2
Think. Create. Reflect. Respect. Thursday, May 3, 2018 Croton-Harmon High School 5:30 – 7:30 p.m. K-12 Croton-Harmon students are applying science in many different ways, and the 2018 Experience Science Fair is an opportunity for students to showcase their perfect science fair projects or experiments. Each year, dozens of students present their projects on a wide range of topics, from aerodynamics to robotics to electricity to geology and more. The District has created an Experience Science website with innovative project ideas, which can be found at http://bit. do/experiencescience. What can YOU do for the Science Fair? Students can participate in different ways. • Invention – create something new and explain how it works • Innovation – improve or change a product or idea • Research Project – question, research, hypothesize, experiment • Classroom Project – display a project you completed for science class • Hands-on Technology – engineering and design concepts including coding • Computer Science – create a website design or program Any student who would prefer not to present can still participate by coming to the fair with friends and family. What’s new this year? This year, hands-on, live events will be scheduled throughout the evening. Attendees will learn engineering and design concepts, coding and more from our young experts. How do students sign up? All K-12 students are eligible to participate and can sign up via a simple student sign-up form at this web page: http://bit.do/experiencescienceform. Mark Your Calendars: Experience Science, Tech, Innovation Fair Think. Create. Reflect. Respect CHHS Guidance Department and PTSA Present ‘Science of Happiness’ Event The Croton-Harmon High School Guidance Department and the PTSA will present speaker Dr. Alan Schlechter, co-author of “U Thrive: How to Succeed in College (and Life),” at a special event, The Science of Happiness, on Wednesday, March 7. Dr. Schlechter will discuss how to assess the happiness of children (and adults), measure well-being and bring more of it into your life. He also will review evidence- based ways to increase well-being during high school, college, and beyond. The event takes place at 7 p.m. in the high school auditorium. He is a clinical assistant professor at New York University’s Langone Medical Center and director of Child and Adolescent Psychiatry Outpatient Services at Bellevue Hospital Center in New York, where he treats the most vulnerable children and families in New York City. Dr. Schlechter also teaches “The Science of Happiness” to almost 1,000 NYU students each year, in which he shares mental health education he believes all people should receive early in life, fostering behaviors and thoughts that might help prevent mental illness and increase well-being in individuals. Joe, a 10th grader, had been missing a lot of classes in recent weeks. When he was in school, he often looked disheveled, tired and disconnected from his peers. His grades were suffering as well as he neglected to complete assignments or prepare for tests. Teachers, aware that Joe had a history of depression, were concerned. They brought his name up in the At-Risk Committee meeting at the high school, a confidential forum for discussing students who may be struggling with social and emotional issues. Committee members agreed that they needed to act to help Joe get back on track. A meeting was called with his parents. School counselors recommended that Joe begin seeing a therapist in the community as well as receiving help from the district’s Flexible Support program. As the district and family worked together, Joe began to improve. Now, the once sullen and lonely sophomore is back to attending classes regularly. He has supports in school when needed and has become active in the Art Club where he has made friends with students who share his interests. Joe’s story isn’t real but the issues it addresses are; it was designed to illustrate how Croton-Harmon Union Free School District works to ensure student success. It highlights the role of the At-Risk Committees at the middle and high schools, one of many efforts the district is making to support the social and emotional wellness of all students. Other initiatives in Croton-Harmon include the creation of the district’s Social Emotional Learning Committee; training in dialectical behavioral therapy, which 22 staff members have received; training in cultural diversity; the launch of the Yale Emotional Intelligence program at PVC; and development of a K-12 social and emotional curriculum. “Students can’t think and do their best if they don’t feel socially and emotionally safe in school,” said Karen Gatto, director of pupil personnel. “We are taking a multi-tiered approach to looking at what we are doing to support social and emotional wellness and are making sure everything is connected.” Croton-on-Hudson, New York 10520 Dr. Edward R. Fuhrman, Jr., Superintendent Board of Education: Iris Cross-Bugliosi, President Andrea Furey, Vice-President Sarah Carrier, Trustee Joshua Moses Diamond, Trustee Neal Haber, Trustee Betsy Lynam, Trustee Giuseppina Miller, Trustee CROTON-HARMON SCHOOLS Postal Patron Croton-on-Hudson, NY 10520 U.S. Postage PAID Yorktown Heights, New York, 10598 Permit No. 151 Non-Profit Org. Published by Putnam/Northern Westchester BOCES: Evelyn McCormack, Editor/Photographer; Maria Ilardi Design, Art Director WINTER 2018 Published for the residents of the Croton-Harmon School District Barbara Ulm Reflects on a 23-Year Career in Croton-Harmon Dr. Barbara Ulm, who has announced her retirement as principal of the Pierre Van Cortlandt Middle School at the end of the school year, has big plans awaiting her. Never one to rest on her laurels, Dr. Ulm will be spending the late summer hiking the Camino de Santiago