INSTALLATION AND OPERATION MANUAL

Transcription

1 INSTALLATION AND MANUAL IMPORTANT: RETAIN THESE INSTRUCTIONS FOR THE END USER. DO NOT DISCARD. CEILING OCCUPANCY SENSOR ITSCS ITSCSHB DIMMING POWER PACK ITSRPFAM2U ITSRPFAM4U ITSRPHDF2U ITSRPHDF4U INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Made in U.S.A. Technical/Sales assistance: P/N B0 Lightolier Controls is a is Philips a Philips Controls Controls brand brand

2 INSTALLATION & Important Safeguards When using electrical equipment, basic safety precautions should always be followed including the following: a. READ AND FOLLOW ALL SAFETY INSTRUCTIONS. b. Do not use outdoors. c. Do not mount near gas or electric heaters. d. Equipment should be mounted in locations and at heights where it will not readily be subjected to tampering by unauthorized personnel. e. The use of accessory equipment not recommended by the manufacturer may cause an unsafe condition. f. Do not use this equipment for other than intended use. g. Refer service to qualified personnel. SAVE THESE INSTRUCTIONS. WARNING: You must have access to a main circuit breaker or other power disconnect device before installing any wiring. Be sure that power is disconnected by removing fuses or turning the main circuit breaker off before installation. Installing the device with power on may expose you to dangerous voltage and damage the device. A qualified electrician must perform this installation. WARNING: Refer to National Electrical Code and local codes for cable specifications. Failure to use proper cable can result in damage to equipment or danger to persons. CAUTION: Wire openings MUST have fittings or lining to protect wires/cables from damage. Use 90 C copper wire only! Important Safeguards

3 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Table of Contents Quick Start...2 Preface...2 Description...3 Installation: Ceiling Occupancy Sensor...4 Installation: Dimming Power Packs...5 Mounting...5 Low Voltage and Line Wiring...6 Using the Programming Remote...9 Programming Mode...9 Selecting Devices...9 Programming: Ceiling Occupancy Sensor...10 Mode...10 Time...11 Relay Selection...11 Sensitivity...12 Occupancy Photocell Sensitivity...12 Miscellaneous...13 Switch Programming Mode (Relay Pack Inputs or Network-Connected LSW Series Keypads)...13 Switch Mode...14 Relay On Select...15 Relay Off Select...16 Assigning a Scene To a Switch...16 Adjusting Scene Dimmer Levels (ITSPCS & ITSCS Units Version 2)...17 Test...18 Display...18 Example Setup...19 Manual Configuration: Ceiling Occupancy Sensor...22 Power Pack Primary/Secondary Mode Selection...24 Troubleshooting Guide...25 Specifications...26 Please check the Lightolier Controls web site, for updated product information. Table of Contents 1

4 INSTALLATION & Quick Start 1. Install Dimming Power Packs. 2. Install Ceiling Occupancy Sensors. 3. Install one Photocell Daylighting Sensor, if daylighting is required. 4. Install keypad(s), if required. 5. Connect 4-wire ITS network between all of the above devices. 6. Power up Dimming Power Packs and verify the following: a. Dimming Power Packs blink red and/or green once every second. b. ITSCS Sensor blinks red every 10 seconds. c. ITSPCS Sensor blinks. 7. Test system and network as follows: a. At keypad, tap ON and OFF buttons. All relays should turn on and off, and pressed buttons should light up. b. Using IntelliSight Programming Remote, select any sensor using the PGM and LASER buttons while aimed at a sensor, then tap buttons 1-8 to toggle individual relays or the 0 button to toggle all relays. Tap EXIT button to exit test. (This is also useful to determine which circuits are controlled by which relays.) c. Using IntelliSight Programming Remote, select any Occupancy Sensor using the PGM and LASER buttons while aimed at a sensor, then tap FIELD/SELECT button. The selected sensor should turn blue/red and all other ITSCS Sensors should turn blue. Tap EXIT button to exit. Preface The document provides programming and installation instructions for the following IntelliSight products: ITSCS - IntelliSight Ceiling Occupancy Sensor ITSCSHB - IntelliSight High Bay Ceiling Occupancy Sensor ITSPCS - IntelliSight Photocell Daylighting Sensor ITSRPHDF2U - IntelliSight Dimming Power Pack, 2 Relay, Dual HDF, Universal Voltage (120~277 VAC) ITSRPHDF4U - IntelliSight Dimming Power Pack, 4 Relay, Dual HDF, Universal Voltage (120~277 VAC) ITSRPFAM2U - IntelliSight Dimming Power Pack, 2 Relay, Dual Mark 7, 0-10V Universal Voltage (120~277 VAC) ITSRPFAM4U- IntelliSight Dimming Power Pack, 4 Relay, Dual Mark 7, 0-10V Universal Voltage (120~277 VAC) ITSRP1U IntelliSight Relay Power Pack, 1 Relay, Universal Voltage (120 ~ 277 VAC) ITSRP2U IntelliSight Relay Power Pack, 2 Relay, Universal Voltage (120 ~ 277 VAC) ITSRP4U IntelliSight Relay Power Pack, 4 Relay, Universal Voltage (120 ~ 277 VAC) Please read all instructions before installing or using this product. Retain this guide for future reference. IMPORTANT INFORMATION. PLEASE READ! This unit is intended for installation in accordance with the National Electric Code and local regulations. It is also intended for permanent installation in indoor applications only. Before any electrical work is performed, disconnect power at the circuit breaker or remove the fuse to avoid shock or damage to the control. It is recommended that a qualified electrician perform this installation. 2 Quick Start

5 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Description IntelliSight Ceiling Occupancy Sensor (ITSCS, ITSCSHB) The IntelliSight Low-Voltage Ceiling Occupancy Sensor is a multiple technology, occupancy-sensing low-voltage device that is designed for use with one or more IntelliSight System Relay Packs. Each unit provides automatic on/off, or manual on, operations using a wall-mounted switch. Up to eight sensors can be used with each relay power pack, and up to two dimming power packs can be controlled by one sensor. IntelliSight Photocell Daylighting Sensor (ITSPCS) The IntelliSight Low-Voltage Photocell Daylighting Sensor is a low-voltage device designed for use with one or more IntelliSight System Power Packs. Each unit provides dimming and bi-level switching control of up to two dimming power packs. IntelliSight Dimming Power Packs (ITSRPFAM2U, ITSRPFAM4U, ITSRPHDF2U, ITSRPHDF4U, ITSRP1U, ITSRP2U, ITSRP4U) The IntelliSight Universal Voltage Dimming Power Packs come in dual and quad relay configurations and operate with IntelliSight low-voltage ceiling and wall-mounted occupancy, and photocell (daylight harvesting) sensors. Each IntelliSight dimming power pack supports up to eight sensors. Lytemode Programming Remote (ITSIR1 or ITSIR2) The Lytemode Ceiling Occupancy Sensor Programming Remote is an optional accessory which provides quick and easy access to the full range of Occupancy Sensor features. Description 3

