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General| Brand | RAB |
|---|---|
| Model | Stealth STL110H |
| Category | Accessories |
| Language | English |
Explains how long lights remain on after motion is detected and the energy efficiency of the sensor.
Details how to manually control outdoor lights using an indoor switch or circuit breaker.
Addresses the sensor's ability to detect large animals and how to limit false triggers.
Guides users on adjusting the time delay, sensitivity, and photocell settings for optimal performance.
Describes the standard lens detection pattern coverage and how to adjust it for desired areas.
Explains the function of the red LED indicator and its role in showing sensor status.
Illustrates the fundamental wiring connections for a single Stealth sensor unit.
Shows the wiring for the basic kit, noting the use of a pigtail for remote fixtures.
Demonstrates how to wire multiple fixtures to a single Stealth sensor and when a relay is needed.
Explains the purpose and application of the self-adhesive switchplate label for quick reference.
Advises against installing sensors on circuits with motor loads and discusses voltage sensitivity.
Details the procedure for testing and adjusting the sensor's coverage pattern and sensitivity.
Solves issues where the sensor activates due to moving objects, heat sources, or improper aiming.
Addresses false triggers caused by unstable mounting or objects moving in the wind, recommending stable surfaces.
Provides solutions for avoiding false activation from passing vehicles, suggesting safety zones and reduced sensitivity.
Advises on proper sensor placement relative to lights to prevent heat from triggering the sensor.
Offers solutions for false triggers caused by insects, such as reducing sensitivity.
Explains how to avoid false activations from nearby roads and sidewalks by adjusting aiming or sensitivity.
Suggests reducing sensitivity to mitigate occasional false triggers caused by adverse weather conditions.
Details how to prevent false triggers from light reflections by repositioning or masking the sensor.
Basic checks for power, wiring, and fixture functionality when lights fail to turn on.
Explains daylight operation settings and test time behavior for the photocell control.
Addresses issues where external light sources may interfere with the sensor's operation.
Solves the problem of lights turning off too quickly due to reflected light tricking the photocell.
Advises on bulb types that may cause issues and recommends using reflector PAR floodlight lamps.
Ensures proper sensor aiming by keeping it level to cover the desired detection area effectively.
Addresses limited range issues by recommending optimal mounting heights for maximum detection.
Explains how sensor pattern detects cross-movement better and how to adjust for direct movement.
Provides a solution for detection gaps by suggesting a "Micro Adjust" to shift detection zones.
Explains that temperature changes can cause occasional activation and suggests mounting in protected areas.
Addresses potential false triggers from distant moving objects by recommending tilting the sensor downwards.
Offers methods like adjusting aim or masking the lens to prevent animal-triggered activations.
Discusses how voltage surges can cause temporary activation and notes the sensor's protection.
Identifies strong radio signals as a potential cause for mysterious activations and reassures about sensor durability.
