This document describes the AlphaFire X Series (9th Generation) Firing Module and its associated transmitters, designed for remote ignition of fireworks. The system emphasizes safety, ease of use, and reliability through radio frequency remote technology.
Function Description:
The AlphaFire X Series Firing Module is a device specifically designed to ignite fireworks and e-matches remotely. It operates by receiving radio frequency signals from compatible transmitters (remotes) to trigger the ignition process. The module features a 3-position switch for different operational modes: OFF, SYNC-TEST, and ARM. The SYNC-TEST mode allows users to check the connection of igniters and synchronize or delete transmitters. The ARM mode prepares the module for firing, offering both manual and sequential firing options. An LED indicator provides visual feedback on the module's status, including power, low power, firing, RF signal, overload, and short warning indications. The system supports two types of transmitters: Transmitter A for manual firing and Transmitter B for sequential firing with adjustable interval times.
Important Technical Specifications:
- Model No.: RF1XG9
- Power: 1x 9V battery (6LR61 or 6F22 or equivalent)
- Firing Current: >750mA, Max. 9A
- Test Current: <1mA
- Low Power Indication: 1 ohm, < 700mA. If the battery is too low, the DIM Red LED will blink.
- Sizes: L62xH46xW38mm. The antenna is retractile and can be folded.
- Transmitter Features: OOK Modulation, 433.92MHz frequency, Learning Code.
- Safety Features: Power/Low Power Indication, Firing Indication, RF Signal Indication, Overload Protection, Short Warning Indication.
- FCC Compliance: The device complies with Part 15 of the FCC Rules, ensuring it does not cause harmful interference and accepts any interference received.
Usage Features:
Firing Module (RF1XG9):
- Parts:
- 1-Wiring Terminals: Red for anode, black for cathode, used for connecting igniters/e-matches.
- 2-3-Position Switch: Controls the module's mode (OFF / SYNC-TEST / ARM).
- 3-SYNC Button: Used for synchronization or deleting synchronization.
- 4-LED Indicator: Two-color (red and green) LED providing various status indications.
- 5-Antenna: Retractile and foldable for optimal signal reception.
- 6-Enclosure: The main body of the module.
- 7-Battery Cover: For inserting/removing the 9V battery.
- Battery Insertion/Removal: The battery cover slides open to allow insertion or removal of a 9V battery.
- 3-Position Switch (#2) Modes:
- SYNC-TEST: Used to check igniter connection (LED lights green if OK) and to synchronize or delete transmitters by pressing the SYNC button (#3).
- ARM: Prepares the module for firing. Two firing modes are selectable in this position.
- LED Indicator (#4) States:
- Two Color LED: Red and Green.
- Red: Indicates heavy current flow during firing or a short circuit when in ARM mode.
- Dim Red: Appears in SYNC-TEST mode if no igniter is connected or the igniter is broken.
- Blinking Dim Red: Indicates low power for firing an igniter.
- Green: Appears in SYNC-TEST mode when an igniter connection is tested OK.
- Blinking Green: Indicates the module is counting a firing sequence.
- Orange (Red and Green on simultaneously): Indicates the module is armed and ready to fire in ARM mode.
- Test Function (A7): When an igniter is connected and the 3-Position Switch is in SYNC-TEST, the LED Indicator (#4) will light green if the connection is good. If not, the igniter is broken or wires are not connected properly. Firing is only possible when the connection is tested OK.
Transmitters / Remotes:
- B1. Transmitter A (Manual Firing Transmitter): Available in 1, 2, 4, or 12-button configurations. Each button (labeled 1-12 or A-D) can fire its corresponding synchronized module manually.
- B2. Transmitter B (Sequential Firing Transmitter): A 12-button device with labels like 0.1, 0.2, ..., 0.9, 1.0, 2.0, and ALL.
- Button 0.1: Fires multiple synchronized modules sequentially with a 0.1-second interval.
