esave slController

esave slController
I nte l l i ge nt St re et Li ght C o nt ro l l e r
Features
Automatically organizing wireless mesh network
AES encrypted wireless communication
Wirelessly configurable and updateable


Automatic adjustment of daylight and standard
saving time
Optional GPS connectivity for date/time
synchronization (date/time master)
Automatic wireless distribution of date/time
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
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Support for most used industry standard dimming interface types (Analog 0-10V; PWM; Dali)
Optional sensor support such as motion detector, radar, twilight sensor and LED temperature
Integrated temperature sensor
Energy usage determination
Configurable distribution of twilight sensor and motion detection values


AC and DC supply voltage support
Low power consumption


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Support for active monitoring and protection of LED temperature
Configurable LED luminous flux compensation over lifetime (LFC)
Custom sensors and extensions possible
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Easy to use software for on-site configuration and controlling
Optional integration into a web based management and control application with on-site gateway devices

1-10V / DALI / PWM
+
RF
L AC Input
N 100 – 240V~
GPS



Dimming Interface
Fully configurable dim profiles by time, weekdays
and/or sensor inputs
esave SLC - AC

Extension Interface
Ordering Information
Product codes:
esave SLC – pp ggg
pp: Power supply type
 AC = 100 to 240 V AC (50/60Hz)
 DC = 12 to 60V DC
ggg: GPS receiver functionality
 - = No GPS receiver
 GPS = Contains a GPS receiver for date and time master functionality
Datasheet Version July 2014
Page 1 | 6
Copyright (c) 2014 by esave ag
esave slController
I nte l l i ge nt St re et Li ght C o nt ro l l e r
Connection Diagram
L AC Input
N 100 – 240V~
GPS
(-) GND
(+) VOut
+
RF
Phase (L)
Neutral (N)
1-10V / DALI / PWM
Power Supply
100 - 240 V AC
(50/60Hz)
Dimming Interface
esave SLC - AC
esave SLC – AC
Extension Interface
GPS-Antenna
(Optional)
Dim-Output:
 Analog (0-10V)
 PWM
 DALI
Sensors and
Extensions
RF-Antenna
+ DC Input
12 – 60V
GPS
(-) GND
(+) VOut
+
RF
VIn (+)
GND (-)
1-10V / DALI / PWM
Power Supply
12 - 60V DC
Dimming Interface
esave SLC - DC
esave SLC – DC
Extension Interface
GPS-Antenna
(Optional)
Dim-Output:
 Analog (0-10V)
 PWM
 DALI
Sensors and
Extensions
RF-Antenna
Datasheet Version July 2014
Page 2 | 6
Copyright (c) 2014 by esave ag
esave slController
I nte l l i ge nt St re et Li ght C o nt ro l l e r
Sensor and Extension Interface
Table 1: Extension interface p in out
Interface Pin # Name
Description
1
V_EXT12
Extension power supply (+12V)
2
Reserved
3
MOT
Motion detector signal
4
LED_TEMP
LED Temperature sensor signal
5
GND
Ground
6
V_EXT3
Extension power supply (+3.2V)
7
BRIGHT
Brightness sensor (Twilight) signal
8-15
Reserved
Extension Switch output:
16
SWITCH_OUT
Open collector output
17
Reserved
18
V_EXT3
Extension power supply (+3.2V)
Motion Detector
The esave SLC modules can optionally be equipped with a motion detector sensor, such as PIR (Passive Infrared) or radar
sensors. For reliable operation, please use only sensors supplied or approved by esave ag.
Use the following pins to connect the PIR sensor:
 Pin 3 = Motion detector Signal (MOT)
 Pin 5 = GND
 Pin 6 or Pin 18 = +3.2V (V_EXT3)
Brightness Sensor (Twilight)
The esave SLC modules can optionally be equipped with an environment brightness sensor (twilight) to detect day / night
changes. For reliable operation, please use only sensors supplied or approved by esave ag.
Use the following pins to connect the sensor:
 Pin 6 or Pin 18 = +3.2V (V_EXT3)
 Pin 7 = Brightness sensor input (BRIGHT)
LED Temperature Sensor (PT100)
The esave SLC modules can optionally be equipped with a LED temperature sensor. The modules are calibrated to use with
PT100 resistance temperature sensors. Please use PT100 sensors of Class A or Class B.
Use the following pins to connect the PT100 sensor:
 Pin 4 = Led temperature sensor input (LED_TEMP)
 Pin 5 = GND
Extension Switch Output
The esave SLC modules offer an optional switch output to drive (electronic) relays or similar. The functionality can be configured
