TDK-Lambda PAH-S48 series User manual
TDK-Lambda 1
PAH-S48 SERIES HANDBOOK No : PA548-39-01F
BEFORE USING THE POWER SUPPLY UNIT
Pay attention to all warnings and cautions before using the unit. Incorrect usage could lead to an electrical shock, damage to the unit, or a fire hazard.
WARNING
zDo not touch heatsinks and case which may be hot.
zConfirm connections to input/output terminals and signal terminals are correct as indicated in instruction manual.
zAttach a fast blow type external fuse to each module to ensure safety operation and to acquire each safety standard approval.
zThis power supply is designed for professional installation within an end user equipment.
zThe output from this power supply must be considered as an energy hazard (> 240VA power and 2V voltage) and must not be accessible to a user. End equipment manufacturers
must provide protection against inadvertent contact with the output terminals on this product by a service engineer or by the service engineer dropping a tool into them.
zUse isolated voltage by reinforced insulation at primary power supply or double insulation as input power source.
NOTE : CE MARKING
CE marking, when applied to a product covered by this handbook indicates compliance with the low voltage directive (73/23/EEC) as modified by the CE Marking Directive
(93/68/EEC) in that it is complies with EN60950.
1. TERMINAL EXPLANATION
CNT
+Vin
CASE
-Vin
NAME PLATE
+V
+S
TRM
-S
-V -Vin : Negative Input Terminal
CASE : Baseplate Terminal
: ON/OFF Control TerminalCNT
+Vin : Positive Input Terminal
-V : Negative Output Terminal
: Negative Remote Sensing-S : Output Voltage Adjustment TerminalTRM : Positive Remote Sensing+S : Positive Output Terminal+V
TDK-Lambda 2
2. BASIC CONNECTION
Fuse : External Fuse C3 : Film/Ceramic Capacitor
C1 : Electrolytic Capacitor C4 : Electrolytic Capacitor
C2 : High Withstand Voltage Ceramic Capacitor
Note : Above Basic Connection is for Control ON/OFF Negative Logic.
3. WITHSTAND VOLTAGE
This power module is designed to withstand 1.5kVAC input-output and 1.5kVAC input-baseplate for each 1 minute.
4. MOUNTING DIRECTION
4-1. Circuit Board Mounting
1) The power module is fixed to printed circuit board by 4 positions through the M3 tapped holes in the resin case side. Recommended
torque is 5.5kgcm.
2) The M3 mounting tapped holes of the power module are connected to the baseplate. FG (Frame Ground) can be taken by these tapped
holes.
3) Mounting Holes on Printed Circuit Board
Input/Signal/Output Terminal Pin (φ1.0mm)
Hole Diameter : φ1.5mm
Land Diameter : φ3.5mm
Output Terminal Pin (φ2.0mm)
HoleDiameter :φ2.5mm
Land Diameter : φ5.0mm
M3MountingTap(FG)
Hole Diameter : φ3.5mm
Land Diameter : φ7.0mm
4) Recommended Printed Circuit Board is a double sided glass epoxy (t=1.6mm) with through holes.
5) The standard power module lead length is 5.08mm.
C2
+V
+
S
TRM
-S
-V
+
-
LOAD
+Vi
n
C1
CNT
CASE
-Vi
n
Vin
Fuse
C4
+
+
C3
50mm
TDK-Lambda 3
4-2. Recommended Soldering Condition
Recommended soldering temperature is as follows.
(1) Soldering dip : 260°C within 10 seconds
Pre-heat condition : 110°C 30~40 seconds
(2) Soldering iron : 350°C within 3 seconds
4-3. Recommended Cleaning Condition
Recommended cleaning condition after soldering is as follows.
•Cleaning solvent : IPA (isopropyl alcohol)
•Cleaning Procedure : Use brush and dry the solvent completely
Note : For other cleaning methods, contact us.
4-4. Heatsink Installation
1) The power module is fixed to the heatsink by 4 position through the M3 mounting tapped holes provided on the baseplate. It is recommended that the sequence to screw the 4
screws is in a diagonally manner and the recommended torque is 5.5kgcm.
2) Recommended hole diameter for heatsink = 3.5mm.
3) Use thermal grease or thermal sheet in between heatsink and baseplate to minimize the contact thermal resistance. However, make sure that the thermal grease or sheet is evenly
applied and using no-warped heatsink in order to avoid any warpage on the baseplate.
4) Recommended thermal sheet is as shown below. Cutting the corner of thermal sheet is NOT advisable.
TDK-Lambda 4
4-5. Input / Output terminal pin
Connect +Vin, -Vin, +V, -V terminals such that contact resistance is minimal. Note that if contact resistance is high, efficiency will drop and power module will be damaged by
abnormal heat.
5. OUTPUT DERATING
(i) PAH50S48, PAH75S48, PAH100S48 & PAH150S48 (ii) PAH200S48
0
20
40
60
80
100
120
-40 -20 0 20 40 60 80 100 120
Baseplate Temperature (°C)
Load (%)
0
20
40
60
80
100
120
-40 -20 0 20 40 60 80 100 120
Baseplate Temperature (°C)
Load (%)
Temperature Measuring
Point of Baseplate
6. EXTERNAL FUSE RATING
Fuse rating : PAH200S48 --- 250V 15A (Fast Blow Type)
PAH150S48 --- 250V 10A (Fast Blow Type)
PAH100S48 --- 250V 7A (Fast Blow Type)
PAH75S48 --- 250V 5A (Fast Blow Type)
PAH50S48 --- 250V 5A (Fast Blow Type)
7. NOTES
Over Current Protection operates > 105% of maximum DC output current.
Table of contents
Other TDK-Lambda Power Supply manuals
TDK-Lambda
TDK-Lambda Genesys GEN8-300 User manual
TDK-Lambda
TDK-Lambda Genesys Series User manual
TDK-Lambda
TDK-Lambda ZPS40 Series User manual
TDK-Lambda
TDK-Lambda TPS3000 Series User manual
TDK-Lambda
TDK-Lambda GXE600 Series User manual
TDK-Lambda
TDK-Lambda Z+ series User manual
TDK-Lambda
TDK-Lambda ZWS300RC Series User manual
TDK-Lambda
TDK-Lambda LZS-A1500-3 User manual
TDK-Lambda
TDK-Lambda 203 User manual
TDK-Lambda
TDK-Lambda EZA2500 Series Installation guide
TDK-Lambda
TDK-Lambda Z+ series User manual
TDK-Lambda
TDK-Lambda LS Series User manual
TDK-Lambda
TDK-Lambda LS25 Series User manual
TDK-Lambda
TDK-Lambda GH10-100 User manual
TDK-Lambda
TDK-Lambda ZWS10C User manual
TDK-Lambda
TDK-Lambda CUS350MP-1000 Series User manual
TDK-Lambda
TDK-Lambda Z10-20 User manual
TDK-Lambda
TDK-Lambda RWS 1000B Series User manual
TDK-Lambda
TDK-Lambda DBM20 User manual
TDK-Lambda
TDK-Lambda LZS-A1000-3 User manual
