Nice TUB4000 Technical specifications

TUB4000
Nice
For industrial sliding gates
EN - Instructions and warnings for installation and use
IT - Istruzioni ed avvertenze per l’installazione e l’uso
FR - Instructions et avertissements pour l’installation et l’utilisation
ES - Instrucciones y advertencias para la instalación y el uso
DE - Installierungs-und Gebrauchsanleitungen und Hinweise
PL -Instrukcjeiostrzeżeniadoinstalacjiiużytkowania
NL - Aanwijzingen en aanbevelingen voor installatie en gebruik
RU - Инструкции и предупреждения по монтажу и эксплуатации

English – 1
EN
GENERAL WARNINGS: SAFETY - INSTALLATION - USE (original instructions in Italian)
The following warnings are taken directly from the Regulations and apply, as far as possible, to the product described herein
CAUTION Important safety instructions. Follow all instructions as improper installation may cause serious damage
CAUTION Important safety instructions. It is important for you to comply with these instructions for your own and other
people’s safety. Keep these instructions
•Beforecommencingtheinstallation,checkthe“Producttechnicalspecications”,inparticularwhetherthisproductissuitableforautomating
your guided part. If it is not suitable, DO NOT continue with the installation.
•Theproductcannotbeusedbeforeithasbeencommissionedasspeciedinthechapteron“Testingandcommissioning”
CAUTION According to the most recent European legislation, the implementation of an automation system must comply
with the harmonised standards provided by the Machinery Directive in force, which enables declaration of
the presumed conformity of the automation. Taking this into account, all operations regarding connection to
the electricity mains supply, as well as product testing, commissioning and maintenance, must be performed
exclusively by a qualied and skilled technician!
•Before proceeding with the installation of the product, check that all materials are in good working order and suited to the intended applications
•The product is not intended for use by persons (including children) with reduced physical, sensory or mental capacities, nor by anyone with
insufcientexperienceorfamiliarity.
•Children must not play with the appliance
•Do not allow children to play with the control devices of the product. Keep the remote controls out of reach of children.
CAUTION In order to avoid any danger from inadvertent resetting of the thermal cut-off device, this appliance must not be
powered through an external switching device, such as a timer, or connected to a supply that is regularly powered
or switched off by the circuit
•Provide a disconnection device (not supplied) in the plant’s mains power supply, with a contact opening distance that permits complete
disconnection under the conditions dictated by overvoltage category III
•Handle the product with care during installation, taking care to avoid crushing, denting or dropping it, or allowing contact with liquids of any
kind.Keeptheproductawayfromsourcesofheatandnakedames.Failuretoobservetheabovecandamagetheproduct,andincreasethe
risk of danger or malfunction. If this should happen, stop installation immediately and contact Customer Service.
•The manufacturer assumes no liability for damage to property, items or persons resulting from non-compliance with the assembly instructions.
Insuchcasesthewarrantyformaterialdefectsisexcluded
•The weighted sound pressure level of the emission A is lower than 70 dB(A)
•Cleaning and maintenance to be carried out by the user must not be carried out by unsupervised children
•Before working on the system (maintenance, cleaning), always disconnect the product from the mains power supply
•Check the system periodically, in particular all cables, springs and supports to detect possible imbalances, signs of wear or damage. Do not use
if repairs or adjustments are necessary, because a failure with the installation or an incorrectly balanced automated system may lead to injury
•The packing materials of the product must be disposed of in compliance with local regulations
•Keep persons away from the gate when it is moved through the control elements
•When performing a manoeuvre, keep an eye on the automated mechanism and keep all bystanders at a safe distance until the movement
has been completed
•Do not operate the automation if anyone is working on it; disconnect the power supply before permitting any work to be carried out
•Ifthepowercableisdamaged,itmustbereplacedbythemanufacturerorbythelatter’stechnicalassistanceservice,orbyasimilarlyqualied
person, in order to prevent any type of risk
INSTALLATION PRECAUTIONS
•Prior to installing the drive motor, check that all mechanical components are in good working order and properly balanced, and that the au-
tomation moves correctly
•If the gate or door being automated has a pedestrian gate, then the system must include a control device that will inhibit the operation of the
motor when the pedestrian gate is open
•Make sure that the control devices are kept far from moving parts but nonetheless in a visible position.
Unless a selector is used, the control devices must be installed at a height of at least 1.5 m and must not be accessible
Special warnings in relation to European directives applicable to the product
•“ConstructionProducts”Regulation:SpecialwarningsforthisproductinrelationtoRegulation305/2011:
-Thefullinstallationofthisproduct,asdescribedinthisinstructionmanualandforcertaintypesofuse(e.g.excludingusesolelyforvehicles)
maycausetheproducttofallwithinthescopeofRegulationNo.305/2011anditsharmonisedstandardEN13241-1.
- ItisnecessarytoapplyalltheinstallationcriteriatoensurethattheproductmeetstheessentialrequirementsofRegulationNo.305/2011;
the installer must check and make sure that all these criteria have been scrupulously complied with.
- The essential requirements might not be guaranteed if the product is installed and used without compliance with one or more of these
criteria. ItisforbiddentousetheproductinsuchcircumstancesuntiltheinstallerhasveriedcompliancewiththeDirectiverequirements;
inthiscasethe“ES13241-1.4870”labelattachedtotheproductmustberemovedimmediatelyandthe“ECDeclarationofConformity”
(AnnexItothismanual)cannotbeused.Asaresult,theinstallerinturnbecomesthemanufactureroftheproductandmustcomplywith
theprovisionsofRegulation No. 305/2011 andits harmonised standard EN 13241-1. Inthis case the productmustbeconsideredas
“partly-completedmachinery”andthe“DeclarationofConformity”ofAnnexIIcanbeused(forinclusioninthetechnicaldocumentation).
•“LowVoltage”Directive:
Specialwarningsregardingthetnessofuseofthisproductinrelationtothe“LowVoltage”Directive.Thisproductmeetstherequirements
inthe“LowVoltage”Directive,ifusedfortheuseandinthecongurationsspeciedinthisinstructionmanualandincombinationwiththe
items in the Nice S.p.A. product catalogue.
Iftheproductisusedinunspeciedcongurationsorwithotherunspeciedproducts,therequirementsmaynotbeguaranteed;theuse
oftheproductinsuchcircumstancesisprohibiteduntiltheinstallerhasveriedcompliancewiththespeciedrequirementsofthedirective.

2– English
EN
•“Electromagneticcompatibility”Directive:
Specialwarningsregardingthetnessofuseofthisproductinrelationtothe“Electromagneticcompatibility”Directive.
Thisproducthasbeensubjectedtoelectromagneticcompatibilitytestsinthemostcriticalsituationsofuseandinthecongurationsspecied
in this instruction manual and in combination with the items in the Nice S.p.A. product catalogue.
Iftheproductisusedinunspeciedcongurationsorwithotherunspeciedproducts,theelectromagneticcompatibilitymaynotbeguar-
anteed;theuseoftheproductisprohibitedinsuchcircumstancesuntiltheinstallerhasveriedcompliancewiththespeciedrequirements
of the directive.
Installation criteria and special warnings in connection with essential requirements
•Wheninstalledcorrectly,thisproductmeetstheessentialrequirementslaiddowninRegulationNo.305/2011accordingtotherequirements
inharmonisedstandardEN13241-1,asindicatedinTable1andintheEuropeandirectiveon“Machinery”2006/42/EC.
•Releaseofdangeroussubstances:
Theproductdoesnotcontainand/orreleasehazardoussubstancesinaccordancewiththerequirementsofEN13241-1,4.2.9andaccord-
ing to the list of substances on the website of the European Community
Special warning to ensure the continued compliance with the requirement – It is essential that the other materials used in the installation,
such as electrical cables, comply with this requirement.
•Safe opening for horizontallymovingdoors:theproductdoesnotcauseuncontrolledmovements.
Specialwarningstoensurecontinuedcomplianceoftherequirements:
-InstalltheproductcarefullyfollowingalltheinstructionsdescribedinChapter“2-Installation”andChapter“4-Testingandcommissioning”.
- Ensure that a maintenance schedule is organised which scrupulously complies with all the provisions in the Chapter “Maintenance
Schedule”.
•As regards the risks of crushing and impact, the sliding closuresareprotectedbymeansofoneofthesethreemethods:
1-Foroperationwith“hold-to-runcommand”(manpresent):as speciedinEN12453,point5.1.1.4.Inthiscasethecommandbutton
must be placed in view of the automation and if it is accessible to the public, the command button must not be available to them, e.g.
use only with a key switch.
2-For“Semi-automatic”operation:throughtheuseofanactivesensitiveedgeforlimitingtheforcesasspeciedinEN12453,paragraphs
5.1.1.5and5.1.3.
3-For“automatic”operation:throughtheuseofanactivesensitiveedgeforlimitingtheforcesasspeciedinEN12453,paragraphs5.1.1.5
and5.1.3;inthiscase,atleastonepairofphotocellsmustbeinstalledasshowninFig.2.

