Page 1
ETERNA 90
EN
Automation for
automatic
sliding doors
INSTALLATION MANUAL
TRANSLATION OF THE ORIGINAL INSTRUCTIONS
ETERNA 90 - 1. 1 GB - Rel. 1 - 01/20 9 - CD0709EN
Page 2
TABLE OF CONTENTS:
GENERAL SAFETY WARNINGS page 4
GENERAL SAFETY OBLIGATIONS 4
1) DESCRIPTION OF THE MODELS 5
2) TECHNICAL SPECIFICATIONS OF THE ETERNA 90 AUTOMATION 5
MECHANICAL COMPONENTS OF THE ETERNA 90 SLIDING DOOR AUTOMATION
3) ETERNA 90 AUTOMATION COMPONENTS 6
4) TECHNICAL DRAWINGS - COMPONENT ARRANGEMENT 7
5) COVERING CASING 9
6) BELT TIGHTENING ADJUSTMENT 10
7) MECHANICAL LIMIT DEVICE POSITIONING 10
8) LEAF ANCHORING TO THE CARRIAGES AND ADJUSTMENT 10
9) INSTALLATION DIMENSIONS 12
10) ELECTRIC LOCKS 14
Page 3
ELECTRONIC SECTION
11) ELECTRIC ARRANGEMENTS 20
12) ELECTRIC CONNECTIONS 21
13) ET-DSEL DIGITAL PROGRAMMER - PURPOSE AND CONNECTIONS 25
14) COMMISSIONING OF THE AUTOMATION (INITIAL SET-UP) 26
14.1) FIRST START OF THE ET-DSEL DIGITAL PROGRAMMER 26
14.2) SERIAL COMMUNICATION SETTINGS 26
14.3) INITIAL SET-UP 27
14.4) FUNCTIONAL TESTING 29
14.5) INPUT DIAGNOSTICS 29
15) BATTERY-POWERED EMERGENCY OPENING DEVICE ET-BAT90 30
16) STAND BY SWITCHING 32
17) SAFETY SENSORS 33
17.1) OA-AXIS-T / OA-FLEX T SENSOR 33
17.2) OAM-DUAL T SENSOR 33
17.3) OA-PRESENCE T SENSOR 34
18) PROGRAM SELECTORS 35
18.1) EV-MSEL MECHANICAL KEY SELECTOR 35
18.2) ET-DSEL DIGITAL PROGRAMMER - USE AS PROGRAM SELECTOR 36
19) GENERAL PROGRAMMING MENU 38
20) FUNCTIONS AND SETTINGS 39
20.1) FUNCTION SETTING 39
20.2) PARAMETER SETTING 39
FUNCTION TABLE 40
PARAMETER TABLE 43
21) LANGUAGE 45
22) PASSWORD MANAGEMENT 45
22.1) HOW TO CHANGE THE TECHNICAL PASSWORD 46
22.2) HOW TO CHANGE THE PRIMARY PASSWORD 46
22.3) HOW TO CHANGE THE SERVICE PASSWORD 47
22.4) ENABLING USER PASSWORD USAGE 48
22.5) DISABLING USER PASSWORD USAGE 48
23) SELECTOR OPTIONS 49
24) INFORMATIONS AND EVENTS MEMORY 50
25) MAINTENANCE 53
25.1) PLUG AND PLAY 53
26) UR24 MODULE 54
27) GONG FUNCTION 55
28) EN/RF1 RADIO RECEIVER 56
29) FORCED CLOSING FUNCTION 57
30) INTERLOCK SYSTEM 58
30.1) ELECTRICAL CONNECTION FOR INTERLOCK 58
30.2) INTERLOCK APPLICATION WITH INDEPENDENT INTERNAL DETECTORS 59
30.3) INTERLOCK APPLICATION WITH A SINGLE INTERNAL DETECTOR 59
31) MEANING OF BUZZER WARNING SIGNALS 60
32) MAINTENANCE PROGRAM 60
DECLARATION OF INCORPORATION OF PARTLY ASSEMBLED MACHINERY 61
Page 4
GENERAL SAFETY WARNINGS
Carefully read this instruction manual for the safe installation and operation of the automatic door.
Improper installation and incorrect use of the product could cause serious injury.
Keep the instruction manual for future reference.
The installer must provide all the information about operation and provide the system user with the user manual delivered with the product.
MEANING OF THE SYMBOLS USED IN THESE INSTRUCTIONS
DANGER: Indication of dangerous situations that could cause material damage and personal injury.
WARNING: Identifies the procedures that must be understood and followed to prevent product damage or malfunctions
NOTE: Highlights important information.
GENERAL SAFETY OBLIGATIONS
The mechanical and electric installation must be performed by specialised personnel in accordance with the applicable directives and
regulations.
The installer must make sure that the structure to be automated is stable and robust and if necessary, make structural modifications to make
it so.
Keep product and packaging materials out of children's reach, as they might be a source of danger.
Do not let the children stay or play within the range of the door.
This product is designed and built exclusively for the purpose described in this documentation. Any other use that is not specifically indicated
could adversely impact the condition of the product and the safety of people.
Label accepts no responsibility for incorrect product installation and usage, as well as for any damage caused by changes made without its
prior consent.
Label is not responsible for the construction of the doors to be motorised.
The IP22 protection class requires that the automation is installed only on the inner side of buildings.
This product cannot be installed in explosive environments or atmospheres, or in the presence of flammable gases or fumes.
Make sure that the characteristics of the electric distribution network are compatible with the technical data indicated in this manual and that
upstream of the system there is an omnipolar switch with an opening distance of the contacts of at least 3mm and a residual current switch.
Connect the ground wire of the electric system.
The automatic door must be checked, started up, and tested by skilled and well-prepared personnel.
A technical dossier must be prepared for every automation as required by the Machine Directive.
Disconnect the power supply before working on the automation and before opening the cover.
Maintenance is of fundamental importance for the proper operation and safety of the automation. Check the efficiency of all parts every six
months.
Use only original spare parts for maintenance and when replacing product components.
Cleaning operations must be performed with the power supply disconnected, using a damp cloth. Do not deposit or let water or other liquids
penetrate into the automation or the accessories that are part of the system.
It is recommended to subscribe a maintenance contract.
The automatic sliding doors must be designed and installed in a way to protect users against the risk and danger of crushing, impact,
shearing and conveying between the leaf and adjacent parts near the door outline.
The person responsible for starting-up the automation must perform a risk assessment based on the place of installation and the
type of users that could use the automatic door.
SLIDING DOOR HAZARDOUS AREA
Safety during the opening cycle is ensured by the application of one of the following
methods:
Ÿ Safety distances between the secondary closing edge and the adjacent
environment parts.
Ÿ Force limitation on the leaf.
Ÿ Use of protection devices (sensors) complying with the standard EN12978.
Ÿ Installation of protections such as fixed panels or barriers, preventing people from
reaching the hazard areas.
Ÿ Low Energy motion.
Safety during the closing cycle is ensured by the application of one of the following
B
Main closing edge
A
A
B
methods:
Ÿ Use of protection devices (sensors) complying with the standard EN12978.
Ÿ LOW ENERGY motion.
It is essential to be aware that when most users are old/ill/disabled people and children,
any contact of the door with the user is not acceptable.
Secondary closing edge
B
Any residual risks must be properly highlighted.
4
Page 5
1 - DESCRIPTION OF THE MODELS
The ETERNA 90 automation has been designed and manufactured for the control of pedestrian automatic sliding doors.
A list of the ETERNA 90 sliding door automation models produced by Label is provided below:
Ÿ ETERNA 90D
Automation for double door leaf, max. weight 90Kg./leaf.
Ÿ ETERNA 90S
Automation for single door leaf, max. weight 130Kg.
The choice of the model depends on the type of door to be automated (single- or double-leaf sliding door).
All ETERNA 90 automation models can be equipped with the battery for emergency opening and with the electric lock.
The automation must be installed in indoor environments.
MECHANICAL COMPONENTS OF THE SLIDING DOOR AUTOMATION
ETERNA 90
2 - TECHNICAL SPECIFICATIONS OF THE ETERNA 90 AUTOMATION
MODELLO
Power supply
Max. power
Stand-by consumption
Maximum weight of leaves
Brushless Motor
Opening speed
Closing speed
Pause time
Operating temperature
Protection class
Sound pressure emission
Power supply for external accessories
Transom dimensions (H x P)
Transom length
Frequency of use
ETERNA 90D 2 leaves
230V~ 50Hz +/- 10%, 115V~ 60 Hz +/- 10%
100 W
6W
Max. 90 Kg/leaf
24Vdc with built-in encoder
Max. 100 cm/s (per leaf)
Max. 60 cm/s (per leaf)
0 to 30 seconds
- ° C +50°C15 ÷
IP22
LpA ≤ 70dB (A)
24 Vdc
100 x 135 mm
max 6500 mm
continuous
ETERNA 90S 1 leaf
Max. 130 Kg/leaf
5
Page 6
3 - ETERNA 90 AUTOMATION COMPONENTS
10
13
side panel pair
1
ET-LOGIC-B electronic control unit
2
ET-MOT 90 motor unit with encoder
3
fall prevention cables
4
double wheel carriage
5
14
12
upper belt coupling
6
lower belt coupling
7
cable gland
8
return pulley
9
mechanical limit switch
10
driving belt
11
casing
12
transom
13
sliding rail
14
rail seal
15
brush
16
15
16
6
Page 7
4 - TECHNICAL DRAWINGS - COMPONENT ARRANGEMENT
DOUBLE DOOR LEAF WITHOUT ELECTRIC LOCK
LEGEND:
LT = AUTOMATION LENGTH
PL = FREE PASSAGE
LM = LEAF WIDTH
B = FINAL LEDGES
S = LEAF OVERLAPPING
LT = TRANSOM
LENGTH
LT = 2PL-B+2S+20
PL = FREE PASSAGE
PL = (LT+B)/2-S-10
LM = LEAF WIDTH
LM = (LT-B)/4+S/2-10
RIGHT OPENING SINGLE LEAF WITHOUT ELECTRIC LOCK
F
F = IDLE PULLEY
LT*3/4+250
S
LM
M = MOTOR PULLEY
M = LT*1/4-80
B
PL
S
LM
B
LT
M
LC = BELT LENGTH
LC = (F-M+80)x2
S
PL
LM
LT
LT = TRANSOM
LENGTH
LT = 2PL-B+S+20
PL = FREE PASSAGE
PL = (LT+B-S)/2-10
LM = LEAF WIDTH
LM = (LT-B+S)/2-10
LEFT OPENING SINGLE LEAF WITHOUT ELECTRIC LOCK
S
PL
B
LM
LT
F
F = IDLE PULLEY
LT-120
F
M
M = MOTOR PULLEY
LT-LM-250
M
LC = BELT LENGTH
LC = (F-M+80)x2
LT = TRANSOM
LENGTH
LT = 2PL-B+S+20
PL = FREE PASSAGE
PL = (LT+B-S)/2-10
LM = LEAF WIDTH
LM = (LT-B+S)/2-10
F = IDLE PULLEY
LT-120
7
M = MOTOR PULLEY
LT-LM-250
LC = BELT LENGTH
LC = (F-M+80)x2
Page 8
DOUBLE DOOR LEAF WITH ELECTRIC LOCK
LEGEND:
LT = AUTOMATION LENGTH
PL = FREE PASSAGE
LM = LEAF WIDTH
B = FINAL LEDGES
S = LEAF OVERLAPPING
LT = TRANSOM
LENGTH
LT = 2PL-B+2S+20
PL = FREE PASSAGE
PL = (LT+B)/2-S-10
LM = LEAF WIDTH
LM = (LT-B)/4+S/2-10
F = IDLE PULLEY
LT*3/4+250
RIGHT OPENING SINGLE LEAF WITH ELECTRIC LOCK
F
M = MOTOR PULLEY
LT*1/4-80
S
E
LC = BELT LENGTH
LC = (F-M+80)x2
PL
LM
LT
S
LM
B
M
E = ELECTRIC LOCK
LT/2 + 30mm
S
PL
B
LM
LT
LT = TRANSOM
LENGTH
LT = 2PL-B+S+20
PL = FREE PASSAGE
PL = (LT+B-S)/2-10
LM = LEAF WIDTH
LM = (LT-B+S)/2-10
F = IDLE PULLEY
LEFT OPENING SINGLE LEAF WITH ELECTRIC LOCK
S
PL
B
LM
LT
LT-120
E
F
M
M = MOTOR PULLEY
LT-LM-250mm
LC = BELT LENGTH
LC = (F-M+80)x2
E = ELECTRIC LOCK
LT-102mm
F
M
LT = TRANSOM
LENGTH
LT = 2PL-B+S+20
PL = FREE PASSAGE
PL = (LT+B-S)/2-10
LM = LEAF WIDTH
LM = (LT-B+S)/2-10
F = IDLE PULLEY
LT-120
8
M = MOTOR PULLEY
LT-LM-250mm
LC = BELT LENGTH
LC = (F-M+80)x2
E
E = ELECTRIC LOCK
90mm
Page 9
5 - COVERING CASING
The casing of the ETERNA 90 automation is provided with
two fall prevention cables (A) designed to ensure its
stability in the opening position (FIG.1).
Insert the two fall prevention cables in the seats located on
the transom and on the casing with the ends facing the
same direction. (FIG.2).
Position the casing on the automation, hooking the top part
with the transom FIG.3 and close it pushing downwards.
A
Fasten the casing by means of the screws on the side
panels FIG.4.
In order to remove the casing from the automation, remove
the fastening screws, press the bottom of the casing
toward the automation and at the same time push
downwards the inner part of the casing rotating it in the
direction of the arrow (FIG.6).
Once removed from the transom, the casing will be
suspended by means of the fall prevention cables.
In order to remove fully the casing from the automation,
extract the end of each fall prevention cable from its seat in
the casing.
Manually support the casing before extracting the cables.
°
5
25°
2
FIG.1
FIG.2
FIG.3
FIG.4
FIG.5
FIG.6
FIG.7
Page 10
6 - BELT TIGHTENING ADJUSTMENT
To adjust belt tightening, slightly loosen the A screw of
the idle pulley, then screw in (to increase belt
tightening) or unscrew (to decrease belt tightening)
the hexagonal screw B.
After achieving the optimum driving belt tightening
fully tighten screw A.
FIG.6
7 - POSITIONING THE MECHANICAL LIMIT SWITCH
The mechanical limit switch must be adjusted so that both during opening
and closing it stops the carriage run before the mobile leaf hits any other
component.
It is also used by the electronic control unit to get the leaf limit points.
When adjusting the opening mechanical limit switch, take into account that
except for the set-up manoeuvre and for the first manoeuvre after a power
failure, at the end of the opening the mobile leaf stops about 5 mm before
coming into contact with the limit switch.
