background image

 
 

 

3/22 

 

 

TDK-Lambda 

CUS600M 

INSTRUCTION MANUAL

 

 

 

Special Instructions for IEC/EN/ES/CSA 60601-1 

 

These products are designed for continuous operation within an overall enclosure, and must be mounted such that access to the mains 
terminals is restricted. See Clause 16, IEC/60601-1 2nd edition or clause 8 IEC/EN/ES/CSA 60601-1 3

rd

 edition. 

 

These products are NOT suitable for use in the presence of flammable anesthetics mixtures with air or with oxygen or with nitrous 

oxide. 

 

These products are classed as ordinary equipment according to IEC/EN/ES/CSA60601-1 and are NOT protected against the ingress 
of water. 

 

Reference should be made to local regulations concerning the disposal of these products at out of their useful life. 

 

These products have not been assessed to IEC/EN60601-1-2 (EMC) but EMC test data is available from TDK-Lambda Corporation.

 

 

For IEC 60601-1 2

nd

 Edition, these products have a reinforced insulation barrier between input and output. For IEC/EN/ES/CSA 

60601-1 3

rd

 edition, these products provide reinforced insulation between input and outputs of 2 MOPP, 1 MOPP from input to earth 

and 1 MOPP from output to earth. 

 

These products have SELV outputs. 

 

All outputs have basic spacing’s to earth rated for mains – 250Vac, and due consideration must be given to this in the end product 
design. 

Important safety instructions 

 

Servicing 

 

These products are not customer serviceable. Repairs may only be carried out by TDK-Lambda Corporation or their authorized 
agents. These products are not authorized for use as critical components in nuclear control systems, life support systems or 
equipment for use in hazardous environments without the express written approval of the Managing Director of TDK-Lambda 
Corporation. 

 

Safety Class of Protection 

These products are designed for the following parameters: Material Group IIIb, Pollution Degree 2, Over voltage Category II, class I 
(earthed)  
Indoor use as part of an overall equipment such that the product is accessible to service engineers only. 

       

EMC performance 

 

Immunity (IEC61000-6-2) 

 

Test Standard 

Electrostatic discharge 

IEC61000-4-2 

Electromagnetic field 

IEC61000-4-3 

Fast / burst transient 

IEC61000-4-4 

Surge immunity 

IEC61000-4-5 

Conducted RF immunity 

IEC61000-4-6 

Power frequency magnetic field 

IEC61000-4-8 

Voltage dips, variations, interruptions 

IEC61000-4-11 

 

 

Emissions 

 

                        Test 

Standard 

Comments 

Radiated electric field 

EN55032 

Class B (as per CISPR 22) 

Conducted emissions 

EN55032 

Class B (as per CISPR 22) 

Conducted harmonics 

IEC61000-3-2 

Compliant 

Flicker IEC61000-3-3 

Compliant 

 

 

 

 

Summary of Contents for CUS600M

Page 1: ...to high voltage and high temperature You might also get electric shock or burn Do not make unauthorized changes to this product nor remove the cover as you might get an electric shock or might damage...

Page 2: ...ction When used in environment with corrosive gas hydrogen sulfide sulfur dioxide etc there is possibility that they might penetrate the product and lead to failure When used in environments where the...

Page 3: ...ll outputs have basic spacing s to earth rated for mains 250Vac and due consideration must be given to this in the end product design Important safety instructions Servicing These products are not cus...

Page 4: ...range 5 30 Humidity range 40 60 RH Please keep away from the places where temperature and humidity can change drastically It can cause condensation on the product or deterioration For long term stora...

Page 5: ...CN61 11 12 COMPONENT SIDE CN62 VR51 Mounting hole hole diameter 3 5mm This hole is not connected to functional earth of CN1 The mounting surface of the spacer should be within Max 7mm L Input terminal...

Page 6: ...14 Configuration and Function of CN62 is shown as below CN62 Pin No Configuration Function 1 STBY Standby supply 5V This pin is connected to Pin1 of CN61 internally 2 STBY Standby supply 5V This pin...

Page 7: ...ogy switch frequency PFHC circuit active filter 65kHz Typ Main output circuit LLC resonant 45k 280kHz Standby supply circuit Flyback 115kHz Typ 4 Sequence time chart Input voltage ON OFF sequence time...

Page 8: ...overy sequence time chart 2 Main output OCP latch recovery sequence time chart 1 Main output OCP latch recovery sequence time chart 2 Main output OCP not latched recovery sequence time chart Standby s...

Page 9: ...s Class I end equipment connection Class II end equipment connection 6 Explanation of Function and Precautions 6 1 Input Voltage Range Input voltage range is single phase 85 265VAC 47 63Hz Input volta...

Page 10: ...area This function may not activate or cannot avoid power supply damage depending on the situation 6 6 Over Current Protection OCP These products provide the Hiccup mode with automatic recovery OCP f...

Page 11: ...solation resistance between Output and is more than 100M at 500VDC For safety operation voltage setting of DC isolation tester must be done before the test Ensure that the unit is fully discharged aft...

Page 12: ...r Good signal shows High level 4 5V 5V to indicate power supply operating normal and can source maximum 2mA current When power supply stops operating the signal will turn to Low level 0V 0 5V and the...

Page 13: ...hall be less than 0 5V For ADJ sub model the output voltage at the V V terminals shall be within the specification of output voltage range In case that sensing lines are too long it is necessary to pu...

Page 14: ...versus input voltage should be considered Please refer to the output derating versus input voltage curve 6 1 for detail MODEL CUS600M 19 24 28 32 36 48 Ta C Mounting A MountingB CE Mounting D LOAD LO...

Page 15: ...y Supply Output derating versus input voltage should be considered Please refer to the output derating versus input voltage curve 6 1 for detail MODEL CUS600M 12 19 24 28 32 36 48 Ta C Mounting A Moun...

Page 16: ...trictly for 176 265VAC Input Voltage Range only MODEL CUS600M 19 24 28 32 36 48 Ta C Mounting AB D MountingC MountingE LOAD LOAD LOAD 20 30 100 100 100 40 100 100 82 5 45 90 100 73 8 50 80 90 65 60 60...

Page 17: ...th air velocity more than 2 7m s measured at component side The entire components must be cooled Both Standby Supply and Main Output Channel derating versus input voltage should be considered Please r...

Page 18: ...n and which will result in the highest temperatures in the PSU To determine the most adverse conditions consideration should be given to the end use equipment maximum operating ambient the PSU loading...

Page 19: ...PC103 PC106 Opto Coupler 110 C51A C51B C51C C51D C51E C51F Electrolytic Capacitors 100 5 C61 Electrolytic Capacitor 105 5 Note 5 Please also evaluate electrolytic capacitors life before using 7 3 Mou...

Page 20: ...ly 8mm space is necessary from the solder surface If the space is not enough the specification of isolation or withstanding voltage will not be satisfied 3 For Class I end equipment Functional Earth s...

Page 21: ...s a risk of unexpected output shutdown and specifications may not be satisfied Please contact us for maintenance or exchange the product which passed over the life expectancy 10 External Fuse Rating R...

Page 22: ...tion within this warranty period repair is free of charge For other mounting directions inquire to TDK Lambda Following cases are not covered by warranty 1 Improper usage like dropping products applyi...

Reviews: