Casit KEQS10 User manual

KEQS10
• 12/24V control unit
• Display program
• Total programmable
Manuals
KEQS10_260521_VXX16_GB www.casit.it [email protected]
+ Antenna
Common Services and Safeties
Start
Partial opening
OPENING limit switch 2
CLOSING limit switch 1
OPENING limit switch 1 -7-
-6-
-5-
-4-
-3-
-2-
Photo A
Photo B
Stop -10-
-9-
-8-
- Common for accessories
+ Power supply for accessories
- LIGHT
- TEST
- LAMP OR COURTESY LIGHT
- ELEC. KEY LOCK
MOT 2
MOT 2
MOT 1 -21-
-20-
-19-
-18-
-17-
-16-
-15-
-14-
-13-
230Vac input
230Vac input -28-
-27-
Output for power supply -29-
Output for power supply -30-
Common Services and Safeties
-11-
-22-
-23-
-24-
-25-
MOT 1
+ BATTERY
- BATTERY
Input for low tension
-1-
-12-
CLOSING limit switch 2
Input for low tension -26-
M
M
MOT 2
MOT 1
2002/95/EC
RoHS
C O M P L I A N T
230 Vac
TX RX TX RX
Photo-beam
activated when
closing.
Photo-beam
activated when
opening and
closing.
*
*
*Connect this point to the terminal board
no.16 for the photo-test. Otherwise connect
it to the terminal board no.13
N.O. N.O. N.C.
- + - + - + - +
230 Vac
12/24 Vac
Trasformer
Battery
+
-
Read Paragraph 3.2 to
check the right direc-
tion of the motors.
NEW LOCK SYSTEM
Carefully read
Paragraph 3.16
Mechanical edge: NC/8k2 -31-
Mechanical edge: NC/8k2 -32-
Connect the output of 12V or 24V transformer according
to the motor supply voltage and consequently set the S21
function of:
S 21 0=12V(default) 1=24V

2
Foreword
This manual provides all the specic information you need to fa-
miliarize yourself with and correctly operate your unit.
Read it very carefully when you purchase the instrument and
consult it whenever you have doubts regarding use and before
performing any maintenance operations.
Safety precautions
Using the unit improperly and performing repairs or modications
personally will void the warranty.
The producer declines any responsibility for damages due to
inappropriate use of the product and due to any use other than
the use the product was designed for.
The producer declines any responsibility for consequential da-
mages except civil liability for the products.
The automation is conformed to the european laws: EN 60204-1,
EN 12445, EN 12453
It is compulsory to be conformed to the automatic gates: EN
12453, EN 12445, EN 12978 and national laws.
The force of the door should be measured and adjusted accor-
ding the maximum values of the norm EN 12453.
Environmental protection
measures
Information regarding the environment for custom-
ers within the European Union. European Directive
EC 2002/96 requires that units bearing this symbol
on the unit and/or on the packaging be disposed of
separately from undi󰀨erentiated urban wastes.
The symbol indicates that the product must not be disposed of
with the normal household wastes. The owner is responsible
for disposing of this product and other electrical and electronic
equipment through specic waste collection facilities indicated
by the government or local public agencies. Correct disposal
and recycling help prevent any potentially negative impact on
the environment and human health. To receive more detailed
information regarding disposal of your unit, we recommend that
you contact the competent public agencies, the waste collec-
tion service or the shop where you purchased the product.
1Introduction 3
1.1 Description of the produc
1.2 Technical caracteristics
2Premises
2.1 Preliminary checks
2.2 Type of cable 4
2.3 Installation
2.4 Notes of connections
2.5 Scheme of the control unit and electrical connections 5
3Installation of the control unit 6
3.1 Connection of the POWER SUPPLY
3.2 Connections of the MOTORS
3.3 Connection of the ANTENNA
3.4 Power supply of the ACCESSORIES
3.5 Connection of the STOP
3.6 Connection of the COURTESY LIGHT 7
3.7 Connection of the SIGNAL LIGHT
3.8 Set up of the PRE-LIGHTING
3.9 Connection of the LIGHT
3.10 Connection of the LIMIT SWITCHES 8
3.11 Connection of the START and PEDONALE
3.12 Connection of the PHOTO-BEAM A (only closing) 9
3.13 Conneciton of the PHOTOBEAM A with TEST
3.14 Connection of the PHOTOBEAM B
(when opening and closing) 10
3.15 Connection of the PHOTO-BEAM B with TEST
3.16 Connection of the NEW LOCK SYSTEM 11
3.17 Connection of the MECHANICAL EDGE
3.18 Connection of the motor with electro-magnetic bloc
3.19 Check of the connections
4Functions and adjustment 12
4.1 Function
4.2 Activation of the OUTPUTS 13
4.3 Watch the tension of the BATTERIES
4.4 SPEED and SLOW DOWN of the motors 14
4.5 Level of the OBSTACLE DETECTION
4.6 Function of the OBSTACLE DETECTION
5Installation of the radio receiver and remote controls 15.
5.1 Cancellation of the MEMORY
5.2 Cancellation of a SINGLE CODE
5.3 Activation of the ROLLING CODE COUNTER
5.4 Memorization of the code of the REMOTE CONTROLS 16
6Learning and programm of the working time with
START
6.1 Working time learning with START
6.2 Working time learning with START or
PARTIAL OPENING 17
7RESET of the control unit with standard values
8Table with all START FUNCTIONS of S10 19
9CE declaration of conformity 23
Index chapter
PiccolSmall dictionary
OLS Opening Limit Switch
CLS Closing Limit Switch
START START control
PEDESTRIAN Partial Opening
Vac (alternate current)
Vdc (direct current)
NC Normally closed
NA o NO Normally open
Contatto pulito Isolated contact