English – 3
EN
ENGLISH
TUB4000
1
1PRODUCT DESCRIPTION AND INTENDED USE
TUB4000isaslidinggategearmotorofsignicantdimensionforindustrialuse,
withbuilt-incontrolunitDPRO500andisalsoprearrangedfortheinclusionof
NICE receivers.
The gear motor, which functions electrically, can be disengaged by means of a
key, thereby allowing the gate to be opened manually.
CAUTION! – All uses other than the intended use described and use
in environmental conditions other than those described in this manual
should be considered improper and forbidden!
2INSTALLATION
The TUB4000 must be installed exclusively by qualied technical
personnel in compliance with current laws, standards and regulations,
and with the instructions provided in this manual.
2.1 - Tests prior to installation
Before proceeding with installation, check the condition of the product com-
ponents, suitability of the selected model and conditions of the intended instal-
lationenvironment:
• Check that all the materials are in good working order and suited to the
intended use.
•Check that all conditions of use fall within the “application limits” of the
product(paragraph2.2)andthevaluelimitsshowninthe“Producttechnical
characteristics”.
• Check that the installation location is compatible with the overall dimensions
of the product (Fig. 1).
• Check that the surface chosen for installing the product is solid and can
ensure stable attachment.
•Makesurethattheinstallationareaisnotsubjecttoooding;ifnecessary,the
product may be installed, appropriately raised above ground level.
• Check that the space around the product allows safe and easy access.
•CheckthatallelectricalcablestobeusedbelongtothetypelistedinTable2.
• Check that the automation has mechanical stops in both the opening and
closing phases.
2.2 - Product application limits
The data relative to the TUB4000 performances is indicated in Chapter 13
(“Technicalspecications”)andistheonlydatathatallowsforcorrectlydeter-
mining whether the product is suitable for its intended use.
In general, TUB4000 is able to automate gates weighing up to 4,000 kg or up
to30mlong,accordingtothedatashowninTable1below.
TABLE 1
Length of leaf in metres Maximum cycles/hour
Up to 5 42
5÷10 21
10÷15 14
15÷20 10
20÷25 8
25÷30 7
0
0
5
10
15
20
25
30
35
40
10 15
L [m]
Cicli per ora
20 25 30
Graphic represen-
tation of the cycles
per hour in relation
to the length of the
gate leaf.
IMPORTANT!
Before performing any type of operation or
procedure, read carefully the general instructions
(page 1) and the application limits (paragraph 2.2)
Cycles per hour
Instructions translated from Italian
Contents
GENERALWARNINGS:SAFETY-INSTALLATION-USE ...............................................1
1-PRODUCTDESCRIPTIONANDINTENDEDUSE......................................................3
2-INSTALLATION........................................................................................................... 3
2.1-Testspriortoinstallation.................................................................................................................3
2.2-Productapplicationlimits ............................................................................................................... 3
2.3-Typicalsystem ...............................................................................................................................4
2.4-Installationofthegearmotor ........................................................................................................ 4
2.5-Installationofthevariousdevicestothecontrolunit ..................................................................... 4
3-ELECTRICALCONNECTIONS ................................................................................... 5
4 - TESTING AND COMMISSIONING.............................................................................. 7
4.1 - Testing ........................................................................................................................................... 7
5-INTEGRATEDCONTROLUNITDPRO500 ................................................................. 8
5.1 - Product description and intended use ........................................................................................... 8
6-INSTALLATION........................................................................................................... 8
6.1-Testspriortoinstallation.................................................................................................................8
6.2-Productapplicationlimits ............................................................................................................... 8
6.3-Installationofthecontrolunit ......................................................................................................... 8
7-ELECTRICALCONNECTIONS ................................................................................... 9
7.1 - Connecting the three-phase power supply cable ..........................................................................9
7.2-Connectingthesingle-phasepowersupplycable ..........................................................................9
7.3-Changingthepowersupplythroughthejumper ............................................................................9
7.4-Descriptionoftheelectricalconnections:powersupply,safetyandcontroldevices,
and accessories ............................................................................................................................ 9
7.5 - Electrical connections of the control unit .....................................................................................10
7.6-STOPSAFETYEDGEInput ........................................................................................................12
7.7 - Connecting a radio receiver .........................................................................................................12
7.8-Initialstartupandelectricalconnectionstest ................................................................................12
7.9-Totaldeletionofthecontrolunitmemory .....................................................................................12
7.10-RecognitionoftheconnecteddevicesandtheOpeningandClosingpositions..........................12
7.10.1 - Recognition of the Opening and Closing positions with mechanical limit switch......................13
7.11 - Operating modes .......................................................................................................................13
7.12-Oviewprogrammingunit ...........................................................................................................13
8-TESTINGANDCOMMISSIONING............................................................................14
8.1-Testing ......................................................................................................................................... 14
8.2-Commissioning ............................................................................................................................14
9-INSTALLATIONANDELECTRICALCONNECTIONOFTWOCONTROLUNITS
FORLEAVESMOVINGINOPPOSITEDIRECTIONS ................................................14
10-FURTHERDETAILSANDDIAGNOSTICS............................................................... 15
10.1-Furtherdetails ........................................................................................................................... 15
10.1.1 - Signals when switching ON ....................................................................................................15
10.1.2 - Other functions ....................................................................................................................... 15
10.2-Diagnostics ...............................................................................................................................16
11-BASICTROUBLESHOOTING................................................................................. 16
12-PRODUCTDISPOSAL ........................................................................................... 17
13-TECHNICALSPECIFICATIONS ..............................................................................17
CEDECLARATIONOFCONFORMITY...........................................................................18
USERGUIDE(detachableinsert) ................................................................................... 19

