADI>PP).............................................18
Deleting transmitters (RADI>CLR) ........................................................18
Complete deletion of the receiver memory (RADI>RTR).......................19
Remote controls quick duplication .......................................................19
Inspection and commissioning.............................................................20
What to do if... ......................................................................................21
User guide.............................................................................................22
BYOU è un marchio di
AUTOMATISMI BENINCÀ SpA
via Capitello, 45
36066 Sandrigo (VI) ITALY
Tel [phone]
Fax [phone]
[e-mail]
www.byouweb.com

3
General recommendations
WARNING: Important safety instructions. Follow all in-
structions since incorrect installation can lead to severe
injury.
If this is the first time you realise an automation for JUMP
garage doors. we recommend that you read this manual
carefully as it contains important advice and information for
the realisation of the plant in safe conditions.
Keep the various components on hand to gain confidence
with them while reading this manual.
Keep this manual for future use.
JUMP is realised in a way to allow easy installation and
configuration of the system, however, some phases require
the presence of qualified staff.
When reading this manual pay particular attention to these
symbols:
Authorised technician.
Indicates the phases to be performed in the
presence of mains voltage. The presence of
qualified staff is required (electrician or author-
ised installer), in complete respect with the
Safety Standards in force.
Attention!
Potentially dangerous operations.
Scrupulously respect the indications given.
Useful indication.
Suggestions and recommendations for simplify-
ing and/or improving the installation operations.
The automation of a door cannot be considered the only
device for protection against intrusion.
Do not use any of the components in unsuitable environ-
ments (salty, acid or potentially explosive atmosphere).
All operations that require the protection shells of the
devices opened, must take place without mains power
supply.
This product is not to be used by persons (including chil-
dren) with reduced physical, sensory or mental capacity, or
who are unfamiliar with such equipment, unless under the
supervision of or following training by persons responsible
for their safety.
Check that the temperature range marked on the drive is
suitable for the location.
The drive cannot be used with a driven part incorporating a
wicket door (unless the drive cannot be operated with the
wicket door open).
After installation, ensure that the mechanism is properly
adjusted and that the protection system and any manual
release function correctly.
DESTINATION OF USE
This product is destined exclusively for the opening and resi-
dential sectional garage doors, characterised by dimensional
and weight limits as indicated in this manual in the “Limits
of use” paragraph.
In particular, JUMP cannot be used for up & over doors that
are partially or totally overhanging.
No other use is allowed.
BYOU is not liable for uses that are not in compliance with
those indicated in these instructions.
If the sectional door to be automated closes a
garage without other access routes, it is MAN-
DATORY to install an external release device.
If this is not the case, in the case of malfunc-
tioning, it may not be possible to access the
place.
The kit is made up from an electromechanical operator with
24V direct current motor, which allows movement of the door
via a guide with belt.
The built-in control unit controls the movement of the motor
and functioning of the accessories.
The supplied accessories are:
1 radio transmitters BY: remote control for opening/closing
the door.
Other accessories available as options:
- CB.BY emergency battery kit: in case of a power cut, it
allows the functioning of the leaf by batteries and relative
battery charger installed inside the operator.
- P.BY pair of photocells: they interrupt the movement of the
leaf if there are obstacles present.
- F.BY flashing light: flashing light that indicates that the
door is moving.
- K.BY key selector switch: installed externally, allows the
opening and closure by means of a customised key.
- SE.BY external wire unlock device: allows manual open-
ing from the outside in the case of a power cut or malfunc-
tioning.
Product description

4
Content of the standard kit
1 JUMP: Electromechanical operator with built-in
control unit.
2 JMP.1: Drive track measuring 3 mt. divided into 3
parts measuring 1 mt. each.
3 JMP.2: Brackets for fixing the track to the ceiling
4 BY: 4-channel radio-transmitter
5 JMP.3: Bracket for fixing the track to the wall
6 Screws, nuts and washers for mounting the compo-
nents
7 JMP.3 track joint brackets
8 JMP.4: Guide head unit
9 JMP.5: Mechanical stops
10 JMP.6: Drive carriage with release device complete
with cord and handle.
11 JMP.7: Connecti on bracket and leaf fixing bracket
12 JMP.8: Belt-tensioner unit
13 JMP.9: Belt
Note: The content of the package may undergo variations.
If in doubt, consult your local dealer.
Description of the automation
With reference to the list of components in fig.1, fig. 2 shows a typical plant that can be realised using JUMP.
Fig.1
1
78
2
11912
5
3
13
6
4
1
835
12
11
10
13
9
9
10
Ceiling
Sectional Door
1st Panel
2 7
Sectional door guide
Fig. 2