3
Self-learning of the working time
automatic battery charter
Reading and program with DISPLAY
Check of the motors, Max 80W totally
Adjustment of the motor speed and slow down
Obstacle detection for separate motors and separate speed and slow down for the motors
Code managing (up to 197 remote controls)
Test for safety devices before each opening
Opto-isolated inputs, excepted for PARTIAL OPENING
Maximum power with trasformer: 100 VA 80 W
Protection Fuse F1: 1.6 A - F2: 4 A - F3: 8 A
Dimensions b170 x h90 x p30 mm
Weight 250 g (transformer not included)
1.2 Technical description
1.1 Description of the product
Making the correct choice of installation is essential to ensuring adequate safety and good protection against atmospheric
agents. Remember that the control unit contains powered parts and electronic components which by their very nature are
sensitive to in ltrations and moisture. The control unit is supplied in a container which guarantees an IP55 protection rating
if adequately installed. Install the control unit on a permanent surface that is perfectly at, adequately protected against
impacts and at least 40 cm o󰀨 the ground.
The cables must enter the control unit from the bottom only; we recommend using wire leads and water-tight connections.
When using tubing that could  ll up with water or if the tubing comes from an underground well, the wires must enter a  rst
shunting box placed at the same height as the control unit and then, from there, the wires must be passed into the container
holding the control unit, again entering from the bottom.
This prevents any evaporation of the water in the tubing from forming condensation inside the control unit itself.
2.1 Preliminary checks
Remember that systems for automatic gates and doors must be installed by highly quali ed technicians only and in full
compliance with current law.
Before starting installation, check that the mechanical consistency and sturdiness of the gate or door, check that the
mechanical stops are suitable to stop the movement of the gate or door even if the electrical limit switches should fail or
during manual operations.
2 Premises
1 Introduction
KEQS10 is a new control unit with time counter and digital slow down. It has been designed for di󰀨erent uses: for one-two
motors gates, low tensions motors mechanical and oleodynamic. It has been used the most advanced technologies to gua-
rantee the protection against interferences, the exibility and the variety of functions.

2.2 Type of electrical wires
Depending on the installation, the type and number of devices installed, the number of cables needed can vary. The table
below shows the cables needed for a typical installation. The cables used in the installation must be IEC 60335 compliant.
Power supply line Cable 3x1,5 mm2
Motor cable (if not equipped) 4x1,5 mm2Min Cable, for long distances use a 4x2,5 mm2
Flashing signal Cable 2x1 mm2
Antenna Shielded cable type RG58
Key selector Cable 3x0,5 o 0,75 mm2
Photocell transmitter Cable 2x0,5 o 0,75 mm2
Photocell receiver Cable 3x0,5 o 0,75 mm2
2.3 Type of installation
These two simple diagrams show only one of the possible applications for this control unit. The risks inherent to the
“MACHINE” and the user’s requirements must be analyzed in depth in order to establish how many elements need to be
installed. All photocells have a system of synchronism that makes it possible to eliminate interference between two pairs of
photocells (for other details, see the instructions for the photocells).
In the diagram , photocells “FOTO A” in opening they have no e󰀨ect, while it provoque a complete inversion during
closing. “FOTO A2” is the serial connection of “FOTO A” or “ALT, FOTO B” is the photocell working by closing and
opening.
2.4 Notes on connections
To guarantee operator safety and to prevent damaging the components, never make connections or insert wireless
receiver boards while the control unit is powered.
• Power the control unit through a 3 x 1.5 mm cable. If the distance between the control unit and the ground system
connection is more than 30 m, a ground plate must be installed in proximity to the control unit.
• If the motors do not have a cable, use the 4 x 1.5 mm2cable (open + close + common + ground), for long distances use
a 4x2,5 mm2 .
• In connecting the part with an extremely low safety voltage, use cables with a minimum section of 0,5 o 0,75mm2.
• Use shielded cables if the length exceeds 30m and connecting the ground braid only from the side of the control unit.
• Do not connect the cables in underground cases even if they are water-tight.
• If they are not used, the inputs to the Normally Closed (NC) contacts must be jumpered to the common”.
• If the same input has more than one contact (NC), they are placed in series.
• If they are not used, the inputs to the Normally Open (NO) contacts are left loose.
• If the same input has more than one contact (NO), they are to be placed in series.
• The contacts must be mechanical and free of any potential.
Remember that systems for automatic gates and doors must be installed by highly quali ed technicians only and in full
compliance with current law.
4
FOTO B
FOTO A
FOTO A
FOTO A2
Application on sliding automation
Installations for swing gates

2.5 Scheme of the control unit and electrical connections
5
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
FCC2 FCA2 FCC1 FCA1 FOTOA FOTOB STOP START PED
27 28 29 30
J12/24
+ Antenna
Common Services and Safeties
Start
Partial opening
Opening limit switch 2
Closing limit switch 1
Opening limit switch1 -7-
-6-
-5-
-4-
-3-
Photo A
Photo B
Stop -10-
-9-
-8-
Common Services and Safeties
-11-
-1-
-12-
Closing limit switch 2
- Common for accessories
+ Power supply for accessories
- LIGHT
- TEST
- LAMP OR COURTESY LIGHT
- ELEC. KEY LOCK
MOT 2
MOT 2
MOT 1
MOT 1
230 Vac input
230 Vac input -28-
-27-
Output for power supply -29-
Output for power supply -30-
-23-
-24-
-25-
+ BATTERY
- BATTERY
Input for LOW TENSION
Input for LOW TENSION -26-
SET UP OF THE CONTROL UNIT
To program the control unit press P1, the gate must be closed (if you
press P1 when the control unit is turning on. It leaves the function
before the turning o)
Use P2 or P3 to select di󰀨erent groups T, L, S, C, R, or select E
to go back to the standard function. The control unit will reset all
functions and go back to the normal status after 60 seconds which
is unsed.
Press P1 to conrm the operation, P2 and P3 to choose the set up,
if you need to go back to the group of set up press P2+P3
WHEN THE CONNECTION IS FINISHED
When the connection is nished, check the motors as shown in
the Par. 4.2 Function R. Then before the memorization of the
working time, set up the speed, obstacle detection and activation/
deactivation of the inputs.
1 18 Tension for accessories,inputs , services and safeties
19 22 Power supply of the motor
23 30 Power supply of the control unit, Battery
J12/24 Selection of the 12/24V power supply
P1 P2 P3 Buttons to reset the control unit
F1 Fuse for Transformer power supply - 1.6 A Rit.
F2 Fuse power supply, accessories and logic - 4 A
F3 Fuses for power supply of the motors - 8 A
-2-
-19-
-18-
-17-
-16-
-15-
-22-
-21-
-20-
-13-
-14-
F1
F2
F3
P1
P2
P3
Read Paragraph 3.2 to
check the right direc-
tion of the motors.
433,92 Mhz
Radio receiver
Mechanical edge: NC/8k2 -31-
Mechanical edge: NC/8k2 -32-

6
3 Installation of the control unit
25
23 26
3.1 Connection of the TENSION
The control unit can be powered 12 Vac/24 Vac
12 Vac:
Put the J12/24 as in the picture
Set to “0” the set up S 21.
24 Vac:
Put the in J12/24 as shown
Set “1” the set up S 21.
24
3.2 Connections of the MOTORS
21
20 22
19
MOT 1
MOT 2
Pay attention not invert the poles OPEN and CLOSE.
When the connection is nished, in case of doubts put manually the
gate in the middle and read Paragraph 4.2 to check the right direction
of the motors.
3.5 Connection of the STOP device
Connection of the STOP control
Button: stop the control unit until a new contro.
Switch: it stops the automation until a new control.
If the input STOP
is not used,
put “0” in the set up S15
29
27 30
28
230V input Primary
Transformer
Low Tension
input for transformer
BATTERY
+ -
Connection of the safety devices requires the use of any
push-button or N.C. (normally closed) contact.
When there are several safety devices, they are connected
in series.
3 4 5 6 7 8 9 10
The power supply line has to be protected from a magneto-termic switch or from a couple of 5A fuses.
A di󰀨erential switch is useful if it is already available in the installation.
230Vac
3.3 ANTENNA connections
In case of using a cable (as antenna) for the frequency
433.92mhz, you can cut at 17cm and connect it to the ter-
minal board 1.
1 2 3
3.4 Power supply of the accessories
13 14 15 16
+-
Connect the terminal board 13 and
14 to power the accessories.
The tension on top of the terminal
boards is up of the transformer.

7
3.6 Connection of the COURTESY LIGHT
Set up Val Description
S 03 1 Courtesy light in the
LAMP output
In the terminal board 17 and 14
tension is available up to 255s
after. Standard value 0s
T 18 Working time
Courtesy light
Can be set up from 0 to 255 s
Standard value 120s
13 14 15 16 17 18
To activate the courtesy light function, as shown in the picture S03
3.7 Connection of the LAMP
13 14 15 16 17 18
+ -
+-
Set up Value Description
S 25 1 Activate the Lighting
0Deactivate the lighting
Standard
Set up Val Description
S 05 1 Lamp
in pause time
The light is working in the
pause time, too.
(Standard value 0)
To activate the function “lamp during pause time” put S 05 at 1, to deactivate the function put S05 at 0.
Put the set up S25 at 1, if you use a lamp without ashing light, otherwi-
se put the S25 at 0.
3.8 PRE-LIGHTING
To increase or reduce pre-lighting time, put T 15 and T 16 as follow:
Set up Description
T 15 Pre-lighting time
when CLOSED
Set up from 0 a 10 s
Standard Value 2 s
T 16 Pre-lighting time
when the gate is OPEN
Set up from 0 a 10 s
Standard value 2 s
3.9 Connection of a 24 light when the gate is open and when it is moving
13 14 15 16 17 18
+ -
Set up Value Description
S 07 1 Fix light The Fix light indicates the gate
opens.
0Flashing
light
The output light is ashing
(standard version)

8
3.10 Connection of the LIMIT SWITCHES
In the picture is shown the connection of both limit switches but in this control unit you can use separately.
So you can use only OPENING limit switches or only CLOSING limit switches.
Set up Value Description
S 11 0Deactivation of
the input opening
limit switch 1
Standard
value 1
S 12 0 Deactivation of
the input closing
limit switch 1
Standard
value 1
3 4 5 6 7 8 9 10 11 12
MOT 2 MOT 1
CLOSE OPEN CLOSE OPEN
The limit switches
contact should
be normally closed.
To deactivate the input LIMIT SWITCHES do as shown in the table
Set up Value Description
S 13 0 Deactivation of
the input opening
limit switch 2
Standard
value 1
S 14 0 Deactivation of
the input closing
limit switch 2
Standard
value 1
3.11 Connection of an OPENING CONTROL / START / PARTIAL OPENING
3 4 5 6 7 8 9 10 11 12
The connection of a START can be done with every
button or a normally open contact. If more devices are
available, they should be serial connected.
If you use the terminal boards no.3 and no.11 it is possible to connect a TIMER to program the opening time of the gates.
The contact should be normally open and it is closed for all the time the gate is open. If the connection with the opening
gates is available in the terminal board no.16, connect it in parallel.
The connection of a PARTIAL OPENING can be
done with every button or a normally open contact.

9
3.12 Connection of the PHOTO A (only closing)
2 3 4 5 6 7 8 9 10
POWER SUPPLY OF
THE PHOTO-BEAM
13 14 15 16
+-
Photo-beam receivers.
N.C. terminal board.
POWER SUPPLY OF
THE PHOTO-BEAM
If the input FOTO
is not used,
put the S16 at “ 0”
The normally closed contact of the
receiver should be isolated from
tension.
If you you more couples of photo-
beams the connection should be
serial.
3.13 Connection of the PHOTO-BEAM FOTO A (only closing) with PHOTO-TEST
2 3 4 5 6 7 8 9 10
POWER SUPPLY OF
THE PHOTO-BEAM
13 14 15 16 17
+
-
Photo-beam receivers.
N.C. terminal board
POWER SUPPLY OF
THE PHOTO-BEAM
The normally closet contact of the
receiver should be isolated from
tensions.
If you you more couples of photo-
beams the connection should be
serial.
-
The PHOTO-TEST check the right working of the gate if the photo-beams are working properly. The control unit will do a
test before the gate opening.
In case the photo-beams are not working properly, the lamp will be turned on and the gate is not working.
If the input FOTO
is not used,
put the S16 at “0”
Set up Value Description
S 06 1 Activate the TEST
output for INPUT TEST
(Val. Default 0)
S 22 1 To activate the TEST
put at 1 the PHOTO A
(Val. Default 0)
To activate the TEST put at 1 the PHOTO A:
If you don’t need the PHOTO-TEST, connect the photo-beams (see Par. 3.2) and put at 0 in the function S22 and S06
(S06 should be deactivated only when other TEST are not available)
+
-
+
-
+
-
+
-

10
3.14 Connection of the PHOTO-B (in opening and closing)
2 3 4 5 6 7 8 9 10
POWER SUPPLY
OF THE TX
13 14 15 16
+-
Photo-beam receivers.
N.C. contacts.
POWER SUPPLY
OF THE RX
If the input PHOTO-STOP
is not used,
put the S17 at “0”
The normally closed contact of the
receiver should be isolated from
tensions.
If you you more couples of photo-
beams the connection should be
serial.
3.15 Connection of the PHOTO-BEAM B (opening and closing) with TEST
2 3 4 5 6 7 8 9 10
POWER SUPPLY
OF THE TX
13 14 15 16 17
+-
Photo-beam receivers.
N.C. contacts.
POWER SUPPLY
OF THE RX
The normally closed contact of the
receiver should be isolated from
tensions.
If you you more couples of photo-
beams the connection should be
serial.
-
If the input PHOTO-STOP
is not used,
put the S16 at “0”
The PHOTO-TEST check that the gate is working only if the photo-beams are working properly.
The control unit will do a general test before opening.
In case the photo-beams are not working properly, the signal light will turn on for 5 seconds and the gate is not working
Set up Value Description
S 06 1 Activate the TEST
output for INPUT TEST
(Standard Value 0)
S 23 1 Activate the input TEST
for PHOTO-B
(Standard Value 0)
To activate the PHOTO-TEST put at “1” the set up of the photo-beams PHOTO-B:
If you want to go back to the function without PHOTO-TEST, connect the photo-beams as shown in the Paragraph 3.14 and
put the function S23 and S06 at “0” (deactivate the S06 only when other inputs have no TEST)
+
-
+
-
+
-
+
-

11
3.19 Check of the connections
Check:
The tension in the terminal board , if all led are turned on (Normally closed), check all securities, right direction of the gate
(it opens rst). When the control unit is powered, the L.E.D. (inputs) are turned on when in the input the contact is closed.
The red l.e.d. in the inputs CLS2 - OLS2 - CLS1 - OLS1 - PHOTOA - PHOTOB - STOP are always lit on.
The green l.e.d. in the inputs START / PARTIAL OPENING are always 󰀨
CLS2 OLS2 CLS1 OLS1 PHOTOA PHOTOB STOP START PED
3.18 Connection of the MOTOR with ELECTRO-MAGNETIC BLOC
If the electro-magnetic block is available, go to function S26 and put in 1 and make as follow:
Set up Value Description
S 26 1 ELECTRO-MAGNETIC
BLOC
MOT
MOTOR
BRAKE
17 18 19 13 14 15 16
-
+
When this function will be activated and the motor is
working, the output of the KEY-LOCK will be powered,
this permet the brake and the correct working of the
gate.
3.16 Connection of the KEY LOCK - NEW LOCK SYSTEM
17 18 19 13 14 15 16 Here you can see the connections of the key-lock.
The function S 26 should be programmed to “0”:
Set up Description
S 26 0 - Activate the KEY LOCK
1 - Deactivate the KEY LOCK (Default)
S 28 KEY LOCK Power:
0 - Power Supply 12V - Power Supply 12V key lock
1 - Power Supply 24V - Power Supply 12V key lock
-
+
3.17 Connection of the Mechanical edge:
31 32
NOLOGO
Connection of the ALT control
Stops the automation and activates an inversion of direction for approxima-
tely 1.5 seconds.
Set up Description
S 27
0 - Mechanical edge Deactivate (Default)
1 - 8K2 contact
2 - 2 Mechanical edge 8K2 connected in parallel
3 - N.C. contact

12
S 02 1 Reclosing
󰀨
(Default 0)
Make a complete opening and closing cycle, only in case the
tension has been broken, when the gate was open.
S 04 1 Passage control
(Default 0)
When the photo-beams realize the passage, if S19 has value 0,
the pause time is 2sec.
S 19 1 Riverse at
the passage check
(Default 1)
Put S04 at 1. When the function is activated and the gate is
opening, the control unit reverse the direction of the motors
and close.
S 07 1 Fixed Light
(Default 0) The light is lit on when the gate is open.
S 09 1 Activation of soft-start
(Default 0) The motors have minimum values until the settled values.
S 10 1 ONE MOTOR function
(Default 0)
If you put at 1 the S10, the control unit can synchronise the move
of the motors. The working time memorization will be done only
for motor no.1
4 Function and adjustment
Set up Function Description
S 01 1 Fast reverse
(Standard value) By each control it riverse: open-close
2Collective use When opening and pause time it doesn’t accept any control, it
re-close automatically.
3Step-by-step function Each control it follows each: open-stop-close-stop-open
No automatic reclosing
4Step-by-step
with automatic re-closing
after pause time
By each control it follows open-stop-close-stop-open.. It reclu-
ses automatically after the pause time.
5Industrial use The PARTIAL OPENING control has a closing function, too while
START follow the logic of dip1 and dip 2
6Man present function The START control opens, the PARTIAL OPENING closed. The
motors stop after the button will be released.
4.1 Function
Check the right function of the motors and the accessories as shown in the par. 4.2 and then, if you don’t know the working
time of the motors, program the speed (see Par. 4.4), obstacle detection (see Par. 4.5) and activation/deactivation of the
inputs.

4.2 Activation OF THE OUTPUTS
The control unit can activate separately the electric-lock output, lamp, Photo-test, Light, Motors, Slow down:
1R ... Press P2 and P3 until you reach R...
2Keep pressed the button P1 to activate the output
3Release button P1 to deactivate the output
P1
P1
R 02 Key lock R 06 Mot 1 - OP R 10 Mot 2 - OP
R 03 Lamp R 07 Mot 1 - CL R 11 Mot 2 - CL
R 04 Test R 08 Mot 1 - OP - SLOW DOWN R 12 Mot 2 - OP - SLOW DOWN
R 05 Light R 09 Mot 1 - CL - SLOW DOWN R 13 Mot 2 - CL - SLOW DOWN
4.3 Check the BATTERY TENSION
The control unit can check , with the display, the tension of the battery or if the battery is charged:
1R 14 Press the P2 and P3 in the function R14
2Keep pressed the button P1 to check the tension
3Release button P1 to stop the check
P1
P1
13

4.4 SPEED and SLOW DOWN OF THE MOTOR
This operation can ad just fast the speed of
the motor when opening and closing and the
slow down.
Set up Description Values Standard
Value
L 01 Standard speed
MOT1 from 1 to 10 10
L 02 Speed of slow down
MOT1 from 1 to 10 5
L 03 Standard speed
MOT2 from 1 to 10 10
L 04 Speed of slow down
MOT2 from 1 to 10 5
4.5 Level of the MOTOR
This operation can ad just the obstacle
detection.
Look on the table.
Set up Description Values Standard
Value
L 05 Level of obstacle
detection or LS MOT1
from 1 to 10
(0 = deactivation) 5
L 06 Level of obstacle
detection o LS MOT2
from 1 to 10
(0 = deactivation) 5
L 07 Level of obstacle
detection o LS MOT1
in case of slow downfrom
from 1 to 10
(0 = deactivation) 5
L 08 Level of obstacle
detection o LS MOT2
in case of slow downfrom
from 1 to 10
(0 = deactivation) 5
14
4.6 Logic of OBSTACLE DETECTION
If you use S20 you can set up the obstacle detection:
Set up Description Values
S 20 Logic of
obstacle detection 1LIMIT SWITCH FUNCTION (standard function)
2STOP function
3STOP function but before it
reverse the move of the mo-
tors for 2 seconds
Make this operation
before the memorization
of the working time.
WARNING
Use the set up 2 and 3 only in
case the limit switch is available.
1 = Very sensitive
5 = Medium sensitive
10 = Low sensitive
If the functions L05 and L06 are on
“0”, the control unit will be dama-
ged if the motors will stop for just
one second.

15
5 Managing of the remote control
This receiver can manage standard codes from 12 till 64 bit and rolling codes HCS©. The rst learned transmitter establish the code’s type that the receiver
has to manage, it means that the transmitter has to have the same code’s type. The code can be from 12 to 64 bit and for rolling code HCS , the receiver
will manage only the x part of the code and not the rolling code counter. The rst learned transmitter establish the code’s type that the receiver has to
manage, it means that the transmitter has to have the same code’s type.
5.1 CANCELLATION of the MEMORY CODE
This operation cancel all previous memorized codes. To cancel one single code see next paragraph. 
Thecancellationofonesinglecodeispossiblewhenthe
gate is CLOSED.
Set up Description
C 03 Reset
of the memory code.
To cancel the memory code, choose C03 with button P2 and P3. Then
conrm the operation with P1. Wait 10 seconds as indicated in the
DISPLAY, if the button P1 will be pressed in these 10 seconds, the
operation will be cancelled.
5.2 CANCELLATION of a SINGLE CODE
This operation cancell one single code in the memory.
Choose C04 with P2 and P3. The conrm with P1.
Press the button of the remote control. Wait in the display “ CANC“
Set up Description
C 04 Cancellation of a code
5.3 Activation of the ROLLING CODE HCS
If you choose 1 with S08, the control unit
will accept HCS rolling code and the con-
trol unit will check the rolling code counter.
The rolling code remote controls cannot be
copied. If this operation is not activated,
the receiver will accept only the x part of
the code.
Set up Description 
S 08 Funzione HCS Completo 0deactivated (Standard value)
1activated

5.4 Memorization of the remote controls
16
This function can memorize one or more remote controls. It is su󰀩cient that the receiver is compatible with the most bran-
ded remote controls in the market, once you memorized the rst remote control, the next codes should be of the same type.
If it is a 12V remote control ( for example dip-switch) it will be memorized only 12 bits remote control.
1C 01 Press P2 and P3 on C01
2Conrm the operation with P1
3When the remote control has been memorized,
see SUCC on the DISPLAY.
P1
START REMOTE Control
PARTIAL OPENING
1C 02 Press P2 and P3 on C02
2Conrm the operation with P1
3
Press the button of the remote control.
When the remote control has been memorized,
see SUCC on the DISPLAY
P1
1The gate has to be closed
2R 01 Press P2 and P3 until you see R01
3Conrm with P1.
4The gate will open and close separatelly from the motors.
5a If the limit switches or the obstacle detection are available,
the control unit will do a complete cycle.
5b If the limit switches are not available, press P1.
7If the safety will not work, repeat the operation again.
P1
21
P1
12
6 MEMORIZATION and PROGRAM of the WORKING TIME
This function can fastly and easily ad just the working time to open and they can be changed as shown in the next para-
graph.
6.1 WORKING time memorization

6.2 WORKING TIME MEMORIZATION with START control
To change the program of the control unit make as follow:
1T ... Press P2 and P3 until you will nd T...
2Press P1 to choose the set up
3Press P2 and P3 to choose the value
4Press P1 to conrm the operation
P1
P2
P3
Set up
Description  Default
T 01 Opening time MOT1 from 2 to 127,5 s 15 s
T 02 Closing time MOT 1 from 2 to 127,5 s 15 s
T 03 Opening time MOT2 from 2 to 127,5 s 15 s
T 04 Closing time MOT2 from 2 to 127,5 s 15 s
T 05 Slow down when opening MOT 1 (in advance) from 2 to 127,5 s 2 s
T 06 Alow down when opening MOT 2 (in advance) from 2 to 127,5 s 2 s
T 07 Slow down when closing MOT1 (in advance) from 2 to 127,5 s 3 s
T 08 Slow down when closing MOT2 (in advance) from 2 to 127,5 s 3 s
T 09 Opening Desplacement from 2 to 127,5 s 2 s
T 10 Closing Desplacement from 2 to 127,5 s 2 s
T 11 Pause time for START from 2 to 127,5 s 10 s
T 12 Opening time MOT1 PARTIAL OPENING time from 2 to 127,5 s 8 s
T 13 Closing time MOT1 PARTIAL OPENING time from 2 to 127,5 s 8 s
T 14 Pause time for PARTIAL OPENING from 2 to 127,5 s 10 s
T 17 KEY LOCK function from 0 to 10 s 2 s
T 19 Reversing stroke (0 for deactivation) from 0 to 10 s 0 s
T 20 Starting of MOT1 (when starting, the obsctacle detection is not available) from 0 to 10 s 2 s
T 21 Starting of MOT2 (when starting, the obsctacle detection is not available) from 2 to 10 s 2 s
P1
17
The control unit can bring back the standard value (see par. 8) to reset make as follow:
1S 18 Press P2 and P3 until S18
2Press P1 to conrm the operation
3To cancel the operation
press P1 for 10 seconds
P1
7 Reset of the control unit at STANDARD VALUE
P1
WARNING!
This operation
cancel all
benchmarks

18
8 TABLE INDICATING the FUNCTION of KEQS10
8.1 Set up of group “T”
SET
UP DESCRIPTION VALUE STANDARD VALUE NOTE
T 01 Opening time MOT 1 from 2 to 127,5 s 15 s
T 02 Closing time MOT 1 from 2 to 127,5 s 15 s
T 03 Opening time MOT 2 from 2 to 127,5 s 15 s
T 04 Closing time MOT 2 from 2 to 127,5 s 15 s
T 05 Opening slow down MOT 1 (in advanced) from 2 to 127,5 s 2 s
T 06 Closing slow down MOT 2 (in advanced) from 2 to 127,5 s 2 s
T 07 Opening slow down MOT1 (in advanced) from 2 to 127,5 s 3 s
T 08 Closing slow down (in advanced) from 2 to 127,5 s 3 s
T 09 Opening Displacement time from 2 to 127,5 s 2 s
T 10 Closing displacement time from 2 to 127,5 s 2 s
T 11 Pause time for START control from 2 to 127,5 s 10 s
T 12 Opening time MOT 1 with PARTIAL OPENING from 2 to 127,5 s 8 s
T 13 Closing time MOT1 with PARTIAL OPENING from 2 to 127,5 s 8 s
T 14 PAUSE TIME for PARTIAL OPENING control from 2 to 127,5 s 10 s
T 15 PRE-LIGHTING time when opening from 0 to 10 s 2 s
T 16 PRE-LIGHTING time when open from 0 to 10 s 2 s
T 17 KEY LOCK from 0 to 10 s 2 s
T 18 COURTESY LAMP from 2 to 127,5 s 120 s
T 19 Reversing Stroke (0 for deactivation) from 0 to 10 s 0 s
T 20 STARTING time MOT 1 from 0 to 10 s 2 s
T 21 STARTING time MOT 2 from 0 to 10 s 2 s
8.2 Set up of group “L”
SET
UP DESCRIPTION VALUE STANDARD VALUE NOTE
L 01 Standard speed of MOT1 from 0 to 10 10
L 02 Reduced speed of MOT1 from 0 to 10 5
L 03 Standard speed of MOT2 from 0 to 10 10
L 04 Reduced speed of MOT2 from 0 to 10 5
L 05 Obstacle detection or Limit Switch of MOT1 (0 deactivation) from 0 to 10 5
L 06 Obstacle detection or Limit Switch of MOT2 (0 deactivation) from 0 to 10 5
L 07 Obstacle detection or Limit Switch of MOT1 when slowing down (0 deactivation) from 0 to 10 5
L 08 Obstacle detection or Limit Switch of MOT2 when slowing down (0 deactivation) from 0 to 10 5

