rev 1.3 led drivers clp - twin dali up to 58v...clp - twin dali up to 58v led drivers harvard power...
TRANSCRIPT
LED DRIVERS
www.Harvardps.com
Harvard Power Systems Limited1200 Century Way, Leeds, LS15 8ZA United Kingdom Tel: +44 (0)113 880 5405
DALI
REV 1.3
Wiring diagram
Up to 66W
350mA, 500mA, 700mA & 1000mA
CoolLED drivers provide a high performance solution for powering high-brightness LEDs from a mains supply.
The DALI controlled driver provides a digital alternative to standard 1-10V dimmable drivers and offers these key benefits:
Full Dimming Capabilities Individual and Group Control High Efficiency and Long Life The power factor corrected driver has a fully isolated, SELV outputs delivering up to 66W of power.
The high efficiency design ensures cool operation and long life.
Also benefits from Hot Plug protection
The compact enclosure is available in Integral (B) and Remote Mount (C) versions. Remote types feature a cable clamp.
All CoolLED Drivers are open and short circuit protected and have self resetting over temperature trip.
Product Description
• 220 - 240V Input voltage
• Two strings of up to 33W
• Power factor corrected (0.95)
• Constant current output
• Up to 88% efficiency
• Surge protection up to 4kV
• SELV Isolation
• Double Insulated (Class II) - C Style Only
CLP - Twin DALIUp to 58V
LED DRIVERS
www.Harvardps.com
Harvard Power Systems Limited1200 Century Way, Leeds, LS15 8ZA United Kingdom Tel: +44 (0)113 880 5405
CBScheme
Mains input voltage 220 - 240V ac RMS Nominal
Mains frequency 47- 63Hz
Mains surge protection 4kV common-mode 2kV differential
Input-output isolation 3.75kV ac rms
Humidity 95% max non-condensing
Thermal trip 110oC - internal self-resetting
Ambient temperature range -25oC to 50oC
Dimming range 100 - 5%
Terminal blocks Rising clamp 5mm pitch
Enclosure White polycarbonate UL94-V0 rated
Wire size 0.5mm to 1.5mm2
Technical Specification
Case Style Dimensions Weight Box Quantity
Integral ‘B’ Style 116.55mm x 81.50mm x 34.50mm 210g 60
Remote ‘C’ Style 142.50mm x 81.50mm x 34.50mm 250g 60
Tolerance: + or - 0.3mm
Part number Current
LED String Voltage
(Per String)
Maximum Tc temperature
Output power range(Per String)
Power factorat full load
Efficiency at full load
CLP2-350D-58V-240-B/C 350mA (+5%) 18V to 58V 80˚C 6.3 - 20W >0.95 typically 86%
CLP2-500D-58V-240-B/C 500mA (+5%) 18V to 58V 80˚C 9 - 29W >0.95 typically 87%
CLP2-700D-240-B/C 700mA (+5%) 18V to 48V 85˚C 12.6 - 33W >0.95 typically 88%
CLP2-1000D-240-B/C 1000mA (+5%) 18V to 33V 85˚C 18 - 33W >0.95 typically 88%
Variants
Approval Standards
CE (Europe) LVD:2014/35/EU; EMC:2014/30/EU; RoHS:2011/65/EU; ECOD/2009/125/EC
ENEC (Europe) EN61347-1+A1+A2; EN61347-2-13; EN62384+A1
CB (International) IEC61347-1+A1+A1; IEC61347-2-13; IEC61384+A1
RCM (Australia/NZ) ASNZS61347.1; ASNZS61347.2.13; ASNZS-CISPR15; ASNZS4417.1
Compliance
LED DRIVERS
www.Harvardps.com
Harvard Power Systems Limited1200 Century Way, Leeds, LS15 8ZA United Kingdom Tel: +44 (0)113 880 5405
99.50
64
142.5
81.50
34.50
DEF C
12
34
B A
32
15
CD
46
78
AB
Twin/Q
uad C-style assem
bly(class 2)
08/02/11W
S
WEIG
HT:
A3
SHEET 1 OF 1
SCA
LE:1:1
DW
G N
O.
TITLE:
REVISION
DO
NO
T SCA
LE DRA
WIN
G
MA
TERIAL:
DA
TESIG
NA
TUREN
AM
E
DEBUR A
ND
BREA
K SHARP
EDG
ES
FINISH:
UNLESS O
THERWISE SPEC
IFIED:
DIM
ENSIO
NS A
RE IN M
ILLIMETERS
SURFAC
E FINISH:
TOLERA
NC
ES: LIN
EAR:
AN
GULA
R:
Q.A
MFG
APPV
'D
CHK'D
DRA
WN
99.50
64
142.5
81.50
34.50
DEF C
12
34
B A
32
15
CD
46
78
AB
Twin/Q
uad C-style assem
bly(class 2)
08/02/11W
S
WEIG
HT:
A3
SHEET 1 OF 1
SCA
LE:1:1
DW
G N
O.
TITLE:
REVISION
DO
NO
T SCA
LE DRA
WIN
G
MA
TERIAL:
DA
TESIG
NA
TUREN
AM
E
DEBUR A
ND
BREA
K SHARP
EDG
ES
FINISH:
UNLESS O
THERWISE SPEC
IFIED:
DIM
ENSIO
NS A
RE IN M
ILLIMETERS
SURFAC
E FINISH:
TOLERA
NC
ES: LIN
EAR:
AN
GULA
R:
Q.A
MFG
APPV
'D
CHK'D
DRA
WN
PLEASE NOTEInformation given in this datasheet is for illustration purposes only and subject to change without prior notice. No liability is accepted for printing errors. Reference made to third party approval or certification may be subject to ongoing licence transfers and may not be fully implemented.
C Style
B Style
Dimensions