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General ::
Combination Switches ::
6124H ::
General Dimmer ::
Decora CFL Dimmer
6696 ::
6681 ::
GFCI ::
7299 ::
Occupany Sensor
Suggest a Question
General
Q. In reference to switching, what do the terms single pole, 3-way and multi-location mean?
A. A single pole switch means to be able to control one lighting fixture from one switch location.
3-way switching means controlling 1 light fixture from 2 locations. This is typically found at both ends of a stairway or hallway.
Multi-location switching means controlling 1 fixture from 2 or more remote locations, usually ideal for large rooms. Leviton Vizia+, Acenti, and True Touch dimmers can be used with up to 5 remote units to provide full-range dimming and ON/OFF switching at all locations.
Q. In terms of wiring devices; what does back wired, side wired and quickwire mean?
A.
- Back wired is a wiring termination that can be accomplished by inserting a pre-stripped solid or stranded conductor into a wiring device terminal opening, followed by tightening the adjacent terminal screw which will compress the conductor between the terminal and a pressure plate.
- Side Wired is a wiring termination that is accomplished by a 3/4" turn looping pre-stripped solid or stranded conductor under terminal screws.
- Quickwired is a wiring termination that is accomplished by inserting pre-stripped solid, #14 AWG conductors into a device terminal opening. The wire is secured by an internal clamping mechanism.
Q. Why are some device’s wire leads not copper colored?
A. The wires that appear to be silver in color are tinned copper, and are a result of the tinning process. Tinned copper wires are suitable for use with copper wiring.
Q. Can copper wiring devices be used with aluminum wire?
A. NO! Aluminum wire tends to oxidize over time, and the oxide layer does not conduct electricity. This results in a poor connection with the wiring device terminal screws, particularly if they are steel. The connections gradually heat up to the point where fires are started inside the walls. For this reason, all standard wiring devices contain the warning, For use with copper or copper-clad wire ONLY. Do not use with aluminum wire. The only exception to this is CO/ALR wiring devices.Leviton offers a selection of CO/ALR devices for use with aluminum wire. In CO/ALR devices, the terminal screws are plating with the element Indium. Indium is an extremely soft metal that forms a gas-sealed connection with the aluminum wire, eliminating problems caused by oxidation.
Q. On some Leviton devices the markings UL, NOM and CSA can be found, what do they represent?
A. - UL (Underwriters Laboratories Inc) - An independent, not-for-profit organization testing for public safety. Tests by UL are the basis for acceptance by various government agencies. Listing by UL denotes initial testing and periodic retesting to assure continuing conformance to standards.
- NOM Norma Official Mexicana (Mexican Official Standard) NOM standards are the official Mexican product safety requirements. Electrical, electronic, medical, wireless, and telecom products sold in Mexico must be tested to the national, mandatory NOM standards by an accredited Mexican laboratory.
- CSA - CSA Standards define construction, performance, and marking requirements for wiring devices for use in accordance with the Canadian Electrical Code, Part 1. Products covered by CSA Standards are regularly checked and tested by the Canadian Standards Association's Factory Audit Program.
Combination Switches
Q. Why are there two black screws on my combination switch?
A. There are two black screws provided so that if you wish to feed power separately to the switches or switches and receptacles
Q. Does the brass tab on the 5224-2 need to be broken?
A. The brass tab must be broken if you are going to feed each switch with a separate power source. If there is only a single power feed in the wallbox then you will keep the tab in tact and attach the power feed to either one of the black screw terminals.
Q. I’m replacing a single pole switch with a 5225 single pole switch/receptacle, but only have two wires and a ground in the wall box. Can the 5225 be installed at this switch location?
A. The 5225 will require a line, load, and a neutral connection in order for the receptacle to work. If ground is available that should be connected as well. If the existing switch had no neutral connected, then check your wall box for neutral connections that may be passing through the wall box that you can connect to the device.
Q. Can the switch on the 5225 control the receptacle?
A. For the switch to control the receptacle, you would connect the line hot wire to the brass screw and the neutral wire to the silver screw.
6124H
Q. Is the 6124H compatible with fluorescent and compact-fluorescent lighting?
A. Yes it is.
Q. Does the 6124H require a connection to neutral?
A. Yes. Neutral is required in order for the timer to function.
Q. How can I erase all programming on the device?
A.
- Press and hold the event and time cursor advance buttons simultaneously for 5 seconds.