6 INSTALLATION & Installation: Ceiling Occupancy Sensor The Ceiling Occupancy Sensor may be mounted in a junction box or directly to the ceiling depending on local code. The unit must have an unobstructed view of the area to be monitored and must be mounted perpendicular to the floor below. If the unit is subject to "false triggering" from activity beyond the desired area of coverage, a portion of the lens may be masked to achieve the desired response. Simply install the Field of View Customizing Template (provided). To install: 1. Check for any obstructions located behind the desired mounting location. 2. Drill 1-1/2" hole in the desired mounting location. 3. Place Ceiling Occupancy Sensor through the hole and secure with supplied washer and locknut. 4. The lens may be removed to install the Field of View Customizing Template*. Simply rotate the lens cover slightly counter-clockwise and remove. 5. Trim the template for the desired effect and install on interior of the lens. (Careful placement of the template is necessary to ensure proper function.) 6. Replace lens cover and verify that the unit is securely mounted. RETAINING NUT WASHER LOW VOLTAGE WIRE NOTE: Sensors must be mounted perpendicular to the floor. Figure 1: Installing the Ceiling Occupancy Sensor * The Field of View Customizing Template is used to block the ITSCS in areas where motion should not trigger the sensor. 4 Installation: Ceiling Occupancy Sensor

7 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Installation: Dimming Power Packs MOUNTING WARNING: Before installing device, ensure that all power has been disconnected at circuit breaker to avoid risk of shock or damage to the unit. Always follow local wiring codes. To install dimming power pack(s): 1. Locate a suitable mounting location adjacent to a junction box where line wiring is to connect. 2. Route wiring through 3/4" knock-out on junction box and secure the included 3/4" nipple or nipples to junction box. All power leads must be pulled into existing junction box. 3. Securely mount dimming power pack using the included 3/4" nipple(s) and attached mounting brackets. 4. Connect power leads according to the following sections. Figure 2: Mounting the Dimming Power Pack(s) Installation: Dimming Power Packs 5

8 INSTALLATION & Installation: Dimming Power Packs (continued) WARNING: Before installing device, ensure that all power has been disconnected at circuit breaker to avoid risk of shock or damage to the unit. Always follow local wiring codes. LOW VOLTAGE AND LINE WIRING To connect wiring: 1. If conduit is required by local code, route low voltage wiring into adjacent junction box and secure with included 1/2" nipple. 2. Connect low voltage network with Belden 8723 stranded two-pair conductor or standard Cat5e stranded cable (or equivalent) according to the following diagrams, depending on which model dimming power pack you are installing. 3. Connect all power leads within adjoining junction box according to the following diagrams, depending on which model dimming power pack you are installing. NOTE: Control inputs are designed to be enabled by a 12v to 24v (DC or AC) signal. ITSRPHDF4U GREEN (DATA -) WHITE/GREEN (DATA +) BLACK (GROUND) RED (+12VDC) CONTROL INPUTS ORANGE BROWN To Additional Sensors ITSCS ITSCS NOTES: YELLOW (PRIMARY/SECONDARY SELECT) 1) Up to 8 digital devices (sensors, button stations, etc.) may be linked in parallel. 2) Orange and Brown control input wires are not polarity sensitive. Figure 3: Connecting HDF Dimming Power Pack Wiring 6 Installation: Dimming Power Packs

9 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Installation: Dimming Power Packs (continued) 4. Both Orange and Brown inputs are optically isolated from Power Pack low-voltage circuit and can be alternately powered by an external circuit 12-24V AC or DC. When voltage is detected, the inputs will turn their programmed Power Packs on (or off). This can be used for emergency or load shedding applications, and for a forced-on (or forced-off) switch. GREEN (DATA -) WHITE/GREEN (DATA +) BLACK (GROUND) ITSRPFAM4U RED (+12VDC) CONTROL INPUTS ORANGE BROWN To Additional Sensors ITSCS ITSCS YELLOW (PRIMARY/SECONDARY SELECT) VIOLET (FAM 1) GREY (FAM 1) VIOLET/WHITE (FAM 2) GREY/WHITE (FAM 2) To Advance Mark 7 Dimming Ballast NOTE: Ballast control wires must NOT be in the same conduit as switched hot. NOTES: 1) Up to 8 digital devices (sensors, button stations, etc.) may be linked in parallel. 2) Orange and Brown control input wires are not polarity sensitive. Figure 4: Connecting FAM Dimming Power Pack Wiring Installation: Dimming Power Packs 7

10 INSTALLATION & Installation: Dimming Power Packs (continued) NOTE: Control inputs are designed to be enabled by a 12v to 24v (DC or AC) signal. GREEN (DATA -) WHITE/GREEN (DATA +) BLACK (GROUND) RED (+12VDC) ORANGE BROWN ITSCS ITSCS ON OFF LSW2BCD To ILS NETWORK ORANGE SYSTEM MANUAL ON * BROWN SYSTEM MANUAL OFF * ITSMS BLACK (COMMON) * Default Power Pack Programming DETAIL A ITS NETWORK BLACK GREEN WH/GR RED TOP LSW2BCD ILS NETWORK BR WH/BR BL WH/BL GN WH/GN SHIELD OR WH/OR NOTES: 1) Up to 8 digital devices (sensors, button stations, etc.) may be linked in parallel. 2) Orange and Brown control input wires are not polarity sensitive. 3) Multiple ITSMS Switches may be wired in parallel. Figure 5: Connecting Power Pack to Sensors and Button Stations 8 Installation: Dimming Power Packs

11 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Using the Programming Remote An IntelliSight Programming Remote must be used to program the Occupancy Sensors. NOTE: The IntelliSight Programming Remote is available in two versions: ITSIR1 and ITSIR2. Both models have the same functionality as described in the following sections. PROGRAMMING MODE To enter Programming Mode: 1. Aim the remote at the Occupancy Sensor and press the PGM/EXIT button. All affected sensors will blink red. 2. You may now select which sensors you would like to program by "lighting" them with the remote laser. Press and Hold the LASER button and allow the beam to "hit" the sensor you want to select. Once the signal is received, the sensor will illuminate blue and is ready to receive commands. To change the sensor parameters, first select the field which you would like to change. Programming fields include: Mode, Time, Relays, Sensitivity, and Photocell Sensitivity. The following sections will explain each mode. NOTE: After entering the Programming Mode and before tapping any A-H buttons, each relay can be individually controlled by tapping buttons 1-8. Each tap will toggle the relay state (on/off). Tapping button "0" will toggle all relays. This is a helpful tool in testing the installation and determining how the loads are wired. SELECTING DEVICES To select devices for programming (e.g. single occupancy, all occupancy, photocells, or switches), use the Device Select (DSEL) button on the ITSIR1 remote or the FIELD SELECT button on the ITSIR2 remote. Devices may also be individually selected by use of the remote laser. NOTE: The unit will always start in Single Occupancy Mode. To change the selected devices to be programmed: 1. Enter Programming Mode. (Refer to previous section.) 2. Press DSEL button (ITSIR1) or FIELD SELECT button (ITSIR2) to toggle through modes: Blue = Single Occupancy Sensor * Blue/Red = All Occupancy Sensors on network * Red = Switches on network Green = Photocell/Dimming * Additional ITSCS Sensors may be added or removed by using the laser to toggle sensors (blue = included). ITSIR1 PHDA PHDS ITSIR2 Figure 6: IntelliSight Remotes R K P D Using the Programming Remote 9

