Product Description:
The Digital Timer for Light & CO₂ is a smart automation device designed to control aquarium lighting and CO₂ systems with precision and efficiency. With programmable on/off settings, it ensures a consistent schedule for plant growth, fish health, and overall aquarium balance. This easy-to-use timer helps eliminate the need for manual switching, making it ideal for freshwater and planted tanks, marine setups, and aquascapes.
Specifications:
Type: Digital Timer
Voltage: 220-240V
Frequency: 50/60Hz
Display: LCD screen for easy setup
Programmable Time Intervals: Multiple daily on/off settings
Modes: Manual, Auto, and Random
Backup Battery: Retains settings during power outages
Max Load: Suitable for aquarium lights, CO₂ solenoids, pumps, and heaters
Plug Type: Standard plug for compatibility
Key Features:
Automates Light & CO₂ Control: Ensures proper photoperiod and CO₂ injection for plants.
Multiple Time Settings: Allows flexible scheduling for different aquarium needs.
User-Friendly Digital Interface: Easy to program and adjust.
Power Backup Memory: Saves programmed settings during power failures.
Energy Efficient: Prevents unnecessary power usage and ensures precise operation.
Safe & Reliable: Designed for continuous aquarium use.
Uses:
Aquarium Lighting: Maintains a consistent day-night cycle for fish and plants.
CO₂ Solenoid Valve Control: Automates CO₂ injection for planted tanks.
Filter & Pump Scheduling: Helps optimize filtration and flow patterns.
Temperature Regulation: Can be used with aquarium heaters for stable temperature control.
Usage Tips:
Set the timer according to plant light and CO₂ requirements (e.g., 8-10 hours for plants).
Ensure CO₂ is turned on before lights and off after lights for efficiency.
Regularly check the backup battery to prevent loss of settings.
Use different timers for lights and CO₂ to maintain precise control.
Note:
Ensure correct wattage compatibility before use.
Keep away from water exposure to prevent damage.
Test programmed settings before final installation.