TOCR0 PART MICRO MOTION SENSOR W/IR REMOTE CONTROLLER SAFETY PRECAUTIONS Be sure to switch off power source before installing. Make sure that the power wiring comes from circuit with an external 16A miniature circuit breaker for the short circuit protection or a suitable fuse. The unit is designed to be mounted on the ceiling. (FIGURE 1) Power Circuit Part PIR Motion Sensor INTRODUCTION The use of occupancy detectors in commercial and industrial applications can significantly reduce energy usage reducing both energy costs and helping the environment. The Titan 360 degrees MICROSENSITIVE PART flush mount OCCUPANCY DETECTOR uses passive infrared sensors (PIR) which react to changes in temperature emitted by the slight motion of persons or objects passing through its detection area. The PIR sensor automatically operates the connected load when an area is occupied. After a preset time on non-activation (when an area is vacated) the load will be switched off. In addition the built in photocell takes natural light (daylight) into account when determining its activation.. It also incorporates lux memory feature which means the sensor is able to record and memorize the lux level when the internal connected light fixture is turned on by the Micro Motion Sensor. However, once the natural light lux level is higher than that of the internal artificial light even if the movement still exists, the sensor will switch off the internal light fixture thus saving energy. The product also incorporates a part structure allowing the initial installation to be made and the detector removed to avoid damage during painting, maintenance etc. FIGURE 1 The installation of this device should be made by a qualified electrician. OOSING A MOUNTING LOCATION Avoid aiming the motion sensor at heating vents, air conditioners or objects which may change temperature rapidly. Prior to mounting the light fixture, remember to position the motion sensor so that a moving object cuts across its beams, not directly towards them. (FIGURE ) FIGURE Note: Micro motion detection can be made within a radius of 3m around the sensor; regular motion detection can be made within a radius of 6m around the sensor. INSTALLATION A drill and a screwdriver are needed for installation. Select a location for the unit based on the coverage angles shown in FIGURE 3. The product is also supplied with a two channel Infra Red remote control for remote operation. Note: Read this entire manual before you start to install the system. 1
FIGURE 3 WIRING INSTRUCTION (1) Switch off the power source or wall switch. () Using a flat blade screwdriver to detach the PIR motion sensor and power circuit part. (FIGURE 4) FIGURE 5b Note: A pulse switch (S,S4) is connectable to the unit, enabling manual operation. (4) A 60mm hole should be drilled in the ceiling, put the power circuit to the hole and secure it using to the mounting surface using the screws provided. Fix the PIR motion sensor to the power circuit part by simply clicking in place (FIGURE 6). FIGURE 4 (3) When connecting to one Micro Motion Sensor, the wiring connection is shown hereunder: (FIGURE 5a) FIGURE 6 SETTING THE LIGHTING SYSTEM Please test the motion sensor function before testing the IR Remote Controller. Test Mode : Turn the LUX control and the TIME control anti clockwise the TEST position. (FIGURE 7) FIGURE 5a By connecting to two Micro Motion Sensors, the wiring connection is indicated as below: (FIGURE 5b) FIGURE 7 Turn on the wall switch. The light will turn on for about one minute to warm up. During warm-up
period, the light turns on continuously. After one minute is expired, the light will turn off. Walk through the detection area, the light will turn on continuously. If and when movement is ceased, the light will be on for one second before turning off. (1) TIME ADJUSTMENT E53R IR Remote Controller 1 4 3 The TIME adjustment controls how long the light will stay on after the last motion has been detected. Time setting is adjustable from 5 seconds to 1 minutes. (FIGURE 8) FIGURE 10 ABOUT 5 SECONDS ABOUT 1 MINUTES FIGURE 8 Note: T serves as a short-time impulse, which allows you to control automatic switching of staircase lighting or timer. () LUX ADJUSTMENT The LUX adjustment determines at what light level the lighting system will start operating when you set the sensor to automatic operation. 3-button and channel selection slide switch are shown on the front cabinet as follows: (FIGURE 10) AUTO ON OFF ANNEL SWIT LOADING THE BATTERY (1) Use a flat blade screwdriver to detach the battery cover from the cabinet. (FIGURE 11) Provisionally turn the LUX control knob clockwise to the moon (dusk) position (FIGURE 9). Turn the LUX control knob slowly anti-clockwise until the light comes on. In this provisional setting mode, the motion sensor remains inactive during daylight. At dusk when you find it is the LUX level desired for operation, simply set the LUX control knob to the position which becomes active as daylight declines. The light turns on when you move and turns off when you stop. Wait for the light to turn off before moving again to test the sensor. FIGURE 9 (3) ANNEL SELECTION To avoid radio signal interference, and operate separate banks of detectors on a single remote, you are able to select different channels through channel switch. Select channel 1 or on the sensor for grouping the connected light fixtures in the same or different zone. FIGURE 11 () Insert a 1V alkaline battery to the battery compartment and refit the battery cover. (FIGURE 1) 3
1 OPERATION FIGURE 1 (3) OFF By pressing Off button to deactivate the light from illumination. User can also set the motion sensor back to Auto operation by pressing Auto button on the IR Remote Controller. (4) MANUAL OPERATION By using IR Remote Controller to your NL5703, you can easily select three modes of operation: automatic, on and off. Make sure the Micro Motion Sensor and IR Remote Controller are set at the same channel. (FIGURE 13a & 13b) By using pulse switch to manually control the connected light fixture to be turned on or off. If the connected light fixture has been turned on, simply press the pulse switch to turn off. If and when it has been turned off, press the pulse switch to turn on and the connected light fixture will be turned off automatically according to the time setting. (5) LUX MEMORY OFF ON AUTO 1 1 Under auto mode, the Micro Motion Sensor is triggered either by movement or by pressing the pulse switch, the sensor will automatically record and memorize its initial lux level. When the ambient lux level is 1.5 times higher than that of initial lux level, the sensor will switch off the connected light fixture to save energy. This feature is valid subject to the TIME setting being fixed more than one minute. It is irrelevant to lux adjustment. OFF ON AUTO 1 FIGURE 13a & 13b (1) AUTOMATIC OPERATION Before operating the IR Remote Controller, please make sure the sensor is in proper setting for Auto mode. The sensor detects motion automatically according to its time and lux setting. () ON To keep the light on regardless of motion, you can press On button on the IR Remote Controller. The light will be continuously on. The LED inside the sensor will light up when receiving IR Remote Controller s signal. SPECIFICATIONS Power Requirement AC 0 ~ 40V / 50Hz Operating Load (maximum) Max. 000W Incandescent or 1500W fluorescent Up to 10w LED (dimmable recommended) Detection Angle Up to 360 at 0 C Detection Range (Micro Movement) 3~4m radius at 0 C Detection Range (Regular Movement) 6~8m radius at 0 C Mounting Height Recommended.5~3.5m Ceiling Mount IR Controller Channel 1 & Auto / On / Off IR Controller Range 8M OPEN SPACE IR Controller Battery 3A 1V Wall switch control ON/OFF Pulse switch control ON/OFF Time Adjustment Adjustable 5 seconds ~ 1 minutes Lux Adjustment Yes Lux Memory Yes Warm Up Time About 1 min. Protection Class II *Specifications are subject to change without notice. A501110061R01 4
Warning: Do not dispose of electrical appliances as unsorted municipal waste, use separate collection facilities. Contact your local government for information regarding the collection systems available. If electrical appliances are disposed of in landfills or dumps, hazardous substances can leak into the groundwater and get into the food chain, damaging your health and well-being. 5