12 INSTALLATION & Programming: Ceiling Occupancy Sensor Ceiling Occupancy Sensor programming is the same for both single, multiple and all sensors on the network. Programming selections will affect all illuminated sensors. MODE The MODE field allows access to Fixed Time Out or Intelligent Modes, as well as Automatic or Manual On. Factory default is Automatic On\Fixed timing. Intelligent modes continuously monitor occupancy patterns within the space and automatically update the time-out period accordingly. IntelliSight offers three different levels of aggressiveness: Conservative Mode: Automatically adjusts the time-off between 5 to 30 minutes. Normal Mode: Automatically adjust the time-off between 3 and 15 minutes for enhanced energy savings. Aggressive Mode: Automatically adjust the time-off delay between 1 minute and 5 minutes for maximum energy savings. The Occupancy Sensor can be configured to operate in either a Manual On or Automatic On Mode. In Manual On Mode, the lights will only turn on when a designated switch activates the relays. The lights will turn off automatically when vacancy is detected for the time delay period. In the Automatic On Mode, the lights will automatically turn on as soon as occupancy is detected. The lights will turn off when either the designated switch deactivates the relay or automatically when vacancy is detected for the time delay To change the mode of the sensor: 1. Enter Programming Mode (refer to page 9). 2. Press DSEL button (ITSIR1) or FIELD SELECT button (ITSIR2) until the sensor illuminates blue. All devices may be selected by pressing the button again (sensor will illuminate blue/red and all other sensors on the network will illuminate blue). 3. Press MODE button. 4. Select intelligence level: Button 1 Aggressive Intelligence Button 2 Normal Intelligence Button 3 Conservative Intelligence Button 4 Fixed Timing * Factory Default 5. Select activation mode: Button 5 Manual ON Button 6 Automatic ON * Factory Default Button 7 Factory Default Manual ON * Sets all ITSCS parameters to Factory Defaults Button 8 Factory Default Automatic ON (Must press and hold either button for 3 seconds) Button 0 Factory Default * Sets Fixed Timing, Automatic ON Exit programming by pressing the PGM/EXIT button or continue with programming by selecting another field. 10 Programming: Ceiling Occupancy Sensor

13 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Programming: Ceiling Occupancy Sensor (continued) TIME The TIME field allows selection of the time-out period after the sensor no longer detects occupancy. Periods may be selected from 1 to 30 minutes. NOTE: Increasing the time delay will lower the possibility of a false Off trigger, but will also lower the energy savings. To change the time of the sensor: Button 1 1 Minute 1. Enter Programming Mode (refer to page 9). Button 2 3 Minutes 2. Press TIME button. Button 3 5 Minutes 3. Select time-out period by pressing the Button 4 10 Minutes appropriate button. Exit programming by pressing the PGM/EXIT button or continue with programming by selecting another field. Button 5 Button 6 Button 7 Button 8 15 Minutes 20 Minutes 25 Minutes 30 Minutes * Factory Default Button 0 Factory Default * 15 Minutes RELAY SELECTION The RELAY SELECTION field allows selection of which channels will react to the occupancy sensor. To change the relay selection of the sensor: 1. Enter Programming Mode (refer to page 9). 2. Press RLYS button. 3. Select the relay or relays to be controlled by the sensor. Any combination of relays may be assigned to the sensor (example: relays 1, 2 3, 5, and 8). Exit programming by pressing the PGM/EXIT button or continue with programming by selecting another field. Button 1 Relay 1 * Factory Default Button 2 Relay 2 * Factory Default Button 3 Relay 3 * Factory Default Button 4 Relay 4 * Factory Default Button 5 Relay 5 * Factory Default Button 6 Relay 6 * Factory Default Button 7 Relay 7 * Factory Default Button 8 Relay 8 * Factory Default Button 0 Factory Default * Selects all relays Programming: Ceiling Occupancy Sensor 11

14 INSTALLATION & Programming: Ceiling Occupancy Sensor (continued) SENSITIVITY Part of the superior performance of the ITSCS/ITSCSHB Occupancy Sensor involves the increased sensitivity of the sensor system. The three settings are Low, Medium, and High. Each application may be slightly different and the preferences of each user might be different. The default setting (Medium) will be adequate for most situations. The settings are described as follows: Low: Lowest level of detection setting - when less detection is required - occupants are close to the sensor or movements within the space are more pronounced. This level may result in the lights falsely turning off when there is low levels of activity. Medium (default): Default setting - medium level of detection to fit most applications. High: Highest level of detection - movements and activity within the space are less pronounced. This level increases the possibility of false triggering (turning the lights on) or keeping them on longer. To change the sensitivity selection of the sensor: Button 1 Low 1. Enter Programming Mode (refer to page 9). Button 2 Medium * Factory Default 2. Press SENS button. Button 3 High 3. Select the desired level of sensitivity. Button 0 Factory Default * Medium Exit programming by pressing the PGM/EXIT button or continue with programming by selecting another field. OCCUPANCY PHOTOCELL SENSITIVITY There is a photo eye (photocell) in the ITSCS/ITSCSHB Occupancy Sensor which can prevent the Occupancy Sensor from automatically turning on the lights if the light level in the room is already higher than a set level. This feature can be enabled or disabled - with the factory default being disabled. The PHOTOCELL SENSITIVITY field allows selection of the internal photocell s sensitivity levels, as well as disable. To change the sensitivity selection of the photocell: 1. Enter Programming Mode (refer to page 9). 2. Press MPHS button (ITSIR1) or the PHON button (ITSIR2). 3. Select the desired level of sensitivity. 4. To let the unit capture the present room s ambient light level, press and hold button 8 for 4 seconds. The unit will turn off the lights, take a snapshot of the current ambient light level, and then turn the lights back on. Button 1 Low Ambient Button 2 Low-Medium Ambient Button 3 Medium-Low Ambient Button 4 Medium Ambient Button 5 Medium-High Ambient Button 6 High-Medium Ambient Button 7 High Ambient Button 8 Disabled/Capture * Factory Default Button 0 Factory Default * Disabled Exit programming by pressing the PGM/EXIT button or continue with programming by selecting another field. 12 Programming: Ceiling Occupancy Sensor