- To indicate that the erasure is taking place, all half-hour segments will blink ON and OFF four times. At the end of the flashing, all half-hour segments should now be cleared. If the buttons are released anytime before the 4 flashes complete the scheduled times will still remain programmed and the device will not erase.
General Dimmer
Q. Why are the light bulbs buzzing after I installed a new incandescent dimmer?
A. Because of the way all dimmers deliver power at settings other than full brightness, the filaments inside a light bulb may vibrate when lighting is dimmed. This filament vibration causes the hum. To silence the fixture, a slight change in the brightness setting will usually eliminate bulb noise. The most effective way to quiet the fixture is to replace the light bulb.
Q. Is it normal for a dimmer to feel warm when in use?
A. In service, it is normal for dimmers to feel warm to the touch: it is completely acceptable as long as the temperatures remain within the limits established by UL and the manufacturer. Underwriter's Laboratories (UL) has specified limiting parameters for this type of heat buildup. The average dimmer operates at approximately 140°F; UL allows a maximum temperature of 195°F. When dimmers are ganged together, each dimmer's load must be derated to offset the resulting heat build-up from the presence of several units in the same wallbox.
Q. There is no ground wire in the box, what do I do with the green wire?
A. When there is no ground available within the wallbox, the 2008 NEC article 404.9 exception to (b) permits a dimmer without a ground connection to be installed as a replacement. For this type of installation, cap or remove the dimmer ground wire.
Q. Does Leviton offer a dimmer for dimmable compact fluorescent bulbs (CFL’s)?
A. Yes, the Decora CFL Slide Dimmer is designed to work with dimmable CFLs. See CFL Dimmer section for more information.
Q. Can a dimmer control a fan?
A. NO. Fan controls have special circuitry to regulate motors. Dimmer controls are not engineered or intended to control fans, and will cause damage to the fans motor. Always use fan speed controls to control fans and fan/light controls to control light fixtures with fans.
Q. How do I tell magnetic and electronic low-voltage transformers apart?
A. Transformers may have magnetic (core and coil, toroidal) or electronic (solid-state) clearly indicated on the product. However this is not a required marking and will not be found on all products. The best way to determine transformer type is to contact the manufacturer.
Q. What is ganging and derating?
A. Ganging means installing dimmers side-by-side in one larger-size wallbox. Dimmers are always ganged vertically and must be derated to prevent heat buildup. Consult the product instruction sheet for derating chart.
Q. Can more than one dimmer be ganged together in a multi-gang wallbox?
A. Yes. Two or more dimmers can be placed in the same wallbox, but the reduction of the dimmers’ capacity is required. Consult the product instruction sheet for derating chart.
Q. What is a heat sink and how does it work?
A. The metal mounting strap on the dimmer removes heat from the device. Dimmers designed for heavier lighting loads use architectural metallic fins as heat sinks. Leviton mounting straps are the most efficient available, allowing cool, continuous operation for up to 2000 Watt loads.
Q. What is a Preset dimmer?
A. A preset dimmer contains a separate switch that turns light ON and OFF without changing the dimmer setting.
Q. Do dimmers really save energy?
A. One of the easiest ways to reduce electricity consumption is via a combination of dimmers and task lighting. Not only do dimmed lights draw less electricity, they produce less heat and that can reduce cooling costs, which can really add up in warmer climates. As a general rule: the more you dim, the more you save. Dimming also enables bulbs to last longer.
Dimming Incandescent
lights by: |
Reduces energy
consumption by: |
10% |
10% |
25% |
20% |
50% |
40% |
75% |
60% |
Q. Can I use a dimmer at each switch location in a 3 or 4-way application?
A. NO. Only one mechanical dimmer can be used in a 3 or 4-way application with a standard 3 and 4-way. For multi-location dimming use controls from Leviton’s Vizia+, Acenti or True Touch series with up to 5 remote units to provide full-range dimming and ON/OFF switching at all locations.
Decora CFL Dimmer
Q. Can I use the Decora CFL dimmer with any CFL bulb?
A. No. You must use a CFL bulb which specifically states that it is dimmable.
Q. Can I use the Decora CFL dimmer with any dimmable CFL bulb?
A. At this time Leviton recommends using the following dimmable bulb brand/types that can be found at Home Depot; Philips Marathon Classic, Feit ecobulb or ecosmart dimmable CFLs. However the dimmer has a manual mode for dimmable CFL bulbs that may function a little differently from the bulbs mentioned above.