in Northern Spain. The 500-mile Camino hike, also known as the Way of St. James, is considered by many to be a pilgrimage route for those who are changing their lives, looking for purpose and peace, or trying to make a difference in the world. For Dr. Ulm, this will be an opportunity to slow down, explore the history of Spain, and begin a search for the next stage in her life. “I like to challenge myself,” she said. “For me, it’s the next chapter,” she said. Being away on the hike, said Dr. Ulm, also means that she won’t be around for the first day of the 2018-19 school year. “When the kids return to school,” she said, “I won’t be around to feel that sense of loss that comes with disconnecting from a community that has been my family for more than two decades.” Dr. Ulm has spent 23 years in Croton-Harmon, her first 10 as a science teacher, a year and a half as assistant principal, and the last 12 years as principal of PVC. Always interested in space exploration, she once took a group of students to see the Space Shuttle take off from Florida, when astronaut John Glenn returned to space. She also spent a summer teaching a group of girls how to build canoes, which they later took to Harriman State Park to study a wetlands environment. “It’s science,” she said, “but it’s taught through real life experience.” “If we want girls to become engineers, we have to let them explore and encourage them to use tools so they can become comfortable with these experiences,” she said. “Girls love to create things as much as boys do. They just need the opportunity.” Dr. Ulm also traveled to Israel and Russia as a teacher. In the early 1990s she met in Israel with world educational leaders to plan ways for students to communicate electronically using a system that ultimately developed into the Internet. In Russia, she toured that country’s space program facilities and even taught at a space camp in Siberia. Before she calls an end to her career at PVC, Dr. Ulm says there is still “a lot of work to do.” This school year PVC is working on a new wellness program, which seeks to help students develop healthy lifestyles. As part of this program, the PVC staff is working to How Are You…Really? continued on page 3 continued on page 2 continued on page 2 Region’s Student Musicians Perform at PVC for Rivertowns Music Festival One hundred fifty young musicians from four of the region’s middle schools — Briarcliff Manor, Croton-Harmon’s Pierre Van Cortlandt, Ossining’s Anne M. Dorner, and Sleepy Hollow — participated on Feb. 2 and 3 in the prestigious Eleventh Annual Rivertowns Music Festival. The students spent most of their first day in rehearsals for some pretty demanding music, and getting to know each other at PVC, where the rotating festival was held this year. On their second day, a Saturday, they performed to a packed crowd of family members from throughout the river towns. Two performances were held — the Honor Orchestra and the Honor Band — each more than 70 members strong. Under the direction of Anne M. Dorner’s Meghan Ryan, the Honor Orchestra performed numbers ranging from Mozart’s “The Abduction from the Seraglio” to a jazzy “Libertango” by Piazzola. Under the direction of Uma Karkala, also from Dorner, the Honor Band opened with Edmondson’s rousing “Normandy Beach” and ended the concert with Bruno Mars’ popular “Uptown Funk.” Other music teachers participating in the festival were Devon Toland, Michael Fraioli and Nicole Pearson, all from Briarcliff Middle School; Sara O’Brien and Lisa Sable Dwyer, both from PVC; and Brittney Trenczer and Austin Day, both from Sleepy Hollow. The Festival was founded 11 years ago by Sleepy Hollow High School Director of Music and Performing Arts Micah Sprague and Bradley Morrison, Ossining School District’s Director of Cultural Arts. Holiday Concerts Put Croton-Harmon Music on Display The holiday concert season was in full swing in Croton-Harmon in December, beginning with the Croton-Harmon High School Winter Concert. CHHS’s young artists pulled out all the stops Dec. 6, holding their Winter Concert featuring the school’s Jazz Band, Chorus, Select Chorus, String Orchestra, A Capella Club, and Concert Band in a festive evening of top-notch performances. Students performed everything from Randy Newman’s “You’ve Got a Friend in Me” to Toto’s rousing “Africa,” along with the more traditional holiday fare including the String Orchestra’s numbers from Tchaikovsky’s “Nutcracker Suite.” Joining the students in special performances were Superintendent of Schools Dr. Edward R. Fuhrman, Jr., who played with the Concert Band, and Douglas Zantay, father of band director Jazz Zantay. Directing the string orchestra was Sara O’Brien, and the choral director was Michael Katzman. The halls of Pierre Van Cortlandt Middle School were filled Dec. 13 with the sounds of the holiday, when the school’s talented student musicians — the Concert Band, the String Ensemble, the Choruses, Symphonic Band, Namastring ensemble, Harmony on Hudson, and Jazz Band — entertained classmates, and family members in the annual Winter Concert, “A Musical Celebration.” Students, directed by Band Director Lisa Dwyer, String Orchestra Director Sara O’Brien, and Choral Director Michael Katzman, performed numbers ranging from “The Nutcracker” to “Feliz Navidad” to “Silver Bells.” CET students got into the holiday spirit Dec. 15, holding a morning winter concert for parents in a packed gymnasium. Parents heard performances from the Strings Ensemble, the Band, and the Chorus. Numbers ranged from “Chanukah Oh Chanukah” to “Sing in the Holidays” and “Snow.” And a jolly tip of the hat to CET choral teacher Marlena Peters, band director Jazz Zantay, and string directors Sara O’Brien and Jane Parkhouse. 5 Reflections Winter 2018.indd 1-3 2/27/18 5:20 PM

