Philips LLC7020 User Manual

LLC7020
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M6
141,5
Outdoor Luminaire Controller
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General Description
The Outdoor Luminaire Controller (OLC) is a high-performance L
o n Wo r k s
The Philips Starsense system product range consists of: LLC7020 Outdoor Luminaire Controller LFC7065 Segment Controller
Applications
Each OLC can monitor and drive one ballast-lamp combination. It is designed for use in residential, street and road lighting applications, including parking lots, ports, train stations and industrial complexes. The design of the OLC is optimized for mounting within a luminaire. It is recommended for optimal performance not to connect more the 100 OLC’s to one SC. The Philips OLC is released and authorised to solely interact with the Philips SC, consult the local Philips representative if desired otherwise.
®
network device that connects to, monitors, controls
®
o n Ta l k
open
Dimensions in mm
Benefits and advantages
The major benefits and advantages of using the Starsense telemanagement system are:
• Energy savings through dimming and switching
• Save costs on maintenance through reduced lamp scouting and
improved predictive maintenance
• Improve safety by detecting, reporting and reducing night black-outs
• Reduce light pollution so that the light levels are in harmony with
their surroundings and dim-up on-demand when required
Tip
The Philips Starsense system uses the Philips Starsense Configurator and Supervisor software. The license to use this software is embedded in the Segment Controller
LLC7020
IP > 20
0
4
0
10
20 30 40 50 60 70 80 90 100
8
2
6
10
(%)
Dimming interface voltage
Lamp output
(V)
Outdoor Luminaire Controller
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General operation
The OLC combines three main functions. The controller function receives the incoming commands from the SC and acts accordingly. A driver switches the output relay and regulates the 1-10V dimming interface. The monitor function measures the current, mains voltage, mains frequency, power factor, burning hours and power consumption of the connected lamp-ballast combination. These measurements are used to determine the energy consumption. Based on these measurements, the monitor function determines if the connected lamp­ballast is functioning within configured thresholds and sets its status that can be accessed by the SC. One OLC can switch, control and monitor one light point. A default configured OLC will switch ON its output at maximum level on power-up.
Repeating
The OLC is equipped with a power line transceiver, which can repeat messages. The SC monitors and controls the dynamic repeating functionality centrally. If communication fails between the SC and a specific OLC, another OLC can be designated dynamically by the SC, which can repeat messages. The SC will autonomously and continuously keep track of which OLC’s can be reached directly and which ones require message repeating.
Dimming
The SC sends the dimming level, based on many configuration properties, to the OLC. A dimming correlation may look as follows: The OLC will transfer the incoming dimming command to the OLC’s driver, which drives the 1-10V dimming interface.
Dimming correlation
Tip
Check the Philips Dynavision ballast/controller datasheet for the relationship between the interface signal level and the light output,
Mounting information
The OLC is designed to be installed inside a luminaire, another adjacent OLC can be mounted in poles, gear-trays, and separate boxes. If the OLC is mounted inside a pole it may only be mounted upright, as shown in the mounting picture. The OLC may be mounted in any position if the enclosure is IP43 or above.
Mounting
Released ballast
Currently the ballast released to interact with the 1-10V dimming outputs of the OLC are:
• Philips HID-DV 1-10V 150 SON
• Philips HID-DV 1-10V 100 SON
• Philips HID-DV 1-10V 70 SON
• Philips HID-DV 1-10V 150 CDO
• Philips HID-DV 1-10V 100 CDO
• Philips HID-DV 1-10V 70 CDO
• Philips HID-DVC 1-10V 250 SON
• Philips HID-DVC 1-10V 400 SON
Any other component must be validated before it may be used with the OLC. Contact your local Philips representative about how to obtain component validation.
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