Nice oxibd инструкция по программированию

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  Nice made in Italy OXIBD OXIBD/A Radio receiver EN — Instructions and warnings for installation and use…

• Page 2: Product Description

  Instructions translated from Italian PRODUCT DESCRIPTION OXIBD (OXIBD/A) is a radio receiver designed for being installed on a control unit for automating gates, garage doors and road barriers. – 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! •…

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  • Other product characteristics – The OXIBD receiver is compatible with the “O-Code”, “FloR”, “TTS”, “Smilo” and “Flo” one-way radio encod- ing systems, and with the “BD” two-way encoding system. In particular, the “O-Code” and “BD” encoding systems allow for exploiting all the advanced and exclusive functions of the “NiceOpera” system.

• Page 4: Installation And Connection

  INSTALLATION AND CONNECTION The receiver must be connected to the control unit by inserting it through the relevant slot: Before inserting (or removing) the receiver, disconnect the power supply to the control unit. Connect the antenna supplied to terminal 1 of the re- ceiver, as shown in Fig.

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  Restore the power supply to the control unit. MEMORISING / DELETING TRANSMITTERS IN THE RECEIVER The first one-way transmitter to be memorised in the receiver also defines the encoding system (“O-Code” (“O-Code/A”) or “FloR” or “TTS” or “Smilo” or “Flo”) that each successive one-way transmitter to be memorised must have.
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  • 2 green flashes = transmitters with O-Code (O-Code/A) or FloR or TTS encoding system • 2 green flashes and 1 orange flash = transmitters with O-Code x 2+1 (O-Code/A) or FloR or TTS + BD encoding system • 3 green flashes = transmitters with Smilo encoding system • 3 green flashes and 1 orange flash = transmitters with Smilo + x 3+1 BD encoding system • 5 green flashes = no transmitter memorised…
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  KEY TO THE SYMBOLS USED IN THE MANUAL Symbol Description (on the receiver) LED “B” STEADY LIT (on the receiver) LED “B” LONG FLASH (on the receiver) LED “B” QUICK FLASH (on the receiver) LED “B” OFF Disconnect power supply / Restore power supply Wait …
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  Press and release key “A” of the receiver Release key “A” of the receiver Press and release the desired transmitter key Hold down the desired transmitter key Release the desired transmitter key Read the control unit’s instruction manual … Observe when LED “B” emits signals The system can be programmed in Mode 1 or in Mode 2: see Paragraphs 3.1 and 3.2.
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  procedure terminates, the memorisation will occupy a single memory location and the command associated with each key will depend on the “List of commands” present on the automation’s control unit. PROCEDURE 1 — Mode 1 memorisation On the receiver: hold down key A and wait for the green LED B to light up.
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  by the installer from the “List of commands” of the automation’s control unit. Note — A key can be associated with only one output, while the same output can be associated with multiple keys. PROCEDURE 2 — Mode 2 memorisation (and extended Mode 2) In the control unit manual: choose the command to be memo- rised and remember its “identification number”.
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  transmitter already memorised. The procedure does not entail any direct action on key A of the receiver, only the presence of the transmitter within the receiver’s reception range. • The memorisation “near the receiver” can be prevented by blocking the receiver’s function through Procedure 7 (Paragraph 3.8).
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  3.5 — Memorising (in the receiver) the control unit Series/Address, for the BusT4 network The OXIBD (OXIBD/A) receiver can interact with a single control unit through the “BusT4” network. If the system contains multiple control units connected to each other via “BusT4”, before carrying out the following procedure the cable of the “BusT4”…
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  “Memorising the control unit Series/Address for the BusT4 network” procedure. WARNING! — To ensure correct management of the status on two-way transmitters (ON3EBD (ON3EBD/A)), the OXIBD (OXIBD/A) receiver must have the same Series as the control unit. 3.6 — Deleting the receiver’s memory (fully or partially) In a one-way system, the memorisation or code deletion procedures involve the receiver alone.
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  With the memorisation of two-way transmitters in the OXIBD (OXIBD/A) receiver, the identification code of the same receiver is automatically memorised by the transmitter. Warning! — if the two-way transmitter in the OXIBD (OXIBD/A) receiver is deleted, to complete the operation it is necessary to also delete the transmitter’s memory.
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  3.7 — Deleting a SINGLE transmitter or a SINGLE key from the receiver memory PROCEDURE 6 — Deleting a SINGLE transmitter or a SINGLE key from the receiver memory On the receiver: hold down key A, observe the green LED B light up and move to step 02 when it switches off.
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  procedure (Paragraph 3.3) or the “enabling code” procedure (Paragraph 3.4). The default setting is ON for both procedures. To perform the following procedure it is necessary to have a transmitter already memorised in the receiver. PROCEDURE 7 — Locking (or release) of memorisations carried out with the “near the control unit”…

