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Summary of Contents for Nice Robus RBS400
- Page 1 Robus RBS400 RBS600 RBS600HS Gearmotor for sliding gates EN - Instructions and warnings for installation...
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Page 2: Table Of Contents
ENGLISH Translation of the original instructions in full CONTENTS GENERAL SAFETY WARNINGS AND PRECAUTIONS TROUBLESHOOTING GUIDE General warnings ........3 Troubleshooting . -
Page 3: General Safety Warnings And Precautions
– The manufacturer declines all liability for damages to property, GENERAL SAFETY WARNINGS AND objects or people resulting from failure to observe the assem- PRECAUTIONS bly instructions. In such cases, the warranty for material defects shall not apply. GENERAL SAFETY WARNINGS AND PRECAUTIONS –... - Page 4 – Avoid looking at LEDs directly. Appliances with radio device – The manufacturer of this appliance, Nice S.p.A., hereby declares that the product complies with Directive 2014/53/EU. – The instruction manual and the full text of the EU Declaration of Conformity are available at the following Internet address: www.niceforyou.com, under the “support”...
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Page 5: Product Description
PRODUCT DESCRIPTION PRODUCT DESCRIPTION ROBUS is a range of irreversible electromechanical gearmotors designed for automating sliding gates. They are equipped with an electronic control unit and an “SM”-type snap-on connector for OXI or OXIBD receivers (refer to the “Connecting an SM- type radio receiver (optional accessory)”... -
Page 6: Installation
PRODUCT USAGE LIMITS INSTALLATION The data relative to the product’s performances is included in the “TECH- NICAL SPECIFICATIONS” chapter (page 54) and is the only data that INSTALLATION allows for properly assessing whether the product is suitable for its intend- ed use. - Page 7 Table 3 ESTIMATED DURABILITY IN RELATION TO THE MANOEUVRE SEVERITY INDEX ROBUS 600 Severity index % ROBUS 400 ROBUS 600 Durability in cycles Weight of the leaf (kg) Up to 200 200 ÷ 400 400 ÷ 500 500 ÷ 600 Leaf length (m) Up to 4 4 ÷...
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Page 8: Product Identification And Overall Dimensions
PRODUCT IDENTIFICATION AND OVERALL RECEIPT OF THE PRODUCT DIMENSIONS All the components contained in the kit are illustrated and listed below. The overall dimensions of the product are shown in “Figure 2”. 340 mm 220 mm Mod. 600 HS Mod. 400 / 600 Gearmotor Metal hardware (screws, washers, etc.) Anchor bolts... -
Page 9: Pre-Installation Works
PRE-INSTALLATION WORKS The figure shows an example of an automation system, constructed using Nice components. A Gearmotor Note 1 If the power supply cable is longer than 30 m, a cable with larger B Photocells cross-sectional area (3 x 2.5 mm... -
Page 10: Installing The Gearmotor
INSTALLING THE GEARMOTOR Before proceeding with the installation, open the stop hook (A) and remove the cover (B) by loosening the fix- ing screws after manually unlocking the motor using the Incorrect installation may cause serious physical injury to spanner provided the person working on the system or to its future users Before starting to assemble the automation, complete the preliminary checks described in the “Pre-installation... - Page 11 cast the concrete to secure the foundation plate (“Figure 9") position the gearmotor (D) while taking care to insert the pinion (E) beneath the rack (F) (“Figure 12") Before the concrete hardens, make sure the foundation plate is perfectly level and parallel to the gate leaf wait for the concrete to harden and then remove the nuts (“Figure 10") verify that the gearmotor lies parallel to the gate leaf (“Figure 13")
- Page 12 insert the washers and nuts provided and tighten them slightly vigorously tighten the nuts to secure the gearmotor to the founda- (“Figure 15") tion plate and apply the sticker (I) relative to the unlocking instruc- tions (“Figure 18") slide the gate leaf open by hand, stopping it 2/3 before the me- adjust the gearmotor’s height using the adjuster grub screws (H) chanical stop (“Figure 19") and move the pinion to roughly 1 or 2 mm from the rack, so as to...