15 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Programming: Ceiling Occupancy Sensor (continued) MISCELLANEOUS The MISC field allows the audible buzzer and/or the entire Occupancy Sensor to be enabled or disabled. To activate/deactivate the audible buzzer or entire occupancy sensor: 1. Enter Programming Mode (refer to page 9). 2. Press MISC button. 3. Select desired parameters: Button 1 Enable Buzzer * Factory Default Button 2 Disable Buzzer Button 3 Enable Status LEDs * When in Normal Mode Button 4 Disable Status LEDs * When in Normal Mode Button 7 Enable Sensor * Factory Default Button 8 Disable Sensor Button 0 Factory Default * Enable Buzzer/Sensor/LEDs SWITCH PROGRAMMING MODE (RELAY PACK INPUTS OR NETWORK-CONNECTED LSW SERIES KEYPADS) The Switch Programming Mode allows a switch contact or push button to be programmed. To select a switch for programming: 1. Enter Programming Mode (refer to page 9). 2. Press DSEL button (ITSIR1) or FIELD SELECT button (ITSIR2) until the sensor illuminates red. 3. Press SW# button. Network connected keypads will blink all buttons. 4. Select desired switch to program: Button 1 Switch 1 Primary Pack, Input 1 (Orange) Button 2 Switch 2 Primary Pack, Input 2 (Brown) Button 3 Switch 3 Reserved Button 4 Switch 4 Reserved Button 5 Switch 5 Secondary Pack, Input 1 (Orange) Button 6 Switch 6 Secondary Pack, Input 2 (Brown) Button 7 Switch 7 Reserved Button 8 Switch 8 Reserved Button 0 Select LSW Button * The LSW keypad button to be programmed must be pressed and held for 3 seconds NOTE: Button 0 is used to select a button/switch on an IntelliSight compatible keypad. Programming: Ceiling Occupancy Sensor 13

16 INSTALLATION & Programming: Ceiling Occupancy Sensor (continued) SWITCH MODE The SWITCH MODE field designates the mode in which the switch will operate. The modes are as follows: Tap Momentary Closure Switch. When the switch is closed, the relays selected by "Relay On Select" are turned ON, and relays selected by "Relay Off Select" are turned OFF. Double Tap (2 Hour Hold) Momentary Closure Switch. SINGLE TAP - Works the same as TAP above. DOUBLE TAP - Works the same as TAP, except that the time-out to ignore occupancy sensor is set to 2 hours. This applies to both ON and OFF. (Two taps within 1 second constitutes a double tap.) Override When the circuit connected to the Input is open, the Pack operates normally. When the circuit is closed, the relays selected by "Relay On Select" are forced ON and the relays selected by "Relay Off Select" are forced OFF. The unselected relays operate normally. This override is not communicated to other Packs, only relays in the Pack that physically has the Input connection active are affected. This mode can be used for Time Clock control of specific relays, Alarm control of specific relays, or Load Shed. Inverted Override Same functionality as Override except that the Input is inverted, i.e. when the circuit is closed, the Pack operates normally. Toggle Momentary Closure Switch. The first time the switch is closed, the relays selected by "Relay On Select" are turned ON, and the relays selected by "Relay Off Select" are turned OFF. The next closure turns the relays selected by "Relay On Select" to OFF, and relays selected by "Relay Off Select" to ON. The next closure repeats the action of the first closure. A single Momentary Closure Switch can be used to perform a Press ON and Press OFF when set to this mode. Dimmer Raise Momentary Closure Switch. SINGLE TAP - Causes the relays selected by "Relay On Select" to turn ON, and the dimmers to Fade Up to the programmed Scene. Relay Pack inputs only (orange/brown). DOUBLE TAP - Causes the relays selected by "Relay On Select" to turn ON, and the dimmer to instantly go to the programmed Scene. Relay Pack inputs only (orange/brown). PRESS and HOLD - Causes all dimmers to Fade Up. Fade stops when released. Relay Pack inputs (orange/brown) and Lyteswitch keypads. 14 Programming: Ceiling Occupancy Sensor

17 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Programming: Ceiling Occupancy Sensor (continued) Dimmer Lower Momentary Closure Switch. SINGLE TAP - Causes the dimmers to Fade down to OFF, and then causes the relays selected by "Relay Off Select" to turn OFF. Relay Pack inputs only (orange/brown). DOUBLE TAP - Causes the relays selected by "Relay Off Select" to turn OFF instantly. Relay Pack inputs only. PRESS and HOLD - Causes all dimmers to fade to off (dimming relays turn off) on all Lyteswitch keypads. To assign a Switch Mode: 1. Select switch to be programmed [refer to "Switch Programming Mode (Relay Pack Inputs or Network-Connected LSW Series Keypads)" on page 13]. 2. Tap SWM button. 3. Use numerical buttons to assign desired function to that switch. Button 1 Tap * Factory Default Button 2 Double Tap Button 3 Override Button 4 Inverted Override Button 5 Toggle Button 6 Dimmer Raise Button 7 Dimmer Lower Button 8 Returns a selected Lyteswitch keypad to its former mode Button 0 Factory Default * Tap NOTE: When a Lyteswitch keypad button is set by buttons 1-7, it turns the entire keypad into an IntelliSight relaycontrolled keypad. RELAY ON SELECT The RELAY ON SELECT field designates which relay circuits will be activated by the switch. To assign relays to a switch: 1. Select switch to be programmed [refer to "Switch Programming Mode (Relay Pack Inputs or Network-Connected LSW Series Keypads)" on page 13]. 2. Press RON button (while in Switch Programming Mode). 3. Using numerical keypad, select relays to be activated by the designated switch. Any combination of relays may be assigned to the switch (example: relays 1, 2 3, 5, and 8). NOTE: Assignment of relays will be that of last programming sequence. Example: Programming a relay to turn off with a switch will remove it from the RELAY ON command line. Refer to "Relay Off Select" on page 16. Button 1 Relay 1 Button 2 Relay 2 Button 3 Relay 3 Button 4 Relay 4 Button 5 Relay 5 Button 6 Relay 6 Button 7 Relay 7 Button 8 Relay 8 Button 0 Release All Relays Programming: Ceiling Occupancy Sensor 15

