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Warranty

Table 4.6  Warranty (KLEA120F, KLNA120F)

Mounting

method

Cooling
method

Input

voltage

Average ambient 

temperature (year)

Warranty term

Load factor

Io

[

75%

Load factor

75%<Io

[

100%

A

Convection

AC85 - 170V

Ta = 40

C

 or less

5years

5years

Ta = 50

C

5years

3years

AC170 - 264V

Ta = 45

C

 or less

5years

5years

Ta = 55

C

4years

3years

B

Convection

AC85 - 170V

Ta = 35

C

 or less

5years

5years

Ta = 45

C

5years

3years

AC170 - 264V

Ta = 40

C

 or less

5years

5years

Ta = 50

C

5years

4years

C

Convection

AC85 - 170V

Ta = 20

C

 or less

5years

5years

Ta = 30

C

5years

5years

AC170 - 264V

Ta = 35

C

 or less

5years

5years

Ta = 45

C

5years

4years

D and E Convection

AC85 - 170V

Ta = 15

C

 or less

5years

5years

Ta = 25

C

5years

3years

AC170 - 264V

Ta = 30

C

 or less

5years

5years

Ta = 40

C

5years

2years

A,B,C,D 

and E

Forced air AC85 - 264V Ta = 70

C

5years

3years

Table 4.7  Warranty (

KLEA240F, KLNA240F)

Mounting

method

Cooling
method

Input

voltage

Average ambient 

temperature (year)

Warranty term

Load factor

Io

[

75%

Load factor

75%<Io

[

100%

A

Convection

AC85 - 170V

Ta = 35

C

 or less

5years

5years

Ta = 45

C

4years

2years

AC170 - 264V

Ta = 40

C

 or less

5years

5years

Ta = 50

C

4years

3years

B

Convection

AC85 - 170V

Ta = 20

C

 or less

5years

5years

Ta = 30

C

5years

2years

AC170 - 264V

Ta = 30

C

 or less

5years

5years

Ta = 40

C

4years

2years

C

Convection

AC85 - 170V

Ta = 5

C

 or less

5years

5years

Ta = 15

C

5years

5years

AC170 - 264V

Ta = 25

C

 or less

5years

5years

Ta = 35

C

5years

3years

D and E Convection

AC85 - 170V

Ta = 0

C

 or less

5years

5years

Ta = 10

C

5years

2years

AC170 - 264V

Ta = 15

C

 or less

5years

5years

Ta = 25

C

4years

2years

A,B,C,D 

and E

Forced air AC85 - 264V Ta = 70

C

5years

3years

4.6  Applicable Electric Cable

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Input terminals, Output terminals 

Table 4.8  Applicable Wire

Input  terminals

Output terminals

Solid wire

Diameter 0.5 mm to 2.6 mm (AWG.24 to AWG.10)

Stranded wire

0.2mm

2

 to 5.2mm

2

 (AWG.24 to AWG.10)

Conductor diameter more than 0.18mm

Sheath strip length

8mm

4.7  Applicable Electric Cable

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While turning on the electricity, and for a while after turning off, 
please don’t touch the inside of a power supply because there are 

   some hot parts in that.

¡

When a mass capacitor is connected with the output terminal (load 
side), the output might become the stop or an unstable operation.  
Please contact us for details when you connect the capacitor.

5  Option

5.1  Outline of option

¿ 

-C

-

Option -C models have coated internal PCB for better moisture 

resistance.

¿ 

-N2

-

Option -N2 models have attachment with screw mounting in-

stead of DIN rail mounting.

  Mounting holes pitch are shown in Table 5.1.

Fig.5.1  Image of option -N2

4-

f

4.5

B

A

Fig.5.2  Mounting place (screw holes)

Table 5.1  Mounting holes pitch

No.

Model

A

B

1

KLEA120F, KLNA120F

24mm

133mm

2

KLEA240F, KLNA240F

34mm

133mm

AC-DC Power Supplies DIN Rail Type

Instruction Manual

KL-13

KL-13

Содержание KLEA120F

Страница 1: ...t method Switching frequency KLz Input current A 1 Rated input fuse Inrush current protection circuit PCB Pattern Series Parallel operation availability Material Single sided Double sided Series opera...

Страница 2: ...allation Method KL 10 KL 9 KL 9 KL 9 KL 9 KL 9 KL 9 KL 9 KL 9 3 1 Series Operation 3 2 Parallel Operation 4 1 Installation Mounting methods 4 2 Derating curve depend on input voltage 4 3 Derating curv...

Страница 3: ...40F KLNA120F Terminal Number Terminal Name Function 1 PE Protective earth Terminal 2 AC N Input Terminals 3 AC L 4 VOUT Output Terminals 5 VOUT Output Terminals 6 DC_OK LED for output voltage confirma...

Страница 4: ...LNA240F When the overcurrent protection circuit is activated and the output voltage drops to a certain extent the output becomes hiccup so that the average current will also decrease 2 Functions 2 4 O...

Страница 5: ...balance between the values of I1 and I2 Please make sure that the value of l3 does not exceed the rated current of a power supply l3 rated current value 4 Assembling and Installation Method 4 1 Insta...

Страница 6: ...ve depend on input voltage 4 3 Derating curve depend on ambient temperature The operative ambient temperature as different by input voltage Derating curve is shown below In the hatched area the specif...

Страница 7: ...ambient temperature year Life Expectancy Load factor Io 75 Load factor 75 Io 100 A Convection AC85 170V Ta 40C or less 10years or more 6years Ta 50C 5years 3years AC170 264V Ta 45C or less 9years 6ye...

Страница 8: ...5C or less 5years 5years Ta 15C 5years 5years AC170 264V Ta 25C or less 5years 5years Ta 35C 5years 3years D and E Convection AC85 170V Ta 0C or less 5years 5years Ta 10C 5years 2years AC170 264V Ta 1...

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