IR TEC RS350900 Line Voltage OS-NET Sensor User Manual 058 50906 001 IM EN ON LRD 509
IR-TEC International Ltd. Line Voltage OS-NET Sensor 058 50906 001 IM EN ON LRD 509
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Users Maual.pdf
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| Document ID | 3473717 |
| Application ID | 9TZfvjXtZSEyrWBPuZ2lWg== |
| Document Description | Users Maual.pdf |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 15.9kB (198754 bits) |
| Date Submitted | 2017-07-20 00:00:00 |
| Date Available | 2017-07-20 00:00:00 |
| Creation Date | 2017-06-29 10:33:34 |
| Producing Software | Adobe PDF library 10.01 |
| Document Lastmod | 2017-07-12 20:20:03 |
| Document Title | 058-50906-001_IM-EN_ON-LRD-509 |
| Document Creator | Adobe Illustrator CS6 (Windows) |
The ON-LRD-509 series is a fundamental device of OS-NET wireless mesh network solution packed with multiple functionalities including occupancy/vacancy sensing, daylight harvesting, bi-level StepDIM or continuous SmartDIM, and wireless network communication for top-notch intelligent lighting control. Numerous design innovations allow this device to be flexibly integrated with an OEM luminaire, or mounted on the ceiling in a variety of options. Interchangeable lenses allow the sensor to be mounted at various heights with different detection patterns for all applications. All functionalities can be easily and intuitively configured by a 2-way remote programmer from the floor. With ON-LRD-509, you can effortlessly achieve energy efficient, code-compliant smart lighting control through a state-of-the-art wireless mesh network synchronously established while installing the OS-NET enabled lighting. OVERVIEW 120VAC 230VAC 277VAC -Fluorescent Ballast/CFL 800/*500W(VA) 5A 1200/*750W(VA) -Incandescent/Halogen 800/*500W(VA) 5A 1200/*750W(VA) -Ballast Electronic (LED) 540/*500VA 5A 1200/*750VA Infrared sensor ◆ Dim control HIC protection Digital quad-element pyroelectric sensor 0-10V, isolated, max 25mA Max. 80A for 16.7msec. Wireless protocol Modified Zigbee Light Link (ZLL) w/Lens A/B/C w/Lens D Radio frequency 2405~2480Mhz Number of Channel 16ch Radio range 15/90 m @indoor/outdoor, open space Radio Power Output 6.98dBm Detectable speed 0.15 ~ 3 m/sec. (0.5~10 ft./sec.) w/Lens F w/Lens G *More lens options are available for this sensor. Please refer to the Lens Datasheet for more details. WARNING & CAUTION Risk of Electric Shock - Disconnect power supply before servicing. Do NOT touch the square window of infrared sensor under the lens assembly. Open Type Photoelectric Switches. AVERTISSEMENT & PRUDENCE Risque de choc électrique - Débranchez l'alimentation avant l'entretien. Ne PAS toucher la fenêtre carrée de capteur infrarouge sous l'ensemble de l'objectif. Ouvrir Type commutateurs optoélectroniques. www.irtec.com Mounting height Subject to the lens applied Detection range As per lens applied and mounting height Remote range Typ. 10 m (33 ft), indoor with no backlight Op. humidity Max. 95% RH Op. temperature -40°C~70°C (-40°F~158°F) Dimensions Ø60 x H37mm (Ø2.36”x H1.45”) 2. The closer the movement is to the sensor, the more sensitive the sensor is. The higher the sensor is installed, the larger movement is required to be detected. 3. Ensure to place the sensor at least at 1.5m (5 ft.) away from air supply ducts as rapid air flow may cause false activations. 4. The sensor cannot “see” the movements behind obstacles, such as tall furniture, shelf, glass or partitions. Avoid placing the sensor where obstructions may block the sensor’s line of sight. 5. The partition of workstation could block the sensor view to occupant movements, it is best to place the sensor over the intersection of workstation. For large open office, place multiple sensors so that there is overlap coverage with each adjacent sensor. 6. To obtain optimal wireless communication range, avoid enveloping the sensor with a metallic enclosure. *Max load for operating temperature at 55°C~70°C(131°F~158°F) ◆ Dim voltage tolerance is ±5% Install the sensor at least 1ft. away from any occupant. Federal Communication Commission Interference Statement This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one of the following measures: P/N: 058-50906-001 Printed in Taiwan This product may be covered by one or more U.S. patents or patent applications. Please visit www.irtec.com for more information. FCC ID: NRIRS350900 -Reorient or relocate the receiving antenna. -Increase the separation between the equipment and receiver. -Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. -Consult the dealer or an experienced radio/TV technician for help. FCC Caution: Any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate this equipment. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. Radiation Exposure Statement: This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 20cm between the radiator & your body. MOUNTING This device can be integrated with a luminaire or mounted on the ceiling in various formats via specific mounting bracket. Please refer to the mounting instruction sheet separately attached for more details about mounting options available. WIRING DIAGRAM Non-dimmable Lighting (ON-OFF Switching only) N DIM Maximum Load 1. The sensor is more sensitive to the movements “crossing” the detection zones than “toward” or “away” the sensor unit. To obtain better sensitivity, avoid placing the sensor in line with occupant path. White Red Black APPLICATION NOTES 120/230/277VAC, 50/60Hz 0-10V Dimmable Lighting Neutral Load Line DIM DIM N DIM SPECIFICATIONS Power supply INSTALLATION INSTRUCTIONS ON-LRD-509 Line Voltage OS-NET Sensor ON-LRD-509 ON-LRD-509 series Gray Violet White Red Black DIM DIM BALLAST LED DRIVER BALLAST LED DRIVER Neutral Line NOTE: 1. Use 0/1-10V dimmable driver/ballast to enable dimming control. 2. Ensure to connect the LINE and NEUTRAL wires correctly. Reverse connection may damage the sensor permanently. 3. Ensure TOTAL isolation between DIM+/DIM- and GROUND of line voltage to avoid damaging the sensor. 4. Always conduct factory test with GROUND connected. OPERATION The ON-LRD-509 employs a digital PIR sensor together with an ALS to detect occupancy status and ambient light level. The sensor not only controls the connected lighting as programmed when it detects the presence of an occupant/vehicle, but also broadcasts an OCC signal to other devices of the group to activate the respective controls. Each sensor can be assigned to be member of maximum 4 groups for coordinated control. Programming Guide SETTING All sensor settings can be configured, in individual or group basis, by an OS-NET Remote Programmer SRP-281. Following table highlights the setting items and options available with ON-LRD-509. For detailed setting operation, please refer to the OS-NET Programming Guide available for download from www.irtec.com. Settings Description INDIV-SET GROUP-SET CONTROL To setup an individual device To setup all devices of the group with same settings Control modes available for OS-NET sensor and controller. AMBIENT LUX DELAY TIME OFF HIGH DIM LOW DIM/SmartDIM RAMP UP FADE DOWN VM-TB VM-TA SENSITIVITY BURN-IN TEST (10-MIN) DEFAULT CONTROL MODE The ON-LRD-509 series can be programmed to control the connected lighting in one of the modes as below. CONTROL DESCRIPTION ON/OFF Options ON/OFF, OSO, OSLA, OSLATO, DSVM, DSC, VSC, OFF Thresholds of ambient light level for OS-NET sensor and controller to 10/20/40/60/80/200/400/600/1000/2000/DISABLE/ execute the control. CURRENT Delay time that sensor/controller will turn off or fade down the light. 1/3/5/10/15/20/30/60 min. Delay time that sensor/controller will keep the light at low dim level 10sec./3/5/10/15/20/30/45/60 min. after the OFF delay time elapsed. High dim is the output level set to control the light during occupancy, or when ambient light is lower than the threshold if daylight sensing control is selected. Low dim is the output level set to dim the light when space is vacant for bi-level control. Low dim setting will become SmartDIM bar if SmartDIM control is selected. Speed of lighting output increase. Speed of lighting output decrease. Time duration BEFORE Virtual Midnight. Only available if DSVM is selected. Time duration AFTER Virtual Midnight. Only available if DSVM is selected. Sensitivity of occupancy sensor. Time duration for burn-in test. To conduct the burn-in test with uncertain duration, select MANUAL. Sensor/controller will control the light as the mode set, but with 10 seconds delay for function test purpose. Resume to normal control after 10 minutes or whenever the STOP command is given. Resume factory default settings of the REMOTE or DEVICE. OSO OSLA 50/55/60/65/70/80/90/100% SmartDIM 0/5/10/15/20/25/30/40% OSLATO INSTANT/SOFT/SLOW INSTANT/SOFT/SLOW 0.5/1/1.5/2/2.5/3/3.5/4/4.5/5/5.5/6 hour 0.5/1/1.5/2/2.5/3/3.5/4/4.5/5/5.5/6 hour HIGH/NORMAL/LOW STOP/12/24/48/72/96HR/MANUAL DSVM STOP/START REMOTE, DEVICE DSC SETTING ACKNOWLEDGEMENT The sensor will acknowledge setting success or failure with different indications by device LED or connected lighting. INDICATION ACKNOWLEDGEMENT Device LED fast blinking in GREEN and BLUE. The device is scanning and linking to the network. The fast blinking (on-off per 0.2 second) only appears during network linking. Device LED blinks twice every 2-second in GREEN or BLUE. Device LED blinks twice every 2-second for 5 minutes, and then 15-second after power applied. Device short beeps twice. The sensor detects occupant’s motion. Device beeps one long and two short. The connected lights flash twice. The connected lights flash twice. Multiple setting data UPLOAD successful. The device is set with daylight sensing control. (DSVM or DSC) REMARKS GREEN means the device is network linked. BLUE means the device is unlinked. GREEN means the device is network linked. BLUE means the device is unlinked. VSC Receiving a single setting or control command. 1. Factory default setting resumed. 