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  • 1/8CONTENTS

    Technical data sheet: S000105459EN-1 Updated: 12/12/2018 Created: 05/12/2018

    128, av. du Maréchal-de-Lattre-de-Tassigny - 87045 LIMOGES CedexTel: +33(0)5 5 55 06 87 87 Fax: +33(0)5 55 06 88 88www.legrand.com

    Microwave detector - DALI/DSI dimming Cat. No(s): 0 489 55/56/57

    CONTENTS Page

    1. Use . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12. Technical characteristics . . . . . . . . . . . . . . . . . 13. Dimensions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24. Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25. Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36. Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47. Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48. Performance. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79. Care . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 810. Standards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

    1. USE

    This microwave presence detector provides automatic control of lighting loads with optional manual control.It detects movement using a highly sensitive microwave detector. This works by emitting low-power microwave signals and measuring the reflections as the signals bounce off moving objects.

    Output channel 1 comprises a mains voltage relay capable of simple on/off switching, while output channel 2 provides dimmable control of either DALI or DSI type ballasts and turns the load on. When an area is no longer occupied, the load will switch off after an adjustable timeout period.

    These units come complete with accessories allowing flush mounting in suspended ceilings or surface mounting on ceilings, or side mounting on a luminaire.

    The unit can turn lights on when a room is occupied and off when the room is empty. Optional settings allow lights to be turned off in response to ambient daylight.

    The flexibility of having two output channels and two switch inputs allows the following example scenarios: − Dimming an outside row of luminaires whilst internal fittings

    are switched− Providing absence detection for two separate channels− Installing a maintained illuminance system with manual override controls for dimming

    This detector has an adjustable sensor head that allows the detection area to be optimised for the application.

    All functionality is fully programmable using an infrared configurator.

    2. TECHNICAL CHARACTERISTICSMicrowave sensorDetects movement within the unit’s detection range, allowing load control in response to changes in occupancy.

    IR receiverReceives control and programming commands from the infrared configurator.

    Walk test LED active When movement is detected

    Valid setting received

    2. TECHNICAL CHARACTERISTICS (CONTINUED)

    Light level sensorMeasures the overall Lux level in the detection area.

