PQL series

CC Independent on/off driver

Features
·Flicker-free output,which meets the requirement of ErP standard
·Screw-free design,easy wiring
·Pushable strain relief design,easy to crimp and install
·Compact housing design
·Dual-stage circuit design,work stable
·High PF,high efficiency,low THD
·SELV and Class II design,suitable for use outside of the light
·Passed CE,UKCA,ENEC-TUV,RCM,CCC,EL and other certifications

Parameters

Model

Input voltage

Output power

Output voltage

Output current

PF

Efficiency

THD

Ta

Tc

Weight(g)

Dimension(mm)

BK-PQL009-BXXXXA

200-240VAC

10.5W Max

28-42V

0.15-0.25A

0.95

82%

15%

60℃

85℃

60

L95*W36.5*H24

BK-PQL013-BXXXXA

200-240VAC

14W Max

28-42V

0.25-0.35A

0.95

83%

15%

50℃

90℃

60

L95*W36.5*H24

BK-PQL018-CXXXXA

200-240VAC

18W Max

28-40V

0.30-0.45A

0.95

86%

15%

50℃

85℃

62

L114.5*W41*H24.5

BK-PQL022-CXXXXA

200-240VAC

22.8W Max

28-42V

0.40-0.60A

0.95

86%

15%

50℃

90℃

74

L114.5*W41*H24.5

BK-PQL040-BXXXXA

200-240VAC

40.0W Max

30-42V

0.60-1A

0.95

88%

15%

45℃

90℃

95

L119*W42.5*H28

BK-PQL042-BXXXXA

200-240VAC

42.0W Max

28-42V

0.90-1.1A

0.95

87%

15%

45℃

90℃

118

L135*W45*H29

BK-PQL050-BXXXXA

200-240VAC

50.4W Max

28-40V

1.00-1.25A

0.95

88%

10%

45℃

90℃

151

L135*W45*H29

BK-PQL060-BXXXXA

200-240VAC

63.0W Max

28-38V

1.20-1.650A

0.95

89%

15%

45℃

90℃

195

L156*W50*H38

Output voltage: the output voltage may decrease when the output current approaches its maximum
XXXX: Output current, unit:mA

Specifications

Item

Parameter

Rated input voltage

200-240VAC/200-240VDC

Limited voltage

180-264VAC/180-264VDC

Input votage shock

380V

Protection type

Class ||

Output type

SELV

Output current accuracy

5%

Power on time

<0.5s

No load output voltage

<50V

Surge

L-N:2KV

Flicker-free

Pst LM <1,SVM <0.4

Operation temperature

-20°C-+45°C

Protection class

IP20

Life time

Normal 100,000 hours

Warranty

5 years

Dimension(unit:mm)

Wiring diagram

Datasheet-[CC on off driver]-[BK-PQL series V3.4 EN]