0

10

20

30

40

50

60

70

80

90

100

110

120

130

140

150

0

10

20

30

40

50

60

70

Ambient Temperature (C)

F O R C E D

A I R

C O O L I N G

B A S E P L A T E

C O O L I N G

C O N V E C T I O N

C O O L I N G

EMC SPECIFICATIONS (IEC 60601-1-2:2014, 4TH ed./IEC 61000-6-2:2005)

Electrostatic Discharge

EN 61000-4-2

8KV contact / 15KV air discharge

A

Radiated Electromagnetic Field

EN 61000-4-3

80MHz-2.7GHz, 10V/m, 80% AM

A

Electrical Fast Transients/Bursts

EN 61000-4-4

2 KV, 5KHz/100KHz

A

Surge Immunity

EN 61000-4-5

2 KV line to earth / 1 KV line to line A

Conducted Immunity

EN 61000-4-6

0.15 to 80MHz, 10V, 80% AM

A

Magnetic Field Immunity

EN 61000-4-8

30A/m, 60 Hz.

A

Voltage Dips

EN 61000-4-11 0% UT, 0.5 cycles, 0-315° 100/240V A/A

0% UT, 1 cycles, 0°

100/240V A/A

40% UT, 10/12 cycles, 0° 100/240V B/A

70% UT, 25/30 cycles, 0° 100/240V B/A

Voltage Interruptions

EN 61000-4-11 0% UT, 300 cycles, 0°

100/240V B/B

Radiated Emissions

EN 55011/32

Class B

Conducted Emissions

EN 55011/32

Class B

Harmonic Current Emissions

EN 61000-3-2

Class A

Voltage Fluctuations/Flicker

EN 61000-3-3

Compliant

CE-150 SERIES MECHANICAL SPECIFICATIONS

APPLICATIONS INFORMATION

1.

Each output can deliver its rated current but Total Output Power must not exceed 100,

125 or 150W, as determined by the cooling method.

2.

Generally, adequate cooling is provided when semiconductor case temperatures do not

exceed 70°C rise and transformer temperature does not exceed 60°C rise at any

specified ambient temperature.

3.

Sufficient area must be provided around power supply to allow natural movement of air to

develop in convection-cooled applications.

4.

This product is intended for use as a professionally-installed component within information

technology, industrial, and medical equipment and is not intended for stand-alone

operation.

5.

A minimum load of 10% is required on Output 1 to ensure proper regulation of remaining

outputs.

6.

This product includes only one fuse in the input circuit. In consideration of Clause 8.11.5

of IEC 60601-1:2005, a second fuse may be required in neutral conductor of the end

product.

7.

Peak-to-Peak Output Ripple and Noise is measured directly at the output terminals of the

power supply, without the use of the probe ground lead or retractable tip (tip-and-barrel

method), 20 MHz bandwidth.

8.

This product was type-tested and safety-certified using the dielectric strength test voltages

listed in Table 6 of IEC 60601-1:2005. In consideration of Clause 8.8.3, care must be

taken to insure that the voltage applied to a reinforced insulation does not overstress

different types and levels of insulation. Primary and secondary-to-ground capacitors may

need to be disconnected prior to performing a dielectric strength test on the power supply

or the end product. It is highly recommended that the DC test voltages listed in DVB.1,

Annex DVB of UL60601-1 1st Edition are not exceeded during a production-line dielectric

strength test of the assembled end product. Please consult factory for further information.

9.

This power supply has been safety-approved and final-tested using a DC dielectric

strength test. Please consult factory before performing an AC dielectric strength test.

10.

Remote-Sense terminals may be used to compensate for cable losses up to 250mV. The

use of a twisted pair, decoupling capacitors and an appropriately-rated low-impedance

capacitor connected across the load will increase noise immunity.

11.

Maximum screw penetration into chassis mounting holes is 0.250 inches.

12.

To comply with emissions specifications, all four mounting hole pads must be electrically

connected to a common metal chassis. Chassis/Cover option is recommended. Refer to

Operating Instructions for additional information.

13.

Common RF shielding precautions may need to be taken to assure emissions

compliance. Refer to Operating Instructions for additional information.

14.

Power Fail (AC-Good) feature provides a logic-low warning signal from an open collector

transistor output 10ms prior to loss of output from AC failure, 5V/10mA.

15.

Forced-Air cooling rating of 150W requires an air speed of 300LFM flowing past a point

one inch above the main isolation transformer.

16.

Free-Air convection cooling, 100W maximum output power.

17.

Baseplate-cooled rating of 125W requires a one-square-foot 0.09”-thick aluminum area

attached to bottom four mounting holes.

18.

Rated 20A maximum when convection cooled only.

MAXIMUM OUTPUT POWER vs. AMBIENT TEMPERATURE

CONNECTOR SPECIFICATIONS

P1

AC Input

0.156 friction lock header mates with Molex 09-50-3031 or equivalent

crimp terminal housing with Molex 08-50-0189 or equivalent crimp

terminal.

P2

DC Output

(Single)

6-32 screw down terminal mates with #6 ring tongue

terminal. (10 in-lb max)

P2

DC Output

(Multiple)

0.156 friction lock header mates with Molex 09-50-3121 or equivalent

crimp terminal housing with Molex 08-50-0189 or equivalent crimp

terminal.

G

Ground

0.187 quick disconnect terminal.

P3

Option/Sense

(Single)

0.100 friction lock header mates with Molex 22-01-2067or equivalent

crimp terminal housing with Molex 6459 or equivalent crimp terminal.

P3

Option/Sense

(Multiple)

0.100 friction lock header mates with Molex 22-01-2047or equivalent

crimp terminal housing with Molex 6459 or equivalent crimp terminal.

INTEGRATED

POWER DESIGNS 300 Stewart Road ■ Wilkes-Barre, PA 18706 ■ Phone: (570) 824-4666 ■ Fax: (570) 824-4843 ■ Email: sales@ipdpower.com ■ Web: www.ipdpower.com