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Need help?Do you have a question about the Nice FLOR Series and is the answer not in the manual?
Explains how memory cards store and manage authorized codes for receiver activation.
Details transmitter installation, operation verification, and battery status checks.
Explains how to modify key-channel associations on specific transmitter models.
Provides instructions for wiring modular receivers, covering power and output connections.
Details the quick method for adding transmitter codes, highlighting potential security risks.
Provides the standard procedure for entering new transmitter codes via the receiver interface.
Explains how to add new codes using an existing authorized remote control.
This document describes the FLOR and VERY series radio control systems, including modular receivers (FLOXMR, FLOXM220R), various transmitters (FLO1R, FLO2R, FLO4R, and VR of the VERY series), memory cards (BM60, BM250, BM1000), and aerials (ABF - ABFKIT).
The FLOR system utilizes a "Rolling Code" technique for enhanced security. Unlike traditional systems with fixed codes, the Rolling Code changes a part of the code with each transmission, following a predefined sequence. The code is masked with mathematical functions, ensuring no logical connection between consecutive codes. The receiver remains synchronized with the transmitter and only accepts the programmed code sequence. This makes it extremely difficult to copy the signal, as a "used" code will not be recognized again. The system incorporates a "code window" allowing the receiver to accept the next code plus a certain number of subsequent codes in sequence, but never a code that has already been used. If the system exits the code window, the receiver automatically re-synchronizes: the first received code is stored without activation, and the next signal synchronizes the system and activates the outputs. Automatic re-synchronization is only possible if codes are received in the established sequence.
The modular receivers (FLOXMR or FLOXM220R) allow control of up to 4 channels simultaneously and can manage up to 1020 code numbers. They offer various relay output functions, including standard (MXD), timer (MXT), and step-by-step (MXP) types. Special functions can also be activated on normal MXD type modules, such as step-by-step, timer, and anti-theft functions.
Transmitters are ready to use with pre-set code numbers. Pressing a key should cause the red LED to flash, indicating transmission. A built-in battery state control mechanism provides visual feedback: a fully charged battery results in an initial LED pulse followed immediately by the transmission signal. A partly flat battery shows an initial pulse, but transmission starts after half a second, prompting a battery change. A completely flat battery causes the LED to flash at half-second intervals without transmitting, requiring immediate battery replacement.
The key-channel connection can be modified. For key 1, cut the track linking it to the 1st channel and solder one of the other pads to link it to the 2nd, 3rd, or 4th channel. The same procedure applies to the 2nd key. For VR transmitters in the VERY series, key/channel association cannot be modified.
Each transmitter has a unique code. The receiver activates only if a transmitter's code is on the "authorised" list on the memory card. Receivers are supplied with a BM1000 card (max 255 codes), but BM60 (max 16 codes) or BM250 (max 63 codes) can also be used. Up to 4 memory cards can be plugged in, providing a total of 1020 code numbers. Cards must be plugged in order (1st to 4th). The receiver searches codes starting from the first card. If a card is not full or missing, subsequent cards are disregarded. Memory cards must be of the same type. Upon power-on, the receiver indicates the memory card type by LED flashes (BM60: brief flash; BM250: two flashes; BM1000: three flashes).
For maximum security, the code learning function can be disabled (locally or remotely). After entering all desired remote control codes, break the indicated track on the memory card. To re-enable, join the two pads with solder. Important: Turn off the receiver before inserting or removing a memory card.
Relay modules typically have free, normally open contacts. To obtain a normally closed contact, cut the "NO" track and join the "NC" pads with solder.
All programming operations are timed and require careful reading of instructions before execution. A small red LED indicates the procedure steps and receiver states through stable states (off/on) and flashes of two speeds (slow 1/2 second, fast 1/4 second).
The TIMER function must be active (jumper on 3). Remove relay modules if not activating relays. Press and hold key 1 on a functioning transmitter. Within 3 seconds, press and hold the receiver key. Release the transmitter key. Release the receiver key after a time equivalent to the desired programmed time (max 2.5 hours). The receiver's normal operation is inhibited during this process.
Transmitters indicate battery status. If the battery is partly flat, it should be changed as soon as possible. If completely flat, it must be changed immediately.
The receiver requires an ABF or ABFKIT aerial for proper operation; without it, the range is limited to a few meters. Install the aerial as high as possible, ideally above metal or reinforced concrete structures. If the supplied cable is too short, use a 52-Ohm coaxial cable (e.g., RG58) no longer than 10 m. Connect the core to terminal 2 and the shield to terminal 1. If the earth connection is poor, connect the shield's terminal to a good earth point nearby for increased range. If an ABF or ABFKIT aerial cannot be installed, the supplied wire can be used as an aerial by laying it flat and connecting it to terminal 2.
Always turn off the receiver before inserting or removing a memory card to prevent damage or data corruption.
General| Brand | Nice |
|---|---|
| Model | FLOR Series |
| Category | Remote Control |
| Language | English |