18 INSTALLATION & Programming: Ceiling Occupancy Sensor (continued) RELAY OFF SELECT The RELAY OFF SELECT field designates which relay circuits will be deactivated by the switch. To assign relays to a switch: 1. Select switch to be programmed [refer to "Switch Programming Mode (Relay Pack Inputs or Network-Connected LSW Series Keypads)" on page 13]. 2. Press ROFF button. 3. Select which relays are to be deactivated by the designated switch. Any combination of relays may be assigned to the switch (example: relays 1, 2 3, 5, and 8). NOTE: Assignment of relays will be that of last programming sequence. Example: Programming a relay to turn on with a switch will remove it from the RELAY OFF command line. Refer to "Relay On Select" on page 15. ASSIGNING A SCENE TO A SWITCH Button 1 Relay 1 Button 2 Relay 2 Button 3 Relay 3 Button 4 Relay 4 Button 5 Relay 5 Button 6 Relay 6 Button 7 Relay 7 Button 8 Relay 8 Button 0 Release All Relays A Scene may be assigned to a switch. (Note that the Scenes only apply to dimmer levels and affects all dimmers in the connected relay packs.) To assign a Scene: 1. Select switch to be programmed [refer to "Switch Programming Mode Button 1 1 (ON) (Relay Pack Inputs or Network-Connected LSW Series Keypads)" on Button 2 2 (A ) page 13]. Button 3 3 (B) 2. Press SCN button. Button 4 4 (C) 3. Assign a Scene to the switch. Button 5 5 (D) Button 6 6 (E) Button 7 7 (F) Button 8 8 (OFF) Button 0 No Scene Assigned 16 Programming: Ceiling Occupancy Sensor

19 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Programming: Ceiling Occupancy Sensor (continued) ADJUSTING SCENE DIMMER LEVELS (ITSPCS & ITSCS UNITS VERSION 2) A Scene s dimmer levels may be set as required. To adjust Scene dimmer level: 1. Enter Programming Mode (refer to page 9). 2. Press DSEL button (ITSIR1) or FIELD SELECT button (ITSIR2) until the sensor illuminates green. 3. Tap DSCN (E) button to select the Dimmer Scenes (refer to page 9 for IntelliSight Programming Remote button layout). 3a. Tap buttons 1-8 to select the following scenes: Button 1 Scene 1 or On Scene (Sets Max Dimmer Levels for Daylight Harvesting) Button 2 Scene 2 or A Scene (Sets Min Dimmer Levels for Daylight Harvesting) Button 3 Scene 3 or B Scene Button 4 Scene 4 or C Scene Button 5 Scene 5 or D Scene Button 6 Scene 6 or E Scene Button 7 Scene 7 or F Scene Button 8 Scene 0 or Off Scene (Dimmers will always be set to Off) Button 0 Factory Default (Scene 1) NOTE: Dimmers will go to their Last Set Scene Levels. 4. Tap F button (ITSIR1) or DIM button (ITSIR2) to select "Raise Dimmer Levels". Tap G button (ITSIR1) or DIM button (ITSIR2) to select "Lower Dimmer Levels." 4a. Press-Hold-Release buttons 1-8 to Raise or Lower the level of the following Dimmers: Button 1 Dimmer 1 (Relay Pack 1 Dimmer 1) Button 2 Dimmer 2 (Relay Pack 2 Dimmer 2) Button 3 Dimmer 3 (Reserved) Button 4 Dimmer 4 (Reserved) Button 5 Dimmer 5 (Relay Pack 2 Dimmer 1) Button 6 Dimmer 6 (Relay Pack 2 Dimmer 2) Button 7 Dimmer 7 (Reserved) Button 8 Dimmer 8 (Reserved) Button 0 Dimmers1-8 (Master Raise/Lower All Dimmers) NOTE: When button is pressed, the selected Dimmer Level starts to Raise or Lower. When the button is released, the dimmer stops. The power pack will link the relay and dimmer together (example: Relay 1 to Dimmer 1). When the Dimmer Level is set to 0 (off), the linked relay will turn off. Programming: Ceiling Occupancy Sensor 17

20 INSTALLATION & Programming: Ceiling Occupancy Sensor (continued) 5. To save the new dimmer levels to a Scene Tap DSCN (E) button again then Press and Hold the desired Scene button for 3 or more seconds: TEST Button 1 Scene 1 or On Scene (Sets Max Dimmer Levels for Daylight Harvesting) Button 2 Scene 2 or A Scene (Sets Min Dimmer Levels for Daylight Harvesting) Button 3 Scene 3 or B Scene Button 4 Scene 4 or C Scene Button 5 Scene 5 or D Scene Button 6 Scene 6 or E Scene Button 7 Scene 7 or F Scene Button 8 Scene 0 or Off Scene (Dimmers will always be set to Off) Button 0 Factory Default (Scene 1) The Test feature allows testing of the system without having to wait extended periods of time for the loads to time out. While in Test Mode, the timer functions at a rate of 1/60th. A 30-minute time-out period would become a 30-second time-out period with a 10 second minimum. To enter Test Mode: 1. Enter Programming Mode (refer to page 9). 2. Press TEST button. All sensors in Test Mode will blink red (Test Mode), blue (motion detected), or green (delaying to relay off). 3. Confirm all sensors, relays and switches are working properly. 4. Press TEST button again to exit Test Mode. NOTE: Alternate between Test Mode and Programming Mode by pressing the TEST button anytime during the process. DISPLAY The Display feature allows the programmer to visually and audibly verify the programmed feature parameters. To enter Display Mode: 1. Enter Programming Mode (refer to page 9). 2. Select the field you wish to verify. 3. Press DISP button. 4. Tap button for each available setting for the chosen field. The sensor will blink red indicating that the setting is not programmed for the sensor, or blue indicating that the setting is programmed to the sensor. 5. Press DISP button again to exit Display Mode. Example: To see the time-out period of a sensor: Press TIME, then DISP. Toggle through the time selections (buttons 1-8) until the sensor blinks blue to indicate the programmed time-out period. 18 Programming: Ceiling Occupancy Sensor

21 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Programming: Ceiling Occupancy Sensor (continued) EXAMPLE SETUP In this example, we will set the sensor for a 10 minute time-out period and assign a 6-button keypad (Figure 7) to the following format: On Scene = All on 100% Scene A = Dimmer 1 = 100% and Dimmer 2 = 75% Scene B = Dimmer 1 = 75% and Dimmer 2 = 50% Scene C = Raise All Dimmers Scene D = Lower All Dimmers Off = All Off ON A B C D OFF During the example, refer to page 9 for IntelliSight Programming Remote button layout. First, set the time-out period with the following sequence: 1. Press PGM button. (The sensor will flash.) Figure 7: LSW6BCD Keypad 2. Using SSEL button (ITSIR1) or LASER button (ITSIR2), select Sensor to program. (Sensor will illuminate blue.) 3. Press Time button. 4. Press TM-10 button to select 10 minutes. Next, assign button functions to each LSW Keypad: 1. Press DSEL button (ITSIR1) or FIELD SELECT button (ITSIR2) until the sensor illuminates red. Program the LSW ON button: 1. Press the SW# button on the ITSIR (all buttons on the LSW will blink). 2. Press and Hold the LSW ON button for 3 seconds to select that button to program (blinking will stop and selected button will light up). 3. On the ITSIR, press the SWM (B) and then the TAP (1) buttons to assign the button to a TAP mode/function. 4. On the ITSIR, press the RON (C) and then buttons 1-8 to assign which relays (1-8) to turn On when the button is tapped. 5. On the ITSIR, press the ROFF (D) and then the DEFAULT (0) button to deselect all remaining relays from turning Off when the selected button is pressed. 6. On the ITSIR, press the SCN (E) and then the 1 button to select Scene 1(ON). Programming: Ceiling Occupancy Sensor 19