- Page 13 manually close the gate leaf leaving it 2/3 cm from the mechanical secure the cable in the relevant cable clamp to avoid damaging it stop and repeat the operations described above to fasten the limit during the successive phases (“Figure 24") switch bracket (“Figure 21") 2-3 cm if the anchor bolts were also used for fastening, cut away the ex-...
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Page 14: Manually Unlocking And Locking The Gearmotor
MANUALLY UNLOCKING AND LOCKING THE IMPORTANT. The gearmotor is factory-configured for be- GEARMOTOR ing installed on the right-and side (“Figure 26") The gearmotor is equipped with a mechanical unlocking system that al- lows for opening and closing the gate manually. These manual operations should only be performed in case of a power outage, malfunctions or during the installation phases. -
Page 15: Electrical Connections
ELECTRICAL CONNECTIONS ELECTRICAL CONNECTIONS PRELIMINARY CHECKS All electrical connections must be made with the sys- tem disconnected from the mains electricity and with the emergency power supply (if present in the automation) disconnected The connection operations must only be carried out by qualified personnel. -
Page 16: Wiring Diagram And Description Of Connections
WIRING DIAGRAM AND DESCRIPTION OF CONNECTIONS 4 3 1 WIRING DIAGRAM Bluebus Bluebus FLASH STOP 4 3 2 DESCRIPTION OF CONNECTIONS Table 5 ELECTRICAL CONNECTIONS Terminals Description FLASH This output is programmed by default to command a Warning light. The output can be programmed through all (output limited to 10 W –... -
Page 17: Using The Control Unit Buttons
ADDRESSING OF DEVICES CONNECTED WITH 4 3 3 USING THE CONTROL UNIT BUTTONS THE BLUEBUS SYSTEM The control unit has 4 buttons, which behave differently in relation to the current status of the control unit. By means of addressing using special jumpers, the “BlueBUS” system enables the user to make the control unit recognise the photocells and OPERATION DURING PROGRAMMING assign the correct detection function. -
Page 18: Ft210B Photosensor
4 4 1 FT210B PHOTOSENSOR Table 6 The FT210B photosensor combines in a single device a force limiting sys- PHOTOCELL ADDRESSES tem (type C, in accordance with the EN12453 standard) and a presence Position of the Photocell sensor that detects obstacles on the line of sight between the TX transmit- jumpers ter and RX receiver (type D, in accordance with the EN12453 standard). -
Page 19: Slave" Mode
“SLAVE” MODE Compatibility guaranteed with two products of the current generation or with one of the current generation and one of the previous generation (not prior to January 2019) When properly programmed and connected, ROBUS can function in “Slave” mode; this type of function is used when 2 opposing gate leaves must be automated with the synchronised movement of the two gate leaves. -
Page 20: Final Checks And Start-Up
In Slave mode with products of the previous generation FINAL CHECKS AND START-UP (RBA3), the Bluebus connecting cables between the two motors must be inverted FINAL CHECKS AND START-UP POWER SUPPLY CONNECTION The power supply connections must only be made by Bluebus Bluebus qualified and experienced personnel possessing the nec-... -
Page 21: Device Learning
DEVICE LEARNING The status LED (L) is lit steady red After connecting the power supply, the control unit must learn the devices connected to the “BlueBus” and “STOP” inputs, and also the rotation direction of the motor set on the selector. Moreover, this procedure rec- ognises and memorises the input and output expansion board connected to the control unit. -
Page 22: Leaf Length Learning Operations
5 3 2 LEAF LENGTH LEARNING OPERATIONS If the procedure was successful, LEDs "L3" and "L4" will switch off. Before proceeding, make sure that the gate leaf is positioned midway along its path (not completely closed nor completely open). If it is not, unlock the motor, move the leaf then lock the motor again. -
Page 23: Checking The Automation's Movement
CHECKING THE AUTOMATION’S MOVEMENT INVERTING THE DIRECTION OF MOTOR ROTATION Once the leaf length has been learned, it is advisable to carry out a few manoeuvres in order to verify that the automation moves properly To modify the rotation direction, simply position selector (A) in the desired direction and start the BlueBus search procedure (refer to the “Device learning”... -
Page 24: Testing And Commissioning
