Power Supplies Medbrochure

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Medical Power Selection Guide 2011/12

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XP Power is a leading international provider of power

solutions to the healthcare equipment market. With over 25%

of revenue coming from healthcare customers, XP has beenproviding solutions for well over a decade.

Our global headquarters are in Singapore and we have been

publically trading on the London Stock Exchange since 2000.

Serving 94% of the S&P500 healthcare equipment

manufacturers, we operate from 27 locations in Europe,

North America and Asia. We have the broadest portfolio of

standard power supplies that are designed for both patient

vicinity or laboratory applications. Our engineering teams are

located in North America, Europe and Asia and employ some

of the best power supply design talent in the industry.

XP Power reduces the production andrunning costs of your equipment enabling

you to gain a competitive advantage

QualityMedical devices that are used to treat and diagnose

conditions also pose a risk to the patient especially when they

are powered from mains electricity. Such devices have very

stringent safety regulations and they are designed in such a

way so as to mitigate the risk. Medical device manufacturers

are required to abide by strict quality standards to ensure that

each product is manufactured as it was intended to be. As the

power supply typically provides the main safety isolation

barrier between hazardous mains voltages and low voltage

DC, it is essential that steps are taken to ensure any risk is as

low as reasonably practical (ALARP).

In order to mitigate the risk associated with selecting acomponent such as a power supply, medical device

manufacturers should ensure their supplier has a quality

system that as a minimum meets the requirements of

ISO9001. XP has gone a step further and has gained

certification to ISO13485, which is a quality management

system for medical devices. By taking this extra step, XP are

ensuring that every power supply produced is as safe and fit

for purpose as can be. During the design stage all of our

products are developed under strict design controls. Below is

a list of some of the design controls that we employ:

Component derating design rules

Design verification testing

Component qualification

Supplier audit checklist DFMEA

Medical Power- Engineered by XP Power

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ManufacturingOur main manufacturing location is at a facility located in

Kunshan, close to Shanghai, China. The factory provides

around 70,000 sq feet of manufacturing space and is a key

reason why XP can provide low risk power solutions to the

healthcare equipment industry. The facility which is certified to

ISO9001, ISO14001 and ISO13485 delivers manufacturing

capabilities that are truly class leading.

ProductsOur customers are constantly trying to differentiate their

products from those of their competitors through enhanced

performance and functionality. In turn, this dynamic createsdemand for power

converters that can satisfy a

very wide range of technical

requirements. Consequently,

the XP Power research and

development function has

developed, and continues to

improve, the broadest

product portfolio of medically

approved power supplies in

the industry. In addition to

this, the majority of XP

Power products are capable

of being modified specifically

to the customers exactrequirements. 02

Above:The recently expanded Kunshan

manufacturing facility.

Left:High standards and controls

maintained throughout the production

process.

ContentsNon-standard Solutions..................................................................03

Green Power ....................................................................................03

Protecting the Environment

Product Overview ............................................................................04

25 to 150 Watts Open-frame...........................................................05

ECS & ECP Series

140 to 350 Watts Open-frame.........................................................07

ECM/CLC & EMH Series

250 Watts Convection-cooled ........................................................09

CCB & CCM Series

40 to 175 Watts Multi-output ..........................................................11

ECM & RCL Series

400 to 1500 Watts Enclosed ...........................................................13

FCM, MHP & HPU Series

400 to 2500 Watts Configurable .....................................................15fleXPower Series

External Power ................................................................................16

AHM Series

High Isolation DC-DC Converters..................................................17

JHM Series

Quick Reference ..............................................................................18

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Custom

Mecha

Optional Connectivity

Standard PSU

Thermal

Management

ORing Set &

Digital Control

03

Standard power supplies do not always meet the specific requirements

of the target application. Many power systems require custom output

voltage combinations, unique control / status signals and specific

mechanical packaging for optimal performance and integration. XP

Engineering Services provides solutions where applications cannot be

fulfilled from our standard product range or where integrated products

are required. We offer the worlds strongest standard product range,which provides us with a vast selection of power platforms from which to

deliver complex modified standards.

With local engineering design teams in key regions throughout North

America, Europe and Asia, XP is the ideal source to develop your

modified standard solution. Whatever the system power requirements,

we design and manufacture cost effective application specific solutions

that meet your electrical, mechanical, safety, EMC and thermal

management requirements, while ensuring a fast time to market.

