Technical Specifications & Performance Data
| Feature |
Specification |
| Model No. |
JL-106AV |
| Rated Voltage |
120VAC (50Hz / 60Hz) |
| Rated Loading (Tungsten) |
2000W Max |
| Rated Loading (Ballast) |
2000VA Max |
| Time Delay Response |
30 - 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) |
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Product Data SheetInstallation Guide
Commercial-Grade Dusk-to-Dawn Control at Wholesale Pricing
The Votatec Swivel Mount Photoelectric Sensor is a professional-grade lighting control engineered to deliver high-capacity automation for exterior infrastructure. Built with a robust 2000W Tungsten and 2000VA Ballast rating, this high-value photocell handles substantial electrical loads, making it ideal for managing large commercial parking lots, floodlight layouts, and building perimeters. It provides a budget-friendly, set-and-forget solution that eliminates manual operation while maximizing energy efficiency across large-scale contractor developments.
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High-Capacity 2000W Multi-Load Control: Engineered to withstand high-amperage inrush currents, this sensor flawlessly operates heavy-duty lighting systems. It switches up to 2000W of traditional tungsten heating filaments or 2000VA of inductive magnetic/electronic ballast circuits, providing high-value versatility from a single device.
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Adjustable Swivel Stem Design: Featuring a fully adjustable swivel joint mechanism, this photocell allows field crews to position the optical sensor eye away from artificial reflection or morning shadows. This design guarantees precise ambient light readings, simplifying outdoor installations on conduit boxes, junction enclosures, or commercial landscape fixtures.
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Integrated Time-Delay Anti-Flicker Protection: Equipped with a built-in 30 to 120-second time delay response mechanism, the sensor prevents false lighting cycles caused by transient light sources. It ignores sudden vehicle headlights or lightning strikes, protecting commercial ballast equipment from rapid on/off cycling and ensuring extreme field durability under harsh weather conditions down to -40°F.