• Page 17: Other Functions

  Within 5 seconds: repeatedly press and release key A of the > 5 sec < receiver to choose one of the following functions, identifiable by the status of LED B: — No lock active = LED OFF — Locking of the memorisation “near the control unit” = RED LED — Locking of the memorisation with the “enabling code”…

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  When the transmitter is used for the first time, the receiver will memorise the new priority level received and ignore any command sent by the lost or stolen transmitter, should it be used. The priority can be changed through the O-Box programmer. By default the receiver has the “Priority”…

• Page 19: Technical Specifications

  O-Box and O-View programmers, if the password is not known. TECHNICAL SPECIFICATIONS OXIBD Product type Two-way receiver Decoding OXIBD: “BD” / “O-code” / “FloR” / “TTS” / “Flo” / “Smilo” OXIBD/A: “BD” / “O-code/A” Input impedance 50 Ω Reception frequency 433.92 MHz Transmission frequency 433.92 MHz (only BD)

• Page 20: Product Disposal

  – All technical specifications stated herein refer to an ambient temperature of 20°C (± 5° C). – Nice reserves the right to apply modifications to the product at any time when deemed necessary, without altering the intended use and functions of the product itself.

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  SIMPLIFIED EU DECLARATION OF CONFORMITY Hereby Nice S.p.A. declares that the radio equipment type OXIBD is in compliance with Directive 2014/53/EU. The full text of the EU declaration of conformity is available at the following internet address: https://www.niceforyou.com/en/support…
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  Signals emitted by LED B of the receiver Long flashes > GREEN On start-up: 1 Z = Current encoding system: “Flo” 2 Z = Current encoding system: “O-Code”/“FloR” 3 Z = Current encoding system: “Smilo” 5 Z = No remote control memorised During operation: 1 Z = Indicates that the code received is not stored in the memory 3 Z = Saving code in memory 5 Z = Memory deleted…
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  5 Z = During the deletion procedure, indicates that the code has been deleted 5 Z = “Certificate” with lower priority than the admissible level 6 Z = Code synchronisation failure Long flashes > RED 1 Z = Non-original code block 2 Z = Code with lower priority than the authorised level Short flashes > RED 1 Z = “In vicinity”…
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  Nice S.p.A. Via Callalta, 1 31046 Oderzo TV Italy www.niceforyou.com info@niceforyou.com…

1. Manuals
2. Brands
3. Nice Manuals
4. Receiver
5. OXIBD/A

Manuals and User Guides for Nice OXIBD/A. We have 2 Nice OXIBD/A manuals available for free PDF download: Instructions And Warnings For Installation And Use, Instructions For The Fitter

made in Italy

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• Other product characteristics

–The OXIBD receiver is compatible with the “O-Code”, “FloR”, “TTS”, “Smilo” and “Flo” one-way radio encoding systems, and with the “BD” two-way encoding system. In particular, the “O-Code” and “BD” encoding systems allow for exploiting all the advanced and exclusive functions of the “NiceOpera” system.

–The OXIBD/A receiver is compatible with the “O-Code/A”, “FloR/A” one-way radio encoding systems, and with the “BD” two-way encoding system.

–The receiver, if it contains one-way transmitters only, can manage 1024 memory locations at the most: one location can alternatively memorise a single transmitter (if its keys are memorised as a “single set”, with the Mode 1 procedures – read Paragraph 3.1), or a single key (if memorised with the Mode 2 procedures – read Paragraph 3.2). If the receiver contains two-way transmitters only, a maximum of 750 two-way transmitters can be memorised.

–Each receiver has its own identification number, known as the “Certificate”. This allows for accessing several operations, such as, for example: the memorisation of new transmitters without having to access the receiver, and the use of the O-View programmer through its “BusT4” connection to the control unit.

–This receiver can be used solely with control units equipped with “SM”-type plug connector (verify the most suitable control units on the Nice product catalogue or on the www.niceforyou.com website).

–This receiver automatically recognises the characteristics of the control unit on which it is installed and selfsets in the following way:

—If the control unit manages the “BusT4”, the receiver makes available up to 15 different commands.

—If the control unit DOES NOT manage the “BusT4”, the receiver makes available up to 4 different commands. Important! – In both cases, the number and diversity of the available commands depend on the type and

model of the control unit adopted. The “Table of commands” of each control unit is shown in the respective instruction manual.

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3 MEMORISING / DELETING TRANSMITTERS IN THE RECEIVER

The first one-way transmitter to be memorised in the receiver also defines the encoding system (“O-Code” (“O-Code/A”) or “FloR” or “TTS” or “Smilo” or “Flo”) that each successive one-way transmitter to be memorised must have. Transmitters with “BD” encoding can instead be memorised freely, as they are compatible with oneway transmitters inside the receiver’s memory.

Each single coding allows for exploiting only the functions linked to that specific encoding system.

To verify to which encoding system the transmitters already memorised in the receiver belong, proceed as follows (Warning! – The receiver must already be connected to the control unit):

Verification of the TYPE OF ENCODING system adopted by the transmitters already memorised

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