Table of Contents
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Basic Characteristics Data
Model
Circuit method
PLA15F
Flyback converter
PLA30F
Flyback converter
Active filter
PLA50F
Flyback converter
Active filter
PLA100F
Flyback converter
Active filter
PLA150F
Flyback converter
Active filter
PLA300F
Forward converter
Active filter
PLA600F
Forward converter
*1
The input current shown is at ACIN 100V and 100% load.
*2
The input current shown is at ACIN 100V and 90% load.
*3
The burst mode frequency varies according to the operating conditions. Consult us for more details.
*4
Parallel operation is possible with the –W option. See "5. Options and Others" in Instruction Manual.
PLA-16
Basic Characteristics Data
Switching
Input
frequency
current
[kHz]
[A]
100
0.4
*1
130
0.7
*1
60 to 440
0.7
*1
130
40 to 160
1.2
*2
20 to 150
*3
40 to 160
1.7
*2
20 to 150
*3
60
3.4
*2
140
60
6.7
*2
220
Inrush
Rated
current
protection
input fuse
Material
circuit
250V 2.5A
Thermistor
250V 3.15A Thermistor
250V 2.5A
Thermistor
250V 3.15A Thermistor
250V 4A
Thermistor
250V 10A
Thermistor
250V 16A
SCR
PCB/Pattern
operation availability
Single
Double
Series
sided
sided
operation
CEM-3
Yes
Yes
CEM-3
Yes
Yes
CEM-3
Yes
Yes
CEM-3
Yes
Yes
CEM-3
Yes
Yes
CEM-3
Yes
Yes
FR-4
Yes
Yes
Series/Parallel
Parallel
operation
No
No
No
No
No
No
*4
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Related Manuals for Cosel PLA30F
Summary of Contents for Cosel PLA30F
- Page 1 Parallel Material [kHz] circuit sided sided operation operation PLA15F Flyback converter 250V 2.5A Thermistor CEM-3 PLA30F Flyback converter 250V 3.15A Thermistor CEM-3 Active filter 60 to 440 PLA50F 250V 2.5A Thermistor CEM-3 Flyback converter Active filter 40 to 160 PLA100F 250V 3.15A Thermistor...
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Page 2: Table Of Contents
Instruction Manual AC-DC Power Supplies Enclosed Type Function PLA-18 Input Voltage Range PLA-18 Inrush Current Limiting PLA-18 Overcurrent Protection PLA-18 Overvoltage Protection PLA-18 Thermal Protection PLA-19 Output Ripple and Ripple Noise PLA-19 Output Voltage Adjustment PLA-19 Isolation PLA-19 Low Power Consumption PLA-19 1.10 Remote ON/OFF PLA-19... -
Page 3: Function
Instruction Manual AC-DC Power Supplies Enclosed Type ¿ PLA15F, PLA30F, PLA50F, PLA100F, 1 Function PLA150F, PLA300F ¡ Thermistor is used in the inrush current limiting circuit. When you turn the power supply on and off repeatedly within a short period 1.1 Input Voltage Range... -
Page 4: Thermal Protection Pla-19
1.5 Thermal Protection ¿ PLA300F, PLA600F ¡ With the option –V, the power supply comes with an external po- ¿ PLA15F, PLA30F, PLA50F, PLA100F, PLA150F tentiometer instead of a built-in potentiometer. (See 5 Options and Others). ¡ These models are not equipped with thermal protection. -
Page 5: Series Operation And Parallel Operation
Mounting Screw supplies connected in series. Make sure no current exceeding the 6mm max rated current flows into a power supply. Fig.3.1 Mounting screw Power ¿ PLA15F, PLA30F, PLA50F, PLA100F, PLA150F Power Supply Supply Terminal block Power Power... - Page 6 A, B, C Io[50% ¡ Avoid installation method (E) as it gives excessive stress to the mounting holes. Table 3.2 Temperature of Point A PLA30F-O ¡ Do not block air flow of the built-in fan (terminal block and ventila- Mounting Load factor...
- Page 7 ¡ The ambient temperature should be measured 5 to 10 cm away Ambient temperature from the power supply so that it won’t be influenced by the heat Fig.3.4 Ambient temperature derating curve for PLA30F from the power supply. Please consult us for more details. ¿ PLA50F ¿...
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Page 8: Expected Life And Warranty Pla-23
(R (t) = 90%) of the built-in fan depends on the op- The expected life of the power supply is shown below. erating condition as shown in Fig. 3.11 (PLA300F/PLA600F),Fig. ¿ PLA15F, PLA30F 3.12 (PLA1000F/PLA1500F). 500,000 Table 3.6 Expected lifetime (PLA15F, PLA30F) Expected lifetime Mounting Cooling Average ambient [years]... -
Page 9: Ground
5.1 Outline of Options Average ambient Warranty [years] Mounting Cooling method Io[50% Io[100% temperature ¿ –C ( PLA15F, PLA30F, PLA50F, PLA100F, Ta = 25C A, B, C Convection PLA150F, PLA300F, PLA600F) Ta = 35C Ta = 40C A, B, C Forced air cooling -With the –C option, the internal PCB has a conformal coating for... - Page 10 Instruction Manual AC-DC Power Supplies Enclosed Type ¿ –G (PLA300F, PLA600F) ¿ –U (PLA300F, PLA600F) -With the –G option, the leakage current of the power supply is -With the –U option, the power supply can handle an instanta- reduced. neous input voltage dip (output power derating is required). -The differences between the option –G models and the standard -Operating condition (as per SEMI F-47) models are shown below.
- Page 11 Instruction Manual AC-DC Power Supplies Enclosed Type ¡ Remote on/off control for PLA100F, PLA150F, and PLA300F ¡ Remote on/off control for PLA600F -Remote control connectors are added. Contact us for more details. -The appearance of the –R option model is different from that of -Make sure there is an interval of more than 2 seconds in the on/ the standard model as CN1 is added.
- Page 12 Instruction Manual AC-DC Power Supplies Enclosed Type ¿ –W (PLA600F) ¡ LV alarm The operating conditions of the LV alarm are shown in Table 5.12. -The –W option model provides remote sensing, low output volt- The internal circuit of the LV alarm is shown in Fig. 5.9. The LV age alarm (LV alarm), and parallel operation.
- Page 13 - I f the length of the output wires of each unit is different, the output current from each unit will be unbalanced. Make sure to use out- ¿ –T ( PLA15F, PLA30F, PLA50F, PLA100F, put wires of the same length for all units in parallel.
- Page 14 Instruction Manual AC-DC Power Supplies Enclosed Type ¿ –J ( PLA15F, PLA30F, PLA50F, PLA100F, ¿ –F4 (PLA300F, PLA600F) PLA150F) -The –F4 option models come with a low-speed fan to reduce the - T he –J option models come with AMP connectors instead of a fan noise.
- Page 15 Instruction Manual AC-DC Power Supplies Enclosed Type 5.2 Others ¡ Note that the case of the power supply remains hot for a while af- ter it is turned off. ¡ If large capacitors are connected to the output terminals (load side), the output voltage may stop or become unstable.
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