Related Manuals for Nice D-PRO AUTOMATIC NDCC1000
Summary of Contents for Nice D-PRO AUTOMATIC NDCC1000
- Page 1 Industrial D-PRO AUTOMATIC - NDCC1000 - NDCC1100 - NDCC1200 Control unit Installation instructions and warnings EN - English – 1...
- Page 2 2 – English...
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Page 3: Table Of Contents
3.3.2. Connecting a resistive or pneumatic safety edge .....12 5.4 D-Pro Automatic errors list .............28 3.4 Electrical connections for photocells ........13 5.5 Nice inverter errors list ............29 3.5 Electrical connections for external buttons (INPUT) ....13 3.6 Electrical connections for signal lights (OUTPUT) ....13 DISPOSING OF THE PRODUCT .........30... -
Page 4: General Safety Instructions
• Before proceeding with product installation, sary, request Nice customer service support. check that all the material to be used is in ex- Throughout this manual, the term "product" re- cellent condition and suitable for use fers to the D-PRO Automatic control unit mod. -
Page 5: Special Warnings In Relation To European Directives
Nice S.p.a. product catalogue. - Electromagnetic compatibility may not be guar- anteed if the product is used in unintended con- figurations or with other unintended products;... -
Page 6: Product Description And Intended Use
• NDCC1000 is a control unit designed to operate rolling shutters and • Check that the fastening area is not subject to flooding; if necessary, install the sectional doors with three-phase 3x400 Vac motors equipped with Nice product adequately raised off the ground. -
Page 7: Typical Installation
These components are positioned according to a typical and usual layout. Referring to fig. 2, determine the approximate position in which each component Fig.2 shows an example of an automation system designed with Nice in the system will be installed. components: 1 Gearmotor IMPORTANT! –... -
Page 8: Control Unit Installation
2.5 Control unit installation Proceed as follows to fasten the control unit: 01. Open the control unit cover by unscrewing its fastening screws - fig.3A or fig.3B; 02. Prepare holes for the entry of electrical cables for the control and/or signalling accessories. To maintain the IP protection rating, use a suitable tool (e.g. - Page 9 Three-phase motor connection Connection for single-phase motor with inverter NDCC1000 control unit) NDCC1100 control unit) L3 N L3 N L3 N L3 N L3 N Connection for single-phase motor with boost board ( NDCC1200 control unit) boost board L3 N L3 N L3 N L3 N...
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Page 10: Description Of Electronic Circuit Board
1/2 UP opening cam (can only be used with mechanical limit switches) Terminal for connecting an external aerial Moulded connector connecting RADIO compatible Nice radio receiver L3 N Logic board for controlling the D-Pro LOGIC BOARD Automatic CHAIN MOTOR LINE... -
Page 11: Description Of Push Button Panel Board
2.7 Description of push button panel board TABLE 5A - Push button panel board Description Front Flat-cable connector for communication between push button panel and control unit DIP switches for changing control unit parameters and programming (see table below for various configurations) Rear buttons for selecting control unit programming Connector for external emergency button. -
Page 12: Electrical Connections
- place an 8k2 Ohm resistor in series with the edge; For further information, please contact the Nice support service. - change the position of the jumper between the central pin and the 8k2 marking (fig. -
Page 13: Electrical Connections For Photocells
3.4 Electrical connections for photocells 3.6 Electrical connections for signal lights (OUTPUT) (fig. 13) A photocell can be connected directly to the product’s X5 terminal (fig. 15) This control unit is equipped with 3 outputs programmable via "5. LIST OF PARAMETERS AND ERRORS"... -
Page 14: Connection Of A Radio Receiver
The control unit has an SM connector for connecting a SMXI, SMXIS, OXI, OXIT as that set in parameter P2 (e.g.: or OXIBD radio receiver (with Nice one-way radio transmitter) or similar (the 2000) radio receiver is an optional accessory, not provided). -
Page 15: Position Learning
WARNING! – Before starting to move the door, make sure it is at least WARNING! – If wishing to change the type of motor from one with an 50 cm above the ground. inverter to one without an inverter, perform the EE_0 type deletion before connecting the motor. -
Page 16: Position Fine Adjustment
3.12.1. Position fine adjustment Give a full open-close or close- After learning the positions, if the set limit stop is not in the desired position, the open command (depending on opening and closing limits can be adjusted: where position was changed). 11A) •... -
Page 17: Changing Direction Of Motor Rotation
After the function test, check the fastening screws are positioned correctly. 3.14 Enabling partial opening (GREEN and WHITE, fig. 21) The additional limit switches 5 and 6 The control unit allows a partially open position to be set during the limit switch are potential-free switching contacts. -
Page 18: Testing And Putting Into Service
4.3 Setting a PIN (control unit lockout code) TESTING AND PUTTING INTO SERVICE After checking that the control unit is operating correctly, you may decide to set a control unit lockout PIN that prevents the user from changing parameters, During automation design, the testing and putting into service phases are setting positions and deleting the memory. -
Page 19: Unlocking The Control Unit (Momentary)
4.3.2. Unlocking the control unit (momentary) 4.3.3. Deactivating the PIN (control unit lockout code) Proceed as follows to unlock the control momentarily*: Proceed as follows to permanently deactivate the control unit lockout PIN. TABLE 17 - Unlocking the control unit TABLE 18 - Deactivating the control unit lockout code Phase Operation to be performed... -
Page 20: List Of Parameters And Errors
Incr. 0.33 Safety limit stop distance Incr. 5000 0.33 Nice encoder firmware version Num. 0.33 Number of operating hours run by Nice encoder Hours 9999 0.33 Minimum distance for photocell trigger Incr. 8191 0.57 (see also parameter P104) Overrun control Adjustment of maximum overrun correction Incr. - Page 21 1 = Motor operation with Nice inverters without label 1.32 Num. 2 = Not used 3 = Motor operation with Nice inverters with label EE_2 and EE_3 4 = Tubular motor operation Main contactor activation delay 0.33 Direction relay deactivation delay 0.33...