“Manually mation’s devices. unlocking and locking the gearmotor” (page 14) (“Figures 85 For all the above-mentioned documentation, Nice – and 86”) through its technical assistance service – provides the verify whether it is possible to manually move the automation in... -
Page 25: Radio Programming
The procedures have a limit time for being performed RADIO PROGRAMMING Before starting, it is necessary to understand the entire process RADIO PROGRAMMING The symbols used in the various programming / deletion procedures with RADIO PROGRAMMING DESCRIPTION the internal radio module are listed in “Table 10”. During the execution of the programming procedures, refer to “Figure 48”... - Page 26 PLEASE NOTE = For further details relative to the functions linked to the extractable radio receivers, consult the website www niceforyou com Table 10 KEY TO THE SYMBOLS USED IN THE MANUAL Description Symbol LED “R” steady lit LED “R” long flashing LED “R”...
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Page 27: Verifying Transmitter Encoding
VERIFYING TRANSMITTER ENCODING To verify to which encoding system the transmitters already memorised in the receiver belong, proceed as explained in the table below: Table 11 VERIFICATION OF THE TYPE OF ENCODING SYSTEM ADOPTED BY THE TRANSMITTERS ALREADY MEMORISED Description Symbols used OFF ON ----... -
Page 28: Memorisation In "Mode 2
7 3 2 MEMORISATION IN “MODE 2” During the execution of the procedure indicated in “Table 13”, the receiver memorises a single button among those present on the transmitter, assigning the function chosen by the installer. To memorise further buttons, repeat the procedure from the beginning for each button to be memorised. The memorisation will ultimately occupy a single memory location and the command associated with the memorised button will be that chosen by the installer from the “List of commands”... -
Page 29: Deleting A Radio Command
DELETING A RADIO COMMAND 7 4 1 DELETING A SINGLE COMMAND ASSOCIATED WITH A BUTTON FROM THE RECEIVER’S MEMORY During the execution of the procedure indicated in “Table 15” it is possible to delete the memorisation of a command associated with a button Warning! If the transmitter is memorised in “Mode 1”... -
Page 30: Locking (Or Release) Of Memorisations Carried Out With The "Near The Control Unit" Procedure And/Or Through The "Enabling Code
7 4 3 LOCKING (OR RELEASE) OF MEMORISATIONS CARRIED OUT WITH THE “NEAR THE CONTROL UNIT” PROCEDURE AND/OR THROUGH THE “ENABLING CODE” Through the procedure indicated in “Table 17”, it is possible to inhibit the memorisation of new transmitters in the receiver when attempting to use the “near the receiver”... -
Page 31: Programming The Control Unit
PROGRAMMING THE CONTROL UNIT PROGRAMMING THE CONTROL UNIT There are 3 buttons on the control unit: (“Figure 50”) which can be used both to command the control unit and to programme the available functions. Aerial The available programmable functions are grouped into two levels and L8”... -
Page 32: Level 1 Programming (On-Off)
LEVEL 1 PROGRAMMING (ON-OFF) All Level 1 functions are factory-set to “OFF” and can be modified at any time. To check the various functions, refer to “Table 18”. 8 2 1 LEVEL 1 PROGRAMMING PROCEDURE The user has maximum 20 seconds to press the buttons consecutively during the programming procedure After this time, the procedure terminates automatically and memorises the changes made up to that time To perform Level 1 programming: press and hold the... -
Page 33: Level 2 Programming (Adjustable Parameters)
LEVEL 2 PROGRAMMING (ADJUSTABLE PARAMETERS) All the Level 2 parameters are factory-set as highlighted in “GREY” in “Table 19” and can be modified at any time. The parameters can be set to a scale of 1 to 8. The check the value corresponding to each LED, refer to “Table 19”. If the configuration of a parameter (Level 2) is not recognised with respect to the configurations present, the control unit will switch on the two LEDs L1 and L8 simultaneously and intermittently to signal that the present value is out of range If necessary, the values can be forced by pressing the... - Page 34 LEVEL 2 FUNCTIONS (ADJUSTABLE PARAMETERS) Entry LED Parameter LED (level) Set value Description “Open Gate Indicator” (OGI) function Enabled if gate leaf closed Adjusts the function associated with the OGI Enabled if gate open output [regardless of the associated function, Enabled with radio output no.
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Page 35: Special Functions
Indicated below are the buttons and LEDs with which the user can inter- check. The number of manoeuvres after which the signal is given can act: be configured through the MyNicePro app or through all compatible Nice interfaces. – W1 = Power/Sys (power LED and integrated Wi-Fi module status LED) –... -
Page 36: Bidi-Wi-Fi Interface
The module cannot connect to the domestic Wi-Fi network Steady red Lit green Stable or is unable to connect to the Nice cloud. 8 5 2 BIDI-WI-FI INTERFACE Warning! If it is not correctly inserted, the BiDi-Wi-Fi in- terface could get damaged or permanently damage the... -
Page 37: Connecting The Pro-View
CONNECTING THE PRO-VIEW MEMORY DELETION The control unit has a BusT4 connector to which it is possible to connect, The procedure described below restores the control through the IBT4N interface, the “Pro-View” interface, which allows for fully unit’s default settings All the custom settings will be lost and rapidly managing the installation, maintenance and diagnosis of the entire automation through a Wi-Fi connection and the MyNice Pro app. -
Page 38: Troubleshooting Guide
TROUBLESHOOTING GUIDE TROUBLESHOOTING GUIDE TROUBLESHOOTING The table below contains useful instructions to resolve any malfunctions or errors that may occur during installation or in case of a fault. Table 22 TROUBLESHOOTING Problems Recommended checks The radio transmitter does not control the automation and the LED on the transmitter fails Check whether the transmitter batteries are exhausted and replace them if necessary. -
Page 39: Replacing The Motor Control Card
REPLACING THE MOTOR CONTROL CARD In case of a malfunction, the motor control card can be replaced by per- forming the procedures described below Disconnect the power supply to the control unit by removing the fuse F2 and, if necessary, the emergency power supply Remove any cables Remove the control unit (refer to “Removing the control unit”... -
Page 40: Signalling Through Warning Light
SIGNALLING THROUGH WARNING LIGHT During the manoeuvre, the “FLASH” warning light flashes once every second; whenever anomalies occur, shorter flashes are emitted; the flashes are repeated twice with a one-second pause in between. Table 24 FLASH WARNING LIGHT SIGNALS Fast flashes Cause ACTION 2 flashes... -
Page 41: Control Unit Led
Status light with positions already learned Table 25 STATUS LIGHT Green light The light remains on at the start of each manoeuvre if there are no anomalies in the system and switches off when the manoeuvre terminates. Normal operation Red light The light remains on at the start of each manoeuvre if the set number of manoeuvres for maintenance has been exceeded and switches off when the manoeuvre terminates. - Page 42 Table 28 LEDS ON THE CONTROL UNIT BUTTONS LED 1 Description During normal operation, this indicates that “Automatic Closing” is disabled. During normal operation, this indicates that “Automatic Closing” is active. Function programming in progress. Flashes If it flashes together with “L2”, it means that the device learning phase must be carried out (refer to the “Device learning” paragraph).