To adjust the limit switch, loosen the 2 fastening screws, move the limit switch
to the desired position, then fully tighten the 2 screws again.
A
B
FASTENING SCREWS
FIG.7
8 - ANCHORING THE LEAVES TO THE CARRIAGES AND ADJUSTING THEM
D
C
E
E
B
A
FIG.8
!Unscrew the two front screws "A" of every carriage and remove the movable part "C"
!Secure the disassembled mobile part “C” on the door at the distance shown in the figures from 9 to 12 depending on the type
A
of automation.
!Now hang the leaf to the automation, matching the two carriage parts, then screw the "A" screws into their seats without
tightening them.
!Adjust the height of the leaf by means of the control screw "B" and fully tighten the two "A" screws.
!Adjust the leaf horizontally by means of the eyelets "E" provided in the movable part of the carriage.
!To ensure the correct operation of the automated equipment, it is important that the mobile leaf is perpendicular to the
transom.
!Adjust the height of the retaining runner operating the adjustment screw (D) so that the runner touches the top inner profile of
the transom without applying pressure.
!Then manually move the leaf and check that there are no frictions at any point, otherwise adjust again the retaining runner.
10
Page 11
DOUBLE DOOR LEAF WITHOUT ELECTRIC LOCK
65
65
120
175
FIG.9
DOUBLE DOOR LEAF WITH ELECTRIC LOCK
175
65
120
175
175
120
65
120
65
120
175
65
120
175
65
120
175
65
120
175
FIG.10
LEFT CLOSING SINGLE LEAF WITH ELECTRIC LOCK
120
175
230
FIG.11
RIGHT CLOSING SINGLE LEAF WITH ELECTRIC LOCK
65
120
175
65
120
FIG.12
175
120
175
230
11
Page 12
9 - INSTALLATION MEASURES
135
33,5
64,5
35,5
FIG.13
25
25
+9
-9
-9 +9
36,5
65
L2
L1
100
The transom must be fastened to a flat surface solid enough
to bear the weight of the leaves to be used.
If the wall or the support do not meet these characteristics
you will have to provide a suitable tubular element, as the
transom is not self-bearing.
Fasten the transom by means of M6 or equivalent fixings.
The fastening points must be distributed alternately between
the reference lines on the transom (L1 and L2) every 300mm.
The figure shows the fastening dimensions.
When drilling the transom and the wall, take care not to
damage the sliding rail (B1) as that would affect the operation
and the quietness of the automated equipment.
After fastening the transom, thoroughly clean the sliding area
from any drilling scraps.
20
30
64,5
34
Max 8mm
Max 8mm
B1
99,5
FIG.14
REQUIRED TOOLS
Tape measure, drill, level, thin flat-head screwdriver,
medi u m -sized f lat-hea d screwd r i ver, c r oss-hea d
screwdriver, Allen wrenches with handle (sizes 3 - 4 - 5 - 6),
flat-head wrench 10.
12
Page 13
SECTION WITH COMMERCIAL PROFILES
SECTION WITH LB35 PROFILE SYSTEM
-6 +10
+9
-9
A A
Distanza Massima
dalla Parete
Guida a Pavimento
2NC5947/A1S
MG773S/S
PAD+PADKIT
PT1
DIMENSIONAL TABLE FOR ETERNA 90 AUTOMATIONS
LEGEND:
LT = AUTOMATION LENGTH
PL = FREE PASSAGE
LM = LEAF WIDTH
B = FINAL LEDGES
S = LEAF OVERLAPPING
-3 +12
+9
-9
ETERNA 90S - 1 MOBILE LEAF
LT= automation length
LT=2PL-B+S+20
2000
2500
3000
3500
4000
4500
5000
5500
6000
S
PL
B
LM
LT
Dimensioning mm
LM= leaf S= overlap
B=contact with
S=50 B=10
LM= LT-B+S
2
10
-
999
1249
1499
1749
1999
2249
2499
2749
2999
PL = nominal passage
opening
PL= LT+B-S
2
-
10
982
1232
1482
1732
1982
2232
2482
2732
2982
ETERNA 90D - 2 MOBILE LEAVES
LT = automation length
LT=2PL-B+2S+20
2000
2500
3000
3500
4000
4500
5000
5500
6000
PL
S
LM
LT
S
LM
B
Dimensioning mm
LM = leaf S= overlap
B = contact with
S = 50 B = 10
LM= LT-B S
4 2
-
10
+
512
637
762
887
1012
1137
1262
1387
1512
PL = nominal passage
opening
PL= LT+B
2
-
-
10
S
970
1220
1470
1720
1970
2220
2470
2720
2970
13
Page 14
10 - ELECTRIC LOCKS
10.1) GENERAL DESCRIPTION
The electric lock for the ETERNA 90 automation is available in 3 models, which have different behaviour during a power failure.
a) FAIL SAFE «ET-FSA»
In the case of a power failure, of both mains power supply and emergency battery power, the
electric lock will release the leaves, which can then be moved manually.
b) FAIL SECURE «ET-FSE»
In the case of a power failure, of both mains power supply and
emergency battery power, the electric lock will keep the leaves
locked.
c) BISTABILE «ET-BIS»
In the case of a power failure, of both mains power supply and emergency battery power, the
electric lock will remain at its current position.
Therefore, the leaves are free if the electric lock was disabled, or will remain locked if the electric
lock was enabled.
Set the Jumper J10 to position "2" on the ET-LOGIC-B control unit.
Electric locks are supplied in Kit, including coupling brackets and fastening
accessories.
10.2) POSITIONING and ELECTRIC CONNECTION
The dimensions for fastening the electric lock to the automation are specified in
Paragraph "TECHNICAL DRAWINGS".
The electric lock is fastened to the automation by 2 M6 X 10 screws on M6 nuts
in the special lower slot in the transom.
The sliding carriages must be regulated so that when the leaf is in closed
position, the electric lock piston can hook the carriage bracket and keep the
leaves locked.
ELECTRIC LOCK
FAIL SAFE
FAIL SECURE
BISTABLE 1st SOLENOID
LOCK1 LOCK2
J4 J3
ELECTRIC LOCK
BISTABLE 2nd SOLENOID
The electric lock kit includes a power supply cable. This cable has two wires on
one end that are connected to the electric lock solenoid wires with the specific
terminals. The other end of the cable has a connection that is inserted in the
LOCK1 connector on the ETERNA 90 automation electronic control unit.
If the bistable electric lock is installed, there will be a second power supply
cable. One end of it must be connected to the secondary solenoid cables
(LOCK2) of the electric lock and the other end must be connected to the LOCK 2
output on the electronic control unit where the connector is located.
14
Page 15
10.3) MANUAL RELEASE
RELEASE HANDLE FASTENING
A
The models Fail Secure ET-FSE and Bistable ET-BIS are
equipped with the ET-SMA manual release system that is used to
release the electric lock in the case of a power failure, and
therefore move the leaves freely.
For fastening on both the right and left side of the automation, you
need to fasten the adjustment register on the bottom of the
release handle.
B
C
62
15
Insert the steel cable inside the flexible sheath as shown in the
figure.
40
Secure the bottom of the release handle to the side panel, using
the self-tapping screws provided.
Respect the positions indicated in the opposite figure.
15
Page 16
D
Apply the adhesive label as shown in the figure, taking the four
black bands on the label as a reference, which must be
positioned in correspondence of the 4 cardinal points.
Insert the steel cable end into the release handle as shown in the
figure and fasten the handle to the bottom with the special screw.
E
F
Insert the flexible sheath inside the side panel.
SCREW COVER
LABEL
Apply the screw cover label on the fastening screw.
By moving the release handle to the UNRELEASED position,
only the orange part of the label with the drawn arrows must be
visible.
LEFT SIDE PANEL
RIGHT SIDE PANEL
16
Page 17
G
Insert the sheath using the cable guides until reaching the electric
lock.
Cut off the excess sheath.
H
I
Insert the steel cable into the release handle and into the sheath
until reaching the electric lock.
Fit the sheath end on the tip of the sheath which has been cut.
L
Position the compression spring and insert the metal cable
inside the special release anchor, then lock it with the screw
clamp.
Adjust cable tightening so as to give the spring a light pre-load.
17
Page 18
M
Check manual release operation, when the handle is in locked
position, the electric lock must operate normally.
N
O
When the handle is in released position, the electric lock must
remain open and release the leaves.
Cut the excess steel cable from the release anchor.
NOTE:
In case of FAIL SECURE electric lock, by releasing the release, the electric lock will close.
In case of a bistable electric lock, by releasing the release, it will open.
In case it is necessary to manually close the door with a bistable electric lock, it will be sufficient to lift the core of the secondary solenoid
with a screwdriver.
18
Page 19
10.4) INSTALLATION OF THE MANUAL RELEASE ON THE WALL
FASTENING SCREW
BLACK BANDS
Drill the wall and fasten the base of the release mechanism
using the fastening screws.
Apply the adhesive label as shown in the figure, taking the four
Identify the fastening point on the wall, taking into account that
the standard cable sheath is 3 metre long and that it must reach
the electric lock.
black bands on the label as a reference, which must be
positioned in correspondence of the 4 cardinal points.
Insert the adjustment register using 2 nuts, one in the plastic
slot and the other outside of it.
BLACK BANDS
FASTENING SCREW
CABLE LOCK
CABLE TERMINAL
Pass the release cable in the slit in the base and then inside the
adjustment register as shown in the figure. Then position the
cable terminal on the release handle cable lock (see figure).
SCREW COVER
LABEL
LOWER SCREW
CABLE TERMINAL
Now, insert the release handle on the base of the mechanism,
being careful to keep the cable terminal in the seat of the cable
lock and the handle in the correct position. When inserting the
handle, the cable terminal must be in the position just beyond
the lower fastening screw, in a clockwise direction.
Once the handle is inserted, fasten the closing screw, insert the
sheath and turn the handle to the UNRELEASED position. In
this position, only the orange part of the label with the black
arrows must be visible.
Make sure that the system is operating by turning the handle
clockwise and keeping the cable taut with your hand.
WARNING!:
THE HANDLE TURNS BY MAX 45-50 DEGREES AND AT
THE END, THERE ARE STEPS IN ORDER TO MAINTAIN
THE POSITION AFTER THE LOCK.
Apply the provided screw cover label as shown in the figure and
return the handle to the UNRELEASED position.
19
Page 20
ELECTRONIC SECTION
11) ELECTRIC ARRANGEMENTS
OUTER
SIDE
INNER
SIDE
DESCRIPTION OF ACCESSORIES CORRESPONDING CABLE
POWER SUPPLY
AUTOMATION
7
Internal movement and presence sensor for
1
door opening and safety during closing
Emergency opening button
2
Digital programmer
3
External movement and presence sensor for
4
door opening and safety during closing
Opening safety sensor
5
Key button
6
ETERNA 90 automation
7
N° 1 CABLE 8 x 0,5 mm
N° 1 CABLE 2 x 0,5 mm
N° 1 CABLE 4 x 0,33 mm (a coppie twistate per RS485)
N° 1 CABLE 8 x 0,5 mm
N° 1 CABLE 6 x 0,5 mm
N° 1 CABLE 2 x 0,5 mm
N° 1 CABLE 3 x 1,5 (F-N-T)
20
Page 21
12) COLLEGAMENTI ELETTRICI
POWER
SUPPLY
SWITCH
230Vac
EARTH
NEUTRAL
PHASE
EV-MSEL
1 2 3 4
COM AUX1 AUX2
12 10 16 17
INT
RADAR
-
TEST
-
21
0(-)
POWER
-
TEST
+
+
POWER
E.O.2
SAFETY
OUTPUT
-
TEST
SAFETY SENSORS FOR OPENING
+
+
POWER
E.O.1
SAFETY
OUTPUT
20
TEST(+)
21
0(-)
22
24V(+)
7
COMMON
9
E.0.2
21
0(-)
20
TEST(+)
21
0(-)
22
24V(+)
7
COMMON
8
E.0.1
EXTERNAL RADAR
INTERNAL RADAR
ACTIVATION
SAFETY
OUTPUT
ACTIVATION AND CLOSING SAFETY SENSOR E.C.2
-
TEST
-
POWER
ACTIVATION
SAFETY
OUTPUT
ACTIVATION AND CLOSING SAFETY SENSOR E.C.1
+
+
+
+
21
0(-)
20
TEST(+)
21
0(-)
22
24V(+)
13
RADAR EST.
10
COMMON
7
COMMON
6
E.C.2
21
0(-)
20
TEST(+)
21
0(-)
22
24V(+)
12
RADAR IN.
10
COMMON
7
COMMON
5
E.C.1
ELECTRIC LOCK
FAIL SAFE
BLUE
BLACK
ELECTRIC LOCK
FAIL SECURE
BISTABLE 1°SOLENOID
BATTERY 18V
MOTOR
BROWN
UR24UR24
BISTABLE 2°SOLENOID
WITH ENCODER
ELECTRICAL CONNECTIONS - STANDARD DIAGRAM ETERNA 90
RX
PRJ38P
TX
PRJ38P
BLUE
BROWN
21
DIGITAL
ET-DSEL
PROGRAMMER
+13V A B+13V A B
Page 22
PART DESCRIPTION
LED
DL1 (40V) = it displays the presence of 24V voltage at the switching power supply.
DL2 (E2) - DL3 (E1) - DL4 (E3) = they display the signals coming from the encoder sensor.
DL6 - DL7 = battery status
Buzzer BZ1 = noise signaller.
MP1 = microcontroller A.
PS1 = START button. It performs door opening.
S1 = dip switch 1: operator number selection
1 OFF = OPERATOR "1"
1 ON = OPERATOR "2" (only in case a single ET-DSEL digital programmer is used to control two automatic doors)
· CONNECTOR J12: Battery charger ET-BAT connection
· CONNECTOR J5: Battery connection.
· CONNECTOR J8: EN/RF1 radio receiver connector.
· CONNECTOR J6: Motor-encoder wiring connection.
· CONNECTOR J4: Electric lock 1 wiring connection (LOCK1).
· CONNECTOR J3: Electric lock 2 wiring connection (LOCK2).
· CONNECTOR J2: Optional UR24 module connection (OUT1).
· CONNECTOR J1: Optional UR24 module connection (OUT2).
· JUMPER J10: Operation selection electric LOCK2
POSITION 1 = CHEMIST’S FUNCTION (F04 = ON) or ANTIROLL FUNCTION FOR BOATS (P27 ≥ 01%)
POSITION 2 = electric lock bistable «EBSBIS»
· CONNECTOR J11: Digital programmer T-NFC connection
ELECTRIC CONNECTION DESCRIPTION
On the plastic side panels of the ETERNA 90 operator (part 1 in figure in para. 3) there is a hole that must be broken open, through which the
electric cables must be inserted.
Along the upper part of the aluminium transom, there are various fairleads (part 8 in the figure in para. 3) inside of which the cables should be
run.