19
8.3 Set up of group “S”
SET
UP DESCRIPTION VALUE STANDARD VALUE NOTE
S 01 Logic of the control unit:
1 - Fast reverse
2 - Collective use
3 - Single stable function
4 - Single stable with automatic re-closing after pause time
5 - Industrial use
6 - “Man Present” function
from 1 to 6 1
S 02 Activation of AFTER BREAKING of the power supply 0 O󰀨 - 1 On 0
S 03 Activation of COURTESY LIGHT on LAMP 0 O󰀨 - 1 On 0
S 04 Activation of PASSAGES 0 O󰀨 - 1 On 0
S 05 Activation of LAMP in PAUSE TIME 0 O󰀨 - 1 On 0
S 06 Activation of TEST OUTPUT for test of the inputs (in o INTERLOCK) 0 O󰀨 - 1 On 0
S 07 Activation of FIXED LIGHT 0 O󰀨 - 1 On 0
S 08 Activation of ROLLING CODE HCS function 0 O󰀨 - 1 On 0
S 09 Activation of SOFT START 0 O󰀨 - 1 On 0
S 10 Activation of SINGLE MOTOR FUNCTION 0 O󰀨 - 1 On 0
S 11 Activation of Input in Opening Limit Switch 1 0 O󰀨 - 1 On 1
S 12 Activation of input Closing Limit Switch 1 0 O󰀨 - 1 On 1
S 13 Activation of Input in Opening Limit Switch 2 0 O󰀨 - 1 On 1
S 14 Activation of input Closing Limit Switch 2 0 O󰀨 - 1 On 1
S 15 Activation of input STOP 0 O󰀨 - 1 On 1
S 16 Activation of input PHOTO 0 O󰀨 - 1 On 1
S 17 Activation of input PHOTO-STOP 0 O󰀨 - 1 On 1
S 18 RESET of the set up values and brign back to the standard value
S 19 Activation of the REVERSE in case of PASSAGE bearing (S 04 = 1) 0 O󰀨 - 1 On 1
S 20 Logic of the Obstacle Detection:
1 - Function as limit switch
2 - Function as STOP
3 - Function as REVERSE and then STOP
from 1 to 3 1
S 21 Select tension 0=12; 1=24V 0 12V - 1 24V 0
S 22 Check TEST in the input CLOSING PHOTO-BEAMS 0 O󰀨 - 1 On 0
S 23 Check on Photo-Test when CLOSING/OPENING 0 O󰀨 - 1 On 0
S 24 Check on TEST in the input STOP 0 O󰀨 - 1 On 0
S 25 Activate the Lighting 0 O󰀨 - 1 On 0
S 26 Activate Electro-magnetic bloc 0 O󰀨 - 1 On 0
S 27
SAFETY EDGE input setting:
0 - The safety edge input is disabled
1 - safety edge contact: 8K2
2 - In the case of 2 8K2 edges connected in parallel
3 - safety edge contact: NC
0
S 28
ELECTRICAL LOCK power:
0 - With 12V lock and 12 Vac power supply
1 - With 12V lock and 24 Vac power supply
1

8.3 Set up of group “C”
SET UP N° DESCRIPTION
C 01 Memorization of the TX for START control
C 02 Memorization of the TX for START control
C 03 RESET of the MEMORY
C 04 CANCELLATION of a SINGLE CODE
8.4 Set up of group “R”
SET UP N° DESCRIPTION
R 01 MEMORIZATION of the WORKING TIME of the motors
R 02 Activate the KEY LOCK until you press P1
R 03 Activate SIGNAL LIGHT until you release P1
R 04 Activate TEST until you release P1
R 05 Activate LIGHT until you release P1
R 06 Activate OPEN MOT1 until you release P1
R 07 Activate OPEN MOT1 until you release P1
R 08 Activate OPEN MOT1 when slowing down until you release P1
R 09 Activate CLOSE MOT1 when slowing down until you release P1
R 10 Activate OPEN MOT2 until you release P1
R 11 Activate CLOSE MOT2 until you release P1
R 12 Activate OPEN MOT 2 until you release P1
R 13 Activate CLOSE MOT2 until you release P1
R 14 Check the tension of the battery until you release P1
20