in software. A typical application is to completely turn off the LED power supply mains with a relays while the street light is in
standby mode (e.g. during the day).
For further information about the usage and configuration, please contact esave ag.
To directly drive a switchable appliance (e.g. electronic relays) without an additional power supply, please use the following pins:
 Pin 1 = +12V (V_EXT12)
 Pin 16 = External switch open collector output (SWITCH_OUT)
Please ensure that the rated output current of pin 1 is not exceeded (max. 20mA).
Datasheet Version July 2014
Page 3 | 6
Copyright (c) 2014 by esave ag
esave slController
I nte l l i ge nt St re et Li ght C o nt ro l l e r
RF-Antenna Installation
Metal
housing
Plastic
or
glass
window
Blade antenna
Metal
fins
Rod antenna
Plastic housing
Physical Dimensions
Values in mm
Values in mm
Datasheet Version July 2014
Page 4 | 6
Copyright (c) 2014 by esave ag
esave slController
I nte l l i ge nt St re et Li ght C o nt ro l l e r
Electrical and Thermal Characteristics
Table 2: Maximum ratings
Parameter
Supply voltage
Operating temperature
Storage temperature
Surge / burst input voltage
immunity (all connectors)
Extension connector:
Motion sensor input voltage
(Pin 3)
Extension connector:
Brightness (Twilight) sensor
input voltage (Pin 7)
Extension connector:
3.2V Power supply output
current (Pin 6 & Pin 18)
Extension connection:
12V Power supply output
current (Pin 1)
Extension connector:
Switch output max. voltage
(Pin 16)
Extension connector:
Switch output sink current
(Pin 16)
Dim interface output current
(Actively limited in DALI and
PWM output mode)
Output mode:
Iout A = Analog
Iout D = Dali
Iout P = PWM
Module type(s)
SLC – AC
SLC – AC GPS
SLC – DC
SLC – DC GPS
SLC – AC
SLC – AC GPS
SLC – DC
SLC – DC GPS
any
Min
Max
Unit
240
VAC
0
60
VDC
-25
+80
-25
+85
-40
90
°C
2.0
kV
Vin
TA
°C
TS
any
Vps
any
Vmot
-0.2
3.3
V
any
Vbright
-0.2
5.0
V
any
Iext3
35
mA
any
Iext12
20
mA
any
Vsw
12
V
any
Isw
100
mA
-0.2
Iout A
Iout D
0
0
25
18
Iout P
0
2
any
Table 3: Operation characteristics
Parameter
Module type(s)
Supply voltage range
SLC – AC
SLC – AC GPS
SLC – DC
SLC – DC GPS
Power usage
SLC – AC
Iout = 0mA
SLC – AC GPS
No sensor or ext. connected
SLC – DC
SLC – DC GPS
*1
VSup = 230V AC
SLC – DC
*2
VSup = 12V DC
SLC – DC GPS
Datasheet Version July 2014
Symbol
mA
Symbol
Min
Typ
Max
Unit
100
240
V AC
12
60
V DC
Vin
Pop
*1
Pop
*2
Pop
*3
Page 5 | 6
0.43
0.68
0.22
0.48
0.25
0.52
W
Copyright (c) 2014 by esave ag
esave slController
I nte l l i ge nt St re et Li ght C o nt ro l l e r
Parameter
*3
VSup = 24V DC
*4
VSup = 40V DC
Dim interface output voltage
Iout = 0mA
Output mode:
Vout A = Analog
Vout D = Dali
Vout P = PWM
Module type(s)
SLC – DC
SLC – DC GPS
any
Symbol
Pop
Min
*4
Max
Unit
Vout A
Vout D Low
Vout D High
Vout P Low
0.0
0.0
11.0
0.0
0.1
11.5
0.1
10.2
0.2
12.5
0.2
Vout P High
11.0
11.5
12.5
Typ
Max
Unit
3.2
3.3
V
Table 4: Extension / Sensor connector operation characteristics
Parameter
Connector Pin #
Symbol
Min
Extension power output
6
Vext3
3.0
voltage 3.2V
18
Extension power output
1
Vext12
voltage 12V
Motion detector inactive high
3
Vmot H
2.5
signal
Motion detector active low
3
Vmot L
-0.2
signal
Table 5: Wireless and GPS characteristics
Parameter
Module type(s)
RF frequency range
any
(center frequency)
RF nominal output power
any
Receiver sensitivity
any
GPS First time to fix (cold start) SLC – AC GPS
SLC – DC GPS
GPS accuracy
SLC – AC GPS
SLC – DC GPS
Typ
0.25
0.54
Symbol
Min
fw
2.420
12
V
V
Typ
4.5
-97
3.2
V
0.5
V
Max
Unit
2.480
GHz
8
-92
dBm
dBm
50
s
2.5
m
Standards and Legislation
Table 6: Approvals
Category
CE conformity
Declaration / Certificates
CE compliant
Hazardous substances
RoHS compliant: Restriction of Hazardous Substance Directive
Housing flame resistance
UL Recognized Flame Class Rating: UL 94 V-0
Electromagnetic compatibility
(EMC / ERM)
Safety
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EN 300 328 V1.8.1 : 2012
EN 301 489-1 V1.9.2 : 2011
EN 301 489-17 V2.2.1 : 2012
EN 61000-6-2 : 2005
EN 60950-1 : 2006
Contact
esave ag
Kupfergasse 15
CH-7000 Chur
Switzerland
Datasheet Version July 2014
T +41 81 511 55 50
F +41 81 511 55 51
info@esaveag.com
www.esaveag.com
Page 6 | 6
Copyright (c) 2014 by esave ag
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