The installer must prepare suitable fairleads on the side panel of the operator control unit for the passage of the cables and ensure wire
stability inside the operator control unit prior to the start-up of the automatic door, in order to prevent any contact between the electric cables
and the moving parts of the automatism.
· TERMINAL BOARD M1 (F-N-GROUND)
230Vac 50-60Hz mains supply;
phase at terminal F, neutral at terminal N, ground connection at
terminal .
Ground the operator by connecting the ground cable from the line to
the Faston connector on the aluminum transom, connect the second
ground Faston on the transom to the ground terminal on the electronic
control unit.
The line is protected by 2.5A fuse F1.
On the power supply mains, foresee an omni-polar switch/selector
with contact opening distance at least of 3 mm.
The power supply line must be protected against short circuit and
dispersion to ground.
Separate the 230Vac power supply line from the very-low voltage line
control unit relative to control and safety accessories.
230Vac
F N
M1
F1
2,5A
· TERMINAL BOARD M3 (Power supply of external
accessories)
24Vdc output for power supply to accessories (radars and sensors).
Max. load 500mA.
22 = Positive terminal +24V.
21 = Negative terminal 0.
The presence of the output voltage is displayed by the DL1 led.
20 = TEST terminal for safety sensors prearranged with test function.
22
TEST FOR SAFETY SENSORS
0
TEST(+)200(-)2124V(+)
22
M3
SENSORS POWER SUPPLY
+24V
0(-)
21
0
Page 23
· TERMINAL BOARD M4 (Inputs 14, 15, 16, 17, 18.19)
19 = Input COMMON.
16 = auxiliary AUX 1. N.O. contact serving for three functions depending on
the configuration set on the control board:
a) Using the mechanical key selector EV-MSEL for the selection of
the door work program (F01=ON) connect terminal 16 to terminal 3
of the mechanical selector.
b) If ET-DSEL digital programmer is present, the activation of the
AUX1 input causes the door to close and the Night lock function to
activate, by-passing ET-DSEL digital programmer setting.
c) If INTERLOCK operation is activated between two Label automatic
doors (F27=ON), the activation of the AUX1 input by-passes the
interlock function (see the “Interlock system” paragraph).
AUX1
STOP/INTERLOCK
LOCK1
AUX2
OPEN
COMMON
14 = STOP/INTERLOCK input. Input contact logic state can be selected as
N.O. or N.C. by ET-DSEL digital programmer (function F24).
The input can be used for three different purposes, according to the
configuration set on the control unit:
a) Stop command to stop door motion.
b) detection of the interlock signal to prevent the door from opening
when the interlock function is enabled (function F27=ON). In this
case the input must be configured as N.C..
c) connection of a door closing device allowing to forcibly close the
door when function F52 is set to ON. In this case the input must be
configured as N.C.
15 = LOCK1 input. N.O. contact. Closing the contact on the input activates
the output of the UR24 module if option A is selected on function F41 m
or F45 m (see «UR24 Module» paragraph).
17 = auxiliary AUX 2. N.O. Contact serving for two functions depending on
the configuration set on the control board:
a) Using the mechanical key selector EV-MSEL for the selection of
the door work program (F01=ON) connect terminal 17 to terminal 4
of the mechanical selector.
b) It can be used as a door opening command in all automatic door
work programs.
18 = input OPEN. Input contact logic state can be selected as N.O. or N.C.
by ET-DSEL digital programmer (function F23).
The activation allows opening the door of all operating programs.
· TERMINAL BOARD M5 (Inputs 10, 11, 12, 13)
M4
10 = Input COMMON.
12 = INTERNAL RADAR input. N.O. contact.
Activation causes the door to open. It is not active when the program
selector is set to "ENTRY" or to "Night lock".
13 = EXTERNAL RADAR input. N.O. contact.
Activation causes the door to open. It is not active when the program
selector is set to "EXIT" or to "Night lock".
11 = START input. N.O. contact.
Activation causes the door to open in all work programs (if F38 = OFF).
The input is disabled when "NIGHT LOCK" program is selected
(if F38 = ON).
START
COMMON
M5
INTERNAL RADAR
EXTERNAL RADAR
23
Page 24
· TERMINAL BOARD M6 (Inputs 5, 6, 7, 8, 9)
5 = Input of the safety SENSOR for closing E.C.1; N.C. contact.
The operation of safety sensor for closing must be enabled by ET-DSEL digital programmer
(function F12=ON).
If during closing it detects the presence of an obstacle the door stops and reopens.
If during pause it detects the presence of an obstacle the door remains open.
6 = Input of the safety sensor for closing E.C.2; N.C. contact.
The operation of safety sensor for closing E.C.2 must be enabled by ET-DSEL digital
programmer (function F13=ON).
If during closing, sensor detects the presence of an obstacle the door stops and reopens.
If during pause, sensor detects the presence of an obstacle the door remains open.
7 = Input common.
SAFETY SENSOR FOR CLOSING E.C.1
SAFETY SENSOR FOR CLOSING E.C.2
COMMON
SAFETY SENSOR FOR OPENING E.C.1SAFETY SENSOR FOR OPENING E.O.1
SAFETY SENSOR FOR OPENING E.O.2
8 = Input of the Safety side sensor for opening E.O.1; N.C. contact.
The operation of safety sensor for opening E.O.1 must be enabled by ET-DSEL digital
programmer (function F14=ON).
The door opens at slow speed if the sensor detects an obstacle during opening (if F19= OFF).
The door stops if the sensor detects an obstacle during opening (if F19= ON).
9 = Input of safety sensor for opening E.O.2, N.C. contact.
The operation of safety sensor for opening E.O.2 must be enabled by ET-DSEL digital
programmer (function F15=ON).
The door opens at slow speed if the sensor detects an obstacle during opening (function F20=
OFF).
The door stops if the sensor detects an obstacle during opening (function F20= ON).
· TERMINAL BOARD M7
FR1 = PRJ38 PHOTOCELL receiving capsule signal (brown cable).
VCC = power supply positive for the receiving capsule (blue cable).
GND = power supply negative for the receiving capsule (black cable).
· TERMINAL BOARD M8
+FT = power supply positive of the transmitting capsule (blue cable).
FT1 = PRJ38 PHOTOCELL transmitting capsule signal (brown cable).
M6
PHOTO PRJ38 RX
M7
PHOTO PRJ38 TX
M8
PRJ38 PHOTOCELLS
The pair of PRJ38 Label photocells consists of a transmitting and a receiving capsule.
The transmitting capsule, besides, is equipped with a 2-wire cable bearing the PRJ38-TX mark,
while the receiving capsule has a 3-wire cable bearing the PRJ38-RX mark.
Drill an 11.5 mm hole to fasten the capsules into the fixture.
To avoid any interference due to exposure to direct sunlight we recommend that you install the
receiving capsules on the side that is best protected against sun rays.
Photocell operation mode
The PRJ38 photocell is used as a STOP sensor in the panic exit breakout system.
To ensure proper operation the photocells must be perfectly aligned and at the same height.
The PRJ38 photocell must be enabled by the ET-DSEL digital programmer (function F21=ON).
The activation of the PRJ38 photocell stops the door motion and the control unit buzzer beeps 4
times.
· TERMINAL BOARD M9 (ET-DSEL digital programmer)
1 = Power supply positive +13V
2 = Communication signal A
3 = Communication signal B
4 = Power supply negative GND
· TERMINAL BOARD M10
28 (WAKE) - 29 (GND) = WAKE input, N.O. contact. In absence of power a pulse on the WAKE input
allows the control units to be turn on and to open the door at slow speed. For
details on the stand-by mode refer to the «STAND BY SWITCHING»
paragraph.
24
RECEIVING
PROGRAMMER
+13V
TRANSMITTING
ET-DSEL
DIGITAL
B
A
1 2 3
M9
WAKE
28 29
M10
0
4
Page 25
13) ET-DSEL DIGITAL PROGRAMMER – SCOPE and CONNECTIONS
The ET-DSEL digital programmer is the essential tool for the installer, to configure the
automatic door operation and perform the set-up and function/parameter setting
operations, to carry out the system diagnostics and to access the event memory
containing information about the automatism and its operation.
Access to the programming menu is protected by a technical safety password, to ensure
that only specialised and authorised personnel can perform any operation on the
automatism.
ET-DSEL digital programmer can also be used by the final user, but only for choosing the
operating mode of automatic door; the user can also select the preferred language and
set up a user password to prevent the use of digital programmer by unauthorized
persons.
Connect the ET-DSEL digital programmer to the control unit of the ETERNA 90 operator,
using a 0.33mm 4-wire cable with twisted pairs for RS485 applications.
Terminal +13V = connect to terminal 1 of the ETERNA 90 control unit (+13V);
Terminal - = connect to terminal 4 of the ETERNA 90 control unit (- GND);
Terminal A = connect to terminal 2 of the ETERNA 90 control unit (A);
Terminal B = connect to terminal 3 of the ETERNA 90 control unit (B);
For each subject-matter described in the following paragraphs the use of digital
programmer (hereinafter ET-DSEL) is explained in the specific case.
A
B
CN2
+13 -
A single ET-DSEL digital programmer, connected to two ETERNA 90 operators, can manage the operation of two independent
automatic doors.
Connect in parallel the A - B signals of the two operators (see the diagram below).
ET-DSEL
DIGITAL
PROGRAMMER
M9
B
ON
0
4
1 2 3 4
M9
OPERATOR "2"
ON
1
S1
2
+13V
A
1 2 3
OPERATOR "1"
1
S1
2
DIP1 = OFF
DIP1 = ON
25
Page 26
14) COMMISSIONING OF AUTOMATED DEVICE (INITIAL SET-UP)
After performing the mechanical installation of the automatic door and the electrical connections to the electronic control unit, you can start
up the automated equipment.
Ÿ Preliminary checks
- check the cleanliness of the sliding rail and of the ground guide;
- check the belt's tension;
- check that leaves are properly aligned and fastened to chariots;
- check that the position of the mechanical limit switch is correct;
- check that leaves move smoothly and frictionless;
- check proper operation of the electric lock, if installed, and of the relevant manual release.
SET-UP operation is compulsory to allow the operator electronic control unit to acquire stroke points.
During the stroke learning cycle there must be no obstacles in the leaf movement area.
If the ET-DSEL digital programmer is used to manage a single ETERNA 90 automatic door, dips 1 and 2 of the S3 dip-switch on the
ET-LOGIC-B operator control unit bust be set to OFF.
If the ET-DSEL digital programmer is used to manage two ETERNA 90 automatic doors, dips 1 and 2 of the S3 dip-switch on the
ET-LOGIC-B control unit of operator 1 must be set to OFF, while on the ET-LOGIC-B control unit of operator 2 dip 1 must be set to ON and dip
2 to OFF (see Table).
Before powering the system set the S3 dip-switch of the ET-LOGIC-B logic board as specified in the table
S1 DIP 1
ET-LOGIC-B OPERATOR 1
ET-LOGIC-B OPERATOR 2
Follow chapter 14.1 only if ET-DSEL digital programmer is new and powered for the first time.
Follow chapter 14.2 if digital programmer has already been used before.
OFF
ON
14.1) FIRST START OF ET-DSEL DIGITAL PROGRAMMER
Power the ETERNA 90 operator by mains voltage, the control unit buzzer emits some quick, short
beeps.
! Language selection is shown on the display of ET-DSEL digital programmer;
! use the F2 and buttons to move arrow to the desired language.
! Press EXIT button to exit “Language” section and enter “Serial communication setups”
section, as described under para. 14.3.
14.2) SERIAL COMMUNICATION SETTINGS
fig.A
Power the ETERNA 150 operator by mains voltage, the
control unit buzzer emits some quick, short beeps.
ET-DSEL programmer automatically detects the
presence of operator electronic control unit (fig. A) and
stores the board serial code
ET-LOGIC-B (fig. B).
When acquisition of serial code is completed, the
display must show the closed padlock symbol on
number 1 and the open padlock symbol on the ?, if a
single ETERNA 90 operator is connected (fig. C),
fig.C
fig.B
fig.D
If the ET-DSEL digital programmer is connected to two
ETERNA 90 operators to manage two automatic doors,
instead, once serial code acquisition is completed the
closed padlock symbol must be displayed on number 1
and on number 2 (fig. D)
Press EXIT button to exit “Serial communication
setups” section and enter the general programming
menu.
26
Page 27
14.3) INITIAL SET-UP
From general programming menu, F1 button allows moving forward among menu symbols.
Select INITIAL SET-UP symbol.
Give a quick pulse to ENTER button to enter the “Initial setup” section.
If the ET-DSEL digital programmer is connected to two automatic doors, select by pressing the F3
button once whether the initial set-up concerns the operator of door 1, or that of door 2.
OPERATOR 1
OPERATOR 2
The initial set-up must be carried out separately on each operator.
Type the 10-character technical password for access to set-up configuration.
The default technical password supplied by Label to ET-DSEL digital programmer is “A-A-A-A-A-AA-A-A-A”
Press the button in correspondence with letter A, asterisk appears on the first letter case on the
display; repeat this operation for all the other characters required.
If the password typed is correct, you enter the section dedicated to set-up configuration; if the
password typed is wrong, you return to general programming menu.
We recommend that you modify the default technical password.
To this purpose please refer to the “Password management” paragraph.
BEFORE STARTING THE SET-UP MOVE THE DOOR TO THE CLOSING POSITION.
THE AUTOMATION WILL DETECT AUTOMATICALLY THE CORRECT DIRECTION OF OPENNG DURING THE SET-UP CYCLE.
SET-UP FULL: mandatory for the first installation of the automation.
SET-UP PARTIAL: to repeat the learning of the leaves stroke in case the mechanical limit switch are moved,
ATTENTION! The partial set-up does not work on a new automation at the first installation. In this case, if the
Press the F1 button to select the "FULL" set-up.
without changing the previously set functions.
Partial option is selected, the buzzer of the electronic control unit will warn of the error by emitting a
continuous sound for 4 seconds.
In this section, F1 / F3 buttons allows selecting the function OFF / ON status, while
button allows moving to the following function.
Press F2 button to return to previous function.
Select the automation model:
ON = ETERNA 90
OFF = ETERNA 150/300T
Select the model of the installed electric lock.
OFF = FAIL SECURE or bistable model
ON = FAIL SAFE mode
If the operator is not equipped with an electric lock keep setting to OFF.
If S02 function is set to OFF only
Only select ON if a double electric lock for chemist's function is installed in the operator.
Please refer to the "CHEMIST'S FUNCTION" paragraph.
If no chemist's electric lock is installed keep setting to OFF.
BATTERY PACK
OFF = NOT PRESENT
ON = USED
Select ON only if a safety sensor has been installed on closing on input E.C.1.
27
Page 28
Select ON only if a safety sensor has been installed on closing on input E.C.2.
Select ON only if a safety sensor has been installed on opening on input E.O.1.
Select ON only if a safety sensor has been installed on opening on input E.O.2.
If S05 and/or S06 functions are set to ON only
Select ON if the monitored closing safety sensors have been installed (as required by standard EN
16005) to activate sensor test at the beginning of each cycle; select OFF only if the closing safety
sensors have not been set up to be monitored.
For more information, refer to "Safety sensors" paragraph.
If S07 and/or S08 functions are set to ON only
Select ON if the monitored opening safety sensors have been installed (as required by standard
EN 16005) to activate sensor test at the beginning of each cycle; select OFF only if the opening
safety sensors have not been set up to be monitored.
For more information, refer to "Safety sensors" paragraph.
If S09 and/or S10 functions are set to ON only.
Select test logic status, used by automation control unit to monitor safety sensors.
The set-up depends on the characteristics of sensor installed.
Most of the safety sensors on the market work with the test level low (OFF = default setting)
For more information, refer to "Safety sensors" paragraph.
Contact configuration on OPEN input between terminals 18-19 of ET-LOGIC-B board.
Select ON with normally open contact or when the OPEN input is not used.
Select OFF when using a device with normally closed contact.
Configuring the contact on the STOP/INTERLOCK input between terminals 14-19 of
ET-LOGIC-B-board.
Select ON with normally open contact or when no device is connected to the input.
Select OFF when using a device with normally closed contact.
Selec the work program selector.
OFF: Digital programmer ET-DSEL or T-NFC.
ON: Mechanical selector EV-MSEL.
The operator is ready for the set-up cycle.
Press the button (OK)
The control unit buzzer emits 4 beeps and starts the set-up cycle.
The door starts closing fully, then it performs an opening cycle at slow speed, which will be necessarily
succeded. At the end of the cycle a prolonged BEEP stands for the set-up to be completed.
After a while the door closes automatically.
28
Page 29
14.4) FUNCTIONAL TESTING
Select door automatic operation by program selector.
Refer to “Program selectors” paragraph describing the two types of selector provided for to select the automatic door operating mode.
To start an opening manoeuvre, give a pulse to PS1 button (Start) on the ET-LOGIC-B board or engage the door opening devices.
Ensure that door opening and closing cycle is properly performed and that pulse organs and safety sensors operate; to adjust sensor
detection field, refer to the instructions delivered with the sensor.
The safety sensors must ensure that the leaf doesn't impact against any automatic door users (please comply with the provisions contained
in the regulations in force).
During door movement, intermittent signals could be heard as emitted by the buzzer to indicate that the limit power delivered by operator has
been reached, especially if leaf dimensions and weight are close to the limits allowed.
A short noise signal by the buzzer during start in opening is to be considered as normal, as the pick-up phase is the moment requiring
maximum force.
Adjust the thrust power by P04 parameter of ET-DSEL programmer (see . “Adjustment of parameters” paragraph).
To deactivate the buzzer noise signal when the power limit is reached, set up F40 function to ON (see “Functions setup”).
The buzzer noise signal for almost the entire stroke means that the leaf exceeds the limits allowed or frictions exist on the fixture; in
this case, the movements of automatic door are difficult and the opening/closing cycle could not be completed.
Check that the electric lock and the manual release are working properly.
If the operator is equipped with emergency battery, connect the battery connector to the BATTERY connector J5 on the ET-LOGIC-B control
unit (for detailed information about operation with the emergency battery please refer to para. “Emergency opening device”).
Safety on impact: placing an obstacle in front of the leaf while it is in motion will cause the leaf to stop and the motion direction to be reversed;
when performing the next cycle the leaf shall slow down in the point where it had come into contact with the obstacle.
To set up the available functions, refer to “Functions setup” paragraph.
To adjust the variable parameters, refer to “Adjustment of parameters” section.
REPEATING THE INITIAL SET-UP
Set-up operation must be repeated if one of the following conditions varies:
leaf weight, leaf stroke.
In this case select the PARTIAL option from «SET-UP MODE» to perform only the leaves stroke learning without changing the current
settings.
14.5) INPUT DIAGNOSTICS
ET-DSEL programmer allows checking the inputs status to ensure proper operation of all devices
connected with ETERNA 90 operator.
To enter "Inputs diagnostics" while the automatic door operating program is shown on display,
keep F2 button pressed for about 3 seconds.
The F3 button is only used in case the ET-DSEL programmer is connected to two ETERNA 90
operators and the symbol "1" is displayed at the top right if the inputs on operator 1 are being
viewed, or 2 if the viewed inputs are those of operator 2. Press F3 once to switch from 1 to 2 and
vice versa.
If the ET-DSEL programmer only manages a single operator the symbol "1" is displayed at the top
right.
The display shows the symbols of all operator inputs, with the relevant terminal number.
If an input is used, the corresponding symbol lights up with an arrow on a side.
SAFETY
SENSOR FOR
CLOSING E.C.1
SAFETY
SENSOR FOR
OPENING E.O.1
INTERNAL
RADAR
EXTERNAL
RADAR
STOP/INTERLOCK
START
SPYCO
radio
control
OPEN
SAFETY
SENSOR FOR
CLOSING E.C.2
AUX 1
SAFETY
SENSOR FOR
OPENING E.O.2
AUX 2
29
LOCK 1
PRJ38 STOP PHOTOCELL
Page 30
15) BATTERY-POWERED EMERGENCY OPENING DEVICE ET-BAT90
Assembly of the battery unit on the et-drive module
A
The battery containment plate is mounted on the back of the
module ET-DRIVE/90 using the hexagon socket head cap screws
4x6.
B
Remove the container of the electronic control unit by unscrewing
the two screws M5x10.
C
D
Position the battery inside the plate.
Refit the container of the electronic control unit inserting the battery
cable through the slot at the top and tighten the screws M5x10.
To replace the battery, perform the operations described in steps B, C and D.
30
Page 31
Connect the battery to connector J5 on control board ET-LOGIC-B.
To enable battery operation set function F06 = ON or SET S04 = ON from initial set-up.
Insert the battery charger into the J12 connector of the control unit ET-LOGIC-B.
The battery charger self-checks the battery charge level and displays a green and a red led (see table "LED SIGNALLING")
BATTERY
18V
BATTERY
CHARGER
ET-BAT
-
J5
Operation
The ET-BAT90 device trips in case of mains power failure, allowing the ETERNA 90 operator to keep running.
The battery operating time depends on various factors, like the number of operations performed, the leaf weight, the connected external
devices , etc....
The charged battery can supply energy for approximately 15 continuous door opening/closing cycles.
+
to connector J12 of the control unit ET-LOGIC-B
BATTERY
IMPORTANT!
BATTERY TYPE: NiMH, 18V - 700mAh
LED SIGNALLING
SIGNALLED EVENTS
SIGNALLED EVENTS
BATTERY DISCONNECTED
BATTERY CHARGING
BATTERY CHARGED WITH MAINS VOLTAGE
BATTERY DISCHARGED
BATTERY CHARGED WITHOUT MAINS VOLTAGE
!!
WARNING!
! Periodically check battery efficiency
! To al low recharg ing batteri es m ust always be connected to the
electronic control unit
! The equipment must be disconnected from the mains when removing
the batteries
! In case of replacement, always use genuine batteries.
! Replacement must be performed by qualified personnel
! Remove batteries from the equipment before its disposal
! Batteri es con tain poll uti ng subst anc es; ther efo re they must be
disposed of in accordance with the provisions of local regulations
GREEN LED DL7
ON
BLINKING
ON
OFF
OFF
RED LED DL6
ON
OFF
OFF
BLINKING
ON
31
Page 32
16) STAND BY SWITCHING
The "stand by" function automatically switches off the electronic circuits of the control unit in the event of a power failure if the door is closed
in the Night lock program.
This function allows to minimize the consumption of the emergency battery to prevent it from discharging in a short time during a power
failure.
To enable the stand-by mode set function F10 = ON.
To open the door during stand-by mode, an input is provided between terminals 28 - 29 (Wake - GND) of the ET-LOGIC-B control unit, to
which must be connected a device with contact N.O.
A pulse on the Wake input allows the control unit to be turn on and to open the door at slow speed.
32
Page 33
17) SAFETY SENSORS
This paragraph describes the procedure to be followed to properly connect and set-up some of the safety sensors available on the market and
complying with the EN12978 standard, to ensure a safety level which complies with PL=c - Cat. 2, as provided for by the EN16005 standard.
17.1) OA-AXIS T / OA-FLEX T SENSOR
Application as activation and closing safety sensor
OA-FLEX T / OA-AXIS T SENSOR WIRING ETERNA 90 OPERATOR ET-LOGIC-B TERMINAL
Correspondence between the sensor cables and the terminal board of the ET-LOGIC-B control unit
1. WHITE (+) Power supply TERMINAL 22 (+)
2. BROWN (-) Power supply TERMINAL 21 (-)
3. GREEN N.A. (activation) TERMINAL 12 (Internal radar) or 13 (External radar)
4. YELLOW COM TERMINAL 10 COMMON
5. PINK + Opto NPN (sensor 1 safety) TERMINAL 5 E.C.1 Closing safety sensor 1
PINK + Opto NPN (sensor 2 safety) TERMINAL 6 E.C.2 Closing safety sensor 2
6. BLUE - COM (sensor 1 safety) TERMINAL 7 COMMON
BLUE - COM (sensor 2 safety) TERMINAL 7 COMMON
7. RED (+) Test
TERMINAL 20 TEST (+)
8. BLACK (-) Test TERMINAL 21 (-)
OA-AXIS T / OA-FLEX T DIP SWITCH SETTINGS
DIP 10 = OFF Self-testing enabled
DIP 11 = OFF Output High
DIP 12 = ON Test input Low
For information about the adjustments and the other sensor
functional settings, please refer to the instructions supplied with
the OA-AXIS T sensor.
17.2) OAM-DUAL T SENSOR
Application as activation and closing safety sensor
ET-DSEL PROGRAMMER FUNCTIONAL SETTINGS
F12 (S05) = ON If the safety sensor is installed on E.C.1
F13 (S06) = ON If the safety sensor is installed on E.C.2
F16 (S09) = ON Closing safety sensor test enabled
F18 (S11) = OFF LOW level test
OAM-DUAL T SENSOR WIRING ETERNA 90 OPERATOR ET-LOGIC-B TERMINAL
Correspondence between the sensor cables and the terminal board of the ET-LOGIC-B control unit
1. WHITE (+) Power supply TERMINAL 22 (+)
2. BROWN (-) Power supply TERMINAL 21 (-)
3. GREEN N.A. (activation) TERMINAL 12 (Internal radar) or 13 (External radar)
4. YELLOW COM TERMINAL 10 COMMON
5. PINK + Opto NPN (sensor 1 safety) TERMINAL 5 E.C.1 Closing safety sensor 1
PINK + Opto NPN (sensor 2 safety) TERMINAL 6 E.C.2 Closing safety sensor 2
6. BLUE - COM (sensor 1 safety) TERMINAL 7 COMMON
BLUE - COM (sensor 2 safety) TERMINAL 7 COMMON
7. RED (+) Test
8. BLACK (-) Test TERMINAL 21 (-)
OAM-DUAL T DIP SWITCH SETTINGS
DIP 7 = OFF Output High
DIP 8 = ON Test input Low
DIP 14 = OFF Self-monitoring enabled
For information about the adjustments and the other sensor
functional settings, please refer to the instructions supplied
with the OAM-DUAL T sensor.
TERMINAL 20 TEST (+)
ET-DSEL PROGRAMMER FUNCTIONAL SETTINGS
F12 (S05) = ON If the safety sensor is installed on E.C.1
F13 (S06) = ON If the safety sensor is installed on E.C.2
F16 (S09) = ON Closing safety sensor test enabled
F18 (S11) = OFF LOW level test
33
Page 34
17.3) OA-PRESENCE T SENSOR
Application as opening side safety sensor
OA-PRESENCE T SENSOR WIRING ETERNA 90 OPERATOR ET-LOGIC-B TERMINAL
Correspondence between the sensor cables and the terminal board of the ETERNA 90 operator ET-LOGIC-B control
1. RED (+) Power supply TERMINAL 22 (+)
2. GREEN (-) Power supply TERMINAL 21 (-)
3. BLUE + Opto NPN (sensor 1 safety)
BLUE + Opto NPN (sensor 2 safety)
4. WHITE - COM (sensor 1 safety)
WHITE - COM (sensor 2 safety)
7. BROWN (+) Test TERMINAL 20 TEST (+)
8. ORANGE (-) Test TERMINAL 21 (-)
OA-PRESENCE T DIP SWITCH SETTINGS
DIP 10 = ON Test input Low
For information about the adjustments and the other sensor
functional settings, please refer to the instructions supplied with
the OA-PRESENCE T sensor.
The safety sensor operation test is carried out at the beginning of each door opening and closing cycle.
Should the sensor fail to properly respond to the test request by the operator control unit, the control unit buzzer will beep and the leaf
motion speed will be slow throughout the entire stroke.
TERMINAL 8 E.O.1 Opening safety sensor 1
TERMINAL 9 E.O.2 Opening safety sensor 2
TERMINAL 7 COMMON
ET-DSEL PROGRAMMER FUNCTIONAL SETTINGS
F14 (S07) = ON If the safety sensor is installed on E.O.1
F15 (S08) = ON If the safety sensor is installed on E.O.2
F17 (S10) = ON Opening safety sensor test enabled
F18 (S11) = OFF LOW level test
34
Page 35
18) PROGRAM SELECTORS
The program selector allows the door user to select the operating mode.
Depending on one's preferences, the EV-MSEL mechanical key selector or the ET-DSEL digital programmer can be used.
Each program selector is described in details below.
18.1) EV-MSEL MECHANICAL KEY SELECTOR
The operation of the 5-position mechanical key selector must be
enabled by setting the F01 function to ON on the ET-DSEL
programmer.
ELECTRIC CONNECTIONS
Terminal 1 of EV-MSEL= to terminal 12 (Internal radar) of ETERNA 90 operator control unit.
Terminal 2 of EV-MSEL= to terminal 19 (Common) of ETERNA 90 operator control unit.
Terminal 3 of EV-MSEL= to terminal 16 (AUX 1) of ETERNA 90 operator control unit.
Terminal 4 of EV-MSEL= to terminal 17 (AUX 2) of ETERNA 90 operator control unit.
For any check on proper connection and operation of key mechanical selector, enter inputs diagnostics (see par. 14.6) to ensure
that different key positions correspond to activation of the following symbols:
and
= no active symbol
and
OPERATING MODE
Insert and rotate the key in EV-MSEL selector to select the program desired.
Open door program
The door stops in complete opening position.
Reduced opening program during winter
To open the door partially
Bi-directional automatic program
The door automatically opens when each opening control activates.