    LED statusThe LED flashes red to indicate the following:

    Power input & switched output connector (channel 1)Used to connect mains power to the unit and to connect a switched load

    Dimmable control output connector (channel 2)Used to connect DSI/DALI controllable ballasts for dimmable loads.

    Switch input connectorTwo input terminals can be used to manually override the dimming levels and override the lights on or off.

    Dimensions See dimensions section

    Weight 0.15 kg

    Power supply 230 VAC +/-10%

    Frequency 50 Hz

    Maximum load Channel 1 (switching):10 A for lighting and/or ventila-tion including incandescent, fluo-rescent, compact fluorescent and low voltage (by switching a trans-former primary)

    Channel 2 (dimming)Maximum number of DSI/DALI ballasts is 10 (unless the relay is disabled, then it is 20)

    Power consumption ON 1500 mW, OFF 961 mW

    Terminal capacity 1.5 mm2

  • 2/8CONTENTS

    Technical data sheet: S000105459EN-1 Updated: 12/12/2018 Created: 05/12/2018

    Microwave detector - DALI/DSI dimming Cat. No(s): 0 489 55/56/57

    4. CONNECTION (CONTINUED)

    Press and hold the down button to dim down, press and hold the up button to dim up. Turns off automatically when occupancy is no longer detected.

    Channel mode: Set to “Switch and dim together”.

    Manual control mode: Set to “Shared 2-position push-button”.

    Dimmingballast

    DIM-N

    L

    L/OUT DIM

    SW1/UP

    SW2DOWN

    Two channels (switch & dim) with two dedicated manual controls

    Functions: Switching the luminaire according to occupancy and maintaining a defined lighting level. Override dimming using a single-position retractive switch and switching using a second single-position retractive switch.

    Configured for presence detection: Turns on automatically when occupancy is detected. Maintains the lighting level (dimming channel only). Press and release the switch to toggle on and off (switching channel only). Press and release the switch to toggle on and off, press and hold the switch to dim up and down (dimming channel only). Both channels turn off automatically when occupancy is no longer detected.

    Configured for absence detection: Press and release the up button to turn on. Maintains the lighting level (dimming channel only). Press and release the switch to toggle on and off (switching channel only). Press and release the switch to toggle on and off, press and hold the switch to dim up and down (dimming channel only). Both channels turn off automatically when occupancy is no longer detected.

    Channel mode: Set to “Switch and dim separately”.

    Manual control mode: Set to “Separate 1-position push-button”.

    Dimmingballast

    SWITCH 1

    SWITCH 2

    N DIM-

    DIM

    SW1/UP

    SW2DOWN

    L

    L/OUT

    Dimmable DSI or DALI luminaire

    20 ballasts max

    Centre-biased retractive switch (240 V switching) Optional for presence, mandatory for absence detection.

    2. TECHNICAL CHARACTERISTICS (CONTINUED)

    Dimming outputs Basic insulation only. Although low voltage, this is not a SELV out-put and should be treated as if it were mains voltage. Use mains rated wiring.

    Operating temperature -10°C to +50°C

    Operating humidity 5 to 95% non-condensing

    Material Flame-retardant ABS and PC/ABS

    Type Class 2

    IP rating IP40

    3. DIMENSIONS

    4. CONNECTIONChannel 1 (switched output) can either be used to switch a set of luminaires, or to isolate the mains supply of DALI/DSI dimming ballasts (saving on the standby consumption of the ballasts).Multiple loads can be connected in parallel as long as the maximum total load is not exceeded.

    Channel 2 (dimmable output) can be used to dim DALI/DSI ballasts or dimming transformers.The ballasts/transformers can be connected in parallel as long as the maximum number is not exceeded.

    The wiring examples below show common installations using this detector.

    Single channel dimming with manual dimming control

    Functions: Switching the luminaire according to occupancy and maintaining a defined lighting level. Override dimming and switching using a centre-biased retractive switch.