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Page 43: Radio Diagnostics
RADIO DIAGNOSTICS Table 29 SIGNAL OF LED R ON THE CONTROL UNIT Long flashes > GREEN at start-up Current encoding system: “O-Code” No remote control memorised Long flashes > GREEN during operation Indicates that the code received is not stored in the memory Saving of the code in memory Memory deleted During programming, indicates that the code is not authorised for memorisation... -
Page 44: Anomaly Log
ANOMALY LOG ROBUS can display any faults that have occurred in the last 8 manoeuvres, for example interruption of a manoeuvre due to activation of a photocell or sensitive edge. To check the list of anomalies, proceed as indicated in “Table 30”. Table 30 FAULT LOG Description... -
Page 45: Further Details (Accessories)
10 1 3 I/O EXPANSION BOARD (OPTIONAL ACCESSORY) FURTHER DETAILS (Accessories) The control unit is configured for housing various versions of I/O expansion boards which make available additional inputs and outputs. Each addition- FURTHER DETAILS (Accessories) al input/output can be personalised as if it were a physical input/output of the control unit. -
Page 46: Learning Of Other Devices
Table 31 EXPANSION BOARD Product Description Input characteristics Output characteristics IN 3 = dry contact (COM – IN3) OUT3 = Open Drain (max 10W = 24V - 0.4A) 4 Input IN 4 = dry contact (COM – IN4) OUT4 = Open Drain (max 10W = 24V - 0.4A) MLAE44 4 Output IN 5 = dry contact (COM –... -
Page 47: Relay Photocells With Phototest Function
10 1 8 RELAY PHOTOCELLS WITH PHOTOTEST FUNCTION The control unit features a PHOTOTEST function which increases the reliability of the safety devices, enabling it to be classified in Category 2 in accord- ance with the EN 13849-1 standard regarding the combination of the control unit and safety photocells. Warning! To activate the PHOTOTEST function, it is necessary to modify the configuration through the compatible Wi-Fi interfaces and the MyNice Pro app Whenever a manoeuvre is started, all safety devices involved are checked and only if everything operates correctly will the manoeuvre start. -
Page 48: Relay Photocells Without Phototest Function
10 1 9 RELAY PHOTOCELLS WITHOUT PHOTOTEST FUNCTION The control unit has the dedicated PHOTO input to which it is possible to connect the NC contact of the relay photocells. Unlike the configuration with “PHOTOTEST”, after a command is given the manoeuvre is carried out without checking the validity of the signal coming from the photocells, without nonetheless altering the external photocells’... -
Page 49: Electric Lock
10 1 10 ELECTRIC LOCK connect the appropriate cable to the connector of the back-up bat- tery (PS124) (“Figure 69") The OGI output is by default enabled for the OGI (Open Gate Indicator) function, but can be programmed for controlling an electric lock (refer to the “Level 2 programming (adjustable parameters)”... -
Page 50: Connecting The Oview Programmer
10 3 CONNECTING THE OVIEW PROGRAMMER 10 4 CONNECTING OTHER DEVICES The control unit has a BusT4 connector to which the “Oview” programmer If the user needs to power external devices, such as a proximity reader for can be connected, through the IBT4N interface. The programmer allows transponder cards or the light of the key selector switch, power can be for fully and rapidly managing the installation, maintenance and diagnosis tapped as shown in the figure. -
Page 51: Epmob Photocells And Elmm Courtesy Light
10 4 1 EPMOB PHOTOCELLS AND ELMM COURTESY LIGHT The installation of the EPMOR photocell is illustrated be- low For further information, also refer to the manual sup- plied with photocell itself ROBUS 600 HS is supplied without the mounting brack- ets for the accessories Kit RBSKITSAFE1 includes the brackets and courtesy light ELMM The procedure described also applies to the installation... - Page 52 fasten the photocell to the bracket (M) using the same screw and Warning! Before proceeding with the final fastening, veri- nut removed previously (“Figure 78") fy that the photocell is aligned with the reflecting unit (EP- MOB) or (EPMOR) Warning! Pay attention to the direction of installation of the photocell permanently fasten the photocell to the mounting bracket.