Q. Why does my dimmable CFL sometimes turn on lower than full brightness and then get brighter?
A. Unlike a standard (incandescent) light bulb which functions by heating up a small piece of wire (filament), a fluorescent bulb functions by electricity exciting an invisible gas in the glass tube. A UV (ultraviolet) light is produced and then hits the white coating which changes the light into visible light that you can see. It sometimes takes a little while for the gas to get excited especially if the bulb is used in a cold environment like outdoors.
Q. Can I use any dimmer with my dimmable CFL bulbs?
A. No. You must use a CFL dimmer or the manufacturer recommended dimmer. However experience has shown that most dimmable CFL bulbs display issues such as flickering at the low end of dimming, turning off at the low end of dimming and having a limited dimming range when used with a standard dimmer.
Q. What makes the Decora CFL dimmer better than a standard dimmer for dimming dimmable CFL bulbs?
A. This dimmer has been specifically designed to work with dimmable CFL bulbs. It will automatically kick start the CFL bulb if required. It also automatically adjusts the dim range to the bulb being used. In most instances, it will prevent low end flickering and low end drop out and includes a manual adjustment mode for dimmable CFL bulbs that may flicker at the low end.
Q. Does this dimmer require special wiring?
A. No. This dimmer can replace a standard switch and it does not require a neutral wire.
Q. Why do some CFL bulbs dim better than others?
A. Not all dimmable CFLs are made to the same specifications. At this time there is no standard for dimmable CFL bulbs so all bulbs function only as well as the manufacturer sees fit.
Q. What colors does the Decora CFL dimmer come in?
A. At this time this dimmer is only available in white.
Q. Can you control more than one bulb?
A. Yes. You can control up to 300 Watts of dimmable CFL lighting on one dimmer.
Q. Does this dimmer cause audio equipment interference?
A. No. This dimmer has a built in RFI (radio frequency interference) filter so that it does not interfere with audio equipment.
Q. Can I use a standard (incandescent) light bulb(s) with this dimmer?
A. Yes. You can use up to 600W.
Q. Can I mix dimmable CFLs with standard light bulbs?
A. No. You should not mix dimmable CFLs with standard light bulbs as these bulbs function very differently and will prevent the dimmable CFLs from functioning properly.
Q. Can I dim a dimmable CFL bulb from more than one location?
A. Yes. You can control your lighting from more than one location using our CFL dimmer and a standard switch.
6696
Q. Is 6696 compatible with fluorescent and compact-fluorescent lighting?
A. No. The 6696 is rated for 300 Watts of incandescent lights only.
Q. Is the transmitter or receiver switch available separately?
A. No. The 6696 is only available for purchase as a complete set.
Q. Can I use one transmitter for more than one receiver?
A. Yes you can, provided that the transmitter and the receivers are on the same letter code.
Q. How far can the transmitter and receiver be placed apart?
A. The operating range between transmitter and receiver is 50 feet.
Q. If the receiver does not respond and turn the lights on when the transmitter is operated, what can be done?
A. Be sure that both the transmitter and receiver are set to the same letter code.
6681
Q. The dimmer has two black leads and one green? Where do these leads go?
A. The black wires are interchangeable, so one connects to the hot wire coming from the panel, the other black connects to the hot leg of the load, and the green to ground.
Q. The 6681 dimmer gets warm to the touch. Is this a problem?
A. In service, it is normal for dimmers to feel warm to the touch: it is completely acceptable as long as the temperatures remain within the limits established by UL and the manufacturer. Underwriter's Laboratories (UL) has specified limiting parameters for this type of heat buildup. The average dimmer operates at approximately 140°F; UL allows a maximum temperature of 195°F. When dimmers are ganged together, each dimmer's load must be derated to offset the resulting heat build-up from the presence of several units in the same wallbox.
Q. I do not have a ground in my box, may I use this dimmer?
A. Yes. A ground is not required to operate this dimmer.
GFCI
Q. What is a GFCI?
A. A GFCI is a receptacle or outlet designed to protect people from hazardous ground faults. A ground fault occurs when electrical current travels through any abnormal path to ground, which can be dangerous if the current travels through a person. This can happen when any appliance plugged into an outlet becomes damaged. Electrical current "leaking" from the faulty appliance can travel through anyone touching it, especially in a wet environment, causing a serious electrical shock.
