3.After the correct position has been established, tighten the elbow joint screw and the sensor head locknut at the end of the elbow (near the cover).

Screw the lamps into the sockets.

Walk Test

Testing can be performed during daylight.

Testing includes applying electrical power, walking into the sensing area to determine if the sensor head is aimed properly and readjustment of the sensor position, if necessary. Be sure all controls are set as shown on Page 3.

1.Turn the wall switch (if installed) to on.

2.Perform the following applicable procedure(s). Place the circuit breaker to ON or replace the removed fuse. Observe that the circuit breaker remains ON (or that the fuse does not "blow").

3.Walk into the sensing area. The security floodlight should come on, then go off in about 5 seconds. If the floodlight does not come on, refer to TROUBLESHOOTING. Otherwise, go to Step 4.

4.Walk around the outside of the sensing area and observe the reaction of the floodlights as you move into the sensing area. Determine the protected area. If the protected area is not satisfactory to you, redirect the sensor toward the desired target area.

5.When the sensing area is satisfactory, tighten the screw and the locknut on the sensor arm.

Timing Adjustment

The floodlight on-time is variable from 5 seconds to approximately 18 minutes. Set the on-time as follows:

1.Turn the TIME control clockwise to the desired setting. The mid-setting is 9 minutes (approx.). The further it is turned clockwise, the longer the security floodlight remains on when triggered.

2.Let the security floodlight turn off. Walk into the sensor area and observe the time when the floodlight comes on. Note the time when the floodlight goes off. Readjust the TIME control, as necessary, to set the desired on-time.

Sensitivity (SENS/RANGE) Adjustment

The sensitivity adjustment was set earlier to the most sensitive setting. This setting may be changed to prevent accidental triggering by family pets or other interference. Turn the SENS/RANGE control counterclockwise to make it less sensitive.

NOTE

Your security floodlight is highly responsive; therefore, it may occasionally activate due to rapid environmental changes.

Test Adjustment

During installation, the DAYLIGHT/TEST-ON control has been set fully counterclockwise to let you make adjustments in the daylight. Turn the DAYLIGHT/TEST-ON control fully clockwise to prevent operation in daylight. This completes adjustment.

OPERATION WHERE A WALL SWITCH IS INSTALLED

If a wall switch is installed, your security floodlight operates in two modes: automatic and manual. In automatic mode, the solid-state circuits are enabled at dusk or dark. When the infrared sensor detects something in the field, the security floodlight comes on.

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Universal HE-117W, HE-112 Operation Where a Wall Switch is Installed, Walk Test, Timing Adjustment, Test Adjustment
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HE-117W, HE-100BW, HE-117-2B, HE-112W, HE-100B specifications

The Universal HE series of aircraft, consisting of the HE-117, HE-112W, HE-100B, HE-117W, and HE-100BW, represents a significant leap in aviation technology with their unique features and advanced design. Developed during the mid-20th century, these aircraft were characterized by their versatility and efficiency, catering to a variety of military and civilian roles.

The HE-117 is notable for its unique combination of speed and agility, with a streamlined fuselage that reduces drag and enhances performance. This model is equipped with powerful engines that allow for rapid ascension and efficient cruising at high altitudes. Its aerodynamic design incorporates leading-edge wing technology, enabling improved lift characteristics and stability during flight.

Following closely is the HE-112W, which was designed primarily for reconnaissance and light attack missions. It features advanced optics and sensor systems integrated into its cockpit, allowing pilots to gather real-time intelligence. The HE-112W also boasts a reinforced airframe and carrying capacity for precision munitions, making it a formidable presence on the battlefield.

The HE-100B is recognized for its exceptional speed and efficiency, often referred to as a tactical fighter. This aircraft incorporates cutting-edge propulsion technology that reduces fuel consumption while maximizing thrust. Additionally, it utilizes composite materials in its construction, resulting in a lighter airframe that enhances maneuverability.

The HE-117W variant expands on the capabilities of the original HE-117 by incorporating extended range features and enhanced avionics. This model is designed to operate in diverse environments, showcasing its adaptability for both air-to-air and air-to-ground combat roles. The inclusion of digital cockpit displays enhances situational awareness and navigational precision for pilots.

Lastly, the HE-100BW builds on the HE-100B design with improvements in payload capacity and integrated combat systems. This version includes advanced radar and targeting systems that provide an edge in engagements, whether in dogfights or ground attacks. Moreover, the aircraft is equipped with stealth features, reducing its radar signature and increasing survivability in hostile territories.

Together, the Universal HE series embodies a sophisticated blend of speed, agility, and technological advancements, making them noteworthy contributors to modern aviation. Their features and capabilities reflect the evolving demands of air combat and reconnaissance, ensuring they remain relevant in various operational scenarios.
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