Single-direction automatic program output only
To exclude the incoming detection on external radar input
Night lock program
The door can only be open by OPEN input or radio control if EN/RF1 radio receiver is installed.
The key can be taken out of the selector when in any position in order to prevent the work program from undesired changes.3 ...>
MANUAL FREE DOOR PROGRAM
The manual free door program can be selected by means of the EV-MSEL selector to disable the automatic door automatic operation and to
let the operator manually move the leaves.
To enable the MANUAL FREE DOOR program in the desired position of the EV-MSEL mechanical selector, operate on the F36m function
combination on the ET-DSEL digital programmer (see para. "FUNCTIONS and SETTINGS").
35
Page 36
18.2) ET-DSEL DIGITAL PROGRAMMER – USED AS PROGRAM SELECTOR
ET-DSEL digital programmer can be installed in the system and used by the user like a program selector, as an alternative to manual and
EV-MSEL mechanical selector if you need a more complete tools in terms of functions and graphs.
To enable ET-DSEL operation like a program selector, set up F01 function OFF (see “Functions setup” paragraph).
By pulse-pressing the button, choose the automatic door operating mode.
Each time a button is pressed, it switches from a work program to the next one.
The operating programs to be selected by button are described below.
Bi-directional automatic program
The door automatically opens when each opening control activates.
Single-direction automatic program output only
To exclude the incoming detection on external radar input
Single-direction automatic program input only
To exclude the outgoing detection on internal radar input.
Open door program
The door stops in complete opening position.
Night lock program
The door can only be open by OPEN input or radio control if EN/RF1 radio receiver is installed.
Free manual door
The automatic operation is disabled and door can be manually open.
Power warning light display
The symbol indicates the presence of mains power voltage and the battery, if any, is
operating.
Ÿ The symbol indicates the absence of mains power voltage and operator activity is
ensured by emergency battery, if any, which is in working order.
Ÿ The symbol with mains power voltage indicates that the battery is damaged.
In this case, the control unit buzzer emits a beep before each door opening for 10 cycles
(if F08 function OFF), or the door opens and remains open (if F08 function ON).
Ÿ The symbol without mains power voltage indicates that the emergency battery is
about to run out.
36
Page 37
Operation of other buttons located on ET-DSEL program selector panel
REDUCED OPENING DURING WINTER
To reduce the passage opening.
To activate the reduced opening during winter press the button once;
The symbol on the display indicates that the function is on.
The reduced opening during winter only operates in bi-directional, single-direction and open
door automatic programs.
To disable the reduced opening during winter press the button once more;
F2
CHEMIST'S OPENING
To open the door by a few centimetres.
To enable the chemist's opening press the F2 button once; the F2 symbol appears on the
display.
To disable the chemist's opening press the F2 button once more; the F2 symbol goes off on
the display.
F1
Door opening command
Press F1 button to open the door, but only in bi-directional and single-direction programs (if
F38 ON e F39 OFF function OFF).
Press F1 button to open the door in all operating programs, both automatic and night lock (if
F39 function ON).
F3
It is only used if the ET-DSEL digital programmer manages two automatic doors
When the work program main screen is displayed, the F3 button allows to switch from
operator 1 to operator 2 and vice versa.
The number 1 appears on the display when operator 1 is selected; the number 2 appears
when operator 2 is selected.
Select the number of the automatic door operator on which you wish to set the work
program.
"PROGRAMMED MAINTENANCE" message
If the "PROGRAMMED MAINTENANCE" message appears on the display, please
contact the authorised support centre to request a system maintenance intervention.
37
Page 38
19) GENERAL PROGRAMMING MENU
To enter the general programming menu while the automatic door operating program is shown on display, keep button pressed for
about 5 seconds.
The programming menu consists of different sub-menus divided by subject (Diagram 1).
Choose the section you wish to access by pressing the F1 >> button.
The selected menu icon is highlighted and the section title appears at the top of the display.
To enter the selected sub-menu, give a quick pulse on ENTER button.
To exit the general programming menu and return to the operating program view, press EXIT .
DIAGRAM 1
5”
ENTER
"SET-UP"
SECTION
EXIT EXIT EXIT EXIT
F1
»
ENTER ENTER
"FUNCTIONS AND
POTENTIOMETERS SECTION"
F1
»
ENTER
SELECTOR OPTIONS
EXIT EXIT EXITEXIT
F1
»
"LANGUAGE"
SECTION
F1
»
F1
»
ENTER ENTER ENTER
"SERIAL COMMUNICATION
SET UP" SECTION
Ÿ Refer to par. 14.3 when entering the initial set-up section.
Ÿ If entering the serial communication setting section please refer to para. 14.2
Ÿ For the other sub-menus, refer to the following paragraph on the section you have had access to
"PASSWORD MANAGEMENT"
SECTION
38
F1
»
F1
»
UNUSED
"SERVICE"
SECTION
Page 39
20) FUNCTIONS AND SETTINGS
To enter, type 10-character technical password (for more information, refer to “Password management” paragraph)
The buttons in this sub-menu are used as follows:
button F2 = to access the F function setting (see the “Function setting” paragraph);
button = to access the P parameter setting (see the “Parameter setting” paragraph);
button F1 = issue the door opening command;
button F3 = it is only used in case the ET-DSEL digital programmer is connected to two operators, to choose whether to act on the
functions and parameters of operator 1, or of operator 2. The number 1 or 2 at the top right of the display indicates the
selected operator. If the ET-DSEL programmer is connected to a single operator, the number 1 appears at the top right of the
display.
button = to return to the general programming menu.
20.1) FUNCTION SETTING
In this section the display describes the purpose of the selected function;
the F1 button sets the function status to OFF;
the F3 button sets the function status to ON;
the F2 button allows to switch to the next function;
the button allows to return to the previous function;
20.2) PARAMETER SETTING
In this section the display describes the selected parameter type;
the F1 button decreases the set percentage value;
the F3 button increases the set percentage value;
the button allows to switch to the next parameter;
the F2 button allows to return to the previous parameter.
For information about the operation of each parameter, please refer to the "PARAMETER TABLE" below.
39
Page 40
FUNCTION TABLE
FUNCTION
STATUS
Function to be set in the "Initial set-up" menu of the digital programmer before starting the door
* Default setting of the function
EXPLANATION
F01
F02
1
F03
1
F04
F05
1
F06
F07
F08
F09
F10
1
F11
1
F12
1
F13
1
F14
1
F15
1
F16
Function active if
F12 o F13= ON
1
F17
Function active if
F14 o F15= ON
1
F18
Function active if
F16 o F17= ON
F19
F20
F21
F22
Function active if
F21=ON
OFF*
ON
OFF*
ON
OFF
ON
OFF
ON
OFF*
ON
OFF
ON
OFF*
ON
OFF*
ON
OFF*
ON
OFF*
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF*
ON
OFF*
ON
OFF*
ON
OFF*
ON
Choice of the work program selector: ET-DSEL or T-NFC digital programmer
Choice of the work program selector: EV-MSEL mechanical selector
Standard function: the electric lock activates when the door is closed only in the Night Lock work program.
Bank function: the electric lock activates when the door is closed in all work programs
Electric lock type selection: FAIL SECURE «EV-EBSFSE» or BISTABLE «EV-EBSBIS»
Electric lock type selection: FAIL SAFE «EV-EBSFSA»
Electric lock for chemist's function not installed
Double electric lock for chemist's function: active.
Please refer to the "Special functions with double electric lock → Chemist's function" paragraph.
Electric lock not active when the door is closed in the EXIT ONLY work program
Electric lock active when the door is closed in the EXIT ONLY work program
Battery pack not installed
Battery pack installed
Operation when powered by battery: if the mains power supply is off the door keeps working normally
Operation when powered by battery: if the mains power supply is off the door opens and stays open in the automatic work programs
Battery monitoring: if the battery is low or damaged the control unit buzzer beeps before the door opens for ten cycles
Battery monitoring: if the battery is low or damaged the door opens and stays open in automatic programs.
Operation without mains power supply with battery getting depleted: the door works normally
Operation without mains power supply with battery getting depleted: the door opens and stays open
In absence of main power supply in the night lock program the control unit remains powered by the battery until it is exhausted.
In absence of main power supply in the night lock program and door closed, the automation switches to stand-by status to minimize battery consumption.
To restart the automation from stand by status give a pulse command on the Wake input (terminals 28-29).
Please refer to the "STAND BY SWITCHING" paragraph.
Automation model: ETERNA 150 / 300T (telescopic door)
Automation model: ETERNA 90
E.C.1 closing safety sensor input inactive; when the safety sensor is not installed on the E.C.1 input
E.C.1 closing safety sensor input active; closing safety sensor on E.C.1 input installed
E.C.2 closing safety sensor input inactive; when the safety sensor is not installed on the E.C.2 input
E.C.2 closing safety sensor input active; closing safety sensor on E.C.2 input installed
E.O.1 opening safety sensor input inactive; when the safety sensor is not installed on the E.O.1 input
E.O.1 opening safety sensor input active; opening safety sensor on E.O.1 input installed
E.O.2 opening safety sensor input inactive; when the opening safety sensor is not installed on the E.O.2 input
E.O.2 opening safety sensor input active; opening safety sensor on E.O.2 input installed
Test on closing safety sensors E.C.1 and E.C.2 inactive; for sensors which are not pre-arranged for the monitoring
The function is active if F12 or F13=ON. Test on closing safety sensors E.C.1 and E.C.2 active; for sensors pre-arranged for automatic door monitoring
by the operator (cat.2/pl.c). For further information please refer to the "Safety sensors" paragraph.
Tests on opening safety sensors E.O.1 and E.O.2 inactive; for sensors which are not pre-arranged for the monitoring
The function is active if F13 or F14=ON. Test on opening safety sensors E.O.1 and E.O.2 active; for sensors pre-arranged for automatic door
monitoring by the operator (cat.2/pl.c). For further information please refer to the "Safety sensors" paragraph.
Safety sensor test with logic level LOW. For further information please refer to the "Safety sensors" paragraph.
Safety sensor test with logic level HIGH. For further information please refer to the "Safety sensors" paragraph.
The activation of the safety sensor in opening E.O.1 / E.O.2 has effect for entire opening stroke.
The activation of the safety sensor in opening E.O.1 / E.O.2 has effect in the last 500mm of the opening stroke.
The activation of the safety sensor during opening slows down the leaf opening motion until the end of the stroke is reached.
The activation of the safety sensor during opening stops the leaf motion until the obstacle is removed.
PRJ38 FT1/FR3 photocell: not installed.
PRJ38 FT1/FR3 photocell: installed.
Photocell PRJ38 FT1/FR1 working as a stop sensor in the panic exit breakout system.
Photocell PRJ38 FT1/FR1 working as safety photocell in closing.
Attention! This function doesn't guarantee safety during closing as required by the EN16005 standard. The use of the PRJ38 photocell is only
acceptable in addition to the safety sensors monitored.
40
Page 41
FUNCTION
EXPLANATIONSTATUS
F23
F24
F25
F26
1
1
OFF
ON
OFF
ON
OFF
ON*
OFF*
ON
OFF*
F27
F28
Function active if
F27= ON
F29
Function active if
F27= ON
ON
OFF*
ON
OFF*
ON
OFF*
F30
F31
ON
OFF*
ON
OFF*
F32
ON
F33
OFF*
ON
F34
OFF*
ON
F35
F36m
Multiple
selection
function
OFF*
ON
A*
B
C
D
OFF*
F38
F39
ON
OFF
ON*
F40
OFF*
ON
F41m
Multiple
selection
function
OPEN input configuration: normally closed contact. When a device with N.C. contact is installed.
OPEN input configuration: normally open contact. When not in use or if a device with N.O. contact is installed
STOP/INTERLOCK input configuration: normally closed contact N.C.
STOP/INTERLOCK input configuration: normally open contact N.O.
In case of failure of the closing safety sensor test the door stays open
In case of failure of the closing safety sensor test the door closes slowly after 30 seconds
Constant pause time before automatic reclosing
Automatic increase of the pause time if the door cannot close due to the high flow of people.
Interlock function inactive.
Interlock function between two doors active. The opening of a door is possible if the other door is closed.
Please refer to the "Interlock system" paragraph.
Door opening is delayed by 0,5" after the issuing of the relevant command. Please refer to the "Interlock system" paragraph.
The door opens immediately after the issuing of the relevant command. Please refer to the "Interlock system" paragraph.
The opening command is not stored in memory. Please refer to the "Interlock system" paragraph.
The opening command is stored in memory. Please refer to the "Interlock system" paragraph.
Operation with automatic closing
Step-by-step function on START or OPEN input. Here the function for each input:
START INPUT: the first command open the door, the second one stops the door during opening and the third one will close the door.
OPEN INPUT: the first command open fully the door, a second one will close the door.
Hold to run control inactive.
Hold to run control active. The START input controls the opening of the door with maintained action,when the command is released the door stops.
The AUX2 input controls the closing of the door with maintained action, when the command is released the door stops.
The "step by step" mode works as described in function F30 = ON.
The step by step function works with the opening and closing commands on two separate inputs of the ET-LOGIC-B electronic control unit.
The START and OPEN inputs opening the door, the AUX2 input closing the door.
Switching from reduced opening during winter to full opening inactive.
Switching from reduced opening during winter to full opening active. If the door cannot close due to the high flow of people,
after approximately one minute it switches from reduced opening to full opening.
Dynamic winter opening inactive.
Dynamic winter opening active.
During the winter opening programme a full door opening is achieved if both internal and external radars are engaged at the same time.
Energy saving function inactive.
Energy saving function active. The door closes back as soon as the opening radars and the closing safety sensors are no longer engaged,
to minimise the amount of time during which the door stays open. To maximise the benefit of this function, we recommend that you
install uni-directional activation sensors.
Multiple selection function that allows to set the "Free manual door" program in the EV-MSEL mechanical key selector, replacing the
standard program in the selected position.
Standard operation of the EV-MSEL mechanical key selector (free manual door program not enabled)
Free manual door program enable in "exit only" position.
Free manual door program enable in "night lock" position.
Free manual door program enable in "partial opening winter" position.
START input: it is enabled to open the door when any work program is selected
START input: it is only enabled when the automatic programs are selected. It doesn't open the door when the Night Lock program is selected.
Note 1: don't select ON if the Label radio transmitter with an EN/RF1 radio receiver are installed to open the door in the night lock program.
Note 2: don't select ON if the function stand-by switching → F10=ON is enable.
The F1 button of the ET-DSEL digital programmer or the B button of the T-NFC programmer controls door opening in automatic programs only.
The F1 button of the ET-DSEL digital programmer or the B button of the T-NFC programmer controls door opening both in automatic
programs and in night lock mode.
It enables the warning beep by the buzzer when the motor thrust power limit is reached. Please refer to the "Functional testing" paragraph.
It disables the warning beep by the buzzer when the motor thrust power limit is reached.