Our power supplies and modules are manufactured in volume for many

customers providing cost effective and proven building blocks for

modified designs.

Non-standard Solutions

Low development cost

Low risk, proven technology

World class design

Short development times

Worldwide local engineering support

Low cost manufacturing in Asia

ISO 9001 quality management system

With the recent withdrawal of the external power supplies category by

Energy Star, we are no longer permitted to use the Energy Star logo. We

have accelerated the rate of green product introductions in the last two

years and have created our own 'green power' logo to highlight these

particular products to our customers. This logo will be used for the

appropriate products on datasheets and other marketing material.

Here we highlight what we mean by green power. This definition includes

the no load power limits and average efficiency limits of our 'green power'

products for both our external power supply range and component power

supplies.

More and more customers are asking us about efficiency and energy

consumption. In summary we are focused on developing products that

are smaller, produce less waste, consume less physical material and avoid

hazardous substances.

Our goal is to become the leader in our industry on environmental and

sustainability issues.

Board level Environmental Committee focused on minimizing our

environmental impact

A network of environmental representatives drive local i nitiative

and awareness

Environmental concerns and legislation drive demand for energy

efficient products

Applicant member of the Electronic Industry Citizenship Coalition

(EICC), full membership expected by April 2011

ISO14001 certified environmental management system

Protecting the Environment

No load power limits

Rated power No load consumption

0 W to 51 W) 0.5 W

Active mode power limits, O/P < 6 V

Rated power *Average efficiency

0 W to 1 W 0.497 x rated power+0.067

>1 W to 49 W ( 51 W) [0.0750 x Ln(Rated power)]+0.561

>49 W (>51 W) 0.86

No load power limits

Rated power No load consumption

0 W to 49 W (>51 W) 0.85

Active mode power limits, O/P 6 V

Rated power *Average efficiency

0 W to 1 W 0.48 x rated power+0.14

>1 W to 49 W ( 51 W) [0.0626 x Ln(Rated power)]+0.622

>49 W (>51 W) 0.87

Component power supplies meet the following criteria:

Green Power: A definitionExternal power supplies meet Energy Efficiency Level V

requirements as defined below:

Figures in ( ) are ErP limits. In addition, power supplies with an input power of 100 Wand above must have minimum power factor of 0.9 at 115 VAC 60 Hz.

*Average efficiency is measured at 25, 50, 75 & 100% load.

GREENPOWER

Our printers of this guide are certified by the Forest

Stewardship Council , meaning they are ethically

minded and the paper is from responsible sources.

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Product Overview

04

Model Name Description No. of Outputs Available Output Voltages (VDC) Output Power (W) Page

