GLC1xx_DS24en - Apanet Green System

GreenLight Controller
GLC100 ver.2 Series
The GLC100 controller is intended to manage a
single light source (light socket) operating within outdoor
lighting (i.e. street, car park or park lighting) control
systems.
The
controller
utilizes
LonWorks
communication standard over power lines (PowerLine
communication) helping significantly reduce installation
APANET offers dedicated supervising and
costs.
control system characterized by a unique scalability
The controller enables full control of a light
source – managing light intensity, power usage metering,
attribute relating to software and hardware, from the street
level to entire city.
diagnosing and reporting occurrences and malfunctions.
This in turn enables implementation of algorithms to
significantly reduce power usage (cost and CO2 emission
Main advantages:

ballasts.
reduction) and reduce servicing costs.
The
controller
utilizes
advanced
network

information flow control technology (routing) – this
means that each device can work as a repeater – which
4km range in standard power grid). Additionally
communication is configured dynamically, adopting to

models
enable


controller
features
a
Powerful measurement module (energy and
power active and reactive, power factor, THD).

Monitoring lamp status (malfunction detection
and reporting) – lower servicing cost.
and ballast with power reduction function.
The
Ability to monitor each light power consumption
independently.
implementation in various applications – together with
electronic ballast working in 1-10V and Dali standards
Ability to control each light source
independently.
the network parameters changes.
controller
Gradual (0-100%) and discrete (2 levels) light
dimming.
enables constructing of wide area control networks (up to
Different
Works with electronic and electromagnetic
very
powerful

better functionality and reliability.
measurement module (energy and power active and
reactive, power factor, THD) for managing the power
Flexible and decentralized network structure –

grid.
Advanced routing algorithms – wide network
range.
LonWorks
standard
communication
and

LonMark compatibility give full flexibility in constructing
networks and possibility of using components from
Low installation costs – communication using
230VAC electrical network.

Installation in a lamp socket or a lamp post.

Over the network software upgrade.
enables an easy integration with currently implemented

LonWorks compatibility.
systems.

LonMark compatibility.
various providers – both, for the low level devices and
even SCADA supervising and control systems. It also
APANET Green System Sp. z o.o., ul. Św. Antoniego 2/4 50-073 Wrocław; Poland
tel +48717832930; fax +48717832931; [email protected]; www.greensys.pl
LonMark object:
Connections diagram:
Outdoor Luminair Controller
nv1
nviLampValue
SNVT_switch
nv2
nv3
Mandatory
network
variable
nv4
nvoLampValueFb
SNVT_switch
nviRunHours
SNVT_time_hour_p
nv5
nvoOLCStatus
SNVT_state_64
nvoEnergy
SNVT_elec_kwh_l
nv6
nvoEnvironment
SNVT_environment
Configuration properties
cpBkupSchedule
cpDeviceOutSelection
cpDimLowLevelLight
cpEnableStatusMsg
cpLampPower
cpMaxLevelVolt
cpMaxSendTime
cpMinSendTime
cpOLCLimits
cpPwrUpState
cpWarmUpTime
-
SCPTbkupSchedule
SCPTdeviceOutSelection
SCPTminSetpoint
SCPTenableStatusMsg
SCPTlampPower
SCPTmaxLevelVolt
SCPTmaxSendTime
SCPTminSendTime
SCPTOLCLimits
SCPTpwrUpState
SCPTrampUpTm
Node
nv1
nvinviRequest
SNVT_obj_request
Mandatory
network
variable
nv2
nvoStatus
SNVT_obj_status
nv3
nviTimeSet
SNVT_time_stamp
Optional
network
variable
nv8
nvoFileDirectory
SNVT_address
Configuration properties
nciLocation
nciDevMajVer
nciDevMinVer
-
SCPTlocation
SCPTdevMajVer
SCPTdevMinVer
Open Loop Sensor
Mandatory
network
variable
nv1
nvoEnergyReact
SNVT_elec_kwh_l
Open Loop Sensor
Mandatory
network
variable
nv1
nvoPowerReact
SNVT_power
Open Loop Sensor
Mandatory
network
variable
nv1
nvoTHD
SNVT_lev_percent
Open Loop Sensor
Mandatory
network
variable
nv1
nvoFails
SNVT_count
Properties:





Supply: 230VAC
Max load: 400Watt
Housing: IP67
Protocol: CENELEC C EN50065-1
CE (EN61547, EN55022)




Connection: 2.5mm² terminals
Dimensions: 125x65x43 (155x65x43)
Weight: : 600g
Temperature: -40ºC ÷ 80ºC
Ordering information:
GLC 1 X Y
Dimming output:
0: None (ON/OFF)
1: 2 dimming levels (relay)
2: For electronic ballast (1-10V)
3: 3 dimming levels (relay)
4: DALI
Power consumption metering:
0: None (working time register)
1: Active power meter
2: Active and reactive energy and power, power
factor, THD
APANET Green System Sp. z o.o., ul. Św. Antoniego 2/4 50-073 Wrocław; Poland
tel +48717832930; fax +48717832931; [email protected]; www.greensys.pl