5
Preliminary checks
It is indispensable to carry out several checks before starting
installation:
• Try and open the door manually, it must move without effort
and without points of resistance for the entire run.
• When left in any intermediate position the door must not
move.
• The guides and components subject to wear must be in
perfect working condition. If this is not the case, replace
the faulty parts.
• The door structure must be strong and rigid.
• The electric set-ups necessary for installation are highlighted
in the “Electric connections” paragraph. If they are not pre-
existing they must be realised, with the aid of a specialised
technician, if necessary (electrician).
• Select the most suitable method for fixing the gear motor
to the ceiling and the guide to the wall.
Consider that the JMP.3 fixing bracket is stressed during
leaf movement and the fixing of the brackets JMP.2 to the
ceiling must be able to sustain the weight of the gear motor
and the guide.
The reliability and safety of the automation depend on
the state of the door structure.
In no case can the installation of JUMP be consid-
ered a solution for opening inefficient doors.
Technical Data, dimensions and limits of use
TECHNICAL DATA JUMP
Control unit power supply 230 Vac
Motor power supply 24Vdc
Absorbed power 140 W
Absorption 1 A
Maximum thrust 600 N
Maximum use frequency (complete
open/close cycles)
15 cycles/hour
80 cycles/day
Opening speed 9,8 m/1'
Protection rating IP40
Functioning temperature -20°C / +70°C
Opening time (90°) s
Noise <70 dB
Weight 10,5 kg
DIMENSIONS
Fig. 3 indicates the main clearance dimensions of the gear motor
complete with guide.
Fig.3
22 cm
304,3 cm
28 cm
12 cm
34 mm
266 cm
With reference to Fig. 4, check the maximum and minimum
clearances indicated in measurements X and Y.
X 0-400 mm
Y
50-350 mm
Fig.4
The measurement X highlights that the guide can adhere to the
ceiling or be at a maximum distance of 40 mm, maximum value
allowed from the JMP.2 brackets.
The Y measurement indicates the minimum and maximum val-
ues possible between the track and first sectional panel.
LIMITS OF USE
JUMP can be used exclusively for residential sectional doors
for garages with the following dimensional limits:
HEIGHT 260 cm max.
WIDTH 350 cm max.
The materials with which the door is built, the
state of maintenance and particular conditions
of use can reduce the values indicated.
260 mm 266 mm290 mm
The measurement of 266 cm represents the maximum run that
the drive carriage can make during movement and corresponds
to the maximum opening height that can be obtained.

6
Electric connections
The cables necessary for the installation of JUMP can vary according to the accessories installed.
All of the accessories indicated in the layout in figure 5 are optional.
No connection cable is supplied for the accessories.
List of cables
Connection Type Maximum length and notes
A Mains power supply to the control unit 3x1,5mm2[1]
B Photocell transmitter connection P.BY 2x0,5mm220m
C Photocell receiver connection P.BY 4x0,5mm220m
D Key selector connection for external command K.BY 4x0,5mm220m
E Flashing signal light connection F.BY 2x1,0mm210m
F Connection of the aerial built-in the flashing light F.BY RG 58 [2]
Notes
[1]
The mains power supply connection can be made via the supplied plug, connected to an electrical socket already
prepared.
If the power supply cable is removed for connection to the mains or if the supplied cable must be
replaced, contact qualified BYOU staff only. They will perform the connection with respect to the
Standards in force.
An omnipolar switch/section switch with remote contact opening equal to, or higher than 3mm must
be provided on the power supply mains.
Means for disconnections must be incorporated in the fixed wiring in accordance with the wiring
rules.
[2]
There is an aerial pre-installed in the control unit, which in most cases makes this connection superfluous. If reception
is disturbed, the capacity of the receiver can be improved by connecting the aerial in the flashing light L.BY (optional)
to the control unit.
The connections in figure 5, will be realised in a bricked-up raceway or using raceways from the outside (flexible cor-
rugated sheath) that is in compliance with the Standards in force. If in doubt, contact staff that is specialised in the
realisation of these set-ups.
The cables used must be suitable for the type of connection. For example, for connection protected by race-
ways use H03VV-F cables, for cables in the outdoor environment always use the H07RN-F type.
A
E
F
Fig.5
BC
D