    Configured for presence detection: Turns on automatically when occupancy is detected. Maintains the lighting level. Press and release the down button to turn off, press and release the up button to turn back on. Press and hold the down button to dim down, press and hold the up button to dim up. Turns off automatically when occupancy is no longer detected.

    Configured for absence detection: Press and release the up button to turn on. Maintains the lighting level. Press and release the down button to turn off, press and release the up button to turn back on.

    Non-dimmable luminaire

    Dimmable DSI or DALI luminaire

    SWITCH1 - SWITCH2: press and release to make (240 V switching) Optional for presence, mandatory for absence detection.

  • 3/8CONTENTS

    Technical data sheet: S000105459EN-1 Updated: 12/12/2018 Created: 05/12/2018

    Microwave detector - DALI/DSI dimming Cat. No(s): 0 489 55/56/57

    4. CONNECTION (CONTINUED)

    Two channels (switch & dim) with a single manual control for dimming

    Functions: Switching the two lighting outputs according to occupancy and maintaining a defined lighting level for the dimming channel. Override dimming and switching using a centre-biased retractive switch for the dimming channel only.

    Configured for presence detection: Turns on automatically when occupancy is detected. Maintains the lighting level (switching channel only). Press and release the down button to turn off, press and release the up button to turn back on (dimming channel only). Press and hold down the down button to dim down, press and hold the up button to dim up (dimming channel only). Both channels turn off automatically when occupancy is no longer detected.

    Configured for absence detection: Press and release the up button to turn on. Maintains the lighting level (dimming channel only). Press and release the down button to turn off, press and release the up button to turn back on (dimming channel only). Press and hold down the down button to dim down, press and hold the up button to dim up (dimming channel only). Both channels turn off automatically when occupancy is no longer detected.

    Channel mode: Set to “Switch and dim together”.

    Manual control mode: Set to “Shared 2-position push-button”.

    N DIM-

    DIM

    SW1/UP

    SW2DOWN

    L

    L/OUT

    Dimmingballast

    Single channel for switching

    Functions: Switching channel lighting only according to occupancy. Override switching using a centre-biased retractive switch. No dimming output.

    Configured for presence detection: Switching channel turns on automatically when occupancy is detected. Press and release the down button to turn off, press and release the up button to turn back on. Turns off automatically when occupancy is no longer detected.

    Configured for absence detection: Press and release the up button to turn on. Press and release the down button to turn off, press and release the up button to turn back on. Turns off automatically when occupancy is no longer detected.

    Channel mode: Set to “Switch only”.

    Non-dimmable luminaire

    Dimmable DSI or DALI luminaire

    Please note that the dimming signal is used to switch the dimmable luminaire on/off, so the 240 V supply to the luminaire must come from the maintained power supply

    10 ballasts max

    Centre-biased retractive switch (240 V switching) Optional for presence, mandatory for absence detection

    4. CONNECTION (CONTINUED)

    Manual control mode: Set to “Shared 2-position push-button”.

    N DIM-

    DIM

    SW1/UPSW2

    DOWN

    L

    L/OUT

    Non-dimmable luminaire

    Centre-biased retractive switch (240 V switching) Optional for presence, mandatory for absence detection

    5. INSTALLATIONThe product is designed to be flush-mounted in the ceiling.

    The detector should be sited so that the occupants of the room are inside the detection area.− Avoid direct sunlight entering the sensor.− Do not place it within 1 m of forced air heating or ventilation.− Do not fix to a vibrating surface.− Avoid having any metal objects positioned directly in front of

    the sensor head

    Flush mounting:

    2

    34 5

    If the range is compromised by the ceiling construction/material, add the 20 mm spacer ring provided.

    Attach cable clamp

    1 Ø 74 mm

  • 4/8CONTENTS

    Technical data sheet: S000105459EN-1 Updated: 12/12/2018 Created: 05/12/2018

    Microwave detector - DALI/DSI dimming Cat. No(s): 0 489 55/56/57

    5. INSTALLATION (CONTINUED)

    Locking the directional head:

    Power-up test procedure

    When power is applied to the unit, the load will turn on immediately.

    Set the timeout to 10 seconds, vacate the room or remain very still and wait for the load to switch off.

    Check that the load switches on when movement is detected.