Multiple selection function that allows to set the operating mode of the OUT1 output for the UR24E relay module.
ATTENTION! If the interlock function is selected → F27 = ON the output OUT1 works as an interlock signal and all the set functions by
F41m are automatically excluded.
The output shows the status of the LOCK1 input of the ET-LOGIC-B control unit. Output active with contact closed, deactivate with open contact.
A
This function can be used to indicate the status of the electric lock and the leaf position when installing the electric lock with microswitch.
Please refer to the "Electric lock → Electric connection" paragraph.
Door crossing warning GONG. The gong function is a entry warning triggered by the activation of the closing safety sensor
B
(that is the sensor connected to the E.C.1 terminal, or to the E.C.2 terminal) while the automatic door is being crossed.
Please refer to the "Gong function" paragraph.
Air blade, device generating a flow of cold or heated air to separate the outside temperature from the inside one.
C*
The output activates when the door opens and deactivates when the door closes.
Battery status. The activation of the output signals the damaged battery status.
D
Door status. Blinking slowly while the door is opening, on when the door is open, blinking fast when the door is closing,
E
off when the door is closed.
Alarm warning.
F
It activates for two seconds if the radar or the closing safety sensor are engaged while the door is closed in Night Lock mode.
Maintenance signal.
G
The output activates when the door reaches the number of cycles set in the maintenance plan by potentiometer P48.
Unused function
H
41
Page 42
FUNCTION
EXPLANATIONSTATUS
F44
F45m
Mulple
selecon
funcon
F48
F49
F50
F51
OFF*
F52
Unused funcon
Mulple selecon funcon that allows to set the operang mode of the OUT2 output for the UR24E relay module.
The output shows the status of the LOCK1 input of the ET-LOGIC-B control unit. Output active with contact closed, deactivate with open contact.
A
This function can be used to indicate the status of the electric lock and the leaf position when installing the electric lock with microswitch.
Please refer to the "Electric lock → Electric connection" paragraph.
Door crossing warning GONG. The gong funcon is a entry warning triggered by the acvaon of the closing safety sensor (that is the
sensor connected to the E.C.1 terminal, or to the E.C.2 terminal) while the automac door is being crossed.
B
Please refer to the "Gong funcon" paragraph.
Air blade, device generang a flow of cold or heated air to separate the outside temperature from the inside one.
C
The output acvates when the door opens and deacvates when the door closes.
Baery status. The acvaon of the output signals the damaged baery status.
D
Door status. Blinking slowly while the door is opening, on when the door is open, blinking fast when the door is closing, off when the
E*
door is closed.
Alarm warning.
F
It acvates for two seconds if the radar or the closing safety sensor are engaged while the door is closed in Night Lock mode.
Maintenance signal.
G
The output acvates when the door reaches the number of cycles set in the maintenance plan by potenometer P48.
Unused funcon
H
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Forced closing funcon inacve.
Forced closing funcon acve.
When a N.C. contact is connected to the Stop/Interlock input (terminals 11-14), it allows to forcibly close the door at slow speed aer
the device acvaon. During this closing operaon all command and safety inputs are disabled.
ON
Should the forced closing device sll be acve once the door is closed, the only way to open the door will be using a held command on
the OPEN input (manned mode).
F53
F54
F55
F56
F57
F58
F59
F60
F61
F62
F63
F64
F65
F66
F67
F68
F69
F70
F71
F72
F73
F74
F75
F76
F77
F78
F79
F80
OFF*
ON
OFF*
ON
The internal and external radars are not acve during the closing operaon in the "night lock" work program.
The internal and external radars are acve during the closing operaon in the "Night Lock" work program, causing the door reopen.
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Unused funcon
Movement direcon: the movement direcon of the door is detected automacally in the inial set-up cycle.
To reverse the opening direcon change the status of the funcon (e.g. from OFF to ON).
Cyclic funcon inacve
Cyclic funcon acve. It acvates the connuous door opening and closing cycle. It is only used for operaon or durability tests.
42
Page 43
PARAMETER TABLE
PARAMETER
P01
P02
P03
P04
P05
P06
P07
P08
P09
EXPLANATION
Opening speed. Max. 0,8 m/s per leaf.
Increasing the value will increase speed during the opening cycle.
Closing speed. Max. 0,6 m/s per leaf.
Increasing the value will increase speed during the closing cycle.
Reduced opening distance during winter. Min. 20 cm/leaf.
Adjustment of the reduced opening space as percentage of the free passage.
Motor thrust power
Adjustment of the motor thrust power during door movement. At maximum value the maximum motor thrust is obtained.
The automaon has a safety system that stops and reverses movement of the door if the power limit is exceeded.
Open door pausing me in the automac work programs
Seng values range between 0 (closing immediately aer opening) and 30 seconds.
Open door pausing me in the Night Lock work program
Seng values range between 0 (closing immediately aer opening) and 30 seconds.
At the value 0% (default value) the funcon is deacvated.
This parameter allows to set a pause me in Night Lock program higher than pause me set by parameter P5.
Acceleraon ramp when opening
It sets the leaf acceleraon phase during the opening cycle start.
Increasing the value will increase the leaf starng acceleraon during the opening cycle.
Deceleraon ramp when opening
It sets the leaf deceleraon phase of the door at the end of the opening cycle.
Increasing the value, a faster braking is achieved at the end of the opening cycle.
At the 0% value (recommended seng) the braking control is automac.
In this case the automac door needs some maneuvers to stabilize the deceleraon to the ideal value.
Deceleraon starng distance when opening
Increasing the value will increase the distance from the end of the stroke during opening at which the leaf proceeds at slow speed unl
the end of the stroke.
P10
P11
P12
P13
P14
P15
P16
P17
Deceleraon starng distance when closing
Increasing the value will increase the distance from the end of the stroke during closing at which the leaf proceeds at slow speed unl
the end of the stroke.
Motor thrust power at the end of the closing cycle
It sets the thrust power in the last phase of the closing cycle; this allows the leaf to more easily close on the final ledge.
Increasing the value will increase the thrust power.
Reacon me to the obstacle in closing
Adjustment of the pushing me against the obstacle during the closing cycle before the reversal of the movement.
Increasing the value increases the pushing me and decreases the sensivity.
Reacon me to the obstacle during the slowing down phase in opening at slow speed
Adjustment of the pushing me against the obstacle during the opening cycle at slow speed before the reversal of the movement.
Increasing the value increases the pushing me and decreases the sensivity.
Reacon me to the obstacle in opening
Adjustment of the pushing me against the obstacle during the opening cycle before the reversal of the movement.
Increasing the value increases the pushing me and decreases the sensivity.
Thrust force in the presence of an obstacle or fricon of the door
Adjustment of the pushing force on the obstacle. Once the set limit is exceeded, the automaon reverses the movement.
Aer removing the obstacle, in the next cycle the door searches the mechanical stop automacally at slow speed.
Wind stop when the door is closed
It sets the intensity of the contrast force exerted by the motor, should anyone aempt to forcibly open the door.
Increasing the value will increase the intensity of the force contrasng the aempt to open the leaves.
Distance from the final closing ledge at which the door reopens if an obstacle is detected during the closing cycle
When decreasing this value to 0% the moon direcon will be reversed if an obstacle is detected up to 5mm from the final closed door ledge
Below this distance the door stops and doesn't reopen.
P18
P19
P20
Distance between the end of the leaf stroke during opening and the mechanical opening limit switch
Increasing the value will increase the distance between the leaf and the mechanical limit switch, with respect to the value stored during set-up.
Decreasing the value will decrease the distance between the leaf and the mechanical limit switch, with respect to the value stored during set-up.
Waing me between 2 consecuve door crossing warning gongs
It sets the waing me elapsing between the gong buzzer acvaon as the person passes through the automac door to its reacvaon
as an other person passes, to prevent repeated consecuve gongs. Please refer to the "Gong funcon" paragraph.
Start delay when opening with respect to acvaon of electric lock
It sets the me aer which the door opens, since the issuing of the opening command and the acvaon of the electric lock.
When the parameter is set to 0% the leaf starts as soon as the electric lock is acvated; when it is set to 100% the delay will be of 5
43
Page 44
PARAMETER
Internal Radar and Start enabling me when the Night Lock work program is selected
P21
P22
Potentiometer
active if function
F27 = ON
P23
P24
P25
P26
P27
P28
P29
P30
P31
P32
P33
P34
P35
P36
P37
P38
P39
P40
P41
P42
P43
P44
P45
P46
P47
P48
Time during which the Internal Radar and Start inputs remain enabled to open the door aer the Night Lock work program has been set.
At 0% the funcon is disabled, at 01% = 10 seconds, at 100% = 120 seconds.
Time aer which the interlock between two automac doors gets disabled if the open door doesn't close back
Please refer to the "Interlock system" paragraph. When the parameter is set to 0% (the default value), the funcon is disabled.
Time aer which the interlock gets automacally disabled if the currently open door doesn't close back due to the high flow of people.
In this case if the internal radar of the second door is acvated by the people who are in the gap between the two doors, the second
door opens allowing people to move out.
At 01% the interlock disabling me and the second door opening me will be of 10 seconds.
At 50% the interlock disabling me will be of 60 seconds, at 100% the interlock disabling me will be of 120 seconds.
OPENING DISTANCE IN CHEMIST'S MODE
Increasing the value will increase the reduced opening value in chemist's mode; min. seng 5cm./leaf, max. 20cm./leaf.
Please refer to the "Special funcons with double electric lock ? Chemist's funcon" paragraph.
Push & Go funcon
Manually moving the leaf by a few cenmeters in the opening direcon acvates an automac opening cycle.
At 0% funcon disable, at minimum value 01% = aer a manual movement of 1 cm of the leaf the door opens automacally, at 100% = 10cm.
Tension keeping the door closed
It sets the tension the motor exerts when the door is closed, to keep the leaves properly in contact with the ledge.
Increasing the value will increase the thrust exerted by the leaf onto the closing ledge.
ANTIROLL FUNCTION FOR BOATS
0%: DISABLED FUNCTION
01%: ENABLED FUNCTION. Please refer to the "Special funcons with double electric lock ? Anroll funcon for boats" paragraph.
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Scheduled maintenance
This parameter allows you to select the number of cycles of opening/closing aer which the display of the program selector show the
message "SCHEDULED MAINTENANCE ".
The maintenance signal can also be available on the OUT1 or OUT2 outputs of the ET-LOGIC-B control unit through the UR24E relay
module if the operang mode G is selected in the F41m or F45m funcons.
When the parameter is set to OFF (default value) the message is not displayed.
Select the number of cycles according to the door operaon and to the usage condions:
8K (8000 cycles), 16K (16000 cycles), 32K (32000 cycles), 64K (64000 cycles), 128K (128000 cycles), 256K (256000 cycles), 512K (512000 cycles).
EXPLANATION
P49
P50
Seng of the movable leaf total weight, to meet the Low Energy movement speed limits when the door is opening (standard EN16005)
When selecng the value of the movable leaf total weight, the door opening speed will be automacally adjusted by the operator to
comply with Low Energy movement limits set by EN16005 and DIN18650 standards.
The Low energy moon isn't generally protected by other safety devices, as the kinec energy level is not regarded as dangerous.
The low energy moon, however, is only considered for the risk assessment purposes.
When the value is set to 00 the funcon is disabled and the opening speed can be set using the P01 potenometer. In this case the
installer must take other safety measures, in compliance with the regulaons in force.
The seng values for the total weight of the movable leaves range between 30 Kg and 320Kg.
Seng of the movable leaf total weight, to meet the Low energy moon speed limits when the door is closing (standard EN16005)
When selecng the value of the movable leaf total weight, the door closing speed will be automacally adjusted by the operator to
comply with Low Energy movement limits set by EN16005 and DIN18650 standards.
The Low energy moon isn't generally protected by other safety devices, as the kinec energy level is not regarded as dangerous.
The low energy moon, however, is only considered for the risk assessment purposes.
When the value is set to 00 the funcon is disabled and the opening speed can be set using the P02 potenometer. In this case the
installer must take other safety measures, in compliance with the regulaons in force.
The seng values for the total weight of the movable leaves range between 30 Kg and 320Kg.
44
Page 45
21) LANGUAGE
Ÿ Use the F2 and buttons to move arrow to the desired language.
Ÿ Press EXIT (SET) button to return to general programming menu.
22) PASSWORD MANAGEMENT
This section shows three types of password.
a) TECHNICAL PASSWORD (for technical personnel in charge of installation and maintenance)
It is the 10-character password of the installer who starts the system.
Using the technical password is compulsory to prevent unauthorized persons from having access to general programming menu sections
concerning parameters and functions setting, initial set-up and maintenance area.
Default preset technical password is “A-A-A-A-A-A-A-A-A-A”.
WARNING!
It is recommended to change the default technical password and be very careful not to forget it.
b) PRIMARY PASSWORD (for the system's owner-user)
It is a 5-character password used by the user to prevent unauthorized persons from having access to ET-DSEL programmer and change the
work program.
Using a primary password is optional and must be enabled by system's owner.
Default preset primary password is “A-A-A-A-A”.
WARNING!
When enabling the password, be careful not to forget the access combination.
c) TEMPORARY PASSWORD (for user)
It is a 5-character password that the system's owner may divulge to persons to be authorized to use ET-DSEL programmer.
The service password only allows changing the automatic door work program.
Default preset service password is “A-A-A-A-A”.
To change the service password, it is necessary to have access by primary password.
Use the button to move the selection arrow downward and the F2 button to move the arrow upward.
45
Page 46
22.1) HOW TO CHANGE THE TECHNICAL PASSWORD
Ÿ Select “TECHNICAL PASSWORD”
Ÿ Press OK (F1) button.
Ÿ Type the default preset technical password “A-A-A-A-A-A-A-A-A-A” by pressing 10
times on A button.
Ÿ Type the new technical password, selecting a combination of 10 characters from
the letters A-B-C-D.
Ÿ It is required to repeat the new password, so type the previous combination again.
Ÿ If the password typed is correct, “PASSWORD OK” is shown on display for one
second and the general programming menu is restored.
From this moment on, when having access to general programming to enter initial set-up, functions and adjustments, settings of
serial communication and maintenance section, the new stored password needs to be typed.
The password is not required afterwards, when switching sections without exiting the general programming menu.
If the password typed is not correct, “PASSWORD ERROR” is shown on display and the general programming menu is restored.
22.2) HOW TO CHANGE THE PRIMARY PASSWORD
Ÿ Select “PRIMARY PASSWORD”
Ÿ Press OK (F1) button.
Ÿ Type the default preset primary password “A-A-A-A-A” by pressing 5 times on A
button.
(If the primary password is not the default password as it had already been
changed before, type the currently-used primary password).
Ÿ Type the new primary password, selecting a combination of 5 characters from the
letters A-B-C-D.
46
Page 47
Ÿ It is required to repeat the new password, so type the previous combination again.