7
Tools and materials
#4
Make sure that there are all tools and materials necessary
for installation (fig.6). Also check that they are in compliance
with Standards and in perfect working order.
Use suitable individual protection devices I.P.D. (gog-
gles, gloves, etc)
The length and type of connection cables depend on
the accessories installed (see “Electric connections”
paragraph).
The fixing screws for the gear motor are not sup-
plied as they depend on the features of the materials
used for the pillars and the leaves.
Assembly of the drive guide - 1
1) Prepare the three parts that make up the drive track JMP.1,
positioning them as indicated in figure 7, in a way that the cir-
cular holes are present at the ends of the guide as highlighted
in boxes A and B.
2) Making reference to box C fix the guides using the 4 mounting
plates JMP.3. Each plate must be well blocked using the screws
V of the nuts D and positioning the washers R in between.
To fix, use the holes highlighted in detail C.
Check that the 3 parts meet perfectly. The track must be
perfectly straight and not have steps at the joints.
Fig.6
V
A
B
C
RD
JMP.3
Fig.7
Fig.8
Fig.13
Fig.12
Fig.10 Fig.11
F
V
3) Pass one end of the belt JMP.9 through the head unit
JMP.4, as indicated in Fig. 8, leaving the hole highlighted
facing downwards.
4) Pass the belt through the belt-tensioner pulley JMP.8, as
indicated in figure 9, the lock-nut must be facing upwards.
Check that the smooth part of the belt is external for
the entire length and is not twisted.
5) Join the two ends of the belt, using the lower part of the
drive carriage MP.6, as in figure 10. It is important to respect
the insertion position highlighted in the view from above in
figure 11, in order to allow the correct successive tensioning
of the belt.
Fig.9
6) The belt must be inserted completely into the seat, if neces-
sary pressing it with a blunt tool, in a way to make the base of
the belt adhere to the base of the carriage.
7) Apply the belt stop F (fig.10) fixing it with the three screws
V.
8) Position the upper part of the carriage onto the base as
indicated in Fig.12.
The assembled belt must be as in Fig. 13.
JMP.6
JMP.4
JMP.9 JMP.8

8
Assembly of the drive guide - 2
1) Insert the belt with the track as indicated in figure 14:
- initially insert the belt tensioning unit; the nut must be posi-
tioned upwards, so as not to cause friction on the track (detail
A). Allow the pulley to run along the track paying attention not
to twist the belt.
- insert the drive carriage in the position indicated in detail B, the
release has a smooth part in order to favour insertion.
- finally insert the head unit, which has two grooves for attachment
to the track, block the head unit using the screw (detail C).
2) Apply bracket T to the end of the track as indicated in figure
15 and then insert the two screws V from inside the track. Fix
the bracket using the 2 nuts D.
A
B
C
3) Take the belt/tensioning unit JMP.8 to the bottom of the track
in a way to make the tensioning screw escape F as indicated
in figure 16 and then apply the regulation nut R, fixing it in a
Fig.16
RF
18 mm
Fig.17
T
V
D
D
Fig.15
In all cases, the correctly tensioned belt maintains the position
along the entire track, without flexion, however giving at slight
manual pressure.
If necessary, act on the regulation nut R to obtain correct tensioning.
The belt must not be twisted.
Move the drive carriage manually along the entire track,
the carriage must run freely without friction.
If there is friction in correspondence with a particular
carriage position, identify the origin and repeat the
previous operation.
4) Apply the drive guide to the gear motor (figure 17):
- rest the gear motor unit on a flat surface with the drive pin P
facing upwards.
- insert the guide, engaging the pin P in the head unit seat.
- inserted in this way the guide may not be perpendicular to the
gear motor unit. Turn the guide until the holes are aligned for
the screws (Fig 17 ref F) - with the corresponding sump seats
(Fig 17 ref S).
- block the head unit using the 4 screws C.
way to obtain a screw projection of about 18 mm as indicated
in the detail.
This measurement allows correct tensioning of the belt, as long
as the indications in figure 11 have been respected.
Fig.14
A
B
C
P
C
F
F

9
A
X
X/2 X/2
X
Fixing the gear motor to the ceiling - 1
IMPORTANT: For correct functioning of the automation,
the gear motor must be fixed in correspondence with
the door control unit (figure 18).
Fig.20
Fig.18
Fig.23
Fig.19
A
Fig.21
B
Fig.22
V
D
1) Respecting the measurements indicated in the “Preliminary
checks” paragraph, trace the two holes at the centre of the door
for fixing the bracket JMP.3, as indicated in figure 19.
The fixing devices are not supplied. Select the most
appropriate method on the basis of the type of material
(plugs, rivets, screws).
Ceiling fixture is also possible; simply orientate the bracket as
indicated in detail A.
2) Apply the brackets JMP.2 tot he guide as indicated in figure 20,
selecting the hole that corresponds to the X measurement of the
“Preliminary checks” paragraph as much as possible, fix them by
inserting the two screws V, blocking them using the two nuts D.
3) Attach the track to the bracket as indicated in figure 21, fix-
ing it using the washers and nuts (detail B), rest the gear motor
on the ground.
4) Use a ladder, lift the gear motor until it rests on the brackets
on the ceiling (figure 22), mark the 2 drilling points, place the
gear motor back on the ground.
5) Drill the two holes, always using a ladder, place the gear
motor on the ceiling and fix it using screws and plugs that are
suitable for supporting the weight.
6) Check that the track is horizontal and then, if necessary,
shorten the brackets JMP.2, in a way to prevent them pro-
jecting excessively (figure 23).