    The unit is now ready for programming.

    Troubleshooting

    If the load does not turn ON:

    − Check that the live supply to the circuit is correct.

    − Check that the load is functioning by bypassing the sensor (link terminals L and L/Out).

    − If the detection range is smaller than expected, see the Performance section. Rotating the sensor slightly may improve the detection range.

    If the load does not turn OFF:

    − Ensure that the area is left unoccupied for longer than the timeout period.

    − Ensure that the detector is not affected by circulating air, heaters or lamps.

    In the event of “false tripping”, reduce the sensitivity settings.

    1 2Remove metal locking clip from rear of unit.

    Adjust head to required position. Push clip into the position shown below to lock head. To remove clip, lever out with a small screwdriver.

    6. OPERATION (CONTINUED)

    Switching according to Lux level

    Occupancy detection can be made dependent on the ambient light level using the Lux On Level and Lux Off Level parameters.

    Switch on Switch o�

    Occupationdétectée

    Brighter

    Darker

    Lux O�level

    Lux Onlevel

    Lighting level

    Lux time

    * *

    *Occupancydetected

    Regulation according to light level

    The detector measures the overall light level in the detection area, then calculates and dims the luminaire lighting to achieve a preset Lux level (maintained lighting or daylight harvesting).

    Burn-in

    Overview - It is a requirement of many fluorescent lamp manufacturers to have the lamps on at maximum output for a period of time to guarantee lamp life (refer to the manufacturer’s data sheet for more details).

    Operation - By setting the “Burn-in” parameter, you can select a time during which the lamps are not allowed to deviate from maximum dimming. The unit counts the time, and even remembers how long has elapsed in the event of a power failure. To cancel the burn-in function, simply select a time of 0. Note that when the lamps are changed, the burn-in time should be set again.

    7. SETTINGS

    The detector functions are controlled by a number of parameters which can be changed or programmed by an infrared configurator.

    In combination with configuration tool 0 882 40, the Legrand Close Up smartphone app can be used to view and modify all the detector parameters with online help.

    Point the infrared configuration tool at the detector and send the necessary programming commands to the unit as indicated in the table below.

    Valid commands will be indicated by a red flashing LED.

    6. OPERATION

    Detection mode

    Presence: When movement is detected the load will turn on automatically. When an area is no longer occupied, the load will switch off automatically after an adjustable time period.

    Absence: The load is manually switched on. When an area is no longer occupied, the load will switch off automatically after the adjustable time period has elapsed.

    In either case, sensitivity to movement of the PIR sensor can be adjusted using the Sensitivity parameter.

    HINT: To assist in setting the sensitivity, turn on the Walk test LED which will flash red when movement is detected.

  • 5/8CONTENTS

    Technical data sheet: S000105459EN-1 Updated: 12/12/2018 Created: 05/12/2018

    Microwave detector - DALI/DSI dimming Cat. No(s): 0 489 55/56/57

    7. SETTINGS (CONTINUED)

    Parameter Default value Range/option Description

    Detection parameters

    LED operation test Off ON or Off When this option is activated, a red LED on the sensor flashes when it detects movement. Use this function to check that the sensitivity levels are suitable.

    Timeout 20 minutes 0 to 99 minutes Once the detector is turned on, this value sets how long the lights will stay on once movement has ceased. Select 0 for a 10-second period (for commissioning only).

    Manual timeout period 10 minutes 0 to 99 minutes

    When a manual operation occurs, either via the switch input or the infrared, it invokes the timeout period.

    Example 1: a detector in presence mode has a detector timeout of 15 minutes and a manual timeout of 3 minutes. When the user leaves the room, they press the off button. The sensor will revert to automatic mode after 3 minutes, then walking back into the room will turn the lights on.

    Example 2: using the settings above, the user turns the lights off (say for a presentation) but stays in the room. Every time a movement is detected, the manual timeout period is re-triggered, but if it doesn’t pick up over a short period, the detector will revert to automatic mode. This means that the lights may come on inadvertently during the presentation, even if the occupants are still present during the manual timeout period, so adjust the timing carefully.