22 INSTALLATION & Programming: Ceiling Occupancy Sensor (continued) Program the LSW A button: 1. Press the SW# button on the ITSIR (all buttons on the LSW will blink). 2. Press and Hold the LSW A button for 3 seconds to select that button to program (blinking will stop and selected button will light up). 3. On the ITSIR, press the SWM (B) and then the TAP (1) buttons to assign the button to a TAP mode/function. 4. On the ITSIR, press the RON (C) and then buttons 1-8 to assign which relays (1-8) to turn On when the button is tapped. 5. On the ITSIR, press the ROFF (D) and then the DEFAULT (0) button to deselect all remaining relays from turning Off when the selected button is pressed. 6. On the ITSIR, press the SCN (E) and then the 2 button to select Scene 2(A). Program the LSW B button: 1. Press the SW# button on the ITSIR (all buttons on the LSW will blink). 2. Press and Hold the LSW B button for 3 seconds to select that button to program (blinking will stop and selected button will light up). 3. On the ITSIR, press the SWM (B) and then the TAP (1) buttons to assign the button to a TAP mode/function. 4. On the ITSIR, press the RON (C) and then buttons 1-8 to assign which relays (1-8) to turn On when the button is tapped. 5. On the ITSIR, press the ROFF (D) and then the DEFAULT (0) button to deselect all remaining relays from turning Off when the selected button is pressed. 6. On the ITSIR, press the SCN (E) and then the 3 button to select Scene 3(B). Program the LSW C button for Raise: 1. Press the SW# button on the ITSIR (all buttons on the LSW will blink). 2. Press and Hold the LSW C button for 3 seconds to select that button to program (blinking will stop and selected button will light up). 3. On the ITSIR, press the SWM (B) and then the (6) buttons to assign the button to a RAISE mode/function. Program the LSW D button for Lower: 1. Press the SW# button on the ITSIR (all buttons on the LSW will blink). 2. Press and Hold the LSW D button for 3 seconds to select that button to program (blinking will stop and selected button will light up). 3. On the ITSIR, press the SWM (B) and then the (7) buttons to assign the button to a LOWER mode/function. 20 Programming: Ceiling Occupancy Sensor

23 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Programming: Ceiling Occupancy Sensor (continued) Program the LSW OFF button: 1. Press the SW# button on the ITSIR (all buttons on the LSW will blink). 2. Press and Hold the LSW OFF button for 3 seconds to select that button to program (blinking will stop and selected button will light up). 3. On the ITSIR, press the SWM (B) and then the TAP (1) buttons to assign the button to a TAP mode/function. 4. On the ITSIR, press the RON (D) and then the DEFAULT (0) button to deselect all relays from turning On when the selected button is pressed. 5. On the ITSIR, press the ROFF (C) and then buttons 1-8 to assign which relays (1-8) to turn Off when the button is tapped. 6. On the ITSIR, press the SCN (E) and then the 8 button to select Scene 8(OFF). Assigning Scene Dimmer Levels: 1. Press DSEL button (ITSIR1) or FIELD SELECT button (ITSIR2) until the sensor illuminates green. 2. On the ITSIR, press the DSCN (E) to select Dimmer Scenes, and then the buttons 1-8 to recall the Scenes 1-8 (ON, A-F, OFF). 3. Once a Scene is selected to be adjusted, press either the DIM (F) or the DIM (G) on the ITSIR to enable either Dimmer Raise or Dimmer Lower. 4. On the ITSIR, Press and Hold a Dimmer button (1-8) to either Raise or Lower the selected dimmer. When the button is released the Dimmer will stop. Pressing the MSTR (0) button will Raise and Lower ALL Dimmers. 5. Repeat steps 3 and 4 to adjust the Dimmers for the selected Scene. 6. To save the new Dimmer levels to a Scene, Press the DSCN (E) button on the ITSIR and then Press and Hold the Scene button to be saved for 3 seconds. 7. Repeat steps 2-6 for every Scene that is to be adjusted. Press the EXIT button on the ITSIR to exit the programming. Programming: Ceiling Occupancy Sensor 21

24 INSTALLATION & Manual Configuration: Ceiling Occupancy Sensor There are two programming switches (buttons) on the Ceiling Occupancy Sensor which can be used to Display and Modify the Sensor s Settings. Programming Switch 2, the "Field" Button (turns on the Blue LED when pressed) is used to select the Field you wish to display or modify. Programming Switch 1, the "Setting" Button (turns on the Green LED when pressed) is used to set the value of the selected Field. By using both buttons, the Sensor can be manually configured for most applications. NOTE: Use the IntelliSight Programming Remote for faster, "hands free" programming of all features. Refer to "Using the Programming Remote" on page 9. To enter Manual Programming Mode: 1. Unscrew Lens Cover on Ceiling Sensor to access manual programming buttons. 2. Press and hold the Field Button for 3 seconds. After 3 seconds the Red LED will turn on indicating the unit is in the Manual Programming Mode. Release the button. To exit Manual Programming Mode: There are three ways to exit the Programming Mode. 1. Press and hold the Field Button for 3 seconds. 2. Keep tapping the Field Button until Ceiling Sensor exits Programming Mode. 3. Stop tapping the buttons. The Ceiling Sensor will exit the Programming Mode 1 minute after the last button press. NOTE: Test Mode may be entered by holding the SETTINGS button for 10 seconds. The sensor will automatically exit the Test Mode after 4 minutes. (Sensor must not be in the Programming Mode.) LED Display When in the Programming Mode, the LEDs display the following information: Red LED Always On. Programming Switch 2 (Field) (BLUE LED) Programming Switch 1 (Setting) (GREEN LED) Figure 8: ITSCS Manual Programming Buttons Blue LED Blinks 1 to 6 times to indicate the Field being displayed or set (see Field/Setting Table on next page). Green LED Blinks 1 to 9 times to indicate the present setting of the Field (see Field/Setting Table on next page). 22 Manual Configuration: Ceiling Occupancy Sensor