10
Fixing the gear motor to the ceiling - 2
7) Apply the curved bracket JMP.7 to the drive carriage as indi-
cated in figure 24, blocking it with the screw and nut.
Fig.24
Fig.25
Fig.26
Fig.27 Fig.30 Fig.31
Fig.29
F1 F2
8) Apply the leaf fixing bracket to the curved bracket JMP.7 as
indicated in figure 25, blocking it with the screw and nut.
9) Tie the release cord to the release unit lever, as indicated
in figure 26.
10) Release the drive mechanism, pulling the cord down in a
way to free the drive unit driving bracket - figure 27.
11) Make the racket rest at the upper edge of the leaf, mark the
drilling points for fixing as indicated in figure 27.
Fix the bracket to the leaf, checking the measurement Y in the
“Preliminary checks” paragraph. In some cases, in order to
respect the Y measurement, it may be necessary to shorten
the curve bracket JMP.7.
12) For excellent fixing it is recommended to use all of the
holes present on the bracket (10 screws) including the upper
ones highlighted Fig.28.
The fixing devices are not supplied.
Select the most appropriate method on the basis of the
type of material (plugs, rivets, screws).
In all cases, the bracket must be fixed suitably for the
weight and effort necessary to move the leaf.
Fig.28
13) Fix the mechanical end run stops:
The two mechanical stops are blocked using the two nuts posi-
tioned inside and the two screws, as indicated in figure 29.
- Close the leaf completely and then fix one of the two mecha-
nical stops resting on the drive carriage (figure 30 ref. F1).
- Open the leaf completely and then fix the other mechanical
stop resting on the drive carriage (figure 31 ref. F2).
Position the two mechanical stops precisely, successive-
ly the control unit will memorise these end run positions
for the correct opening and closure manoeuvre.

11
40÷60 cm
Description
Pair of photocells for detection of obstacles for automations
for doors and gates.
The pair is made up of a transmitter (labelled TX) that
sends and infrared ray towards the receiver (labelled RX).
The receiver has an output with NC contact (normally closed).
The interruption of the ray causes the contact to open, the
control unit detects the receiver switch-over and interrupts the
movement according to the settings selected.
Installation
Open the photocells by using a screwdriver as a lever in the
slot
The difference between the receiver and the transmitter is evi-
dent from the number of clamps present on the boards:
4 clamps for the receiver (RX)
2 clamps for the transmitter (TX)
The two photocells must be fixed on the outside and as near
as possible to the gate:
Trace the drilling holes using the pho-
tocell base as a reference.
The hole in proximity of the terminal
board must correspond to the passage
of the cables.
Four 6 mm plugs and relative screws
are supplied for fixing the photocells.
Make two holes with diameter
of 6 mm in a way that the hole in
proximity of the terminal board
corresponds to the set-up of
the cables.
Insert the cable and fix the base
of the photocell to the wall us-
ing the plugs and screws.
Connections
Connect the TX and RX to the control unit as per the main con-
nection layout.
TX only requires power supply from the 24V output of the control
unit, respect the polarities (+/-).
RX requires 24V power supply (respect the polarities +/-) and
the connection of the NC contact at the PHOT C input.
(TX)(RX)
Installation of photocells P.BY
(RX)(TX)
Make the connections and re-position the covers checking that
the cover with the lens (RX - 4 clamps) is applied to the receiver.
The lens can be recognised by the concentric circles that are
visible in transparency.
4 2
At a height of 40÷60 cm from the ground:
(RX)(TX)
TECHNICAL DATA P.BY photocell
Power supply 24Vac/dc
Capacity
(in optimal conditions) about 20 metres
Absorption 15mA(TX) - 20mA(RX)
Functioning temperature -20°C / +70°C
Protection rating IP44
Dimensions 90x35x31 (mm)