- Button 0.2: Fires multiple synchronized modules sequentially with a 0.2-second interval, and so on.
- Button ALL: Fires all synchronized modules simultaneously (interval time is zero).
Synchronization (SYNC):
- Before SYNC (C1): It is recommended to delete existing synchronization data before performing new synchronization. A firing module can store codes for one button of Transmitter A and one Transmitter B. Synchronizing a new transmitter/button of the same type will replace the old one.
- Synchronize Transmitter A (C2):
- Shift the 3-Position Switch (#2) from OFF to SYNC-TEST.
- Press and hold the SYNC-TEST button (#3) for more than 3 seconds until LED Indicator (#4) lights up.
- Within 3 seconds, press one button on Transmitter A.
- LED Indicator (#4) will blink twice and return to its previous state, confirming successful synchronization. The button's numeral is remembered as the Sequencing Number for sequential firing.
- Synchronize Transmitter B (C3):
- Shift the 3-Position Switch (#2) from OFF to SYNC-TEST.
- Press and hold the SYNC-TEST button (#3) for more than 3 seconds until LED Indicator (#4) lights up.
- Within 3 seconds, press any button on Transmitter B.
- LED Indicator (#4) will blink twice and return to its previous state, confirming successful synchronization.
- Check Synchronization (C4):
- Shift the 3-Position Switch (#2) from OFF to SYNC-TEST.
- To check Transmitter A: Press a synchronized button (e.g., Button 5) on Transmitter A. The LED Indicator (#4) will blink once.
- To check Transmitter B: Press a synchronized button (e.g., Button 0.7) on Transmitter B. The LED Indicator (#4) will blink 5 times at 0.7-second intervals.
- Delete Synchronization (C5):
- Shift the 3-Position Switch (#2) from OFF to SYNC-TEST.
- Press and hold the SYNC-TEST button (#3) for more than 6 seconds.
- The LED Indicator (#4) will light up, then blink twice, and return to its previous state. All stored transmitter codes are cleared.
Firing (D):
- Pre-firing Checklist:
- Ensure firing modules and transmitters/remotes are well-powered with no low power indications.
- All units must be synchronized.
- Igniters must be connected well and tested OK.
- Antennas on both modules and transmitters/remotes should be fully extended.
- Firing modules should ideally be placed at a height of 1.5m or more above the ground.
- The 3-Position Switch (#2) on the module must be in the ARM position.
- The distance between the transmitter/remote and the modules must be less than the values marked on the transmitters/remotes, but more than 0.5m.
- Mode 1: Manual Firing: Use Transmitter A. Press the corresponding button to fire the matching synchronized module.
- Mode 2: Sequential Firing: Use Transmitter B. Press a button (e.g., Button 0.1) to fire synchronized modules sequentially according to their Sequencing Numbers (1, 2, 3, ...) at the specified interval (e.g., 0.1 seconds for Button 0.1). Pressing Button ALL fires all modules simultaneously.
Maintenance Features:
- Low Power Indication (A5): The blinking Dim Red LED indicates low battery power, serving as a reference for battery replacement. While some sensitive igniters might still fire, it's recommended to replace the battery for reliable operation, especially with igniters requiring more current.
- Warning B: If the marked LED Indicator stays RED (not dim red) when the 3-Position Switch is in OFF, SYNC-TEST, or ARM, the module should not be used as it may randomly ignite, posing a danger.
- FCC Warning C: Users are advised to reorient or relocate the receiving antenna, increase separation between equipment and receiver, connect to a different circuit, or consult a technician if interference occurs. Unauthorized changes could void the user's authority to operate the equipment.
General Safety Warning:
This device is for igniting fireworks, which are explosives and can cause serious injury or death. Users are responsible for safe and legal operation according to local laws and regulations. RFRemotech is not liable for illegal or unsafe use and disclaims responsibility for any direct or consequential injury, loss, or damage arising from the use or inability to use the device.
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