25 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Manual Configuration: Ceiling Occupancy Sensor (continued) Field/Setting Table: Blue Blinks - Field Green Blinks - Setting 1 - Aggressive Intelligence 1 - Mode 2 - Normal Intelligence 3 - Conservative Intelligence 4- Fixed Timing * 2 - Manual/Automatic 1 - Manual, 2 - Automatic * 3 - Time 1-1 min, 2-3 min, 3-5 min, 4-10 min 5-15 min *, 6-20 min, 7-25 min, 8-30 min 1 - Relay 1, 2 - Relay 2, 3 - Relay 3, 4 - Relay Select 4 - Relay 4, 5 - Relay 5, 6 - Relay 6, 7 - Relay 7, 8 - Relay 8, 9 - All Relays * 5 - Sensitivity 1 - Low, 2 - Medium *, 3 - High 6 - Photocell On Sensitivity 1 - Low,...7 High, 8 - Disabled * * Factory Default To set a Field: 1. After entering the Programming Mode, the Field LED (Blue) will blink one time (Field Set), display the present setting (green blinks), and then repeat the pattern. 2. Each press of the Field Button will select the next Field. 3. Pressing the button after the last field will exit the Programming Mode. 4. Once the Field is selected (proper number of blue blinks), press the Setting Button one or more times to change the Field setting. Verify by observing the number of blinks. 5. Once the Field is selected (proper number of blue blinks), pressing and holding the Setting Button for 3 seconds will set the Factory Default for that Field. NOTES: Each tap of the Setting Button will advance the setting by one. Example: Three taps sets the Field setting to 3 (taps must be less then 2 seconds apart). After 2 or more seconds following the last tap, the Setting Button will reset back to 1 with the next tap. Example: Three taps, delay of 2 or more seconds, and then two taps will set the Field setting to 2. To set Factory Default for All Fields: When entering the Programming Mode, instead of holding the Field Button for 3 seconds, hold it for 10 seconds. After 10 seconds the Sensor will reset all Fields back to Factory Default, buzz long, and exit the Programming Mode. Manual Configuration: Ceiling Occupancy Sensor 23

26 INSTALLATION & Power Pack Primary/Secondary Mode Selection The Dimming Power Pack can be used as either a primary or secondary power pack allowing for up to 8 individually controlled relay channels and 4 individually controlled dimmer channels. If a Power Pack has a yellow wire, it is used to set the pack as a Primary (relays 1-4) when left unconnected, or as a Secondary (relays 5-8) when connected to ground (black). Primary Mode (DEFAULT) Yellow Yellow Black Primary Secondary In this Mode the Relays are numbered 1-4 and Dimmers, if present, are numbered 1, 2 and the Switch Inputs are numbered 1, 2. The Primary sets the state of all relays, including in the Secondary pack to the last state upon power-up. During power-up, it also pings the network for 1 minute to test communications. Secondary Mode In this Mode the Relays are numbered 5-8 and Dimmers, if present, are numbered 5, 6 and the Switch Inputs are numbered 5, 6. Mimic Primary Mode In this Mode the Relays are numbered 1-4 and Dimmers, if present, are numbered 1, 2 and the Switch Inputs are numbered 1, 2. The power pack only listens to the network and Mimics the functionality of the Primary Pack. Mimic Secondary Mode In this Mode the Relays are numbered 5-8 and Dimmers, if present, are numbered 5, 6 and the Switch Inputs are numbered 5, 6. The power pack only listens to the network and Mimics the functionality of the Secondary Pack. To set the power pack mode: NOTE: It is recommended that an ITSMS Momentary switch be used to for power pack mode programming. 1. Enter Programming Mode (refer to page 9). 2. Select switch to be programmed (refer to "Switch Programming Mode (Relay Pack Inputs or Network-Connected LSW Series Keypads)" on page 13). 3. Select "Primary" or "Secondary" Mode: Primary (default) Tap (ON) 3 times Tap (OFF) once Secondary Tap (ON) 3 times Tap (OFF) twice NOTE: Once you start a tap sequence on an input, you have 5 seconds to complete it. After the first 3-tap sequence, you have 10 seconds to complete the full sequence. 4. If necessary, select "Mimic On" or "Mimic Off": Mimic Off (Default) Tap (OFF) 3 times Tap (ON) once Mimic On Tap (OFF) 3 times Tap (ON) twice 24 Power Pack Primary/Secondary Mode Selection

27 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Power Pack Mode Selection (continued) The Green LED will display the current mode: OFF quick flash ON once per second OFF quick flash ON twice per second ON quick flash OFF once per second ON quick flash OFF twice per second Primary Mode Secondary Mode Primary Mimic Mode Secondary Mimic Mode Troubleshooting Guide Symptom Cause Correction Lights do not come on either manually or automatically. Lights do not come on automatically. Lights are On all the time. Remote does not turn on lights. Occupancy outside the desired space triggers sensor. No audible warnings before lights turn off. Lights turn off, even though room is occupied. Lights remain on too long when room is unoccupied. User delay will not allow adjustment outside a certain range of Time Delay settings. Sensor is not reacting to programming IR remote control. Lamp(s) are burned out or missing. Circuit breaker is off. Wire connections are faulty. Sensor is in Manual Mode. Sensor sensitivity setting not appropriate. Wire connections are faulty. Shorted or damaged device. Wire connections are faulty. Non-ideal placement or no mask is being used. Sensor sensitivity setting not appropriate. Audible warning is disabled. Insufficient movement, frequency or amount. Time Off delay too long. Logic/Timer Mode enabled. Batteries are expired in IR remote. Replace lamp(s) in fixture(s). Turn on circuit breaker. Recheck all wire connections. Important! Turn off circuit breaker before servicing. Use Manual Mode if local or installation requires. Reconfigure sensor to Automatic Mode, if allowed. Lower sensor sensitivity. Recheck all wire connections. IMPORTANT! Turn off circuit breaker before servicing. Replace sensor with new unit. Recheck all wire connections. IMPORTANT! Turn off circuit breaker before servicing. Use proper masking to mask unwanted areas. Lower sensitivity setting. Enable audible warning tones. Increase Time Out or increase sensor sensitivity. Decrease Time Off delay or set Logic/Timer Mode accordingly. Verify Logic/Timer Mode and adjust sensor accordingly. Replace batteries. Troubleshooting Guide 25