12
Installation of selector K.BY
Description
Key selector with control of automations for automatic gates
and doors.
Wall fixing, customised key.
The customised key also has a burglar-resistance function as
it is indispensable for opening the selector.
Installation
Select the position of the selector in a way that it is in proximity
to the gate, at a height of about 80/100 cm.
To open the selector, remove the screw V, insert the key, turn
it in one of the two directions and hold it in this position, lift the
selector cover, which separates from the fixed base. Keep the
screw V, which is indispensable for closing the selector.
Two 6 mm plugs and relative screws are supplied for fixing the
selector base to the wall.
V
Using the support as a reference, mark and make two holes
with diameter of 6 mm in a way that the lower hole corresponds
to the set-up of the cables.
Insert the cable and fix the base to the wall using the plugs
and screws.
Connections
A terminal board is installed on the selector for the connection
to the Step-by-Step input (PP) of the control unit:
No polarity (+/-) has to be respected.
To close the selector, turn the key and hold it in this position,
insert the selector into the base fixed to the wall.
Release the key and fix the screw V
TECHNICAL DATA F.BY selector
Contacts 1 micro switch, with spring
for return to central
position
Functioning temperature -20°C / +70°C
Protection rating IP44
Dimensions 72x90x46 (mm)
V

13
Fig.32
Fig.33
Control unit CP.JMP
Before proceeding, check that the mains power supply
is disconnected.
The control unit CP.JMP is inside the gear motor sump.
To access the control unit, remove the screw V indicated in
figure 32 and then open cover C.
The relevant opening highlighted in figure 33, which must be
broken using a screwdriver, is envisioned for the passage of
the accessory connection cables.
The connection cables must be anchored securely using a
cable-block for example (not supplied).
V
C
Description
Radio transmitter for the long distance commands for BYOU
automations.
Functioning
The transmitter has three buttons through which it is possible to
command the various functions of the automation, configurable
in the control unit.
Replacing the battery
When the signal LED starts to flash it means that the battery
is starting to go flat and must be replaced.
Use a small screwdriver as a lever in the zone indicated, in a
way to open the transmitter.
Replace the new battery by inserting it with the positive pole
upwards, as indicated in the figure.
IMPORTANT: Do not touch the batteries.
Use rubber gloves.
Transmitter BY
The batteries contain pollutants, do not throw
them in the waste but dispose of the as special
waste according to the Standards in force.
Close the transmitter.
TECHNICAL DATA Transmitter BY
Code Rolling-code
Frequency 433,92 MHz
Functioning temperature -20°C / +70°C
Dimensions 68x33x16 (mm)

14
Control unit CP.JMP connections
Below it is illustrated how to connect the optional ac-
cessories F.BY, K.BY and P.BY. If they are not present,
pass to the next paragraph “Programming”.
Except for the mains connection cable, all electric connections
have a voltage of 24V and can also be performed by unquali-
fied staff.
Connect all accessories making reference to the layout in figure
34 and to the “Electric connections” paragraph, for that con-
cerning the types of cable.
1
2
3
4
5
6
PHOT
STOP
PP
24V
-
+
BLINK
SHHIELD
ANT
ANT
SHIELD
F.BY
K.BY
P.BY
TX RX Fig.34
To make connection easier, the accessory clamps have colours
that correspond to those of the control unit.
KEY:
1 24V E14 15 W “Courtesy light” bulb
2 Line protection fuse
3 Accessories protection fuse
4 “PGM” programming button
5 Programming button “5”
6 LCD
A B
DESCRIPTION OF THE TERMINAL BOARDS
CLAMP COLOUR DESCRIPTION
PHOT GREEN NC input from the RX photocell. The two clamps are connected to each other by a wire (ref. “A”).
Remove this wire only if the photocell is connected.
STOP BLACK STOP input NC contact for auxiliary “STOP” command (optional). The two clamps are connect-
ed to each other by a wire (ref. “A”). Remove this wire only if a device is connected to this input.
PP WHITE Step-by Step’ command input from the key selector. At every impulse sent from the selector a
sequence of commands, which can be configured using the PP function, is performed cyclically.
24V YELLOW 24V output for photocells power supply. Respect the polarities + and - in the connections (ref “B”).
BLINK RED 24 Vdc flashing light connection output
SHIELD/ANT BLUE
Connection of the aerial built-in the flashing light.
When connecting the RG58 cable, the external shield must be connected to the SHIELD
clamp.

