Entovate Outdoor Event Timer—Precision Timing for Mosquito Traps and Research Devices
Our Entovate Outdoor Event Timer has been purpose-built for field researchers, vector control specialists, and anyone who needs reliable, programmable automation for insect traps and environmental equipment. Designed to withstand outdoor conditions, this timer gives you full control over when your trap fans, CO₂ solenoids, or blue/UV lights are active—optimizing trap efficacy and conserving energy.
Key Features and Benefits:
Flexible Power & Control:
Runs on 12 VDC power for portable, battery-operated applications. Choose the version that best fits your needs:12 VDC Control Model – Connects directly to standard 12-volt devices (fans, solenoids, lights, etc.) for quick setup.
Universal Voltage Control Model – Still powered by 12 VDC for maximum flexibility in remote locations, but able to switch external loads from 6 VDC up to 120 VDC (great for compatibility with different equipment and international standards).
Note: Total load capacity is up to 15 amps.
Intuitive Scheduling:
Built on a robust 7-day programmable platform, the timer lets you set up to 28 separate on/off events each day—ideal for precisely coordinating trap operation with mosquito activity peaks (like dusk, dawn, or custom research intervals). Enable traps only when needed to conserve power and supplies, reduce non-target bycatch, and improve data quality.Weatherproof & Field-Ready:
Comes enclosed in a rainproof, water-resistant case. Ready for use in demanding outdoor settings—simply mount at your field site and connect your chosen devices.Trusted by Professionals:
Used extensively by entomologists and surveillance teams for reliable, unattended trap operation across hundreds of deployments.Simple Programming:
The user-friendly interface makes setting and adjusting events straightforward, even in the field. Program complex schedules with ease: for example, running fans for chosen hours each night, turning on CO₂ solenoids only during peak mosquito activity, or alternating light wavelengths for specialized research.
Typical Applications:
Automated control of 12 V and 6–120 V fans, CO₂ release valves, UV/blue LEDs, heat lures, and more in mosquito/light traps.
Research requiring precise, unattended timing to target specific windows of insect activity.
Power-saving automation for remote field equipment.
Specifications at a Glance:
Power Input: 12 VDC (battery or power supply)
Control Output(s): 12 VDC (model 1), or 6–120 VDC (model 2)
Max Load: 15 amps total
Scheduling: 7-day, up to 28 events/day (on/off or custom intervals)
Enclosure: Water-resistant, field-rated, pre-assembled
Summary:
With its high scheduling flexibility, robust power options, and field-proven reliability, the Entovate Timer ensures your mosquito traps and research equipment run exactly when you need—helping you capture the best data, save power, and maximize trapping success, all in one compact, weatherproof package.
Example: Programming Multiple On/Off Events for Trap Automation
Assume the following biological and operational goals:
Tiger mosquitoes (Aedes): High activity between 4AM–7AM.
Culex mosquitoes: High activity between 9PM–12AM.
You want the CO₂ solenoid (used to attract mosquitoes) to be active only during these periods to maximize trapping efficiency and conserve CO₂.
Steps to Program Your Timer
Access the Timer Menu:
Use the built-in buttons to enter programming mode (refer to your timer manual for details).Set Events for Morning Tiger Mosquitoes:
Event 1 ON: 4:00 AM
Event 1 OFF: 7:00 AM
Set Events for Night Culex Mosquitoes:
Event 2 ON: 9:00 PM
Event 2 OFF: 12:00 AM
Repeat for Additional Days or Different Intervals:
The timer allows up to 28 on/off events per day, so you can repeat or fine-tune this schedule for different days, or set up additional windows for other target species.
Example Programming Table
| Event # | ON Time | OFF Time | Target Species | Application Detail |
|---|---|---|---|---|
| 1 | 4:00 AM | 7:00 AM | Tiger (Aedes) | Early morning trapping |
| 2 | 9:00 PM | 12:00 AM | Culex | Night-time trapping |
| 3–28 | … | … | Optional | More time windows or devices |
Tips for Optimal Trap Scheduling
Maximize Coincidence with Host-Seeking Peaks: Adjust on/off windows to local mosquito activity patterns (which may vary by season, region, or weather).
Save CO₂ & Power: Only activate solenoids and trap fans during times when target species are known to be present.
Layered Trap Control: Use additional timer events for secondary devices—like fans or lights—if you want to create complex multi-stage trap behaviors.
Weekend vs. Weekday Schedules: Use the 7-day programming feature to differentiate trapping windows depending on field survey goals.
Field Example—Full 24-Hour Trap Schedule
| Time Window | Device ON | Target Species | Purpose |
|---|---|---|---|
| 4:00AM–7:00AM | CO₂ Solenoid | Tiger (Aedes) | Dawn activity peak |
| 9:00PM–12:00AM | CO₂ Solenoid | Culex | Night activity peak |
| Rest of day | OFF | — | Conservation |
You can expand this template to include more windows, adjust durations, or stagger multiple traps for comparative studies.
In summary:
Your timer is well-suited to real-world entomology needs—enabling you to precisely target mosquito activity peaks for highly efficient surveillance or control, while saving valuable resources. Programming is flexible, and schedules can be updated as field data dictates. Let me know if you want step-by-step programming instructions for your specific timer interface or wiring tips for integrating CO₂ solenoids!
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