# LED Driver, ITE, 60 W, 24 VDC, 2.5 A, Constant Current, 90 V
**URL**: https://novapart.co/products/PLN-60-24/led-driver-ite-60-w-24-vdc-25-a-constant-current
**SKU**: PLN-60-24
**Manufacturer**: MEAN WELL
**Category**: LED Lighting Components || LED Power Supplies || AC / DC LED Power Supplies
**Price**: €68.2200
**Stock**: 10+
## Specifications
| Parameter | Value |
|---|---|
| Output Current | 2.5A |
| Led Driver Mode | Constant Current |
| Output Power Max | 60W |
| Input Voltage Max | 295V |
| Input Voltage Min | 90V |
| Output Voltage Max | 24VDC |
| Power Supply Approvals | ITE |
## Datasheet
📄 [Download PDF](https://novapart.co/datasheet/farnell:2114243/)
**- PLN 60 series**
|**MODEL**
**PLN-60-12**
**PLN-60-15**
**PLN-60-20**
**PLN-60-24**
**PLN-60-27**
**PLN-60-36**
**PLN-60-48**
**OUTPUT**
**Note.5**
**Note.5**
**SETUP TIME**
**Note.4**
**FREQUENCY RANGE**
**EFFICIENCY (Typ.)**
**INPUT**
**VIBRATION**
**MTBF**
**DIMENSION**
**OTHERS**
**NOTE**
**PACKING**
12V
15V
20V
24V
27V
36V
48V
5A
4A
3A
2.5A
2.3A
1.7A
1.3A
60W
60W
60W
60W
62.1W
61.2W
62.4W
2Vp-p
2.4Vp-p
1.8Vp-p
2.7Vp-p
2.7Vp-p
3.6Vp-p
4.6Vp-p
10%
3.0%
5.0%
85%
86%
87.5%
87%
88%
89%
89%
0.3A/277VAC
40A/230VAC
0.03%/
)
)
**Note.2**
**Note.3**
**ENVIRONMENT**
**SAFETY &**
**EMC**
**PROTECTION**
95
10
**SAFETY STANDARDS**
EN55015,
**Note.6**
~~es~~
~~es~~Ge ~~se~~
Devoe,
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S
RavevcurreNT.
||
Cd
CSC‘“(SC*ésS
RateppoweR
||
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(RPPLEBNOE(mex) |
|
CdSCOC~—C—CSSOC‘C‘C
votrcexnyamce (EEO
[es-tea [essay ay ay asaya |
VOLTAGE
ADJ. RANGE
=
=
=
—__—* 800s /250VAC S00OnsI EACatHNg
~~a~~
———CC“(N.CWCWCdCS
seOG
INRUSHCURRENT(max)
|
10 5002,26 12min.IMoycle, periodfor 72min.eachalongX.YZaxes
UL879, UL1310, UL8750, CSAC22.2 No. 207-M89(except for 48V), TUV EN61347-1, EN61347-2-13 independent, CAN/CSA
€22.2 No. 223-M91(except for48V), CSAC22.2 No. 250.0-08(exceptfor48V), IP64, J61347-1, J61347-2-13 approved ; design refertoUL60950-1
|EMCEMISSION
|Complianceto__—_—_—EN55022 (CISPR22) ClassB,EN61000-3-2ClassC(=75%load);EN61000-3-3
«ASTaKhrsmin. MILHDBK2ITFQ5C
—
erenscimmawh
OO—SSC“S*“S™S*™*™S~S™S
Pasig ztpesitakgoSOUT
SSCSCSCSCSC~sdY
~~2~~
ee
2.
Ripple & noise are measured at 20MHz of bandwidth by using a 12" twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor.
3. Tolerance: includes set up tolerance, line regulation and load regulation.
4. Derating may be needed under low input voltage. Please check the static characteristics for more details.
5. Output voltage can be adjusted through the SVR1 on the PCB; limit of output constant current level can be adjusted through theSVR2 on the PCB.
6. Constant current operation region is within 70% ~100% rated output voltage. This is the suitable operation region for LED related applications, but please
reconfirm special electrical requirements for some specific system design.
7. The power supply is considered as a component that will be operated in combination with final equipment. Since EMC performance will be affected by the
complete installation, the final equipment manufacturers must re-qualify EMC Directive on the complete installation again.