15
Programming of the control unit allows the regulation of all
parameters indispensable for the correct functioning of the
automation.
Programming takes place by means of a series of menus that
can be selected from the LCD. A function corresponds to every
menu, which will be described successively.
PGM
The “PGM” button allows to enter programming,
select the pre-selected menu and confirm the
value selected.
The “” button allows to scroll the various items in
the menu and the values to be set cyclically.
PGM+
By pressing “” and “PGM” at the same time,
return to the upper level of the menu or, if already
at the first level, exit programming.
Programming the CP.JMP control unit - Introduction
LCD
PGM
Self-regulation of the functioning parameters (AUTO)
The first and most important function to program is the self-regulation of the parameters, which allows the control unit to set
the end run points, the torque applied to the leaf and the slowing phases.
The slowing phase envisions that the last phase of manoeuvre, both opening and closure, are performed at a slower speed, thus
allowing a silent manoeuvre.
During the autoset operations, the control unit automatically performs several opening and closure manoeuvres.
Before proceeding, check that no person, animal or obstacle is or can be in the door manoeuvre area.
1 Apply mains power supply by connecting the plug
2 Press the button [PGM] to access programming. PGM
3 The display shows AUTO, select Auto by pressing the [PGM] button. AUTO
4AUTO starts to flash slowly. Press and hold the [PGM] key, after 5 seconds AUTO starts to flash
quickly, release the key only when the display shows the PRG message.
5
The self-regulation phase starts, the display shows PRG. The control unit commands different open-
ing and closing manoeuvres at various speeds.
At the end of the manoeuvre the display shows “OK” PRG
6To go back to the programming menu, press the [PGM] and [] buttons at the same time.
To exit programming, remove the power supply or wait for 60 seconds. PGM+
The intervention of the photocells or any other transmitter or key selector command interrupts the autoset phase, displaying the
ERR message. The procedure must therefore be repeated.
Every self-regulation procedure overwrites the previous one.
Perform an autostop procedure after every maintenance intervention or modification of the door.
Regulation of the automatic closure time (TCA)
The automatic closure function allows to set a time, which, on expiry, if the leaf is in the open position the control unit autono-
mously commands a closure manoeuvre.
With this function active, if you forget to give the closure command or in the case of simultaneous commands, the control unit
closes the leaf after the set time.
Factory settings envisions that the automatic closure is deactivated.
1Press the [PGM] button to access programming or if the control unit is already in the programming
menu, press [] until the TCA function is displayed. TCA
With the display off, the “” button performs a Step-
by-Step command. This function can be useful during
the programming and inspection phases.

16
2
Press the [PGM] button to enter the TCA parameter regulation.
The display shows the current value of the TCA parameter.
Use the [] key to select one of these values:
0 The TCA function is deactivated (default setting).
1 The pause time is set at 10 seconds
2 The pause time is set at 30 seconds
3 The pause time is set at 60 seconds
4 The pause time is set at 90 second
0000
0004
3 Confirm the desired value using the [PGM] key, the display shows PRG. PRG
4To go back to the programming menu, press the [PGM] and [] buttons at the same time.
To exit programming, remove the power supply or wait for 60 seconds. PGM+
Regulation of the motor thrust (PMOT)
The force applied is normally set automatically by the control unit during the self-regulation phase (AUTO).
This menu can be used to modify that set by the control unit, to make up for a friction point for example.
1Press the [PGM] button to access programming or if the control unit is already in the programming
menu, press [] until the PMOT function is displayed.
PMOT
pmot
PMOTPMOT
2
Press the [PGM] button to enter the PMOT regulation.
The display shows the current value of the PMOT parameter.
Use the [] key to select one of these values:
1 low motors torque
2 medium/low motors torque (default setting)
3 medium/high motors torque
4 high motors torque
0001
0004
3 Confirm the desired value using the [PGM] key, the display shows PRG. PRG
4To go back to the programming menu, press the [PGM] and [] buttons at the same time.
To exit programming, remove the power supply or wait for 60 seconds. PGM+
Regulation of the automatic closure time (TCA)...follows
Regulation of courtesy light regulation time (TLS)
Using this function it is possible to modify the switch-on duration of the courtesy light (Fig.34 ref.1).
The courtesy light allows to light the place during opening and closure.
1Press the [PGM] button to access programming or if the control unit is already in the programming
menu, press [] until the TLS function is displayed.
PMOT
TLS
2
Press the [PGM] button to enter the TLS regulation.
The display shows the current value of the TLS parameter.
Use the [] key to select one of these values:
1 Courtesy light OFF
2 Courtesy light active for 60 seconds from the last manoeuvre
3 Courtesy light active for 90 seconds from the last manoeuvre (default)
4 Courtesy light active for 120 seconds from the last manoeuvre
0001
0004
3 Confirm the desired value using the [PGM] key, the display shows PRG. PRG
4To go back to the programming menu, press the [PGM] and [] buttons at the same time.
To exit programming, remove the power supply or wait for 60 seconds. PGM+
Note: Even in OFF the courtesy light switches-on during opening and closure manoeuvres and remains on if the door is open
in stand-by for the TCA time.