Ÿ If the typed password is correct the “PASSWORD OK” message appears on the
display for one second, then the system switches back to the PASSWORD
MANAGEMENT section; press the EXIT button to return to the general
programming menu
Ÿ If the typed password doesn't match the previous one, the PASSWORD ERROR
message appears on the display; the system will switch back to the PASSWORD
MANAGEMENT section and the user will have to repeat the procedure.
22.3) HOW TO CHANGE THE SERVICE PASSWORD
Ÿ Select "SERVICE PASSWORD".
Ÿ Press OK (F1) button.
Ÿ Type the primary password.
Ÿ Type the new service password, selecting a combination of 5 characters from the
letters A-B-C-D.
Ÿ It is required to repeat the new password, so type the previous combination again.
Ÿ If the password typed is correct, “PASSWORD OK” is shown on display for one
second and the system returns to the PASSWORD MANAGEMENT section.
Press the EXIT button to return to general programming menu.
If the typed password doesn't match the previous one, the PASSWORD ERROR message appears on the display; the system will switch
back to the PASSWORD MANAGEMENT section and the user will have to repeat the procedure.
47
Page 48
22.4) ENABLING USER PASSWORD USAGE (primary and service)
Ÿ Select “PASSWORD ON / OFF”
Ÿ Press OK (F1) button.
Ÿ Type the primary password.
Ÿ Press the ON button to enable the usage of user passwords and return to the PASSWORD MANAGEMENT menu.
To return to the work program view press the EXIT button twice.
Ÿ From this moment on, whenever the user wants to access to ET-DSEL digital programmer to change the automatic door work program,
the primary or service password must be typed.
When the user decides to enable the password usage, it is recommended to change the combination of both primary and
service password.
22.5) DISABLING USER PASSWORD USAGE
Ÿ From the PASSWORD MANAGEMENT section, select “PASSWORD ON / OFF”
Ÿ Press OK (F1) button.
Ÿ Type the primary password.
Ÿ Press OFF (F1) button to disable user password usage. To return to the general programming menu press the EXIT button twice.
From this moment on, the access to ET-DSEL digital programmer like program selector is free.
48
Page 49
23) SELECTOR OPTIONS
In the "Selector options" section is possible to choose which work programs to show on the digital programmer's display, so that the
end user can scroll and select only those he want to use.
“Bi-directional program”
The buttons in this sub-menu are used as follows:
The * button allows to switch to the next function.
The F2 button allows to return to the previous function.
The F1 button sets the function status to OFF.
The F3 button sets the function status to ON.
“Exit only program”
“Entry only program”
“Door open program”
“Night lock program”
“Free manual door program”
“Reduced opening during winter”
“Chemist's opening”
49
Page 50
24) INFORMATION AND EVENT MEMORY
ET-DSEL digital programmer allows displaying information on automation and accessing to events memory, where fault errors are stored.
After displaying the automatic door work program, press the button for 5” to enter the information area (Diagram 2).
The buttons inside the information area are used as follows
Ÿ The v button allows to move to the next information or event in event memory.
Ÿ The ^ F2 button allows to move to the next information or event in event memory.
Ÿ The F3 button is only used if the ET-DSEL digital programmer is connected to two operators for the management of two automatic doors
and the symbol in the top right section of the display indicates 1 if the displayed information refer to operator 1, or 2 if they refer to operator
2.
Every touch on F3 button allows to switch from 1 to 2 and vice versa.
Ÿ If the ET-DSEL programmer only manages a single operator the symbol "1" is displayed at the top right.
Ÿ The F1 button allows to switch to the event memory, to display error messages; press it again to return to the information area
Ÿ The EXIT button allows to return to main view of the door work program.
DIAGRAM 2
I1, I2, ... = INFORMATION AREA
E1, E2, ... = EVENT MEMORY
5”
F2 F2 F2 F2 F2
I1 I2 I3 I4 I5 I6
F1
ERROR
EVENT
MEMORY
INFORMATION
AREA
F1
INFO
F1
ERROR
EVENT
MEMORY
INFORMATION
AREA
F1
INFO
F1
ERROR
EVENT
MEMORY
INFORMATION
AREA
F1
INFO
F1
ERROR
EVENT
MEMORY
INFORMATION
AREA
F1
INFO
F2 F2 F2 F2
F1
ERROR
EVENT
MEMORY
INFORMATION
AREA
F1
INFO
F1
ERROR
EVENT
MEMORY
E1 E2 E3 E4 E5
The purpose of the diagram is illustrating the path to be followed to view the information and the event memory; the texts included in figures
refer to the memory cells appearing on the left side of the display when viewing the information or the errors.
50
Page 51
Refer to the following tables for the list of information and error messages.
INFORMATION AREA
NUMBER
I1
I2
I3
I4
I5
I6
INFORMATION
Serial number
Partial counter
Total cycles
A microcontroller version
B microcontroller version
Identification number
It identifies the ET-LOGIC-B control unit serial code.
It displays the door opening/closing cycles which have been carried out since the latest maintenance intervention. This counter
must be reset by the person in charge of maintenance after each intervention (please refer to the "Maintenance" paragraph).
It displays the door opening/closing cycles which have been carried out since the first start-up of the operator.
It displays the software release of the ET-LOGIC-B control unit A microcontroller.
It displays the software release of the ET-LOGIC-B control unit B microcontroller.
Identification number including data for manufacturer use
MEANING
The events memory stores the last 5 error messages in chronological order.
When all the 5 memory cells are full of messages, the following event stored shall be located in E1 cell, the other memory events are
shifted by one position and the event in E5 cell shall be deleted.
The events memory stores messages, divided into warnings and errors.
Stored errors are signalled by displaying the symbol directly from the main screen of the work program; access the events
memory to show the relevant message.
The warnings stored are not shown in the main screen of work program, but only stored in events memory.
51
Page 52
Massages which may be displayed in cells E1 through E5
ERROR
CODE
SYMBOL
MESSAGE ON DISPLAY
EVENT MEMORY
WARNINGS
MEANING
PROBLEM RESOLUTION
01
02
ERROR
CODE
33
34
SYMBOL
OPENING OBSTACLE
CLOSING OBSTACLE
MESSAGE ON DISPLAY
CURRENT FAULT
POWER FAULT
The door has come into contact with an
obstacle during opening; this caused the
motion direction to be reversed.
The door has come into contact with an
obstacle while closing; this caused the
motion direction to be reversed.
ERRORS
MEANING
Failed cyclic internal test of the current
detect circuit.
The motor piloting signal test has detected
a fault.
If the problem persists, remove the obstacle or
check that the leaf slides properly.
If the problem persists, remove the obstacle or
check that the leaf slides properly.
ACTION
The system restores automatically after a few seconds
and carries out an other testing attempt.
If the problem persists it is a defect on the ET-LOGIC-B
control unit.
You need to turn the main 230V power supply OFF and
then ON again after a few seconds.
If the problem persists it is a defect on the ET-LOGIC-B
control unit.
35
36
37
38
39
40
43
44
INITIAL SETTING
ERROR
ENCODER OR
MOTOR ERROR
OPENING SAFETY
SENSOR ERROR
The operator has not managed to
complete the initial set-up.
Signals from the encoder are not
detected.
Failed opening safety sensor test.
CLOSING SAFETY
SENSOR ERROR
BATTERY FAULTBATTERY FAULT
Failed closing safety sensor test.
The system signals a damage to the
battery.
EEPROM REGISTER FAULT
Failed internal memory register test.
Check that the leaf slides properly and that there are no
obstacles along the path it follows; also check that motor
and encoder are connected, then repeat the set-up attempt.
You need to turn the main 230V power supply OFF and
then ON again after a few seconds.
Check that the motor runs, that the motor and encoder
connectors are properly plugged in and that the encoder
and motor cables are not damaged.
Check that the test settings and parameters are
correct, that the test has also be enabled on the
safety sensor and that the electrical connections
between sensor and control unit are correct.
Check that the test settings and parameters are
correct, that the test has also be enabled on the
safety sensor and that the electrical connections
between sensor and control unit are correct.
During operation the battery is constantly monitored.
Should the system signal any damage to it, check
that the battery and the battery charger board are
working properly.
You need to turn the main 230V power supply OFF and
then ON again after a few seconds.
If the problem persists it is a defect on the ET-LOGIC-B
control unit.
41
FAULT PRJ38
Failed PRJ38 to photocell test
52
The photocell PRJ38 is faulty.
Replace the PRJ38.
Page 53
25) MAINTENANCE
To enter, type the 10-character technical password (for more information, refer to “Password management” paragraph).
- CANCEL SET-UP
This section is only accessed to reset any error existing in the event memory and the partial counter of the door opening/closing cycles and to
cancel the initial set-up previously saved during installation.
The event memory and partial counter reset must be performed by specialized personnel only during routine maintenance, after performing
all system operation checks.
The buttons in this section are used as follows:
Ÿ The v button allows to move forward in the next selection.
Ÿ The ^ F2 button allows to return to the previous selection.
Ÿ F1 (OK) button allows to confirm the selected operation.
Ÿ The F3 button is only used if the ET-DSEL digital programmer is connected to two operators for the management of two automatic doors
and the symbol in the top right section of the display indicates 1 if the reset operations refer to operator 1, or 2 if they refer to operator 2.
Every touch on F3 button allows to switch from 1 to 2 and vice versa.
If the ET-DSEL programmer only manages a single operator the symbol "1" is displayed at the top right.
The GENERAL RESET returns the electronic control unit to the factory settings.
25.1) PLUG and PLAY
The PLUG and PLAY option allows you to configure the desired functions and parameters of the automatic door directly in the factory, before
sending the automation to the site for installation.
To adjust the functions and parameters, refer to the paragraph "Functions and Settings".
After selecting the desired functions, enter in the "SERVICE" section of digital programmer ET-DSEL described in this paragraph, select the
"PLUG and PLAY" option with the arrow and press the F1 (OK) button.
The buzzer of the electronic control unit emits 5 beeps.
Disconnect the power to the automation.
Once the automatic door has been installed, to perform the initial set-up follow the steps below:
a) MOVE THE DOOR TO THE CLOSING POSITION.
THE AUTOMATION WILL DETECT AUTOMATICALLY THE CORRECT DIRECTION OF OPENNG DURING THE SET-UP CYCLE.
b) Power the ETERNA 90 automation by mains voltage, the control unit buzzer emits 5 short beeps.
c) Press the PS1 button (START) on the electronic control unit to start the initial set-up cycle, or alternatively, enter the "SET-UP" section
of the general programming menu and select the "PARTIAL" option from the set-up mode.
d) During the set-up cycle the door moves slowly from closed position to the fully open position to learning the leaf stroke.
At the end of the cycle a prolonged BEEP stands for the set-up to be completed.
e) Now the door works according to the preset functions.
53
Page 54
26) “UR24” MODULE
The UR24 module is an optional interface board equipped with a relay (C - NA - NC clean contact), designed to be inserted into the OUT1
and OUT2 output connectors of the ET-LOGIC-B electronic control unit.
MAX CAPACITY RELAY CONTACT = 1A - 24Vdc ; 0,5A - 120Vac
Regard the UR24 module on the OUT1 output, select the desired operating mode by F41m function.
ATTENTION!
If the interlock function is enable (F27 = ON), output OUT1 works as
interlock mode therefore all the functions foreseen by F41m are
automatically excluded.
Regard the UR24 module on the OUT2 output, select the desired operating mode
by F45m function.
For each output one of the following functions can be selected (see details on the
function table in the paragraph "FUNCTIONS AND ADJUSTMENTS"):
A = LOCK
The output is active when the contact on LOCK 1 input is closed.
B = GONG
The output is active for 2 seconds by crossing the automatic door.
Refer to the "GONG FUNCTION" paragraph for a detailed description of the GONG operation.
C = AIR BLADE
Air blade command. Device that generates a cold or heated air flow to separate the external temperature from the internal temperature.
The output is active when the door is moving or open, whereas it deactivates when the door is closed.
D = BATTERY STATUS
The activation of the output signals the battery faulty.
E = DOOR STATUS
Signalling of the automatic door operation:
OPENING MOVEMENT = SLOW FLASHING
DOOR OPEN = FIXED LIGHT ON
CLOSING MOVEMENT = FAST FLASHING
DOOR CLOSED = LIGHT OFF
F = ALARM WARNING
The output activates for two seconds if in the NIGHT LOCK work program the activation radar or closing safety sensor inputs activate
when the door is closed.
G = MAINTENANCE WARNING
The output is active when the number of cycles required by the scheduled maintenance plan set by potentiometer P48 is reached.
54
Page 55
27) GONG FUNCTION
The GONG function is a entry warning triggered by the activation of the closing safety sensor (that is the sensor connected to the E.C.1
terminal, or to the E.C.2 terminal) while the automatic door is being crossed.
To enable the GONG operation set the F41m function option B on the ET-DSEL digital programmer if UR24 module into the J2 (OUT1)
connector of the ET-LOGIC-B control unit.
If UR24 module into the J1 (OUT2) connector of the control unit set F45m function --> option B.
GONG FUNCTION DIAGRAM
+
NC
NO
C
UR24
ET-LOGIC-B CONTROL UNIT
F41m (OUT1) or F45m (OUT2)
B
GONG FUNCTION ON
Perform the following operations to activate the GONG function:
a) Use the UR24 module (please refer to paragraph 24) and insert it into the J2-OUT 1 or J1-OUT2 connector of the ET-LOGIC-B control
unit.
b) Connect the entry warning buzzer (GONG) by connecting the power supply to the voltage-free contact at terminals C-NO of the UR24
module. The diagram above illustrates the electrical connection in the case a 24Vdc supply is used, by taking the power supply directly
from terminals 21-22 of the ET-LOGIC-B control unit.
c) To activate the GONG function use the ET-DSEL digital programmer and set function F41m --> option B (OUT1) or F45m --> option B
(OUT2).
At this point each time that the safety sensors are operated when closing the door the GONG will sound for 2 seconds.
d) To change the waiting time elapsing from when the GONG buzzer is activated to the next time it is activated, engaging the closing safety
sensors, act on the P19 parameter on the ET-DSEL digital programmer.
This waiting time is used to prevent the buzzer from sounding continuously in the case of the passage of a high number of people. This
time is reset when the door is completely closed.
The table below provides some information about the waiting times according to the set value of P19.
P19 on ET-DSEL programmer
Waiting time between 2 consecutive door crossing warning
GONGS.
00% = GONG disabled;
01% = immediate
02% to 100% = 1 second to 4 minutes.
P19 = Waiting time between 2 consecutive door crossing warning gong activations
P19 at 00%
P19 at 01% (default)
P19 at 02%
P19 at 05%
P19 at 10%
P19 at 15%
P19 at 20%
P19 at 25%
P19 at 50%
P19 at 100%
GONG OFF
Immediate activation at each passage
1 second interval
5 seconds interval
15 seconds interval
30 seconds interval
45 seconds interval
60 seconds interval
120 seconds interval
255 seconds interval
e) Now the GONG function is definitely ON.