4– English
EN
3 3 3 138
A14 DGDHE H FF
54
6
1
B
C
G
12
22
7
11
2
2.3 - Typical system
The gure 2 below indicates a typical sliding gate automation system using
the TUB4000.
1Key operated selector switch
2Photocell on post
3FOTOphotocells
4Mainxededge(optional)
5Main moveable edge
6“Open”stopbracket
7Rack
8Secondaryxededge(optional)
9Flashinglight
10 Aerial
11 Motor
12 “Closed”stopbracket
13 Secondary moveable edge (optional)
14 Radiotransmitter
2.4 - Installation of the gear motor
Ifabaseforthegearmotoralreadyexists,xingmustbeperformeddirectlyto
thesurfacebymeansofexpansionbolts.
Ifthisisnotso,itisnecessaryto:
01. Dig an adequately large foundation hole.
02. Prepare one or more conduits for the electrical cables as shown in g. 5.
03. Assemble the four clamps on the foundation plate setting one nut under-
neath and one on top of the plate as in g. 3 so that the threaded section
protrudes out of the plate as much as possible.
04. Pour the concrete and, before it starts to harden, set the foundation plate
checking that it is parallel to the leaf and perfectly level as shown in g. 5
Wait for the concrete to harden completely.
05.Removethebodyfromthegearmotorfollowingtheprocedureshownin
g.7 in reverse order.
06. Place the gear motor on top of the foundation plate and make sure it is
perfectly parallel to the leaf, then secure it by tightening the 4 nuts with
washers to the respective clamps as shown in g. 6.
07.Releasethepinionasshowninthe“Releaseandmanualmovement”para-
graph in the Chapter “Instructions and Warnings for users of the TUB4000
gearmotor”.
08.Opentheleafupcompletelyandplacetherstpieceoftherackonthepi-
nion and check that the beginning of the rack corresponds to the beginning
oftheleaf.Makesurethatthereisatleast2÷3mmofplaybetweentherack
and the pinion, then fasten the rack to the leaf using suitable means.
09. Slide the leaf, using the pinion as a reference point for the fastening the
other elements of the rack.
10.Cutawayanyexcessoftherack.
11. Open and close the gate several times and make sure that the rack is ali-
gnedwiththepinionwithamaximumtoleranceof10-15mm.Moreover,
checkthattheplayof2-3mmbetweenthepinionandtherackhasbeen
respected along the entire length.
12.Fixthetwo“Opening”and“Closing”limitswitchbracketswiththerelative
dowels to the outer sides of the rack as shown in g. 4. Considering that
theleafwillslideforafurther2÷3cmafterthelimitswitcheshaveactivated,
thebracketsshouldbepositionedatasufcientdistancefromthemecha-
nical stops.
13. Perform the operation described in point 7 in reverse and block the pinion.
14. Secure the body to the TUB4000 as shown in g. 7 and ensure that the
limit switch lever positioned above the pinion moves freely.
15. Close the gear motor door and make sure that the safety microswitch po-
sitioned to the right of the electric motor is activated.
In order to prevent the weight of the leaf from affecting the gear
motor, it is important that there is a play of 2÷3 mm between the rack
and the pinion.
2.5 - Installation of the various devices to the control unit.
Perform the installation of all foreseen devices following the respective instruc-
tions.CheckinChapter7(DPRO500)whichdevicescanbeconnectedtothe
TUB4000.
CAUTION! – The electrical connections must be performed by skilled
and qualied personnel in strict observance of current legislation,
standards and regulations with the system disconnected from elec-
tricity supply.

English – 5
EN
(x 4)
2
1
3
6
4
7
5
55÷60mm
TABLE 2 - Technical specications of electrical cables (Fig. 2)
Connection Cable type Maximum admissible length
A:Powerline 1-4x1.5mm2cable 30m(note 1)
B:Flashinglight 1-2x1mmqcable 20m(note 7)
C:Aerial 1RG58typeshieldedcable (recommended less than 5 meters)
D:Transmitterphotocells 1-2x0.25mm2cable 30m(note 3)
E:Keyoperatedselectorswitch 2-2x0.25mm2cables 50 m (note 2)
F:Fixededges 1-2x0.5mm2cable 30m(note 4 - 6)
G:Moveableedges 1-2x0.5mm2cable 30m(note 4 - 5 - 6)
H:Receiverphotocells 2-2x0.25mm2cables 30m(note 2 - 3)
Note 1 – Power supply cables longer than 30 m may be used provided they have a larger gauge, e.g. 4x2.5mm2, and a safety earthing system is provided near
the automation unit.
Note 2 – A single 4x0.25mm2cable can be used instead of two 2x0.25mm2cables.
Note 3 – Use shielded cables if the length exceeds 30 m, connecting the braid to earth only on the control unit side
Note 4 – Several safety edges may be necessary in particular applications. See the instructions manual for the advised type of connection if there is more than
one edge.
Note 5 – Special devices which enable connection even when the leaf is moving must be used to connect movable edges to sliding leaves.
Note 6 – The necessary number of conductors to connect the moveable and xed edges depends on the method used to guarantee the required safety
category. The example refers to the TCB65 edges connected to the TCE interface.
Note 7 – It is possible to connect a 230 VAC warning light. See Fig. A for the connection.
CAUTION! – The cables used must be suited to the type of environment of the installation site.
After making the electrical connections, consult Chapter 7 (DPRO500) for information on the initial start-up procedures, and recognition of the
safety devices and limit switches.
3ELECTRICAL CONNECTIONS
Fig. 3 shows the cables needed for the connection of various devices in a
typicalinstallation;Table2showsthecablecharacteristics.
The cables used must be suitable for the type of installation. For exam-
ple, an H05VV-F type cable is recommended for indoor applications or
an H07RN-F if tted externally.

6– English
EN
V WU
L1L2L3
1 2 3
NDA040
4 5 61 2 3
A
Neutral wire from
the supply plug

English – 7
EN
Stop
8
4TESTING AND COMMISSIONING
The testing and commissioning phases are the most important when creating
anautomatedsysteminordertoensuremaximumsafety.Thetestingproce-
dure can also be performed as a periodic check of the automation devices.
Thesephasesmustbeperformedbyqualiedand experiencedpersonnelwho
must take charge of establishing the tests necessary to verify the solutions adopt-
ed in respect of risks and verify the compliance of the system with applicable
standards, legislation and regulations, in particular all requirements of the standard
EN12445whichestablishesthetestmethodsforcheckingautomatedsystems
fordoorsandgates.Theadditionaldevicesmustundergospecictesting,both
in terms of their functions and in terms of their interaction with the control unit;
therefore, you need to refer to the instruction manuals for the individual devices.
4.1 - Testing
The sequence of steps to be performed when running the testing phase, as
described below, refers to a typical system (Fig. 2):
1Check that all the instructions in the “Installation warnings” chapter have
been rigorously complied with.
2Using the control devices (transmitter, push button, key switch, etc.), test the
Opening, Closing and Stopping of the gate, ensuring that the movement of
thegateleavescorrespondstospecications.Testseveraltimestoassess
the movement of the gate and check for any defects in assembly or adjust-
ment and for any particular points of friction.
3Check, one by one, that all the safety devices featured in the system (photo-
cells, sensitive edges, etc.) work properly.
4If the dangerous situations caused by the movement of the gate leaves have
been safeguarded against by limiting the impact force, the impact force must
bemeasuredaccordingtotheEN12445standard.
5Checkthatthestoppingdistanceofthegateis2-3cm,otherwise
adjust the mechanical brake as follows (g. 8):
a. Give the nut on the motor shaft a half turn in a clockwise direction;
b. If the half turn isn’t enough, turn the nut a little bit more;
c. Be careful not to over tighten the nut because it could completely block
the electric motor.
Before adjusting the mechanical brake, the power supply must be
turned off placing the main switch on the control unit in the “OFF”
position.

8– English
EN
210
160
310
9
5.1 - Product description and intended use
The DPRO500 control unit is designed to control electromechanical actuators
for automating gates, sectional doors or shutters.
CAUTION! – All uses other than the intended use described and use
in environmental conditions other than those described in this manual
should be considered improper and forbidden!
The control unit can be connected to all common safety elements. To open and
close a gate, you only need to operate the appropriate button installed on the
coverortheexternalbuttonorviaaradioreceiver.
6INSTALLATION
6.1 - Pre-installation checks
Before proceeding with installation, check the condition of the product com-
ponents, suitability of the selected model and conditions of the intended instal-
lationenvironment:
• Check that all the materials are in good working order and suited to the
intended use.
•Check that all conditions of use fall within the “application limits” of the
product(paragraph6.2)andthevaluelimitsshowninthe“Producttechnical
characteristics”.
• Check that the installation location is compatible with the overall dimensions
of the product (Fig. 9).
• Check that the surface chosen for installing the product is solid and can
ensure stable attachment.
•Makesurethattheinstallationareaisnotsubjecttoooding;ifnecessary,the
product may be installed, appropriately raised above ground level.
• Check that the space around the product allows safe and easy access.
• Check that all electrical cables to be used belong to the type listed in Table 1.
• Check that the automation has mechanical stops in both the opening and
closing phases.
IMPORTANT!
Before performing any type of operation or
procedure, read carefully the general instructions
(page 1) and the application limits (paragraph 6.2)
TABLE 1 - Technical specications of electrical cables
Connection Cable type Maximum admissible length
CONTROLUNITPOWERSUPPLYCable
- three-phase
- single-phase
4x1mm2
3x0,75mm2
5 m (note 1)
2m(note 1)
MOTORcable special cables for Nice gearmotors are on sale as
accessories.
for other brands, contact the motor manufacturer
5 - 7 - 11 m
CableforFLASHINGLIGHTwithaerial 2x1mm2(for230VACashinglight)
RG58typeshieldedcable(aerial)
10 m
PHOTOCELL cable 4x0,5mm210 m
KEYSWITCHcable 2cables2x0.25mm210 m (note 2)
SPIRALcableforsafetyedge Nice spiral cable is available as an accessory 50 m
Note 1 – If the power cable exceeds the maximum allowed length, a cable with larger cross-section must be used
Note 2 – These two cables may be replaced by a single 4 x 0.5 mm2cable.
CAUTION! – The cables used must be suited to the type of environment of the installation site.
5INTEGRATED CONTROL UNIT DPRO500
6.2 - Product application limits
Theproductisonlytobeusedasindicatedinthefollowingtable:
Control unit power supply Type of motor*
Three-phase3x400Vac-
50/60Hz
Three-phase3x400VAC–50/60Hz–with
Nice encoder or mechanical limit switches
Single-phase1x230Vac-
50/60Hz
Single-phase1x230VAC–50/60Hz–with
Nice encoder or mechanical limit switches
(*) In respect of the corresponding application limits.
For single-phase motors, see Paragraph 7.2.
CAUTION! – The control unit described in this instruction manual
cannot be used in areas subject to the risk of explosion.
Important – Before installation, prepare the electrical cables required for the
system, by referring to “Table 1-Technicalspecicationsofelectricalcables”.
Caution! – When laying the ducting for routing the electrical cables and for
the cable entry point into the control unit housing, be aware that due to pos-
sible deposits of water in the junction wells, the connection ducts might create
condensate in the control unit, with consequent damage to the electronic cir-
cuits.
6.3 - Installation of the control unit
Proceedasfollowswheninstallingthecontrolunit:
01. Open the control unit box: unscrew the screws as shown in Fig. 10-A /
Fig. 10-B;
02. Prepare the holes for routing the electrical cables for the accessories pro-
vidingcontroland/orsignallingfunctions.Forthispurpose,werecommend
using a special tool (e.g. hole cutter) on the marked positions at the bottom
ofthebox,alsotoensuremaintainingthelevelofIPprotection.Ifneces-
sary, you can use the lateral cable entry points, but only by using suitable
ducting connections;

English – 9
EN
10
12
57
13
A B
03.Atthispoint,youcanmakealltheelectricalconnections:seeChapter7.
To install the other devices used on the automated system, refer to the respec-
tive instruction manuals.
7ELECTRICAL CONNECTIONS
CAUTION!
– Before you proceed to make any electrical connections make sure
that the power supply is disconnected;
– Connections must only be carried out by qualied personnel.
–You must putadeviceonthe electricity supply linethatensurescomplete
disconnection of the automated mechanism from the mains supply. The
disconnection device must have contacts with an opening distance large
enough to permit complete disconnection under the conditions sanctioned
by overvoltage category III, in accordance with installation regulations. The
device ensures quick, safe disconnection from the power supply if needed,
and must therefore be in a position that is visible from the automation mecha-
nism. If, on the other hand, it is located in a position which is not visible, there
must be a system for preventing accidental or unauthorised reconnection to
the mains supply to prevent this risk. The disconnection device is not sup-
plied with the product.
– Selecting the power supply voltage:
The control unit can function correctly with three-phase or single-phase
power(seewiringdiagrams),witheither400Vor230Vvoltage.
The default setting is three-phase 400 V power supply voltage.
 To select the 230 V single-phase power supply, observe the instructions
speciedinChapter7.2
7.1 - Connecting the three-phase power supply cable
To make the electrical connection refer to Fig. 11.
A16A CEEplugmust beconnectedto terminalsL1,L2 andL3and tothe
PE terminal.
7.2 - Connecting the single-phase power supply cable
To make the electrical connection refer to Fig. 12.
A Schuko plug must be connected to terminals L1 and L3 and to the PE
terminal.
7.3 - Changing the power supply through the jumper
The power supply to the control unit can be changed through the jumper, as
explainedbelow(Fig. 13)
01. Removethetopcover
02. Extractthejumper(defaultposition3x400V)usingneedle-nosepliers
03. Insertthejumper(1x230V)
04. Re-insertthetopcover
7.4 - Description of the electrical connections (Fig. 14): power
supply, safety and control devices and accessories
You can connect control devices with “Normally Open” (NO) or “Normally
Closed”(NC)contactstothe8,9,10and11inputs.Youcanthenmakeuseof
oneoftheseinputsoracombinationthereof,aswellastheSTOP/ALTinputsif
appropriate,toconnectanexternalpushbuttonpanel,forexample,oraswitch
with a rope connected to the ceiling.
PUSH BUTTONS - Input for connecting the push button panel on the cover
ofthebox.
ENCODER - Input for connecting the wiring of the electronic limit switch
(Nice encoder). Not usable in this version.
COMMON (8)-24VDCinputthatactsasacommoninputfortheOPEN,
CLOSE and ING1 inputs and positive for power supply to the services.
OPEN (9) - Input for devices which control only the opening movement. It is
possibletoconnectcontactsofthe“NormallyOpen”typetothisinput.
CLOSE (10) - Input for devices which control only the closing movement.
Itispossibletoconnectcontactsofthe“NormallyOpen”typetothisinput.
ING1-photo- (11) - Normally Closed (NC) input for devices that control the
movement of the automation. If this input is properly programmed with the
NiceOviewprogrammer,youcangetthefollowingoperatingmodes:
– Step-by-step
– Partial Open
– Open
– Close
– Photo (default)
– Photo 1
– Alt in opening
– Alt in closing
Foradescriptionandinstructionsonhowtoprogramtheavailablefunctions,
refertotheOviewfunctionsheetsforDPRO500.
ALT - Input for devices that stop a manoeuvre when in progress; connect
contactsofthe“NormallyClosed”type.
SAFE - Input for connecting the thermal protection device of the motor.
CAUTION! - It is only used for motors with mechanical limit switches. Leave
“unconnected”withmotorswhichhaveelectroniclimitswitches.
LIMIT SWITCH - Input for connecting mechanical limit switches.
(1) limit switch common
(2)limitswitchopen
(3)pre-limitswitchclose
(4) limit switch close
STOP-Inputforconnectingresistivesensitiveedges(8k2)oropticalsensi-
tive edges (OSE), as described below (Fig. 15):
OSEConnection:
- 5 Òpositive12VDC(+)(brownwires)
-6Òsignal (S) (green wires)
- 7 ÒGND negative (-) (white wires)
8k2Connection:
-Connectthe8.2kΩresistorbetweenterminals6(signal-S)and7(nega-
tive - GND)

10 – English
EN
V WU
L1L2L3
1 2 3
3
L 2
L1L
UVW
123
BRAKE BOOST
57
13
12
V WU
L1L2L3
1 2 3
3
L 2
L1L
UVW
123
BRAKE BOOST
57
13
11
13
1
4
2
3
1
4
2
3
1
4
2
3
IBT4N - Input for connecting the Oview programmer, with the IBT4N adapt-
er.CAUTION-disconnectthepowersupplybeforeconnecting/disconnect-
ing the programmer.
ANTENNA  - Input for connecting the radio receiver aerial (Note: the
aerialisbuiltintotheNiceLUCYB,MBLandMLBTashinglights).
OUT (CONNECTOR FOR NDA040) - Connector for NDA040 accessory
card that adds two outputs to voltage-free contacts. These outputs can be
properly programmed with the Nice Oview programmer. For a description
and instructions on programming the available functions, see the NDA040
accessory board manual.
MOTOR - Output for connecting the single-phase and three-phase motor.
Forsingle-phasemotors:
U - common
V - opens
W - closes
LINE - Input for connecting the power supply.
L1-L2-L3:THREE-PHASEconnection
L1-L3:SINGLE-PHASEconnection
PE - Input for the earth connection for the control unit and motors.
IMPORTANT!
We DO NOT recommend that you connect
any device or accessory not mentioned in this
instruction manual.
The manufacturer declines all responsibility
whatsoever for any damage due to improper
use of the various system devices that does not
comply with the instructions in this manual.
For more information, please contact the Nice
Customer Service.
7.5 - Electrical connections of the control unit
CAUTION! – Before you proceed to make any electrical connections
make sure that the mains power supply is disconnected.
Afterattachingthecontrolunitboxandpreparingtheholesforroutingtheelec-
tricalcables(seeparagraph6.3),maketheelectricalconnectionsasfollows:
01. Firstconnectthepowersupplycable:
- for the three-phase line see Paragraph 7.1 and Fig. 11
- for the single-phaselineseeParagraph7.2andFig. 12
02. Then,connectthepowersupplycablefromthemotor:
- Motor with mechanical limit switch (Fig. 16)
03. Lastly, connect the electrical cables of the various available accessories,
referring to Fig. 13andparagraph7.3.
Note – To facilitate connecting the cables, you can remove the terminals
from their positions.

English – 11
EN
1
2
3
4
16
14
V WU
L1L2L3
MOTOR
LINE
PE
LED SAFETY
LED L2LED L1
OUT
FUSES
ALT
INPUT
SAFE
STOP
LIMIT SWITCH
IBT4N
OXI
ENCODER PROG
LED SAFETY = safety chain LED
LED L2 = OK LED (green)
LED L1 = Warning LED (red)
OUT = slot for the NDA040 accessory
boardforexpandingoutputs
PROG = DIP switch for programming
ENCODER = electronic limit switch
INPUT =
externalinputs
8-com(+24VDCcommon)
9-open
10 - close
11 - photo (ing1)
ALT =ALT terminal
SAFE =
only for motors with mechani-
cal limit switches (leave uncon-
nected with motors which have
electronic limit switches)
LIMIT
SWITCH =mechanical limit switch
STOP =
STOPterminalusedfor8K2
safety edge or OSE
5-positive(+)safetyedge
6-safetyedgesignal
7 - negative GND (-)
IBT4N = IBT4N interface connector (not
supplied)
OXI =
connector for connecting radio
receiverswithSMplug(SMXI/
OXI)
=aerial
PE =earth connection
LINE =
connector for connecting the
three-phase or single-phase
power line
FUSES = F1,F2,F3,F4:seeTechnical
Specications
MOTOR = motor
(+com)
(– GND)
V WU
L1L2L3
OSE
8k2
8,2 kΩ
brown - 12V DC
green - Segnale
white - GND/0V
+ SIG -
5 6 7
+ SIG -
5 6 7
15
Segnal

12 – English
EN
V WU
L1L2L3
17
7.6 - STOP SAFETY EDGE Input
ThefunctionoftheSAFETYEDGEinputistocausetheimmediatestopofa
manoeuvre when in progress followed by a short reverse manoeuvre.
This input can be connected to devices such as optical sensitive edges (OSE)
orthosewith8.2kΩconstantresistanceoutput.
During the recognition phase, the control unit recognises the type of device
connected and causes a “STOP” whenever any variation in the recognised
status occurs.
Multiple devices, even of different types, can be connected to the STOP
SAFETYEDGEinputifappropriatelyorganised:
-NOdevices:connectthe8.2kΩresistorinparalleltothedevice;
-NCdevices:connectthe8.2kΩresistorinseriestothedevice;
- You can connect multiple NC devices “in series” with each other without
quantity limits;
-Iftherearemultipledevices,allmustbeconnected“incascade”withasingle
8.2kΩterminalresistance;
-YoucanalsocreateacombinationofNOandNCtypes,byplacingthetwo
contacts“inparallel”.Inthiscase,you needtoplacea8.2kΩresistance“in
series”withtheNC contact;thisalsomakes itpossibletoput threedevices
together:NO,NCand8.2KΩ.
7.7 - Connecting a radio receiver
The control unit has an SM connector for connecting an SMXI, SMXIS, OXI,
OXIT or similar radio receiver (optional accessory, not supplied).
To connect the radio receiver, you must disconnect the mains power supply
from the control unit and insert the receiver as shown in Fig. 17.
Table2showstheactionsperformedbythecontrolunitaccordingtotheacti-
vated outputs or the commands sent by the radio receiver.
Note - For further information, refer to the instruction manual for the receiver.
TABLE 2
SMXI, SMXIS Receiver in “Mode 1 or 2”
output description
Output No. 1 Step-by-Step
OutputNo.2 Partial open; factory setting: it opens to halfway (this
may be changed during the position acquisition phase
or by using the Oview programmer)
OutputNo.3 Open
Output No. 4 Close
OXI, OXIT receiver programmed in “extended Mode 2”
command description
Command No. 1 Step-by-Step
CommandNo.2 Partial open; factory setting: it opens to halfway (this
may be changed during the position acquisition phase
or by using the Oview programmer)
CommandNo.3 Open
Command No. 4 Close
Command No. 5 Stop
CommandNo.6 Step-by-Step Condominium
Command No. 7 Step-by-Step High priority
CommandNo.8 Partialopen2
CommandNo.9 Partialopen3
Command No. 10 Open and Lock automation
Command No. 11 Close and Lock automation
CommandNo.12 Lock automation
CommandNo.13 Releaseautomation
Command No. 14 Timed Courtesy light
Command No. 15 CourtesylightON/OFF
7.8 - Initial startup and electrical connections test
Aftersupplyingpowertothecontrolunit,carryoutthefollowingchecks:
•VerifythatthegreenL2LED(closetotheDIPswitches)ashesregularly,with
afrequencyof1ashpersecond.
•Ifthesystemis equipped with photocells,checkthattheirLEDsash cor-
rectly(RX);thetypeofashingisnotsignicantbecausethatdependsonother
factors.
•EnsurethattheredSAFETYLEDnearthekeyboardcableconnectorisper-
manentlyON(seeSafetyLEDDiagnosticstable,Paragraph10.2).
If any one of these tests fails to comply with requirements, you must discon-
nect the electrical power from the control unit and check the various electrical
connections made previously.
7.9 - Total deletion of the control unit memory
Youcandeleteallthedatastoredonthecontrolunitandrestoreittoitsoriginal
state with the default settings.
01. Setdipswitches1-2-3-
4 to ON = the red and
green ledsstartashing
quickly
ON
OFF
02. Press and hold the
STOPbuttonfor3sec.
until the green and red
leds remain lit
3”
ON
OFF
03. ReleasetheSTOP
button
04. At this point the control
unitperformsaRESET
= the red and green leds
startashingquickly
ON
OFF
RESET
05. Setdipswitches1-2-3-
4toOFF
ON
OFF
7.10 - Recognition of the safety devices and the Opening and
Closing positions
Afterperformingtheinitialstartup(paragraph7.8)andbe-
fore setting the gate Opening and Closing positions, you
must have the control unit run the recognition phase of
theconnectedsafetydevicesonthe“STOPSafetyEdge”
input.
CAUTION! - During the recognition phase, at least
one safety device must be connected to the control
unit.
OPEN
CLOSE
STOP
OPEN
STOP
CLOSE
01. Set dip switch 1 to ON =
-GreenLEDbeginstoash
rapidly
-RedLEDisOFF
ON
OFF
02. Press and hold the STOP button
until the red led comes on and
remainslit(afterabout3sec.)
3”
ON
OFF

English – 13
EN
V WU
L1L2L3
3
L 2
L1L
UVW
3
L 2
L1L
UVW
BRAKE BOOST
18
V WU
L1L2L3
4
2
3
ON
1OFF
19
03. ReleasetheSTOPbutton
This procedure must be repeated if a modication is made to the
devices connected to the “STOP Safety Edge” terminal (for example,
after connecting a new device to the control unit).
After performing the recognition of the safety devices on the automated sys-
tem, the control unit must recognise the gate Opening and Closing positions.
CAUTION! - The recognition procedure of the safety devices and the
gate Opening and Closing positions must be done consecutively, without
interruption. You can not perform the recognition of the safety devices at
one time and the recognition of the positions at another time.
7.10.1 - Recognition of the Opening and Closing positions with
mechanical limit switch
Youcanprogram2positions,asfollows:
Position Meaning
Opening Maximumopeningposition.Whenthegatereaches
this position it stops.
Closing Maximumclosingposition.Whenthegatereachesthis
position it stops.
Caution! - If the direction of rotation does not correspond to the direc-
tion set (Open button = opening direction), you need to invert the “V”
and “W” connections (phase inversion) in the motor connector (Fig. 18).
Toperformtheprocedure,proceedasfollows:
01. MoveDIPswitch1toOFF
ON
OFF
02. Pressthe“Open”buttontomove
thegatetoitsmaximumopenpo-
sition
03. Pressthe“Close”buttontomove
the gate to its maximum closed
position
CAUTION! – The recognition phases must not be interrupted. If there
is an interruption, you must repeat the entire recognition process. If at
the end of the recognition phase, the red LED ashes 9 times-pause-9
times, it means that an error has occurred.
If instead it ashes 3 times-pause-3 times, reset the error by pressing
the STOP button and invert the opening limit switch connection with
that of the closing limit switch at the LIMIT SWITCH terminal (Fig. 14).
The position recognition phase can be repeated at any time, also after
the installation.
7.11 - Operating modes
CAUTION! - If the functions of Table 3 are programmed with the Oview
programming unit, it is necessary to set the dip switches to OFF.
TABLE 3
DIP1 DIP2 DIP3 DIP4 Function
OFF OFF OFF OFF Hold-to-run movement
ON x OFF OFF Acquisition of positions and status of the ALT
input
OFF ON OFF OFF Rotationdirectionoftheencoderreversed
OFF x OFF ON Industrial mode (semi-automatic opening –
hold-to-run closing), if positions recognised
OFF x ON OFF Semi-automatic mode, if positions recognised
OFF x ON ON Automatic mode with adjustable pause time, if
positionsrecognised(seepara.10.1.2“Other
functions”forinfoonsavingthepausetime)
7.12 - Oview programming unit
Using the Oview programming unit allows you to manage the installation,
maintenance and diagnosis of the entire automated system in a thorough and
rapid manner.
YoucanconnectOviewtothecontrolunitviatheIBT4Ninterfaceusingabus
cable with 4 wires inside.
ToaccesstheBusT4connector,youneedtoopenthecontrolunitbox,plug
the IBT4N connector into the appropriate slot and then connect the Oview
programmer (Fig. 19).
Oview can be used at a maximum cable distance of 100 metres from the
control unit; it can be connected simultaneously to multiple control units (up to
16)andcanremainconnectedevenduringnormaloperationoftheautomated
system. When working with Oview, it is very important to observe the instruc-
tions in the Oview instruction manual.
If there is an OXI radio receiver in the control unit, when you use Oview you can
have access to the parameters of the transmitters memorised in the receiver.
Forfurtherinformation,refertotheOviewinstructionmanualorthecontrolunit
function sheet available from the website www.niceforyou.com
CAUTION! - If the functions of Table 3 are programmed with the Oview
programming unit, it is necessary to set the dip switches to OFF.

14 – English
EN
encoder
com
open
close
photo
ALT
safe
com sw only
with
limit
switch
open
precl
close
STOP
8k2/OSE
encoder
com
open
close
photo
ALT
safe
com sw only
with
limit
switch
open
precl
close
STOP
8k2/OSE
20
9INSTALLATION AND ELECTRICAL CONNECTION
OF TWO CONTROL UNITS FOR LEAVES MOVING
IN OPPOSITE DIRECTIONS
To create an automation consisting of two leaves moving in opposite directions,
it is necessary to use two control units connected as shown in Fig. 20.
The motors and limit switches must be connected to each control unit. The
warning light and the G.O.I. (Gate Open Indicator) can be connected to any
one of the two control units, or can be installed one on each control unit (Fig.
Apage6).
Theinputsmustbeplacedparalleltooneanother;the“Common”inputcanbe
connected to either one of the two control units.
Connectinparallelsafetyedge(8k2/OSE)“–”connectorsofbothcontrolunits.
Congurethe“Open”inputas“Condominium”usingtheO-Viewprogrammer,
which allows for synchronising the leaves should the two control units lose their
synchronisation.
Withthiscongurationitisimportanttorememberthat:
• the intervention of the sensitive edge only impacts the single leaf;
• the red STOP key only impacts the single leaf;
• the intervention of the thermal protection device only impacts the single leaf.
8TESTING AND COMMISSIONING
The testing and commissioning phases are the most important when creating
anautomatedsysteminordertoensuremaximumsafety.Thetestingproce-
dure can also be performed as a periodic check of the automation devices.
Thesephasesmust beperformedbyqualied andexperiencedpersonnelwho
must take charge of establishing the tests necessary to verify the solutions adopt-
ed in respect of risks and verify the compliance of the system with applicable
standards, legislation and regulations, in particular all requirements of the standard
EN12445whichestablishesthetestmethodsforcheckingautomatedsystems
fordoorsandgates.Theadditionaldevicesmustundergospecictesting,both
in terms of their functions and in terms of their interaction with the control unit;
therefore, you need to refer to the instruction manuals for the individual devices.
8.1 - Testing
The sequence of steps to be performed when running the testing phase, as
describedbelow,referstoatypicalsystem:
1Check that all the instructions in the “Installation warnings” chapter have
been rigorously complied with.
2Releasethemotor.Checkthatthegatecanbemanuallymanoeuvredwitha
forcenogreaterthan225N.
3Lock the motor.
4Using the control devices (transmitter, push button, key switch, etc.), test the
Opening, Closing and Stopping of the gate, ensuring that the movement of
thegateleavescorrespondstospecications.Testseveraltimestoassess
the movement of the gate and check for any defects in assembly or adjust-
ment and for any particular points of friction.
5Check, one by one, that all the safety devices featured in the system (photo-
cells, sensitive edges, etc.) work properly.
6If the dangerous situations caused by the movement of the gate leaves have
been safeguarded against by limiting the impact force, the impact force must
bemeasuredaccordingtotheEN12445standard.
8.2 - Commissioning
Commissioning can only be performed after obtaining positive results in all the
testphasesrunonthecontrolunitandtheotherdevices(paragraph8.1).It is
not permissible to execute partial commissioning or to enable use of
the system in “makeshift” conditions.
1Prepare and store the technical documentation for the automated system
foratleast10years.Thismustincludeat least:anassemblydrawingofthe
automated system, a wiring diagram, an analysis of hazards and solutions
adopted, a manufacturer’s declaration of conformity of all the devices installed
(forthecontrolunit,usetheannexedCEdeclarationofconformity);acopyof
the automation system instruction manual and maintenance schedule.
2Postalabelonthegateprovidingatleastthefollowingdata:typeofauto-
mated system, name and address of manufacturer (person responsible for
the“commissioning”),serialnumber,yearofmanufactureand“CE”marking.
3Post a permanent label or sign near the gate detailing the operations for
releasing the system and its manual operation
4Post a permanent label or sign on the gate containing this picture (min. height
60mm).
5Prepare the declaration of conformity for the automation system and hand it
to the owner.
6Preparethe“Instructionsandwarningsfortheuseoftheautomationsystem”
and hand it to the owner.
7Prepare the maintenance schedule for the automation system and hand it to
the owner; it must include all the instructions regarding maintenance of the
individual devices.