- Page 53 wire the courtesy light ELMM (N) (“Figure 82") connect the cables as indicated (“Figure 84") fasten the courtesy light using the clip (O) (“Figure 83") position the cover tighten the screws close the locking hook and remove the key supplied. ENGLISH –...
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Page 54: Technical Specifications
TECHNICAL SPECIFICATIONS All technical specifications stated in this section refer to an ambient temperature of 20°C (± 5°C). Nice S.p.A. reserves the right to apply modifications to the product at any time when deemed necessary, without altering its functions and intended... - Page 55 Table 34 INCORPORATED RADIO RECEIVER TECHNICAL SPECIFICATIONS Description Technical specification Product type Incorporated two-way receiver Decoding OXIBD: "BD" / "O-code" Memorisable transmitters Up to 100 if memorised in “Mode 1” Input impedance 50 Ω Reception frequency 433.92 MHz Transmission frequency 433.92 MHz (only BD) Sensitivity - 108 dBm...
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Page 56: Conformity
CONFORMITY CONFORMITY EU Declaration of Conformity and declaration of incorporation of “partly completed machinery” The EU declaration of conformity can be downloaded from the website www niceforyou RBS400 RBS600 RBS600HS www.Niceforyou.com www.Niceforyou.com www.Niceforyou.com www.Niceforyou.com www.Niceforyou.com www.Niceforyou.com 56 – ENGLISH... -
Page 57: Product Maintenance
PRODUCT MAINTENANCE PRODUCT DISPOSAL PRODUCT MAINTENANCE PRODUCT DISPOSAL The automation must be subjected to maintenance work on a regular ba- This product is an integral part of the operator and must sis in order to guarantee it lasts. therefore be disposed of with it Maintenance must be carried out strictly in compliance As with the installation, only qualified personnel must dismantle the prod- with the safety provisions provided in this manual and in... -
Page 58: Instructions And Warnings
INSTRUCTIONS AND WARNINGS Before using the automation system for the first time, ask the installer to Safety devices out of order: the automation can also be used when one explain the origin of residual risks and take a few minutes and read this or more safety devices are defective or out of order. - Page 59 Manually unlocking and locking the gearmotor The gearmotor is equipped with a mechanical unlocking system that al- lows for opening and closing the gate manually. These manual operations should only be performed in case of a power outage, malfunctions or during the installation phases. To unlock the device: Open the locking hook (A) using the key provided (“Figure 85") At this point, the automation can be moved manually to the desired...
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Page 60: Parameters And Programmable Functions
The following pages list all the parameters and functions of the control unit with their relative reference values. With the exception of a few parameters that are read-only, almost all the available parameters can be modified through all the compatible Nice interfaces. -
Page 61: Installation Parameters
15 3 INSTALLATION PARAMETERS Available programming through compatible interfaces BlueBus search (0x0A) This function can be used to start the learning procedure for devices connected to the BlueBus input and to the STOP input. It is also used to identify the direction of rotation of the motor (refer to the paragraph concerning the motor’s rotation direction) and associate the connected expansion boards. -
Page 62: Basic Parameters
Data deletion (0x0C) The deletion procedures described below cannot be cancelled This function enables the user to delete the configuration of the control unit and the data saved in it, by choosing among the following options: – No deletion No deletion takes place; –... - Page 63 – open until disengagement = if the safety devices (photocells) intervene during a closing manoeuvre, the automation starts to perform an opening manoeuvre, which continues until the photocells are disengaged. At this point, the manoeuvre is shut down and the automation starts the closing manoeuvre after the stand-by time programmed in the “stand-by time”...
