TDK-Lambda GWS 500 Series Instruction Manual Download Page 15

 

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TDK-Lambda 

GWS 

500 

Series

 

INSTRUCTION MANUAL

 

 

6-3 Mounting Method 

1)

 

This is forced air cooling type power supply. In consideration of the heat radiation and safety, please keep a distance 
of more than 50mm between the power supply front & back. 

2)

 

Maximum allowable penetration of mounting screws into the power-supply is 5mm. 

3)

 

Recommended torque for mounting screws (M4): 1.27 N

m (13.0 kgf

cm).         

4)

 

For /L option, please provide clearance 4mm or more on top of power supply to peripheral parts.                         

             

 

7. Wiring Method 
 

 

The input and output load wires shall be separated to improve noise immunity.   

 

Both wires must be as thick and short as possible to have lower impedance. 

 

Noise can be reduced by connecting a film capacitor with 0.1uF capacitance across the load terminals. 

 

For safety and EMI considerations, connect the 

  terminal of GWS500 series to mounting set ground terminal 

 

The recommended wire type : 

 

 

MODEL 

 

 

Recommended Wire 

 

 

Recommended torque 

 

Recommended crimp-type terminal 

D (Max) 

T (Max) 

Mounting Pieces (Max) 

 

GWS500 

 

 

AWG18-10 

M4 Screws 

1.27 N

m (13 kgf

cm) 

 

6.8mm 

 

 

0.8mm 

 

 

 

Note 1 : 

When using separate loads, it is recommended to use 4 pieces of 0.8mm thick crimp-type terminal. 

Note 2 : 

For recommended wire diameter, refer to wire maker recommended allowable current and voltage drop. 

 

8. External Fuse Rating 

Refer to the following fuse rating when selecting the external input fuse. Surge current flows when input turns on. Do 
not select the fuse according to input current (rms) values under the actual load condition. 
 
 GWS500 

 : F10AH 

250V 

 

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Summary of Contents for GWS 500 Series

Page 1: ...and notify in the system instruction manual Never operate the unit under over current or short circuit conditions for more than 30 seconds or outside its specified Input Voltage Range which could res...

Page 2: ...stment trimmer The output voltage rises when the trimmer is turned clockwise 8 CN201 Remote Sensing DCOK 5VSB Remote On Off and PV signals Refer to 2 2 1 blank Standard type BAT Battery charging for 2...

Page 3: ...is output is not controlled by the remote ON OFF control 8 5V COM Return loop for 5VSB output 9 CNT Remote ON OFF control terminal When CNT is pulled to TTL low power supply unit turns ON Otherwise it...

Page 4: ...ct S terminal to terminal of load and S terminal to terminal of load with sensing wires The total line voltage drop side line and side line shall be less than 0 3V In case that sensing lines are too l...

Page 5: ...or use shielded wires Remote ON OFF control lines shall be twisted or use shielded wire Current for each terminal screw shall be 40A or less Basic Connection Local Sensing Connect with the attached co...

Page 6: ...then re input Alternatively use CNT reset Remote ON OFF OFF to ON OVP setting is fixed and cannot be adjusted externally 4 4 Over Current Protection OCP OCP function operates when the output current e...

Page 7: ...while the output is turned OFF when these terminals are opened When this function is not used connect CNT and CNT terminals together The specifications for this function are as follows 1 TTL compatibl...

Page 8: ...A Method B 4 10 Parallel Operation A Operation to increase the Output Current is not possible B Operation as a Backup Power Supply is possible as follows 1 Set the power supply output voltage higher...

Page 9: ...el limit output voltage variation range at 80 120 At PV voltage variation 4V 6V Connection method PV voltage Nominal Input Voltage Output Voltage Linearity 12V 24V 36V 48V 5 5V 6V 5V Nominal Vout 0 60...

Page 10: ...elow 24 BAT should be used to charge 24V battery while 48 BAT should be used to charge 48V battery Battery charging Constant Current is applicable for valid output voltage range The unit may hiccup be...

Page 11: ...n the specified voltage range is present 4 15 Output Dynamic Load Response During output dynamic load test from no load condition the output voltage level might experience a higher voltage dip of 15 t...

Page 12: ...rrent limit of withstand voltage test equipment at 20mA Output chassis 100mA The applied voltage must be gradually increased from zero to testing value and then gradually decreased for shut down When...

Page 13: ...at least 15cfm and air blowing out from the opposite side of the input output connectors 70 50 Airflow 15 cfm OUTPUT DERATING CURVE 0 20 40 60 80 100 120 25 0 25 50 75 100 Ta o C LOAD MOUNTING A B 70...

Page 14: ...rse case temperature rise the selected measurement point should not face direct airflow and the equipment powered should operate under worse case operating conditions 1 Absolute temperature Maximum te...

Page 15: ...terminal The recommended wire type MODEL Recommended Wire Recommended torque Recommended crimp type terminal D Max T Max Mounting Pieces Max GWS500 AWG18 10 M4 Screws 1 27 N m 13 kgf cm 6 8mm 0 8mm 4...

Page 16: ...disconnect or turn off the AC input and let the unit cool down sufficiently before turning ON the AC input again 7 Check if the output current and output wattage does not exceed the specification 8 A...

Page 17: ...method Standard installation Following cases will not be covered by warranty 1 Improper usage and mis handling like dropping or applying shock to the unit and defects from operation exceeding specific...

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