- Page 22 Parameter name Electronic encoder selection 0 = Standard encoder Num. 0.80 1 = Special encoder To set, press and hold the STOP button for about 2 seconds Traffic light / door bolt Traffic light selection options (NDA030 board only) 0 = Traffic light deactivated 1 = Traffic light flashes during manoeuvre Num.
- Page 23 Parameter name Options for safety edge and man-present mode (Connector X5 - J32) 0.33 0 = Optical or resistive safety edge connected 1 = Pneumatic safety edge connected 2 = Electrical safety edge connected, but only with inversion 3 = Pneumatic edge connected, but only with inversion 4 = No safety edge connected - close only when man present 5 = No safety edge connected - close also possible in industrial mode (semi-automatic opening and closure when man present)
- Page 24 Parameter name Options for relay 1 (X3 pins 7-8-9) 0.33 0 = Traffic light manoeuvre indicator flashing 1 = Traffic light manoeuvre indicator on steady 2 = Traffic light manoeuvre indicator flashing but only during manoeuvre Num. 1.76 (off when door stationary) 3 = Traffic light manoeuvre indicator on steady but only during manoeuvre (off when door stationary) 10 - 25 = as for P110...
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Page 25: Automatic Door Cycles - P4
5.1.1. Automatic door cycles – P4 - P58: used to set a slight delay relating to the activation of the emergency STOP. By default, this parameter is set to a very low, almost instantaneous, If wishing to perform tests by running continuous automatic cycles on the value so that when the emergency STOP activates, the door will immediately control units, parameter P4 can be used. -
Page 26: Inverter Setting Parameter Table - "U" Series
5.2 Inverter setting parameter table – “U” series Number Name Unit Minimum value Maximum value Default EE_1 Default EE_2 Default EE_3 Maintenance Type of device Number Version (number) Number Version (date) Number Version (year) Number Memory of detected short-circuits Number Speed Slow (or creep) frequency Opening frequency... -
Page 27: Service Parameter Table - "C" Series
5.3 Service parameter table - “C” series Name Code entry for control unit unlocking Number 9999 0.40 Code saving for control unit locking/ Number 9999 0.40 unlocking Software identification number (must be Number 0.40 410) Software subversion (must be 400) Number 1000 0.40... -
Page 28: D-Pro Automatic Errors List
Fault detected on contact of the motor direction relays If the error persists, call a technician Communication error with Nice inverter (generic error) Press the STOP button on the front panel Press the STOP button on the front panel. Communication error with Nice inverter (command... -
Page 29: Nice Inverter Errors List
Absence of boost capacitor control board (Terminal F103 Motor thermal relay activation or manual release F104 activation 5.5 Nice inverter errors list TABLE 19 B - Nice inverter errors list Error Description Solution Short-circuit protection. Press the STOP button on the front panel F200 The error will first appear as “E200”... -
Page 30: Disposing Of The Product
• All of the technical specifications given refer to a temperature of 20°C (± 5°C). • Nice reserves the right to make such changes to the product as are deemed necessary while maintaining its functionality and intended use. • The complete use manual consists of the use instructions for the automation and the instructions for the control unit belonging to it. -
Page 31: Declaration Of Product Conformity
DECLARATION OF PRODUCT CONFORMITY EC Declaration of Conformity and declaration of incorporation as “partly completed machinery” The EC Declaration of Conformity can be downloaded from our website www.niceforyou.com English – 31... - Page 32 Nice SpA Oderzo TV Italy www.niceforyou.com info@niceforyou.com...
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