8. Direct connecting to LEDs is suggested, but is not suitable for using additional drivers.|**MODEL**
**PLN-60-12**
**PLN-60-15**
**PLN-60-20**
**PLN-60-24**
**PLN-60-27**
**PLN-60-36**
**PLN-60-48**
**OUTPUT**
**Note.5**
**Note.5**
**SETUP TIME**
**Note.4**
**FREQUENCY RANGE**
**EFFICIENCY (Typ.)**
**INPUT**
**VIBRATION**
**MTBF**
**DIMENSION**
**OTHERS**
**NOTE**
**PACKING**
12V
15V
20V
24V
27V
36V
48V
5A
4A
3A
2.5A
2.3A
1.7A
1.3A
60W
60W
60W
60W
62.1W
61.2W
62.4W
2Vp-p
2.4Vp-p
1.8Vp-p
2.7Vp-p
2.7Vp-p
3.6Vp-p
4.6Vp-p
10%
3.0%
5.0%
85%
86%
87.5%
87%
88%
89%
89%
0.3A/277VAC
40A/230VAC
0.03%/
)
)
**Note.2**
**Note.3**
**ENVIRONMENT**
**SAFETY &**
**EMC**
**PROTECTION**
95
10
**SAFETY STANDARDS**
EN55015,
**Note.6**
~~es~~
~~es~~Ge ~~se~~
Devoe,
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S
RavevcurreNT.
||
Cd
CSC‘“(SC*ésS
RateppoweR
||
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(RPPLEBNOE(mex) |
|
CdSCOC~—C—CSSOC‘C‘C
votrcexnyamce (EEO
[es-tea [essay ay ay asaya |
VOLTAGE
ADJ. RANGE
=
=
=
—__—* 800s /250VAC S00OnsI EACatHNg
~~a~~
———CC“(N.CWCWCdCS
seOG
INRUSHCURRENT(max)
|
10 5002,26 12min.IMoycle, periodfor 72min.eachalongX.YZaxes
UL879, UL1310, UL8750, CSAC22.2 No. 207-M89(except for 48V), TUV EN61347-1, EN61347-2-13 independent, CAN/CSA
€22.2 No. 223-M91(except for48V), CSAC22.2 No. 250.0-08(exceptfor48V), IP64, J61347-1, J61347-2-13 approved ; design refertoUL60950-1
|EMCEMISSION
|Complianceto__—_—_—EN55022 (CISPR22) ClassB,EN61000-3-2ClassC(=75%load);EN61000-3-3
«ASTaKhrsmin. MILHDBK2ITFQ5C
—
erenscimmawh
OO—SSC“S*“S™S*™*™S~S™S
Pasig ztpesitakgoSOUT
SSCSCSCSCSC~sdY
~~2~~
ee
2.
Ripple & noise are measured at 20MHz of bandwidth by using a 12" twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor.
3. Tolerance: includes set up tolerance, line regulation and load regulation.
4. Derating may be needed under low input voltage. Please check the static characteristics for more details.
5. Output voltage can be adjusted through the SVR1 on the PCB; limit of output constant current level can be adjusted through theSVR2 on the PCB.
6. Constant current operation region is within 70% ~100% rated output voltage. This is the suitable operation region for LED related applications, but please
reconfirm special electrical requirements for some specific system design.
7. The power supply is considered as a component that will be operated in combination with final equipment. Since EMC performance will be affected by the
complete installation, the final equipment manufacturers must re-qualify EMC Directive on the complete installation again.
8. Direct connecting to LEDs is suggested, but is not suitable for using additional drivers.|**PLN-60-12**
~~es~~
~~es~~
Devoe,|**PLN-60-15**
~~es~~
~~es~~|**PLN-60-20**
~~es~~
Ge|**PLN-60-24**
~~es~~
~~se~~|**PLN-60-27**
~~es~~
~~se~~|**PLN-60-36**
~~es~~
~~se~~|**PLN-60-48**
~~es~~|
|---|---|---|---|---|---|---|---|---|
||~~es~~
Devoe,|12V
~~es~~
~~es~~
Devoe,
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S|15V
~~es~~
~~es~~
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S|20V
~~es~~
Ge
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S|24V
~~es~~
~~se~~
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S|27V
~~es~~
~~se~~
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S|36V
~~es~~
~~se~~
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S|48V
~~es~~
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S|
||**Note.6**
Devoe,
RavevcurreNT.|~~es~~
Devoe,
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S
|||~~es~~
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S
|||Ge
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S
Cd|~~se~~
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S
Cd|~~se~~
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S
CSC|~~se~~
TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S
CSC|TCC~“~*~*sSCSC“(‘;CCr.C“C;C;tSYCTCS;C;™tS~SYSCCS~S
CSC‘“(SC*ésS|
||RavevcurreNT.|5A
|||4A
|||3A
Cd|2.5A
Cd|2.3A
CSC|1.7A
CSC|1.3A
CSC‘“(SC*ésS|
||RavevcurreNT.
