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Table 3.14 Warranty (LGA50A-24, -48)

Mounting

Method

Cooling

Method

Average ambient 

temperature (year)

Load factor

Io

[

75%

75%<Io

[

100%

A

Convection

 Ta = 35

C

 or less

5years

5years

 Ta = 45

C

5years

3years

B , C , D

Convection

 Ta = 30

C

 or less

5years

5years

 Ta = 40

C

5years

3years

E

Convection

 Ta = 20

C

 or less

5years

5years

 Ta = 30

C

5years

3years

A,B,C,D,E,F Forced air  Ta = 50

C

5years

3years

Table 3.15 Warranty (LGA75A-

O

)

Mounting

Method

Cooling

Method

Average ambient 

temperature (year)

Load factor

Io

[

75%

75%<Io

[

100%

A

Convection

 Ta = 40

C

 or less

5years

5years

 Ta = 50

C

5years

3years

B , C

Convection

 Ta = 30

C

 or less

5years

5years

 Ta = 40

C

5years

3years

D

Convection

 Ta = 25

C

 or less

5years

5years

 Ta = 35

C

5years

3years

E

Convection

 Ta = 20

C

 or less

5years

5years

 Ta = 30

C

5years

3years

A,B,C,D,E,F Forced air  Ta = 60

C

5years

3years

Table 3.16 Warranty (LGA100A-

O

)

Mounting

Method

Cooling

Method

Average ambient 

temperature (year)

Load factor

Io

[

75%

75%<Io

[

100%

A

Convection

 Ta = 40

C

 or less

5years

5years

 Ta = 50

C

5years

3years

B

Convection

 Ta = 30

C

 or less

5years

5years

 Ta = 40

C

5years

3years

C , E

Convection

 Ta = 25

C

 or less

5years

5years

 Ta = 35

C

5years

3years

D

Convection  Ta = 30

C

 or less

5years

3years

A,B,C,D,E,F Forced air  Ta = 60

C

5years

3years

Table 3.17 Warranty (LGA150A-

O

)

Mounting

Method

Cooling

Method

Average ambient 

temperature (year)

Load factor

Io

[

75%

75%<Io

[

100%

A

Convection

 Ta = 30

C

 or less

5years

5years

 Ta = 40

C

5years

3years

B , C

Convection

 Ta = 20

C

 or less

5years

5years

 Ta = 30

C

5years

3years

D , E

Convection  Ta = 20

C

 or less

5years

3years

A,B,C,D,E,F Forced air  Ta = 50

C

5years

3years

Table 3.18 Warranty (LGA240A-

O

)

Mounting

Method

Cooling

Method

Average ambient 

temperature (year)

Load factor

Io

[

75%

75%<Io

[

100%

A

Convection

 Ta = 30

C

 or less

5years

5years

 Ta = 40

C

5years

3years

B , C

Convection

 Ta = 20

C

 or less

5years

5years

 Ta = 30

C

5years

3years

D

Convection  Ta = 20

C

 or less

5years

3years

E

Convection  Ta = 15

C

 or less

5years

3years

A,B,C,D,E,F Forced air  Ta = 50

C

5years

3years

4 Ground

5.1 Outline of options 

*

Please inquire us for details of specifi cations and delivery timing.

*

You can combine multiple options.  Some options, however, can-

not be combined with other options.  Please contact us for details.

¿ 

-C

-

Option -C units have coated internal PCB for better moisture 

resistance.

¿ 

-G

-

Option -G units are low leakage current type.

-

Differences from standard versions are summarized in Table 5.1.

Table 5.1 Low leakage current type

-5

-12

-24

Leakage Current

(AC100/120V 60Hz)

0.1mA max

Conducted Noise

N/A

Output Ripple Noise

[mVp-p]

0 to +50

C

 

*

1

150max

200max

200max

-10 to 0

C

 

*

2

200max

250max

250max

*

1  LGA50A-24 and LGA50A-48 are applied that the upper tem-

perature limit is 45

C

.

  LGA150A and LGA240A are applied that the upper for temperature 

limit is 40

C

.

*

2 This is the value that measured on measuring board with ca-

pacitor of 22

μ

F at 150mm from output connector.

Measured by 20MHz oscilloscope or Ripple-Noise meter (Equiva-

lent to KEISOKU-GIKEN:RM-103).

5  Option and Others

¡

When installing the power supply with your unit, ensure that the 

input FG terminal of CN1 or mounting hole FG is connected to 

safety ground of the unit.

However when applying the safety agency, connect the input FG 

terminal of CN1 to safety ground of the unit.

AC-DC Power Supplies Open Frame/ Enclosed Type

Instruction Manual

LGA-19

LGA

CN1

Mounting 

hole 

FG

Fig.4.1 Ground

*

2

me̲lga1.indd   LGA-19

me lga1 indd LGA-19

2015/06/19   14:42:28

2015/06/19 14:42:28

Содержание LGA100A

Страница 1: ...ethod Forward Converter Forward Converter Forward Converter 1 A 3 6 2 4 1 7 1 3 current Input 130 operation availability 2 Series Parallel Parallel operation SCR CEM 3 Yes Yes PCB Pattern SCR SCR Ther...

Страница 2: ...Series Operation and Parallel Operation LGA 14 1 1 Input voltage range 1 2 Inrush current limiting 1 3 Overcurrent protection 1 4 Overvoltage protection 1 5 Output voltage adjustment range 1 6 Isolat...

Страница 3: ...input should be shut down if overvoltage protection is in operation The mini mum interval of AC recycling for recovery is 1 5 minutes LGA240A is 3minutes The recovery time varies depending on input v...

Страница 4: ...ing E mounting A F mounting 1 1 A mounting B C mounting 10 70 60 50 40 30 2 2 1Convection 80 100 60 40 20 0 20 10 0 Load factor C Ambient temperature A F mounting Forced air 0 5m3 min 1 1 D mounting E...

Страница 5: ...ounting AC DC Power Supplies Open Frame Enclosed Type Instruction Manual LGA 16 LGA F mounting should be operated by Forced air Fig 3 14 Derating curve depending on input voltage Fig 3 9 Ambient tempe...

Страница 6: ...66 77 Io 40 75 81 A B C D E F Forced air 70 Io 100 85 80 Io 70 80 75 Table 3 4 Temperatures of Point A Point B LGA100A O Mounting Method Cooling Method Load factor Max temperature Point A C Point B C...

Страница 7: ...50C 5years 3years Warranty Table 3 13 Warranty LGA50A 3R3 Y 5 12 15 Mounting Method Cooling Method Average ambient temperature year Load factor Io 75 75 Io 100 A Convection Ta 40C or less 5years 5yea...

Страница 8: ...able 3 18 Warranty LGA240A O Mounting Method Cooling Method Average ambient temperature year Load factor Io 75 75 Io 100 A Convection Ta 30C or less 5years 5years Ta 40C 5years 3years B C Convection T...

Страница 9: ...se the output voltage turn a built in potentiometer clockwise To decrease the output voltage turn it counterclockwise Please take care when you adjust output voltage by potentiometer because there is...

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