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This product is a high-performance fire control circuit specifically designed for various electric airsoft. It features robust current output capability and extensive programmable options, making it ideal for enhancing airsoft performance and user customization.
Wide Input Voltage:
Supports a voltage range of 7.4V to 14.8V, ensuring compatibility with a variety of power sources.
High Current Capacity:
Handles up to ~100A main motor current, making it suitable for high-power motors.
Overcurrent Protection (OCP):
Automatically disconnects the output when external load is excessive, a short circuit occurs, or the motor is connected in reverse. This protects internal components from damage.
Enhanced Braking System:
Optimized design reduces circuit resistance, improving braking torque. This results in quicker stops after firing.
Responsive Operation:
Uses premium MOSFET components for fast, crisp responses with no delay or jitter.
Compact and Flexible Design:
Compatible with various gearbox models, featuring multiple mounting points for easy installation.
Programming Capabilities:
The system can be customized using the selector switch and trigger. Available options include:
Single Shot Mode Behavior:
Configure how the system reacts in single-shot mode, such as:
-
- Single Shot: Fires one shot per trigger pull.
- Two-stage Single Shot: Fires only after completing two trigger pulls.
- Burst Mode: Fires a fixed number of shots (e.g., three-shot burst).
- Auto Mode Behavior:
- Options include continuous automatic firing or short bursts (e.g., three-shot burst).
Pre-compression Adjustment:
- Allows setting the gear position after firing.
Example: Higher pre-compression levels improve braking but may increase wear.
LiPo Battery Cell Count:
- Automatically detects battery cells or can be manually set (e.g., 2, 3, or 4 cells) to avoid misinterpretation.
Example: Prevents a discharged 3-cell battery from being detected as a full 2-cell battery.
Pre-feed Time:
- Configures the magazine’s feed time after insertion. Useful for motor-driven magazines to ensure reliable feeding.