English – 15
EN
1 2
- +
21
10 FURTHER DETAILS AND DIAGNOSTICS
10.1 - Further details
10.1.1 - Signals when switching ON
WhentheDPRO500controlunitisswitchedON,thereactionofthegreenOK
L2 led and the red WARNING L1 LED is important, as shown in Table 4. In
particular,itindicateswhether:
- The recognition of the Opening and Closing positions is correct;
- The recognition of the (sensitive edge) safety device is correct and what kind
of safety device has been recognised.
TABLE 4
Signals when
switched on
Signal
GREEN OK
L2 LED
RED WARNING
L1 LED
Blank memory (no acquired
position or safety device)
Rapidashingfor5
seconds
Rapidashingfor5
seconds
Positions acquired correctly
and“8k2”safetyrecognised
Rapidashingfor2
seconds
Justoneslowash
Positions acquired correctly
and“OSE”safetydevice
recognised
Rapidashingfor2
seconds
Twoslowashes
Afterprovidingthesignalsshownin Table 4,theDPRO500 controlunit shows
anyerrorsthroughDiagnosticsusingtheOKL2ledandtheWARNINGL1LED.
10.1.2 - Other functions
Status and diagnostics indicator (terminal on the keyboard)
The control unit allows you to connect a 24V-5W max. indicator light to the
“indicator”terminalonthepushbuttonpanelhousedinsidetheboxcover(Fig.
21:terminal1-,2 +). The“indicator”canbeinstalled on thecoveritself,by
making a hole on the latter, or it can be installed outside the control unit at a
maximumdistanceof2mfromthelatter.
CAUTION! - The output is not protected against short-circuits.
This“indicator”functionsinthefollowingway:
- off when the safety chain is open (ALT inp, red STOP button, thermal protec-
tion or release)
- ashes0.5sON,0.5sOFFwhenitworksproperly
- showsthesamediagnosticsastheredL1WARNINGLEDwhenthereare
“seriouserrors”(Paragraph10.2).
Setting the pause time for automatic closing
1SetDIPswitches3and4toON.
2Send a command to open the gate so as to move the gate to its fully open
position.
3Once this position is reached, wait for a period of time equal to the required
pause time for automatic closing and then command the gate to close. The
pause time for automatic closing is now saved.
Inordertochangethepausetime,setdip3and4toOFFandthenbacktoON.
At this point you must repeat the sequence of opening, pause time and closing.
CAUTION! - WhenDIPswitch4ismovedtotheOFFposition,thepausetime
is deleted.
10.2 - Diagnostics
Some devices are equipped to display messages to identify their status and faults. The following table describes the various alarm signals according to the type
ofproblem.ThesealarmsignalsareprovidedbyappropriateashesofthegreenOKL2LEDandtheredWARNINGL1LEDandfromtheashinglight(ifthere
is one) connected to the specially programmed control unit outputs.
DIAGNOSTICS GREEN OK L2 LED
Signal Cause Solution Flashing light
2ashes-shortpause
2ashes-longpause
Triggering of a photocell
At the start of the manoeuvre, one or more photocells fail to give the
enable signal; check for obstacles and whether the photocells are in-
terferingwitheachother’sIR.Whenthesafetydeviceshaveintervened,
the automation can be controlled with a person present through the
wired controls. It is not possible to send commands via radio.
Flash
4ashes-shortpause
4ashes-longpause
Triggering of the STOP input
At the start of or during the manoeuvre, the STOP or ALT input was
triggered; identify the cause. When the safety devices have intervened,
the automation can be controlled with a person present through the
wired controls. It is not possible to send commands via radio.
Flash
6ashes-shortpause
6ashes-longpause
Manoeuvre limiting device --- Flash
9ashes-shortpause
9ashes-longpause
Automation system locked Sendthe“ReleaseAutomation”commandorcommandthe
manoeuvrewith“Step-by-StepHighPriority”.
Flash
TheLEDscomeonfor3
seconds
Lock automation --- Flash
2ashesof1secondwith
pause of 1.5 seconds
Automation system released --- Flash
DIAGNOSTICS RED WARNING L1 LED
Certain signals can be cancelled by pressing the red STOP button
Signal Cause Solution Flashing light
5ashes-shortpause
5ashes-longpause
EEPROMerror-Errorinthe
internal parameters of the control
unit
Disconnect and reconnect the power supply. If the error persists, run
the“Totaldeletionofthecontrolunitmemory”(paragraph7.8)and
rerun installation. If the condition persists, there may be a serious
fault and you will need to replace the electronic circuit board.
Flash
2ashes-shortpause
2ashes-longpause
Safety Test Error Reruntherecognitionprocedureforthesafetydevicesconnectedto
thecontrolunit(paragraph7.9).
---
3ashes-shortpause
3ashes-longpause
Error in direction of rotation
of the Encoder Or inverted limit
switch
ReversethedirectionofrotationoftheencoderbymovingDIPswitch
2toON(seeparagraph7.10).Ifthemotormountsamechanicallimit
switch, reset the error by pressing the STOP button and invert the
opening limit switch connection with that of the closing limit switch
at the LIMIT SWITCH terminal (Fig. 14).