- Page 64 Speed management (0x40) – Open speed (25 100 (%), default = 60%) The function can be used to programme the motor speed during an opening manoeuvre. – Opening slowdown speed (22 100 (%), default = 22%) The function can be used to programme the motor speed during the slowdown phase of an opening manoeuvre. –...
- Page 65 Pre-flashing (0x93) – Active (ON OFF, default = OFF) This function can be used to generate a pre-flash before the start of each manoeuvre to signal in advance a danger situation. The pre-flashing times can be configured for each manoeuvre direction Function ON = activate the pre-flashing time between activation of the warning light and the start of an opening or closing manoeuvre Function OFF = the warning light starts flashing when the manoeuvre starts –...
- Page 66 Button lock (ON OFF, default = OFF) (0x9C) This function disables operation of the buttons present on the control unit. This function is particularly useful if children are present Function ON = the control unit inhibits any command sent from the control unit buttons Function OFF = normal operation Warning! The Radio button remains active Internal radio inhibition (ON...
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Page 67: Available Commands
The following tables list all the commands available that can be interpreted by the control unit. These commands are divided into BASIC and EXTENDED commands and can be used from any source (radio remote control, wired inputs on terminal block, compatible Nice interfaces, etc.) 16 1 BASIC COMMANDS... -
Page 68: Command Configuration
COMMAND CONFIGURATION COMMAND CONFIGURATION 17 1 STANDARD CONFIGURATION This section groups the available configurations that can be associated with the inputs present on the control unit (including any expansion boards). Important! To ensure correct operation of the control unit, the inputs must be associated with the desired command and then with the desired operating mode WARNING! The command’s behaviour is managed according to the modes specified in the “operating mode”... -
Page 69: Configuration Of The Safety Functions
OPERATING MODES OF THE COMMANDS OPERATING MODE COMMAND DESCRIPTION (default mode in bold) The control unit forces the closing command only when the main power supply source fails. Closing on Emergency Condominium close Warning = The function only activates if there is a secondary power supply (example: battery pack). - Page 70 OPERATING MODE DESCRIPTION The described “open - open” sequence is executed. If the command is sent several times, it is not taken into account until Condominium open 1 the maximum opening position is reached. The described “open - open” sequence is executed. If the command is sent several times, it is not taken into account until the maximum opening position is reached.
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Page 71: Input Configuration
INPUT CONFIGURATION INPUT CONFIGURATION This item groups the available configurations that can be associated with the inputs present on the control unit and on expansion boards, if any (optional accessories). The inputs present on the control unit’s terminal block are identified as: –... -
Page 72: Output Configuration
OUTPUT CONFIGURATION OUTPUT CONFIGURATION This section lists the functions available on the outputs present on the control unit and on expansion boards, if any (optional accessories). 19 1 CONTROL UNIT OUTPUT CONFIGURATION This item groups the available functions that can be associated with outputs present on the control unit of an automation. The control unit outputs are identified as: –... -
Page 73: Output Configuration - Expansion Modules
CONTROL UNIT OUTPUT CONFIGURATION FUNCTION DESCRIPTION With this function programmed, the output activates when the application is in the maximum closing position. Suction cup 1 (0x0B) Note – The output is disabled in all other situations. When the suction cup deactivates, before an opening [note 1] manoeuvre is started, the time interval programmed in the “suction cup time”... - Page 74 CONFIGURATION OF THE EXPANSION BOARD OUTPUTS FUNCTION DESCRIPTION The output powers the relay photocells and verifies their integrity when the manoeuvre starts. PhotoTest (0x25) The type of interaction is strictly linked to the configuration of the inputs configured as PHOTO, PHOTO1 and PHOTO2.
- Page 75 NOTES ENGLISH – 75...
- Page 76 Nice SpA Via Callalta, 1 31046 Oderzo TV Italy www.niceforyou.com info@niceforyou.com...
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