RateppoweR|||
|||||
|||Cd
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(RPPLEBNOE(mex)||60W
||
|
||60W
||
CdS|60W
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(CdS|60W
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(CdS|62.1W
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(|61.2W
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(|62.4W
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(|
||**Note.2**
RateppoweR
RPPLEBNOE(mex)|
votrcexnyamce(EEO
VOLTAGE|2Vp-p
||
|
|
(EEO
[es-tea|2.4Vp-p
||
CdS
[es-tea[essay|1.8Vp-p
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(CdSCOC~—C—CSSOC‘C‘C
[essay|2.7Vp-p
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(CdSCOC~—C—CSSOC‘C‘C
ayay|2.7Vp-p
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(COC~—C—CSSOC‘C‘C
ayasaya|3.6Vp-p
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(COC~—C—CSSOC‘C‘C
asaya|4.6Vp-p
CdSC(“‘(CSC*L..C(#CNOC(NN’CLUOCOC(‘(‘(COC~—C—CSSOC‘C‘C
asaya||
||**Note.5**
RPPLEBNOE(mex) |
votrcexnyamce(EEO
VOLTAGE
ADJ. RANGE||
|
CdSCOC~—C—CSSOC‘C‘C
(EEO
[es-tea[essayayayasaya|
=
=
=|||||||
||**Note.5**
votrcexnyamce (EEO
VOLTAGE|COC~—C—CSSOC‘C‘C
(EEO
[es-tea [essay ay ay asaya ||||||||
||**Note.3**|10%|||||||
|||3.0%|||||||
||—__—*|5.0%
800s/250VACS00OnsIEACatHNg|||||||
||**SETUP TIME**
—__—*|800s/250VACS00OnsIEACatHNg|||||||
||**Note.4**
—__—*
~~a~~|800s /250VAC S00OnsI EACatHNg
———CC“(N.CWCWCdCS|||||||
||**FREQUENCY RANGE**
~~a~~|———CC“(N.CWCWCdCS|||||||
||~~a~~|———CC“(N.CWCWCdCS|||||||
||**EFFICIENCY (Typ.)**
se|85%
se|86%
OG|87.5%
OG|87%
OG|88%|89%|89%|
||INRUSHCURRENT(max)|0.3A/277VAC|||||||
||INRUSHCURRENT(max)|40A/230VAC|||||||
||INRUSHCURRENT(max)||||||||
||||||||||
||||||||||
||||||||||
|||95
10|||||||
||||||||||
||||||||||
||||||||||
||||0.03%/
)
105002,2612min.IMoycle,periodfor72min.eachalongX.YZaxes|||||||
||**VIBRATION**
||105002,2612min.IMoycle,periodfor72min.eachalongX.YZaxes|||||||
||**SAFETY STANDARDS**
||10 5002,26 12min.IMoycle, periodfor 72min.eachalongX.YZaxes
UL879, UL1310, UL8750, CSAC22.2 No. 207-M89(except for 48V), TUV EN61347-1, EN61347-2-13 independent, CAN/CSA
€22.2 No. 223-M91(except for48V), CSAC22.2 No. 250.0-08(exceptfor48V), IP64, J61347-1, J61347-2-13 approved ; design refertoUL60950-1|||||||
|||toUL60950-1|||||||
|||EMCEMISSION
|||Complianceto__—_—_—EN55022(CISPR22)ClassB,EN61000-3-2ClassC(=75%load);EN61000-3-3|||||||
|||EMCEMISSION
||EN55015,
|Complianceto__—_—_—EN55022(CISPR22)ClassB,EN61000-3-2ClassC(=75%load);EN61000-3-3|||||||
|||EMCEMISSION
|
«AST||Complianceto__—_—_—EN55022 (CISPR22) ClassB,EN61000-3-2ClassC(=75%load);EN61000-3-3
«ASTaKhrsmin.MILHDBK2ITFQ5C|||||||
||**MTBF**
«AST
—|)
«ASTaKhrsmin.MILHDBK2ITFQ5C
erenscimmawh
OO—SSC“S*“S™S*™*™S~S™S|||||||
||**DIMENSION**
«AST
—
Pasig|«ASTaKhrsmin. MILHDBK2ITFQ5C
erenscimmawh
OO—SSC“S*“S™S*™*™S~S™S
PasigztpesitakgoSOUT|||||||
||**PACKING**
—
erenscimmawh
OO—SSC“S*“S™S*™*™S~S™S
Pasig ztpesitakgoSOUT
SSCSCSCSCSC~sdY
~~2~~
ee
2.