By crossing the automatic door and by engaging the closing safety sensors the audible indication of the GONG will sound for 2 seconds;
the GONG will then be inhibited for the waiting time set previously with P19.
Once the waiting time has expired, the GONG will be activated again for 2 seconds if the door is crossed, engaging the closing safety
sensors.
55
Page 56
28) EN/RF1 RADIO RECEIVER
1 - GENERAL INFORMATION
The EN/RF1 single-channel receiver is a 433.92 MHz radio receiver designed to open the ETERNA 90 automatic door using transmitters
manufactured by Label. Table 1 lists the radio transmitters manufactured by LABEL S.p.A.
2 - USE
The EN/RF1 receiver must be coupled to the J8 connector of the ET-LOGIC-B electronic control unit and it is prearranged to control the
opening of the automatic door in all the automation work programs.
The automatic door opening control is given by radio-control, while the protection and safety of the door movement are ensured by devices
outside the receiver itself.
It shall never be used in any case where the door activation or deactivation may cause injuries and damage.
Class 3 receiver in compliance with the ETSI EN 300-220-1 V.2.1.1 (2006-04) standards, chapter 4.1.1.
3 - INSTALLATION OF THE RECEIVER
Couple the EN/RF1 receiver (fig. 1) to the J8 connector of the electronic control unit
ET-LOGIC-B (fig.2).
Proceed with saving of radio-controls (fig.3) as follows:
a) Enter the programming mode of transmitters pressing and holding the SW1 button until the L1 led is steadily lit (approx. 3 seconds).
b) Press the button of the transmitter to be saved and the successful saving will be indicated by 5 fast flashings of the L1 led.
c) Afterwards, the L1 led will be steadily lit again and it will be possible to save another transmitter by repeating the described operation from
step b) and so on with all the transmitters to be used.
A maximum of 250 transmitters can be saved on the receiver.
d) Once the transmitter saving procedure is finished, exit the programming mode by pressing and holding the SW1 button until the L1 led
turns off ( o ).
4 - USE OF THE RADIO-CONTROL
By pressing the button of a saved transmitter, the automatic door opens and the L1 led of the receiver will remain on until the button of the
transmitter is released.
The radio-control opens the door in all the automation work programs.
5 - CANCELLATION OF THE MEMORY OF THE RECEIVER
Should it be necessary to cancel all the saved transmitter codes from the memory of the EN/RF1 receiver, proceed as follows:
a) Extract the EN/RF1 receiver from the connector of the ET-LOGIC-B control unit.
b) Keep the receiver SW1 button pressed and then couple again the EN/RF1 receiver to the J9 connector of the ET-LOGIC-B control unit.
c) Release the EN/RF1 receiver SW1 button only when the L1 led of the receiver starts blinking.
At this stage the L1 led of EN/RF1 blinks fast to indicate that the receiver is ready to save the codes of all LABEL transmitters, both
rolling code and dip switch.
If you only wish to save the rolling code transmitters (SPYCO model), excluding all dip switch models, briefly push the SW1 button; the L1
led will blink slowly to indicate that the receiver is ready to only save the SPYCO transmitter codes.
To switch between the modes briefly push the SW1 button once.
d) After selecting the desired mode, hold the SW1 button pressed for about 3 seconds until the L1 led begins blinking very fast for about
8 seconds, signalling the receiver memory is being erased.
e) When the cancellation of the memory of the EN/RF1 receiver is finished, the L1 led will turn off.
f) At this point, it is possible to save again the code of the transmitters to be used, following the procedure described in paragraph 3.
6 - TECHNICAL SPECIFICATIONS
Power supply 12Vdc
Absorption 10mA stand-by - 50mA in operation
Outputs OPEN COLLECTOR
Frequency 433.92 Mhz
Memory capacity 250 users
Range without obstacles 30 meters
Operating temperature -20° / +55°
Receiver class (ETSI EN 300-220-1 Chapter 4.1.1) Class 3
7 - DECLARATIONS
Marketing, sale and use are valid without restrictions in all EU countries.
With this document Label SpA declares that the EN-RF1 receiver complies with all the essential requirements and with all other relevant
dispositions established by 1999/5/EC directive.
The declaration of conformity is annexed to the EN/RF1 receiver instructions.
56
Page 57
TABLE 1
Label transmitters
ROLLING CODE
SPYCO/1E
SPYCO/3E
LED MEANING
LED OFF
LED ON
LED BLINKING SLOW
Saving of rolling code (SPYCO) transmitters under way
LED BLINKING FAST
Saving of all Label transmitter models under way
LED BLINKING VERY FAST
memory deletion
MDW/1E
MDW/2E
TYKO/1E
TYKO/2E
DIP-SWITCH
RJW/1E
RJW/2E
RJW/4E
RJW/12E
FIG. 1
FIG. 3
1
FIG. 2
J8
3
SPYC
SPYC
DIP SWITCH
ROLLING CODE
TRANSMITTER
TRANSMITTER
29) FORCED CLOSING FUNCTION
To enable the “Forced closing” operation, set the F52 function to ON.
When a N.C. contact is connected to the Stop/Interlock input (terminals 14-19), it allows to forcibly close the door at slow speed after the
device activation.
During this closing operation all control and safety inputs are disabled.
Should the forced closing device still be active once the door is closed, the only way to open the door will be using a held command on the
OPEN input (manned mode).
57
Page 58
30) INTERLOCK SYSTEM
The interlock system is used to connect two automatic doors when a door can only open if the other is closed.
For the electrical connection between the ET-LOGIC-B control units of the two operators you need to use a UR24 module (optional) for each
control unit. Plug the UR24 module into the J2-OUT1 connector of the ET-LOGIC-B control unit.
30.1) ELECTRICAL CONNECTION FOR INTERLOCK
NCCNO
ET-LOGIC-B DOOR 1
SWITCH
ON/OFF
NCCNO
ET-LOGIC-B DOOR 2
The dotted line of the ON/OFF switch connected to the AUX/1 input is used to disable the interlock operation
(connection not essential for the system operation).
Switch OFF (contact open): interlock ON
Switch ON (contact closed): interlock OFF.
The above diagram shows the electrical connection between the two doors ensuring that they are interlocked during operation.
· Terminal 19 (COM) of control unit 1 must be connected to terminal C of its own UR24 module.
· Terminal NO of the UR24 module of control unit 1 must be connected to terminal 14 (STOP/I) of control unit 2.
· Terminal 19 (COM) of control unit 2 must be connected to terminal C of its own UR24 module.
· Terminal NO of the UR24 module of control unit 2 must be connected to terminal 14 (STOP/I) of control unit 1.
· Terminals 19 (COM) of both control units must be connected to each other.
· The Interlock input (Terminal 14) must be configured as N.C. (Function F24 = OFF)
If you wish to by-pass the interlock operation and allow the two doors to operate independently, you need to connect an ON / OFF switch in
parallel between terminals 16 (AUX1) and 19 (Common) of both operator control units.
This way when the switch contact is open the interlock is enabled, while when the switch contact is closed the interlock is disabled and the
two automatic doors can operate independently.
To enable interlocked operation you need to install the ET-DSEL digital programmer as program selector.
You cannot use the EV-MSEL mechanical key selector.
58
Page 59
30.2) INTERLOCK APPLICATION WITH INDEPENDENT INTERNAL DETECTORS
The internal radars of each door are used independently when the
distance between the two doors is such that there are no
DOOR 1 DOOR 2
interferences in the detection field of the two internal radars.
· Set the F27 function to ON on both door operators.
· Select which of the two doors must open first in case of
simultaneous command on both:
EXTERNAL
RADAR
INTERNAL
RADAR
INTERNAL
RADAR
EXTERNAL
RADAR
F28 = OFF : door opening 0.5 seconds after the command is
issued.
F28 = ON : door opening immediately after the command is
issued.
Decide which of the doors must have opening priority and on it set
F28 = ON : on the other door set F28 = OFF.
· Choose if you want or don't want to store in memory the opening command on the internal radar of the second door while the first door is
still moving.
F29 = OFF: opening command storage disabled.
To open the second door the radar must be activated when the first door has closed back.
F29 = ON: opening command storage enabled.
To open the second door the radar can be activated even when the first door is still moving; the second one will open
automatically as soon as the first one has completed the closing procedure.
· If you wish the second door to open automatically after a preset time if its radar is detecting a presence, even though the first door has
not closed back yet, set the P22 parameters.
P22 = 0% : the function is disabled and the second door opens only after the first one has closed back.
P22 = 01% : the second door opens 10 seconds after the opening of the first one if its radar is engaged.
P22 = 100% : the second door opens 2 minutes after the opening of the first one if its radar is engaged.
The interlock operation includes the following steps:
a.) the person approaching from the outside activates the external radar of door 1 and door 1 opens;
b.) the person enters the internal area between the two doors;
c.) door 1 closes back after the pause time;
d.) the door must activate the internal radar of the second door to get door 2 to open;
e.) door 2 opens when door 1 has closed back;
f.) the person enters through door 2 and it closes back at the end of the pause time.
Operation when the person approaches from the opposite direction is the same.
To open the door even when the other is open the OPEN input control must be operated.
30.3) INTERLOCK APPLICATION WITH A SINGLE INTERNAL DETECTOR
DOOR 1 DOOR 2
EXTERNAL
RADAR
INTERNAL
RADAR
DETECTOR IN COMMON BETWEEN THE TWO DOORS
The use of a single internal detector, connected in parallel to the Start input of the ET-LOGIC-B control units of both door operators, is
required when the inner distance between the two doors doesn't allow to use two independent radars.
· Set the F27 function to ON on both door operators.
· Select which of the two doors must open first in case of simultaneous command on both:
F28 = OFF: door opening 0.5 seconds after the command is issued.
F28 = ON : door opening immediately after the command is issued.
Decide which of the doors must have opening priority and on it set F28 = ON, on the other door set F28 = OFF.
The interlock operation includes the following steps:
a.) the person approaching from the outside activates the external radar of door 1 and door 1 opens;
b.) the person enters the inner area between the two doors and engages the internal detector in common between the two doors;
c.) door 1 closes back after the pause time (detection on the Start input of door 1 is disabled during the pause time, throughout the
closing procedure and for 5 seconds after the door has closed).
d.) door 2 opens when door 1 has closed back if the internal detector on the Start input is active;
e.) the person enters through door 2 and it closes back at the end of the pause time.
Operation when the person approaches from the opposite direction is the same.
To open the door even when the other is open the OPEN input control must be operated.
59
Page 60
31) MEANING OF BUZZER WARNING SIGNALS
The ET-LOGIC-B control unit of the operator is equipped with a buzzer emitting a set of warning signals, whose meaning varies according to
the number of emitted beeps and to the signal duration.
WARNING SIGNAL (BEEP) MEANING
5 short and fast BEEPS Operator not set-up when powered.
3 short BEEPS Self-diagnosis failure on the PRJ38 F3 photocell.
4 BEEPS Intervention on the PRJ38 F3 photocell.
4 short BEEPS Set-up cycle initial phase starting warning.
Prolonged sound (3 seconds) Initial set-up completion indication.
Prolonged and intermittent sound
(during motion)
1 BEEPS After powering the operator (already started up before).
1 BEEP (before the opening) Failed opening safety sensor test.
1 BEEP (before the opening) Battery failure or low battery charge warning.
2 BEEPS (when the door is open) Failed closing safety sensor test.
1 prolonged BEEP (1") Detection of an internal system failure.
The power limit the operator can supply to the motor is exceeded
while the leaf is in motion. This warning activates if the F40
function is set to OFF.
To disable this warning set F40 to ON.
32) MAINTENANCE PROGRAM
To ensure that the automatic door keeps running safely along time, we recommend to carry out the maintenance operations once every
6 months.
The installer can set the number of opening/closing cycles after which the "SCHEDULED MAINTENANCE" message will appear on the
display of the ET-DSEL digital programmer (P48 parameter).
Warning!
Before performing any operation on the automated equipment cut off the mains power supply.
- Check that all screws are tight.
- Check the belt's tension.
- Clean the carriage sliding rail and the ground sliding guide.
- Check that carriages and leaves are properly aligned and that the door's final ledge is in correct position.
- Check that the electric lock - if any - is properly fastened and that the mechanical release device operates properly.
- Check connections and electric cables
- Check leaf stability and make sure that they move smoothly and frictionless along the whole stroke.
- Check that motion speeds, involved forces and installed safety devices are working appropriately.
- Clean sensors and check that presence detectors activate properly.
Once maintenance is completed reset the partial cycle counter and the event memory (see paragraph "MAINTENANCE").
Warning!
any potentially damaged or worn component must be replaced.
Make use only of original spare parts; for this purpose check LABEL price list.
60
Page 61
LABEL S.p.A.
Via Ilariuzzi, 17/A - S. Pancrazio P.se - 43126 - PARMA - Italy
Tel. (+39) 0521/6752 - Fax (+39) 0521/675222
www.labelspa.com
DECLARATION OF INCORPORATION OF PARTLY ASSEMBLED MACHINERY
Manufacturer: Label S.p.A.
Address: Via Ilariuzzi 17/A - 43126 San Pancrazio Parmense, PARMA - ITALIA
Declares that: the operator mod. ETERNA 90 (type ET-90S, ET-90D)
Serial number:
realized to control pedestrian automatic sliding doors
complies with the essential safety requirements of the following directives:
! Low Voltage Directive LVD 2014/35/UE
! Electromagnetic Compatibility Directive EMC 2014/30/UE
Label declares that the operator ETERNA90 has been realized to be incorporated in a machine or to be
assembled with other devices to constitute a machine covered by Machine Directive 2006/42/EC.
Applicable harmonised European directives:
EN 13849-1
EN 13849-2 (operator in category 2, PL = d)
EN 61000-6-2
EN 61000-6-3
EN 60335-1
EN16005
Label declare as well that the product cannot be operated until the final machine, where the product is
incorporated, has been certified as compliant with the Machine Directive 2006/42/EC.
Label undertake to submit, upon suitably justified request of the national authorities, information related to
the partly completed machinery.
PERSON AUTHORIZED TO ESTABLISH THE TECHNICAL DOCUMENTATION:
Bruno Baron Toaldo
Via Ilariuzzi, 17/A
43126 - San Pancrazio P.se - Parma
Parma, 24/07/2018
The Chairman
Bruno Baron Toaldo
Page 62
Page 63
Page 64
ETERNA
Made in Italy
by
S.p.A.
Via Ilariuzzi, 17/A - S. Pancrazio P.se - 43126 PARMA - ITALIA
Tel. (+39) 05 21/ 67 52 - Fax (+39) 05 21/ 67 52 22
infocom@labelspa.it - www.labelspa.com
Loading...