Technical Specifications & Performance Data
| Feature |
Specification |
| Model No. |
JL-103AG |
| Rated Voltage |
120VAC (50Hz / 60Hz) |
| Rated Loading (Tungsten) |
1800W Max |
| Rated Loading (Ballast) |
1100VA Max |
| Time Delay Response |
20 - 120 Seconds |
| Lead Wire Specs |
4 inch Min, AWG#16, AWM1332 |
| Power Consumption |
1.5VA |
| Operating Temperature |
-40°F to 158°F (-40°C to 70°C) |
Download Files:
Product Data SheetInstallation Guide
Commercial Exterior Automation at Wholesale Pricing
The Votatec 1800W Flush Mount Photoelectric Sensor is a reliable, professional-grade solution built for sleek, low-profile integration into exterior commercial electrical enclosures. Engineered with an 1800W Tungsten and 1100VA Ballast rating, this budget-friendly photocell delivers automatic dawn-to-dusk switching for storefront signs, courtyard walkways, and localized security layouts. It serves as an essential, high-value asset for electrical contractors requiring dependable outdoor lighting management with minimal physical profile.
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Optimized Mid-Range Load Capability: Tailored for standard commercial arrays, this sensor efficiently controls up to 1800W of traditional incandescent filaments or 1100VA of reactive magnetic and electronic ballast components. This targeted power envelope provides a cost-effective, high-utility choice for high-volume field deployment.
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Compact Flush-Mount Conduit Housing: Designed to pass directly through a standard knockout hole, the threaded body ensures quick, secure mechanical anchoring inside weatherproof junction boxes, wall packs, or post fixtures. This clean, flush-mount form factor protects electrical connections while preserving a tight architectural seal.
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Smart Time-Delay Safety Mitigation: Built with an integrated 20 to 120-second thermal delay loop, the internal circuitry filters out momentary illumination spikes like passing vehicle headlights or localized lightning strikes. This anti-flicker design prevents rapid fixture power cycling, drastically reducing premature ballast wear under extreme environmental extremes from -40°F to 158°F.