17
Step-by-Step functioning mode (PP)
It is possible to select two different modes of the Step-by Step command sent from the transmitter or the key selector.
Every time the button is pressed in the default mode, the following progression of commands is performed cyclically:
OPEN>STOP>CLOSE>STOP>OPEN> and so on.
The sequence can be modified by eliminating the intermediate STOP commands: OPEN>CLOSE>OPEN> and so on.
1Press the [PGM] button to access programming or if the control unit is already in the programming
menu, press [] until the PP function is displayed.
PMOT
PP
2
Press the [PGM] button to enter the PP regulation.
The display shows the current value of the PP parameter.
Use the [] key to select one of these values:
ON OPEN>CLOSE>OPEN functioning
OFF OPEN>STOP>CLOSE>STOP>OPEN> functioning (default)
on
off
3 Confirm the desired value using the [PGM] key, the display shows PRG. PRG
4To go back to the programming menu, press the [PGM] and [] buttons at the same time.
To exit programming, remove the power supply or wait for 60 seconds. PGM+
Pre-flashing functioning mode (Pre)
An imminent manoeuvre warning mode can be set through the pre-flashing function.
Once activated, the flashing light switches on 3 seconds before the door starts to move.
1Press the [PGM] button to access programming or if the control unit is already in the programming
menu, press [] until the Pre function is displayed.
PMOT
Pre
2
Press the [PGM] button to enter the Pre regulation.
The display shows the current value of the Pre parameter.
ON pre-flashing activated
OFF pre-flashing deactivated (default)
on
off
3 Confirm the desired value using the [PGM] key, the display shows PRG. PRG
4To go back to the programming menu, press the [PGM] and [] buttons at the same time.
To exit programming, remove the power supply or wait for 60 seconds. PGM+
Condominium function (IBL)
If used in condominiums, it may be preferable that further commands given during the opening phase are ignored.
This function can result useful if many users are involved, in a way to prevent several opening commands, given at the same
time, causing the movement to stop.
1Press the [PGM] button to access programming or if the control unit is already in the programming
menu, press [] until the IBL function is displayed.
PMOT
IBL
2
Press the [PGM] button to enter the IBL regulation.
The display shows the current value of the IBL parameter.
ON IBL mode activated
OFF IBL mode deactivated (default)
on
off
3 Confirm the desired value using the [PGM] key, the display shows PRG. PRG
4To go back to the programming menu, press the [PGM] and [] buttons at the same time.
To exit programming, remove the power supply or wait for 60 seconds. PGM+

18
Resetting the control unit (Res)
This function annuls all settings made, taking the control unit back to the initial conditions.
It also deletes the settings of the autostart procedure.
NOTE: Any remote controls memorised in the radio receiver are not deleted.
1Press the [PGM] button to access programming or if the control unit is already in the programming
menu, press [] until the Res function is displayed.
PMOT
RES
2Press the [PGM] button to enter the RES function.
Press and hold [PGM], the RES message starts to flash quickly.
3Release the [PGM] button when the PRG message is displayed.
The control unit is now taken to factory values. PRG
4To go back to the programming menu, press the [PGM] and [] buttons at the same time.
To exit programming, remove the power supply or wait for 60 seconds. PGM+
Memorising new transmitters (RADI>PP)
To memorise new transmitters with Step-by-Step function for the automation command, proceed as follows:
1Press the [PGM] button to access programming or if the control unit is already in the programming
menu, press [] until the Radi menu is displayed.
PMOT
Radi
2Press the [PGM] button to enter the Radi function.
The display shows the first sub-menu PP. PP
3Press the [PGM] button to enter the PP function.
The display shows the flashing PUSH message. Push
4Press the BY transmitter button that is to be associated to the Step-by-Step function within 5 sec-
onds.
5 The display shows PRG to confirm memorisation. PRG
6
To go back to the PP programming menu, press the [PGM] and [] buttons at the same time.
To go back to the programming menu, press the [PGM] and [] buttons at the same time.
To exit programming, remove the power supply or wait for 60 seconds.
PGM+
Deleting transmitters (RADI>CLR)
Proceed as follows to delete a transmitter already inserted in the memory:
1Press the [PGM] button to access programming or if the control unit is already in the programming
menu, press [] until the Radi menu is displayed.
PMOT
Radi
2
Press the [PGM] button to enter the Radi function.
The display shows the first sub-menu PP.
Press [] to display the CLR sub-menu Clr
3Press the [PGM] button to enter the CLR function.
The display shows the flashing PUSH. Push
4 Press any transmitter button BY that is to be deleted within 5 s.
5 The display shows OK to confirm cancellation. OK
6
To go back to the PP programming menu, press the [PGM] and [] buttons at the same time.
To go back to the programming menu, press the [PGM] and [] buttons at the same time.
To exit programming, remove the power supply or wait for 60 seconds.
PGM+