2. SmartDIM setting completed. OFF This is a commonly used occupancy sensing control mode. Lighting will be inhibited when the ambient light level is higher than the set threshold, regardless of occupancy or vacancy. When the ambient light level is lower than the set threshold, the controlled light will be automatically turned on once the sensor detects the presence of occupant, and turned off after the delay time has elapsed. NOTE: This mode is available for dimmable or non-dimmable lighting, but not for HID lighting. This is an occupancy sensing control mode can be applied in spaces that require lighting for 24 hours a day. When the space is vacant, lighting output will be reduced to Low Dim level to save energy. When space is occupied, lighting output will be instantly increased to High Dim level or continuously regulated to maintain within a pre-set range by SmartDIM control. NOTE: This mode requires dimmable lighting to enable dimming control. This is an occupancy sensing control mode can be applied in spaces that require automatic lighting when the ambient light level is lower than the set threshold. Lighting will be inhibited when the ambient light level is higher than the set threshold, regardless of occupancy or vacancy. When the ambient light level is lower than the set threshold, the sensor/controller will automatically set the light to the Low Dim level. Once the sensor detects the presence of an occupant, the lighting output will be instantly increased to the High Dim level or continuously regulated within a pre-set range by SmartDIM control. Lighting output will be reduced to the Low Dim level after delay time has elapsed or shut off if ambient light level is higher than the set threshold. NOTE: This mode requires dimmable lighting to enable dimming control. If lighting is non-dimmable, all lights will remain on whenever the ambient light level is lower than the set threshold. This is an occupancy sensing control mode can be applied in spaces that require maintaining Low Dim lighting for a period of time after the delay time has elapsed. Lighting will be inhibited when the ambient light level is higher than the set threshold, regardless of occupancy or vacancy. When the ambient light level is lower than the set threshold and any sensor detects the presence of occupant, the sensor/controller will instantly increase the lighting output to the High Dim level or continuously regulate the output to maintain overall lighting level within a pre-set range by SmartDIM control. After the delay time has elapsed, lighting output will be reduced to the Low Dim level for a period of TIME OFF delay before turning off. NOTE: This mode requires dimmable lighting to enable dimming control. If lighting is non-dimmable, there will be no dim control and the delay time will be extended with the TIME OFF (TO) delay. This is a daylight sensing control mode can be applied in spaces that require automatically dimming the lighting output to a low level between a certain time before and after midnight. When the ambient light level is lower than the set threshold, the sensor/controller will turn the light to the High Dim level or continuously regulate the output to maintain overall lighting level within a pre-set range by SmartDIM control. Lighting output will be reduced to the Low Dim level from a certain time before virtual midnight to a certain time after. Lighting will be inhibited during daytime. NOTE: This mode requires dimmable lighting to enable dimming control. If lighting is non-dimmable, all lights will remain on whenever ambient light level is lower than the set threshold. This is a daylight sensing control mode can be applied in spaces that require automatic lighting whenever the ambient light is lower than the set threshold. The sensor/controller will automatically turn on the light to the High Dim level or continuously regulate the output to maintain overall lighting level within a pre-set range by SmartDIM control when the ambient light level is lower than the set threshold, and automatically turn off the light when the ambient light level is higher than the set threshold. NOTE: This mode requires dimmable lighting to enable dimming control. If lighting is non-dimmable, all lights will remain on whenever ambient light level is lower than the threshold. This is a vacancy sensing control mode can be applied in spaces that require users to turn on the light manually, and have the sensor/controller turn off the light automatically. The occupant would have to press the OS-NET button to turn on the light to the High Dim level or continuously regulated by the connected sensor/controller to maintain overall lighting level within a pre-set range by SmartDIM control. The sensor/controller will control the connected lighting as per OSLATO mode. NOTE: This mode requires dimmable lighting to enable dimming control. If lighting is non-dimmable, there will be no dim control and the delay time will be extended with the TIME OFF (TO) delay. This is a manual control mode can be used when you need the light to be off for a certain period of time. Once this mode is set, all lighting controlled by the sensor/controller will remain off until another mode is selected. www.irtec.com
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