Q. How does a GFCI work?
A. The GFCI monitors the flow of electricity from the outlet to any electrical device plugged into it. If the GFCI detects that some current is not returning to the receptacle, and is going out through another path, the GFCI will quickly turn off power to the receptacle.
Q. Where are GFCI’s required?
A. GFCI’s (Ground Fault Circuit Interrupters) are required in many locations, particularly where water and electricity may meet. The NEC (National Electrical Code) requires GFCI’s in kitchens, bathrooms, garages and outdoor locations.
Q. What does the Leviton’s SmartLockPRO® GFCI protection provide?
A. - If a SmartLockPRO® GFCI is miswired during installation (line-load reversal), it cannot be reset, blocking delivery of power to its feed-through terminals and face. The GFCI is completely dead and the green LED will be ON to indicate a line-load reversal. Once the GFCI is wired properly and the unit can be reset,the LED acts as a power indicator that remains ON as long as the GFCI is operating correctly and providing power.
- The SmartLockPRO® GFCI features Leviton’s unique patented lockout action as an end-of-life indication. If a SmartLockPRO® GFCI is damaged so that it cannot respond properly to a ground fault, Leviton’s SmartLockPRO® GFCI prevents reset.
Q. Can a GFCI be used outdoors?
A. Yes, only if the GFCI meets the UL 498 requirements for weather-resistant receptacles. Also covers must be used with weather resistant GFCI receptacles in damp or wet locations per Section 406.8 of the NEC code. Leviton’s W7599 and W7899 are both ideal for outdoor applications.
Q. Can I use a GFCI in a 2 wire (ungrounded) circuit?
A. Yes. Section 406.3(D)(3) of the 2008 National Electric Code permits a non-grounding type receptacle to be replaced with a grounding type receptacle without a grounding connection. However, the grounding receptacle must be GFCI-protected. The diagram below shows a typical non-grounding (2-prong) receptacle replaced with a GFCI. The GFCI must be marked, No Equipment Ground. The GFCI can feed through to a grounding receptacle, which must be marked GFCI Protected. No Equipment Ground. For increased electrical safety, Leviton strongly recommends installing a GFCI in every non-grounding circuit. A ground wire provides protection by offering a parallel path back to ground for any fault current. Without a ground wire, fault current will try and take other paths to ground and a GFCI will trip and cut power under these hazardous conditions. Ground faults are more likely to occur in non-grounding circuits and a GFCI will help protect family members from this potentially hazardous condition.
Q. How many receptacles can be installed and protected in a residential application on the load side of a SmartLockPRO® GFCI?
A. There is no limit as far as the number of receptacles that can be protected from the load side of the GFCI. Since our GFCI’s are rated for 20 Amp feed-through they are capable of protecting a whole residential 20 Amp circuit.
Q. What does Class A mean when applied to a GFCI?
A. Class A an interrupter that will interrupt the circuit to the load when the ground-fault current is 6 mA or more but not when the ground-fault current is 4 mA or less.
Q. What is Line-Load reversal?
A. When the line and load leads are reversed (below), the GFCI receptacle face is now wired directly to the power coming from the panel, completely bypassing the internal switching mechanism. The face is not GFCI protected and remains live even after the internal switch opens. This is a potentially hazardous condition, and the fact that the device appears to be operating properly creates a false sense of protection for end-users. UL now requires a diagnostic indication to alert installers that there is a line/load reversal.
7299
Q. How do you wire a 7299 with the load NOT protected?
A. 
Q. How do you wire a 7299 with the load protected?
A. 
Q. Can I wire the 7299 so that the switch controls the receptacle?
A. No. The 7299 is not capable of being wired to have the switch control the receptacle.
Q. Is the 7299 available in a 20 amp version?
A. The 7299 is only offered in 15 amps.
Q. I just installed a 7599 but it will not ‘test’ or ‘reset’. Why is this?
A. Being unable to test and reset your GFCI is a sign of a ‘Line-Load’ reversal in the device wiring.
Q. Can GFCI’s Be Used in Circuits with a Shared Neutral?
A. Using a single neutral conductor for more than one circuit can be looked at as a way to save money on wiring. Because a GFCI receptacle looks for a balance of current flowing in a single hot conductor and a single neutral conductor, it will not operate properly when more than one hot conductor is sharing a neutral downstream from a GFCI. Current flowing in the neutral from the circuit not protected by the GFCI will cause the GFCI to see an imbalance typically associated with a ground fault and the GFCI will trip. A hazardous condition would exist in the circuit not protected by the GFCI as it may appear as though the power is off even though the hot leg is still live. In circuits wired this way, the neutral needs to be split at or before reaching the GFCI receptacle and a dedicated neutral must be run from the GFCI receptacle to all downstream receptacles protected by the GFCI.