    Sensitivity On 9 1 (min) to 9 (max) Sensitivity level for detecting movement when the detector is already on.

    Sensitivity Off 9 1 (min) to 9 (max) Sensitivity level for detecting movement when the detector is off.

    Lux time 0 0 (disabled)1 to 99 minutes

    If the detector measures the Lux level and decides that the output needs switching on or off as a consequence, the Lux time must elapse first. If at any time during the timed delay the Lux change reverses, the process is cancelled. Lux time enables absence detection to be implemented with a Lux Off level set. When the button is pressed, the lights will go on, regardless of ambient light level. However, if there is sufficient ambient light, they will turn off again after the Lux time. Note that whenever an external switch is pressed, whether in absence or presence mode, if the lights were out because of the Lux level, they will be immediately turned on again for at least the Lux time.

    Power-up state On On or Off Select Off for a 30-second delay on start-up. If On is selected, there will be no delay on start-up and the detector will always power up detection.

    Disable detector Yes Yes or NoDisables detection, leaving the relay output permanently On with the dimming output operational. This mode is used when the unit is for maintained illuminance only.

    On delay 0 minutes 0 to 99 minutes

    The On delay allows the first channel to switch on after the second channel. A typical application for this would be when a detector is controlling lighting and air conditioning in an area. When the occupant is detected, the lighting will be turned on immediately, whereas the air conditioning may be turned on after 15 minutes. If the area is vacated before the detector times out, then the air conditioning will not have come on. The delay can be set for channel 1 only using this parameter.

    Inhibit 4 seconds 1 to 999 secondsWhen the detector turns off, a delay is instigated to prevent retriggering. In certain circumstances this delay may not be enough. This parameter allows the delay to be changed.

    Factory default - - Restores the factory default settings.

    Channel Modes

    Switch only - - Usually used for absence detection - in this mode the dimming channel is not used.

    Switch and dim together Default - The detector will switch and dim the lighting at the same time.

    Switch and dim separately - -

    Provides 2-channel operation – Channel 1 is switched via the relay output, and Channel 2 is dimmed/switched via the dimming output.

  • 6/8CONTENTS

    Technical data sheet: S000105459EN-1 Updated: 12/12/2018 Created: 05/12/2018

    Microwave detector - DALI/DSI dimming Cat. No(s): 0 489 55/56/57

    7. SETTINGS (CONTINUED)

    Parameter Default value Range/option Description

    User Modes

    Increase dimming (if dimming channel only) - - Increases the light level. Reverses when occupancy cycle complete.

    Decrease dimming (if dimming channel only) - - Decreases the light level. Reverses when occupancy cycle complete.

    Override On - - If the lights are off, sending the IR command will turn them on immediately and revert to automatic operation after the manual timeout period.

    Override Off - - If the lights are on, sending the IR command will turn them off immediately and revert to automatic operation after the manual timeout period.

    Cancel - - Cancels the on or off override, returning the detector to normal operation.

    Channel 1 - Switching

    Detection mode Presence Presence or absencePresence mode allows the output to turn on when movement is detected and off when movement ceases. Absence mode allows the output to turn off when movement ceases, but must be manually activated first.

    Lux On level9

    1 to 9For a higher

    resolution a range of 101-199 is available

    Sets a minimum light level below which the PIR sensor is enabled, allowing the lights to be turned on by movement.Note: The "Lux Off level" value must always be greater than the "Lux On level” value.

    Lux Off level Sets a maximum light level above which the PIR sensor is disabled, preventing the lights from being turned on by movement.

    Channel 2 - Dimming

    Detection mode Presence Presence or absencePresence mode allows the output to turn on when movement is detected and off when movement ceases. Absence mode allows the output to turn off when movement ceases, but must be manually activated first.

    Lux On level 9

    1 to 9For a higher

    resolution a range of 101-199 is available

    Sets a minimum light level below which the PIR sensor is enabled, allowing the lights to be turned on by movement.Note: The "Lux Off level" value must always be greater than the "Lux On level” value.

    Lux Off level 9 Sets a maximum light level above which the PIR sensor is disabled, preventing the lights from being turned on by movement.