16 – English
EN
4ashes-shortpause
4ashes-longpause
Error with safety limit switches The gate has gone past the safety limit switches during Opening
or Closing. Move the gate manually to about half way up using the
emergency manoeuvre system (see the manual of the motor) and
press the STOP button on the cover in order to restore operation.
Assess whether you need to change the previously acquired Open-
ing/Closingpositions.
---
6ashes-shortpause
6ashes-longpause
Error with contactor Disconnect all the power lines for a few seconds, then try sending a
command again; if the problem persists, there may be a serious fault
on the circuit board or on the connections of the motor. Carry out
checks and replace parts, if required.
---
7ashes-shortpause
7ashes-longpause
RS485communicationerroron
Encoder
Check that the motor-control unit cable is connected correctly, in
particulartheencodercable(6colouredwires).
---
8ashes-shortpause
8ashes-longpause
Encoder error Check that the motor-control unit cable is connected correctly, in
particulartheencodercable(6colouredwires).Reruntherecogni-
tion procedure of the Opening and Closing positions.
---
9ashes-shortpause
9ashes-longpause
Error in limit switch acquisition RepeattherecognitionprocedureoftheOpeningandClosingposi-
tions.
---
10ashes-shortpause
10ashes-longpause
Error in movement time-out Thedefaultsettingforthemovementtime-outis60seconds.Check
whether there are any obstructions to the movement of the gate
or whether the gate has actually performed the movement. Check
whether the duration of the timer has been changed (using the
Oviewprogrammerifavailable).RepeattherecognitionoftheOpen-
ing and Closing positions.
---
Note - The diagnostic signals provided by ashing leds stop when the control unit is given a command.
By using an external ashing light*, the diagnostics signals continue for two sequences of ashes (e.g. “3 ashes – short pause – 3 ashes –long
pause” repeated twice).
IMPORTANT: To connect the external ashing light, you need to use the additional NDA040 board (not supplied).
* Congured with the Oview programmer as “Flashing Light 1”
L1 and L2 LED DIAGNOSTICS
Signal Cause
FlashesfastalternatingredLEDandgreenLED Firmwareupdatingphaseinprogress
4ashes-pause-4ashesoftheLEDsimultaneously Awaitingrmwareupdating
SAFETY LED DIAGNOSTICS
Signal Cause Solution
On Correct operation ---
Off Safety chain open The safety chain is made up of the series of inputs (ALT, Stop via button, motor
thermal protection, motor release). Close the circuit
11 WHAT TO DO IF…
(troubleshooting guide)
Thefollowingisalistofpossiblemalfunctionsthatmayoccurduringinstallationorduetoafailure,togetherwiththepossiblesolutions:
• The motor is at a standstill, no manoeuvre is commanded and the red LED flashes: verify the type of flashing by checking the L1 LED Diagnostics
table(paragraph10.2)andpresstheredSTOPbuttontocancelthediagnostics.
• The radio transmitter does not control movements and the LED on the transmitter does not come ON: check to see if the transmitter batteries
have run down and replace them, if necessary.
• The radio transmitter does not control movements but the LED on the transmitter comes ON: check to see if the transmitter is correctly saved
ontheradioreceiver.Also,checkthatthetransmittersendsitsradiosignalscorrectly,byperformingthefollowingempiricaltest:pressanybuttononthe
transmitterandplaceitsLEDontheaerialofanyordinaryradiothatisONandtunedto108.5Mhz(orclosetoit)ontheFMband;inthisway,youshould
hear a slight noise with crackling pulses.
• When a command is sent, no manoeuvre takes place and the OK LED does not flash: check that the control unit is connected to mains supply
withvoltageof230/400V.Also,checkthatthefuseshavenotblown;iftheyhave,identifythecauseofthefailureandthenreplacethemwithothersofthe
same type.
• When a command is sent, no manoeuvre takes place and the flashing light is OFF: check that the command is actually received; if the command
reaches the SS input, the OK LED flashes twice to indicate that the command has been received.
• The manoeuvre fails to start and the flashing light flashes a few times: count the number of flashes and check the meaning of the flashes with the
diagnosticstableinparagraph10.2
• The motor turns in the opposite direction:
- for a three-phase motor, you need to invert the “V”and“W”phasesofthemotor
- for a single-phase motor, you need to invert the “V”and“W”phasesofthemotor
• The manoeuvre starts but stops shortly after:identifythecauseusingthediagnosticsoftheLedsonthecontrolunit.
• The red WARNING L1 led ashes 9 times followed by a pause:therewasanerrorintherecognitionprocedureoftheOpeningandClosingpositions.
Youmustdeletethememory(see7.9)andrepeatthepositionrecognitionprocedure(see7.10).

English – 17
EN
12 PRODUCT DISPOSAL
This product constitutes an integral part of the automation and, therefore, must be disposed of together with it.
Similarlytotheinstallationphase,oncetheproductreachestheendofitsusefullife,thedisassemblyandscrappingoperationsmustbeperformedbyqualied
personnel.
This product is made of various types of materials, some of which can be recycled while others must be scrapped. Seek information on the recycling and disposal
systems envisaged by local regulations in your area for this product category.
CAUTION! – Some parts of the product may contain polluting or hazardous substances which, if released into the environment, constitute serious environmental
and health risks.
As indicated by the adjacent symbol, the product may not be disposed of together with domestic waste. Sort the materials for disposal, acco
ding to the methods envisaged by current legislation in your area, or return the product to the retailer when purchasing an equivalent product.
CAUTION!–Locallegislationmayincludetheapplicationofheavynesintheeventofimproperdisposalofthisproduct.
13 TECHNICAL SPECIFICATIONS
WARNINGS: •Alltechnicalspecicationsstatedhereinrefertoanambienttemperatureof20°C(±5°C).•NiceS.p.A.reservestherighttoapplymodications
to products at any time when deemed necessary, maintaining the same intended use and functionality.
Type Electromechanical self-braking gear motor for the automatic movement of sliding gates for industrial use,
completewithelectroniccontrolunitDPRO500
Pinion Z=18;Module=6;Pitch=18.8
Peak thrust 216Nm
Nominal torque 65Nm
Nominal torque speed 0.16m/s(9,50m/min)
Operating limits TUB4000isgenerallycapableofautomatinggatesupto4000Kginweightand30minlength.
Power supply 3~400Vac+/-10%;50Hz.
Max. absorbed power 580W
Nominal absorption 1,6A
Insulation class 1 (a safety earthing system is required)
Operating temperature -20°C...55°C
Protection level IP 54
Dimensions (mm) 580x480x240
Weight 60kg

18 – English
EN
EU Declaration of Conformity (N. 624/TUB4)
and declaration of incorporation of “partly completed machinery”
Note: the contents of this declaration correspond to that stated in the official document filed in the offices of Nice S.p.A. and, in particular,
the latest version thereof available prior to the printing of this manual. The text herein has been re-edited for editorial purposes. A copy of
the original declaration can be requested from Nice S.p.A. (TV) Italy.
Revision:2  Language: EN
Manufacturer’s name: NICE S.p.A.
Address: ViaPezzaAltaN°13,31046RustignèdiOderzo(TV)Italy
Person authorised to compile the technical documentation: NICE S.p.A.
Address: ViaPezzaAltaN°13,31046RustignèdiOderzo(TV)Italy
Product type: Electromechanical gearmotor 400V three-phase
Model / Type: TUB4000
Accessories: Radioreceiversmod.SMXI,SMXISandONEXI,OXI,OXIBD,OXILR,OVIEW
 OpticalsafetyedgeTMF,NDA040
 PhotocellsERAfamilyS,M,L
Theundersigned,RobertoGriffa,asChiefExecutiveOfficer,herebydeclaresunderhisownresponsibilitythattheproductidentifiedabove
complieswiththeprovisionsofthefollowingdirectives:
• Directive2014/30/UE(EMC) EN61000-6-2:2005-EN61000-6-3:2007+A1:2011
Inaddition,theproductconformstothefollowingdirectiveinaccordancewiththeprovisionsapplicableto“partlycompletedmachinery”:
(AnnexII,part1,sectionB):
• Inaddition,theproductconformstothefollowingdirectiveinaccordancewiththeprovisionsapplicableto“partlycompletedmachinery”:
Directive2006/42/ECOFTHEEUROPEANPARLIAMENTANDCOUNCILofMay172006regardingmachinesandamendingDirective
95/16/EC(consolidatedtext).
 -Itishereby declaredthattherelevanttechnicaldocumentationhasbeen compiledinaccordancewith AnnexVIIPartBofDirective
2006/42/ECandthatthefollowingessentialrequirementshavebeenappliedandfullled:1.1.1-1.1.2-1.1.3-1.2.1-1.2.6-1.5.1-1.5.2-
1.5.5-1.5.6-1.5.7-1.5.8-1.5.10-1.5.11
 -Themanufactureragreestotransmittothenationalauthoritiesanypertinentinformationon“partlycompletedmachinery”,inresponse
to a motivated request, without prejudice to its intellectual property rights.
 -Shouldthe“partlycompletedmachinery”becommissionedinaEuropeancountrywithanofciallanguagedifferenttotheoneusedin
this declaration, a translation into that language accompanying this declaration must be provided by the importer.
 -The“partlycompletedmachinery”maynotbecommissioneduntilthenalmachineryintowhichitistobeincorporatedhasbeendecl
redtoconformtotheprovisionsofDirective2006/42/EC,whereappropriate.
Theproductalsocomplieswiththefollowingstandards:EN60335-1:2012+A11:2014,EN62233:2008,EN60335-2-103:2015
PlaceandDate: Oderzo,19/12/2017
Ing. Roberto Griffa
(ChiefExecutiveOfcer)