Occupancy Sensor
Q. In reference to sensing technologies, what does Passive Infrared (PIR), Ultrasonic (US) and Multi-technology mean?
A. - Passive Infrared occupancy sensors are passive devices designed to detect the movement of heat-emitting bodies. They are installed to monitor areas where there are no physical obstructions to block the sensor’s field of view. HOW IT WORKS: People naturally emit a small amount of infrared heat. As a person passes through the field of view, the sensor detects the motion as a change in the infrared background and responds by switching on area lights. After the field of view is unoccupied for a user-defined delayed-off time, the sensor will automatically turn off the lights.
- Ultrasonic sensing technology provides highly accurate small-motion detection. Leviton sensors employing ultrasonic technology are well suited to monitoring areas, especially smaller or narrow ones, with inanimate objects (such as furniture) that block the line of site and hence are likely to block the field of view of PIR sensors. They are also ideal where more sensitive detection is required. HOW IT WORKS: Ultrasonic occupancy sensors generate high frequency sound waves beyond the capability of human hearing, due to the Doppler Effect. These controls are active: continually emitting sound waves and monitoring changes in the return time of the reflected sound waves. Movement in the sound wave field causes a change in wave frequency and the sensor responds by switching on area lights. When the change in frequency is no longer detected after a delayed-off time, the sensor turns off the lights. Leviton ultrasonic sensors operate at a frequency outside the range of most hearing aid products and will not interfere with their ability to operate properly.
- Multi-technology occupancy sensors combine ultrasonic sensing for maximum sensitivity with PIR technology to prevent false triggers from air conditioning and corridor activity. These sensors are ideal for large, open areas including office areas with cubicles, general workspaces, warehouse and storage facilities, cafeterias, and public areas in commercial facilities. HOW IT WORKS: Leviton multi-technology sensors utilize both sensor technologies to determine when to turn the lights off.
Q. Can a wall-switch occupancy sensor be mounted on the ceiling?
A. NO. ALL wall-switch sensors must be mounted at standard wall switch height.
Q. Can a wall switch sensor be installed near a heater or air conditioning unit?
A. - NO. Occupancy sensors respond to rapid changes in temperature, so care should be taken not to mount the device near a climate control source (i.e. radiators, air exchanges, and air conditioners). Hot or cold drafts will look like body motion to the device and will trigger it if the unit is mounted too close. It is recommended to mount the Occupancy Sensor at least 6 feet away from a climate control source.
- In addition, it is also recommended NOT to mount the Occupancy Sensor directly under a large light source. Large wattage bulbs (greater than 100W incandescent) give off a lot of heat and switching the bulb causes a temperature change that can be detected by the device. Mount the Occupancy Sensor at least 6 ft. away from large bulbs. If it is necessary to mount the device closer, lower the wattage of the bulb directly overhead.
Q. Does Leviton offer a wall-switch sensor that has no manual override?
A. NO. The NEC code Section 210.70(B) requires all wall-switch sensors to have a manual override switch.
Q. Can the residential wall switch sensors (PR180 & PR150) be used to control compact fluorescent bulbs or electronic ballasted fluorescents?
A. NO. The PR150 and PR180 are only suitable for Incandescent or Magnetic rapid start fluorescent lighting only.
Q. Why is my fluorescent lighting flickering when the PR180 is in the auto position but when set to the on position the flickering stops and lighting remains fully lit?
A. The flickering would be caused by using incompatible fluorescent ballast. Please check the ballast and be sure that it is a magnetic rapid start ballast.
Q. Can two PR180’s be used in a 3-way together?
A. NO. The PR180 can only be used in a 3-way with a standard 3-way switch. To use two sensors in a 3-way try the ODS10
Q. When the PR180 is used in a 3-way, what functionality will the standard 3-way switch provide?
A. The standard 3-way switch will turn the lights on in either position the switch is thrown if the lights are OFF. Once the lights are on the sensor takes over and turns the lights off based on the time out delay that is set. The standard 3-way switch can not turn the lights off.
