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Unique SNPC2 Snap-In Photocell with Gooseneck Cord

Brand: Unique
Save 25%
Original Price $96.85
Current Price $72.64
SKU SNPC2

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The Unique SNPC2 Snap-In Photocell provides reliable automatic control for low-voltage landscape lighting. Designed to snap directly into compatible Unique Lighting Systems transformers, the SNPC2 senses ambient light and switches fixtures on at dusk and off at dawn without manual timers.

  • Snap-in design for fast, tool-free installation into compatible Unique transformers or other snap-fit housings.
  • Adjustable gooseneck cord lets you position the sensor for accurate ambient detection.
  • Automatic dusk-to-dawn switching conserves energy and ensures outdoor lighting is on when needed.
  • Compact footprint preserves transformer access while delivering dependable performance for garden and pathway lighting.
  • Works with low-voltage landscape lighting setups; ideal for homeowners and professional installers.
  • Durable housing suited for outdoor use; pairs easily with Unique brand transformers and many low-voltage systems.

Simple to install and set up, the SNPC2 is an effective, low-maintenance way to add automatic control to landscape lighting. Check compatibility with your transformer model before purchase; see technical resources or contact our support for help.

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Frequently Asked Questions

What transformers is the SNPC2 compatible with?
Designed to snap into Unique Lighting Systems transformers and compatible with most low-voltage snap-in housings; confirm fit before purchase.
How do I install the SNPC2 snap-in photocell?
Insert the photocell into the transformer’s snap-in port, position the gooseneck sensor, then restore power. No special tools required.
Will the SNPC2 work with 12V landscape lights?
Yes—the SNPC2 is intended for low-voltage (12V) landscape lighting when used with compatible transformers; verify transformer specs.
Can I adjust the sensor position after installation?
Yes—the flexible gooseneck cord lets you fine-tune sensor position to improve dusk-to-dawn sensing accuracy.