    Lux level for regulation 600 1 to 998 Sets a target light level to be maintained by the lighting system

    Load type DALIDSI

    DALIDALI ON

    Sets the ballast control protocol to DSI.Sets the ballast control protocol to DALI."DALI ON" provides a continuous voltage to the DALI ballasts when DALI has not been implemented correctly in the ballast. The maximum number of ballasts is 4 unless the relay is disabled, in which case it is 10.

    Max value 100% 0 to 100% Maximum dimming output level.

    Min value 0% 0 to 100% Minimum dimming output level.

    On value 99 0 to 99 Dimming output level when switched on (0-99).

    Off value 0 0 to 99

    Dimming output level when switched off (0-99). If a non-zero off value is set, the output will toggle between this value and completely off depending on the switch level On and Off values. For example, if it is light outside, the fittings will be off if there is no occupancy. If it is dark outside, they will adopt the preset off value. This feature is only enabled if “Min value” is set to 99.

    Burn-in 0 0 (disabled) or 1 to 999 hoursDetermines how long the output will be at 100% so that lamps “burn in”. The burn-in time is not affected by power supply interruptions.

    Fade level 10 0 to 99 After occupancy ceases, this dimming output level is maintained throughout the fade time (adjustable between 0 and 99).

  • 7/8CONTENTS

    Microwave detector - DALI/DSI dimming

    Technical data sheet: S000105459EN-1 Updated: 12/12/2018 Created: 05/12/2018

    Cat. No(s): 0 489 55/56/57

    7. SETTINGS (CONTINUED)

    Parameter Default value Range/option Description

    Channel 2 - Dimming

    Fade time 0 0 to 99 This is the time period (adjustable between 0 and 99 minutes) that a light level will be held at the fade value before turning off. A value of 0 disables the fade function.

    On speed 40 Determines the dimming response speed after the setup time has elapsed.

    Set speed 5Determines the dimming response speed during the setup time. Measured in 0.1 sec intervals. If set to 0, will disable dimming for the time in the “Set seconds” parameter.

    Set seconds 120 sec-onds 1 to 999 secondsDetermines how long the dimming response setup period lasts on power-up or after changing a setting. This enables the desired Lux level to be achieved rapidly when the lights come on, or during setup.

    Manual Control Modes

    Shared 2-position push-button Default -

    A single centre-biased retractive switch will be used to control both channels at the same time.

    Separate 2-position push-button - - A centre-biased retractive switch will be used to control only the dimming channel.

    Synchronised 1-position push-button - - A single push-button controls both channels at the same time.

    Separate 1-position push-button - - Two single push-buttons control both channels separately.

    8. PERFORMANCEDetection area

    For the classroom

    For corridors and aisles

    8. PERFORMANCE (CONTINUED)Detection area

    For open-plan offices

    Sensitivity set to 80% Detector head position set to 80°

    2.6 m

    6 m25 m

    Sensitivity set to maximum Detector head position set to 80°

    2.6 m

    6 m 30 m

    High sensitivity area

    Low sensitivity area

    High sensitivity area

    Low sensitivity area

    High sensitivity area

    Low sensitivity area

    2.6 m

    6 m22 m

    Sensitivity set to maximum Detector head position set to 0°

  • 8/8CONTENTS

    Technical data sheet: S000105459EN-1 Updated: 12/12/2018 Created: 05/12/2018

    Microwave detector - DALI/DSI dimming Cat. No(s): 0 489 55/56/57

    9. CARE

    Keep the lens clean, use a cloth to clean the surface.Do not use acetone, tar-removing cleaning agents or trichloroethylene.

    CAUTION: Always test before using other special cleaning products.

    10. STANDARDS

    Directive: EC

    Installation standards: NFC 15-100

    Product standards: NF EN 60730-1

    Environmental standards:

    − European Directive 2012/19/EU: WEEE (Waste Electrical and Electronic Equipment)

    − European Directive 2011/65/EU: RoHS (Restriction of Hazardous Substances)

    − Decrees and/or regulations: Public buildings, workplace buildings, high-rise buildings

    Conformity

    − EMC-2014/30/EU

    − LVD-2014/35/EU