Q. If the sensor is in the off position will the standard 3-way switch be able to turn the lights on?
A. NO. If the switch is set to off, the lights will stay off indefinitely until the sensor is returned to the auto position.
Q. Is there a minimum load requirement for the PR180 & PR150?
A. YES. The PR180 and PR150 both require a 40 watt minimum load.
Q. Are the PR180 & PR150 capable of switching motor loads or exhaust fans?
A. NO. For switching those types of loads try using the ODS10.
Q. Are the PR180 & PR150 dual voltage rated?
A. NO. The PR180 & PR150 are rated for 120 volt only.
Q. Does the IPP15 automatically switch the lights on when sensing occupancy?
A. NO. The IPP15 complies with the California Title 24 Residential Lighting Standards, which require the sensor to be manually switched on. The lights will remain on as long as there is an occupant moving in the field of view of the sensor.
Q. Can two IPP15’s be used in a 3-way together?
A. NO. For a 3-way or more application that requires a sensor at each location, use the IPP0R (Matching sensor remote). For an application that requires a manual switch at the other location, use the IPP15 with the VP0SR Vizia+ switch remote.
Q. Is the IPP15 capable of switching motor loads or exhaust fans?
A. Yes. The IPP15 will switch motor loads up to ½ HP @120V AC as well 1800 watts of incandescent and 1800VA of fluorescent lighting.
Q. Can the ODS10 and ODS15 control electronic fluorescent ballasts?
A. Yes. The ODS10 can control up to 1200VA @ 120V, 2700VA @ 277V and the ODS15 will control up to 1800VA @ 120V, 4000VA @ 277V.
Q. Are the ODS10 and ODS15 capable of being used for 3-way applications?
A. Yes. Two ODS10’s or ODS15’s used together wired in parallel can be placed in a 3-way application.
Q. In a 3-way can I turn the lights on from one ODS10 and be able to shut the lights off from the other?
A. NO. Since the sensors are wired in parallel they will not function as a normal mechanical 3-way.
Q. How does the Self Adaptive delayed-off time feature work on the ODS15?
A. During periods of occupancy where there is little activity and infrequent motion detection, the delayed-OFF time setting is automatically increased, up to a maximum of 30 minutes. During periods of occupancy where there’s more activity and frequent motion detection, the delayed-OFF time setting will automatically be decreased. The decreased delayed- OFF time setting will be in effect after the unit has timed out and the next period of occupancy begins. The delayed-OFF time will not be reduced beyond the preset 10 minute interval or the custom selected time interval.
Q. Is a connection neutral required for the ODS10 or ODS15?
A. NO. Neutral is not required but a good ground connection is required.
Q. Does the OSSMT sense audible sounds to detect occupancy?
A. NO. The OSSMT sensors combine ultrasonic sensing for maximum sensitivity with PIR technology. Ultrasonic occupancy sensors generate high frequency sound waves beyond the capability of human hearing, due to the Doppler Effect. These controls are active: continually emitting sound waves and monitoring changes in the return time of the reflected sound waves. Movement in the sound wave field causes a change in wave frequency and the sensor responds by switching on area lights. When the change in frequency is no longer detected after a delayed-off time, the sensor turns off the lights.
Q. What are the default settings of the OSCxx-M0W sensors and how do I place the unit in to test mode?
A. Testing and set up of Leviton OSCxx-M0W motion sensors:
- Step 1 - Make sure all dip switches are in the off position.
- Step 2 - Set the Blue ambient light dial to 100% (if the gray wired is used in place of the blue)
- Step 3 - Set the red infrared sensitivity dial to 75%
- Step 4 - Set the Black time dial to 50% for a 10 minute time out
- Step 5 - Set the Green ultrasonic sensitivity dial to 50%
- Step 6 - Move the B3 dip switch to the on position and then back to the off position. (This will place the sensor into a 6 second test mode for 15 minutes and the LED’s will flash amber once per second)
- Step 7 - Walk out of the room to let the lights time out and shut off; then walk back into the room to make sure the sensor can detect a person when they walk into the room.
- Step 8 - Stand still in each corner of the room and let the sensor time out and shut off the lights. When the lights have turned off take one step forward to make sure the sensor can see you and the lights turn back on.
- Step 9 - When the sensor leaves the 15 minute test mode (the LED will stop flashing amber) repeat step 7.
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