19
Complete deletion of the receiver memory (RADI>RTR)
To delete the memory completely, eliminating all previously-inserted remote controls, proceed as follows:
1Press the [PGM] button to access programming or if the control unit is already in the programming
menu, press [] until the Radi menu is displayed.
PMOT
Radi
2
Press the [PGM] button to enter the Radi function.
The display shows the first sub-menu PP.
Press [] twice to display the RTR sub-menu rtr
3Press the [PGM] button to enter the RTR function.
Press and hold [PGM], the RTR message starts to flash quickly.
4When the RTR message switches off, release the [PGM] button, the display shows the PRG mes-
sage. All remote controls are now deleted from the memory. PRG
6
To go back to the PP programming menu, press the [PGM] and [] buttons at the same time.
Press the [PGM] and [] buttons twice at the same time to go back to the main Radi menu.
To exit programming, remove the power supply or wait for 60 seconds.
PGM+
Remote controls quick duplication
If you have a transmitter that is already memorised (TX1), it can be duplicated (TX2) without accessing the control unit for pro-
gramming, proceed as follows:
1With remote control that is already memorised (TX1), give an opening command and wait for the leaf
to be in the completely open position.
PMOT
2Press all three transmitter keys, already memorised, at the same time (TX1) until the courtesy light
switches on*. TX1
3Press the button of the remote control that is already memorised (TX1) that is to be copied into the
new transmitter. The courtesy light switches-off for 5 seconds. TX1
4When the courtesy light switches back on, press the button of the new transmitter (TX2) that is to
assume the function of the button selected in point 3. TX2
5If a new transmitter is to be duplicated, repeat the procedure from point 2.
Wait 60 seconds to exit the programming procedure.
* If the automatic re-closure function is active, pressing the three buttons at the same time suspends it to allow memorisation
operations.

20
Inspection and commissioning
ALL OPERATIONS DESCRIBED IN THIS PARAGRAPH ARE EXCLUSIVE COMPETENCE OF AUTHORISED
BYOU STAFF, IN COMPLIANCE WITH THAT ENVISIONED IN THIS MANUAL AND THE STANDARDS IN
FORCE.
The respect for the indications given below is indispensable to
guarantee the maximum safety of the automation.
The BYOU authorised technician must perform all tests
envisioned by the Law, Standards and Regulations in force
depending on the risks present, particularly respecting all
requisites of the EN 12445 Standard, which establishes the
test methods for gate automations.
INSPECTION
1 Check that the model selected is suitable for the type of appli-
cation and that all automation components have been installed
correctly, with respect to the indications in this manual.
2 Test opening and closure and control that the movement of
the leaf is regular without friction points.
3 Check that all electric connections are made correctly and
with cables that are in compliance with the Standards.
4 Check the correct functioning of photocells, transmitters, key
selectors, manual release devices.
5 For the photocells, check that on the passage of a cylinder
with diameter of 5 cm and length of 30 cm the switch-over takes
place on the optical axis with the consequent movement stop.
The photocells must intervene when passing the cylinder in
proximity of the TX, in proximity of the RX and in the centre.
6 Take the measurement of the force of impact according to that
indicated by the EN 12445 Standard, intervening, if necessary
on the “Regulation of the motor thrust (PMOT) paragraph.
7 Replace the temporary power supply cable with a mains con-
nection that is in compliance with the Standards in force and
the type of installation.
COMMISSIONING
Commissioning of the automation can only be performed
if all of the previously-described inspection phases have
had a positive result.
1 Apply the warning plate, supplied with the automation, to the
gate in a well-visible position.
2 Apply a plate to the gate that contains the following data:
Type of automation, name and address of the person in charge
of commissioning (manufacturer), serial number, year of manu-
facture and CE mark.
3 Realise the technical file as per indications of the EN 12445
Standard, attaching the entire drawing (e.g. figure 2, electric
wiring diagrams (e.g. figure 5), risk analysis and solutions
adopted, declaration of conformity of the manufacturer of the
devices used (included in this manual).
4 Fill in and supply the owner of the automation with the dec-
laration of conformity.
5 Realise and supply the owner with the “user guide” for the
automation, also using the user guide present in this manual.
6 Realise and supply the owner of the automation with the
periodical maintenance plan.
7 Do not start the automation before having informed the
owner completely regarding the dangers and risks deriving
from incorrect use of the automation.
Safety devices
IMPORTANT! READ CAREFULLY!
In order to comply with regulations EN 12445 the installation
of resistive edges is compulsory.
It will be duty of the technician responsible for the installation
making a risk analysis and decide where and when install the
resistive edge.
BYOU can provide all the devices necessary for your instal-
lation and relative accessories , contact your trusted supplier
for any further information.
On the picture below an example of application on the primary
closing edges.