28 INSTALLATION & Specifications Dimming Power Pack Electrical / Operating Specifications: AC Input Voltage: Dual Voltage Input (120V ~ 277 VAC, 60 Hz) 120 VAC, 60 Hz (108 to 132 VAC) 277 VAC, 60 Hz (250 to 305 VAC) Loads: Model Volts Tungsten Ballast ITSRPHDF2U * 120 Not Applicable 20A (2400VA) 277 Not Applicable 8.66A (2400VA) ITSRPHDF4U * A (1800VA) 15A (1800VA) 277 Not Applicable 6A (1800VA) ITSRPFAM2U * 120 Not Applicable 20A (2400VA) 277 Not Applicable 8.66A (2400VA) ITSRPFAM4U * A (1800VA) 15A (1800VA) 277 Not Applicable 6A (1800VA) * = per relay / channel (20A max/pack) Load Capacity: 50 per channel Isolation: 1600 VAC, 60 Hz DC Output Voltage: +12 VDC, Unregulated DC Output Current: 150 ma (max.) Control Input: Isolated, 12-24V (AC or DC), 2.5 5mA Operating Temp: 0 to 50 degrees C Dimensions: 4" (H) x 4" (W) x 2.25" (D) - ITSRPHDF2U / ITSRPFAM2U 4-11/16" (H) x 4-11/16" (W) x 2.25" (D) - ITSRPHDF4U / ITSRPFAM4U Compliance: UL and cul Listed Dimming Power Pack Dimensions: ITSRPxxx4U Shown X 2 1/4" SIDE VIEW X = 4" (ITSRPxxx2U) 4-11/16" (ITSRPxxx4U) TOP VIEW NOTE: Control inputs are optically isolated and may be programmed to accept a variety of inputs, 12 to 24V AC or DC. 26 Specifications

29 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Notes Notes 27

30 INSTALLATION & Notes 28 Notes

31 INSTALLATION & INTELLISIGHT OCCUPANCY SENSOR & DIMMING POWER PACKS Notes Notes 29

32 INSTALLATION & THREE YEAR LIMITED WARRANTY The The Lightolier Philips Controls Controls product, product, when when properly properly installed installed and and under under normal normal conditions conditions of use of use (without (without overload, overload, abuse abuse or or alteration), alteration), is is warranted warranted to to you, you, the the original original user, user, for for a period period of of three three years form from the the date of of original retail purchase, to be be free free from from defects defects in in materials materials and and workmanship. workmanship. If If during during the the warranty warranty period period you you believe believe the the purchased product or any any part part thereof thereof has has such such a a defect, defect, you you must must return return the the product product (or (or part) part) at at your your cost cost during during such such period, period, with with proof proof of of purchase (or if installed by a third-party a written explanation of installation transaction with proof of date), to Lightolier purchase (or if installed by a third-party a written explanation of installation transaction with proof of date), to Philips Controls, 2828 Trade Center Dr. Ste. 130B, Carrollton, TX 75007, for repair or replacement (or to an authorized Lightolier Controls, 2828 Trade Center Dr. Ste. 130B, Carrollton, TX 75007, for repair or replacement (or to an authorized Philips Controls supplier which agrees in advance to handle the return and replacement by factory authorization). If the product Controls supplier which agrees in advance to handle the return and replacement by factory authorization). If the product or part is found by Lightolier Controls to have been defective in material or workmanship it will be repaired or replaced (as or deemed part is found necessary by Philips by Lightolier Controls Controls), to have been and defective the replacement in material will or workmanship be returned to it you will free be repaired of charge. or replaced The original (as user deemed is solely necessary responsible by Philips for Controls), any costs and associated the replacement with removal will be and returned re-installation to you free of of the charge. product The and original shipping user to is Lightolier solely responsible Controls or for its any authorized costs associated supplier. with removal and re-installation of the product and shipping to Philips Controls or its authorized supplier. LIGHTOLIER CONTROLS LIMITS THE DURATION OF THE IMPLIED WARRANTY OF MERCHANTABILITY WITH RESPECT TO THE PHILIPS PRODUCT CONTROLS TO THE LIMITS LIMITED THE WARRANTY DURATION PERIOD OF THE IMPLIED SET FORTH WARRANTY ABOVE, AND OF MERCHANTABILITY OTHERWISE DISCLAIMS WITH ALL RESPECT IMPLIED TO WARRANTIES THE PRODUCT WITH TO RESPECT THE LIMITED TO THE WARRANTY PRODUCT PERIOD AND ITS SET PARTS. FORTH Some ABOVE, states AND disallow OTHERWISE certain DISCLAIMS limitations ALL on IMPLIED implied warranties WARRANTIES so you WITH should RESPECT consult TO your THE state PRODUCT law if you AND have ITS a question PARTS. Some regarding states this disallow limitation certain and limitations disclaimer. on implied Lightolier warranties Controls so you disclaims should consult any and your all state liability law for if you incidental, have a questions consequential, regarding special this or limitation indirect and damage disclaimer. arising Philips out of any Controls claimed disclaims breach of any warranty and all liability or otherwise. for incidental, However, consequential, some states do special not allow or indirect exclusion damage or limitation arising out of such of any damages, claimed so breach this disclaimer of warranty may or not otherwise. apply to you. However, some states do not allow exclusion or limitation of such damages, so this disclaimer may not apply to you. The remedy provided in this Limited Warranty for defective products is the user s sole and exclusive remedy, subject to your The state remedy law. provided Further, this in the Warranty Limited gives Warranty the user for specific defective legal products rights, is and the the user s sole may and also exclusive have other remedy, rights which subject may to vary your from state state law. to Further, state. this Warranty gives the user specific legal rights, and the user may also have other rights which If may you vary believe from warranty state to state. claim is warranted, you may contact your nearest authorized Lightolier Controls supplier. If one does not exist in your area, please contact Lightolier Controls Customer Service at the above address (or at If you believe warranty claim is warranted, you may contact your nearest authorized Philips Controls supplier. If one does 2731), or please visit us at not exist in your area, please contact Philips Controls Customer Service at the above address (or at ), or please visit us at This product may be covered by one or more of the following U.S. Patents: #4,413,211; 4,430,576; 4,465,956; 4,733,138; 4,792,731; 4,880,950; 4,988,840; 4,992,709; 5,004,969; 5,004,969; 5,128,654; 5,153,816; 5,189,259; 5,194,858; 5,239,255; 5,239,255; 5,371,439; 5,371,444; 5,506,480; 5,636,111; 5,642,104; 5,646,490; 5,814,550; 5,821,704; 5,920,156; 5,930,126; Des. #307,578; 333,124; 435,203; 440,207; License # ; 5,004,969; 5,239,255; and corresponding foreign patents. Other Utility, Design and Foreign Patents Pending. We reserve the right to change details of design, materials and finish in any way that will not alter the installed appearance or reduce function performance. Specifications are subject to change without notice. Lightolier Controls 2828 Trade Center Dr. Ste. 130B Carrollton, TX Lightolier Controls is a Philips group Controls brand brand Technical/Sales assistance: Made Made in U.S.A. in U.S.A Lightolier Philips Controls Controls P/N P/N B