Ripple & noise are measured at 20MHz of bandwidth by using a 12" twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor.
3. Tolerance: includes set up tolerance, line regulation and load regulation.
4. Derating may be needed under low input voltage. Please check the static characteristics for more details.
5. Output voltage can be adjusted through the SVR1 on the PCB; limit of output constant current level can be adjusted through theSVR2 on the PCB.
6. Constant current operation region is within 70% ~100% rated output voltage. This is the suitable operation region for LED related applications, but please
reconfirm special electrical requirements for some specific system design.
7. The power supply is considered as a component that will be operated in combination with final equipment. Since EMC performance will be affected by the
complete installation, the final equipment manufacturers must re-qualify EMC Directive on the complete installation again.
8. Direct connecting to LEDs is suggested, but is not suitable for using additional drivers.||||||||
**- PLN 60 series**
60W�Single�Output�LED�Power�Supply
**==> picture [559 x 330] intentionally omitted <==**
**----- Start of picture text -----**
Mechanical�Specification Case�No.960A Unit:mm
181
6.26
300 20
2-R2.5
300 20 +V(Red)
90.5 -V(Black)
AC/L(Brown) T case SVT 18AWG 2C
AC/N(Blue)
FG�����(Green/Yellow) SVT 18AWG 3C
6.26
T case:�Max.�Case Temperature.
Output�voltage�and�current�adjustment�:�remove�the�upper�case�and�adjust�through�SVR1�&�SVR2
shown�in�the�diagram.
SVR1
SVR2 SVR1 Output�voltage�adjustment
SVR2 Output�current�adjustment
21.25
61.5
21.25
35
30.75
**----- End of picture text -----**
**==> picture [548 x 350] intentionally omitted <==**
**----- Start of picture text -----**
Block�Diagram fosc�:��90KHz(115VAC)
120KHz(230VAC)
EMI�FILTER POWER RECTIFIERS +V
I/P & &
SWITCHING -V
RECTIFIERS FILTER
DETECTION
FG O.L.P. CIRCUIT
PWM�&�PFC
CONTROL O.C.P.
O.V.P.
Derating�Curve Static�Characteristics
100
100
90
80
80
60 70
50
60
40
50
20
40
-30 -25 -5 0 15 30 40 50 60 (HORIZONTAL) 90 100 125 135 145 155 165 175 180 200 230 295
AMBIENT�TEMPERATURE�( ) INPUT�VOLTAGE�(V)�60Hz
LOAD�(%) LOAD�(%)
**----- End of picture text -----**
_File�Name:PLN-60-SPEC 2012-05-07_
**- PLN 60 series**
60W�Single�Output�LED�Power�Supply
## **Power�Factor�Characteristic**
**==> picture [397 x 409] intentionally omitted <==**
**----- Start of picture text -----**
Constant�Current�Mode
1 .0 0
0 .9 8
0 .9 6
0 .9 4
0 .9 2
0 .9 0 2 7 7 V a c
0 .8 8 2 3 0 V a c
0 .8 6
1 1 5 V a c
0 .8 4
0 .8 2
0 .8 0
0 .7 8
5 0 % 6 0 % 7 0 % 8 0 % 9 0 % 1 0 0 %
(60W)
LOAD
EFFICIENCY vs�LOAD�(48V�Model)
PLN-60�series�possess�superior�working�efficiency�that�up�to�89%�can�be�reached�in�field�applications.
92
88
84
80
76
72
277Vac
68
64 230Vac
60
115Vac
56
52
48
44
40
10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
PF
EFFICIENCY (%)
**----- End of picture text -----**
**LOAD**
## **DRIVING�METHODS�OF�LED�MODULE**
This�LED�power�supply�is�suggested�to�work�in�constant�current�mode�area�(CC)�to�drive�the�LEDs.
**==> picture [217 x 166] intentionally omitted <==**
**----- Start of picture text -----**
100
Constant
Current area
70
(max.)
Hiccup
Protection
50 100 Io (%)
Typical�LED�power�supply�I-V�curve
Vo(%)
**----- End of picture text -----**
_File�Name:PLN-60-SPEC 2012-05-07_
## Links
- [View this product on Novapart](https://novapart.co/products/PLN-60-24/led-driver-ite-60-w-24-vdc-25-a-constant-current)
- [Request a quote for this part](https://novapart.co/quote/)
- [Supplier page](https://es.farnell.com/en-ES/mean-well/pln-60-24/led-driver-ac-dc-cc-2-5a-24v/dp/2114243)
---
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