AFM45 External / Desktop 1 12, 15, 18 & 24 45 16

AFM65 External / Desktop 1 12, 15, 18 & 24 65 16

AHM85 External / Desktop 1 12, 15, 19 & 24 85 16

AHM100 External / Desktop 1 12, 15, 19, 24 & 48 100 16

AHM150 External / Desktop 1 12, 15, 19, 24 & 48 150 16

AHM180 External / Desktop 1 12, 15, 19, 24 & 48 180 16

AHM250 External / Desktop 1 12, 15, 19, 24 & 48 250 16

ECS25 Open-frame 1 12, 15, 24 & 48 25 5

ECM40 Open-frame 1 - 3 5, 7, 9, 12, 15, 18, 24, 33 & 48 40 11

ECP40 Open-frame 1 - 3 5, 12, 15, 18, 24, 30 & 48 40 12

ECS45 Open-frame 1 5, 12, 15, 24 & 48 45 5

ECM60 Open-frame 1 - 3 3.3, 5, 7, 9, 12, 15, 18, 20, 24, 28, 33 & 48 60 11

ECS60 Open-frame 1 5, 12, 15, 24 & 48 60 5

ECS65 Open-frame 1 12, 15, 18.5, 24, 28 & 48 65 5

ECM100 Open-frame 1 - 4 3.3, 5, 7, 9, 12, 15, 18, 24, 28, 33 & 48 100 11

ECS100 Open-frame 1 12, 15, 24, 28 & 48 100 5

ECM140 Open-frame 1 12, 15, 18, 24, 28 & 48 140 7

ECP150 Open-frame 1 12, 15, 24, 28 & 48 150 5

CLC175 Open-frame 1 12, 24 & 48 175 7

RCL175 Open-frame 1 - 4 12, 15, 24, 28 & 48 175 11

CCB250 Open-frame 1 12, 15, 24, 28, 36 & 48 250 9

EMH250 Open-frame 1 12, 18, 24 & 48 250 7

EMH350 Open-frame 1 12, 18, 24 & 48 350 7

CCM250 U-Channel 1 12, 15, 24, 28, 36 & 48 250 9

FCM400 Enclosed 1 12, 15, 24, 28, 36 & 48 400 13

MHP650 Enclosed 1 12, 15, 24, 28, 36 & 48 650 13

MHP1000 Enclosed 1 12, 15, 24, 28, 36 & 48 1200 13

HPU1K5 Enclosed 1 12, 24 & 48 1500 13

fleXPower XM4 Configurable 1 - 10 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 600 15

fleXPower XM5 Configurable 1 - 10 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 700 15

fleXPower XM7 Configurable 1 - 10 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 900 15

fleXPower XM4DD Configurable 1 - 20 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 1200 15

fleXPower XM9 Configurable 1 - 12 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 1100 15

fleXPower XM10 Configurable 1 - 12 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 1200 15

fleXPower XM5DD Configurable 1 - 20 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 1400 15

fleXPower XM7DD Configurable 1 - 20 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 1800 15

fleXPower XM9DD Configurable 1 - 24 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 2200 15

fleXPower XM10DD Configurable 1 - 24 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 2400 15

fleXPower XM15 Configurable 1 - 24 3.3, 5, 12, 15, 24, 28, 36, 48 & 60 2500 15

JHM03 DC-DC Converter 1 - 2 5, 12 & 15 3 17

JHM06 DC-DC Converter 1 - 2 5, 12 & 15 6 17

JHM10 DC-DC Converter 1 - 2 5, 12 & 15 10 17

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05

Medical Safety Approvals

Ultra compact from 2 x 3 x 0.95

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06

ECS- Specifications

ECP- Specifications

InputInput Voltage 80 to 264 VAC (120-370 VDC), derate linearly from 90 VAC to 80% load at 80 VAC

Input Frequency 47-400 Hz

Input Current 0.75 A typical at 115 VAC full load, 0.45 A typical at 230 VAC full load

Earth Leakage Current 260 A at 264 VAC/60 Hz max, 80/160 A typical 115/230 VAC

No Load Input Power 25-60 W:

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07

Medical Safety Approvals (BF)

250 W / 350 W in 3 x 5 Package

80 V - 275 VAC Operation

Analog & PMBus Signal Options (EMH350)

5 V Standby (EMH350)3 Year Warranty

Medical Safety Approvals

Top Fan Cover Option

12 V Fan Output

5V Standby Option

Remote On/Off & Power Good Signal Options3 Year Warranty

EMHSeries250-350 Watts

ECM/CLCSeries140-175 Watts

PMBusThe power management bus (PMBus)

is an open standard power management

protocol with a fully defined command language that facilities

communications with power converters and other devices in a

power system.

140 to 350 Watts Open-frame

Output Voltage Output Current Model Number

12.0 VDC 21.0 A EMH250PS12

18.0 VDC 14.0 A EMH250PS18

24.0 VDC 10.5 A EMH250PS24

48.0 VDC 5.2 A EMH250PS48

12.0 VDC 29.2 A EMH350PS12

18.0 VDC 19.5 A EMH350PS18

24.0 VDC 14.6 A EMH350PS2448.0 VDC 7.3 A EMH350PS48

Output Voltage Output Current Model Number

12.0 VDC 11.7 A ECM140US12

15.0 VDC 9.3 A ECM140US15

18.0 VDC 7.7 A ECM140US18

24.0 VDC 5.8 A ECM140US24

28.0 VDC 5.0 A ECM140US28

48.0 VDC 2.9 A ECM140US48

12.0 VDC 13.9 A CLC175US12-M24.0 VDC 6.9 A CLC175US24-M

48.0 VDC 3.5 A CLC175US48-M

Single Output

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Medical Safety Approvals

95% Efficiency Convection-cooled

300 W Peak for 500 ms

Class B Radiated & Conducted Emissions

Wide Input Range, 80 - 275 VACCompact 4 x 6 U-Channel

Medical Safety Approvals (BF)

Very High Efficiency Convection-cooled

300 W peak for 500 ms

Class B Radiated and conducted emissions

Wide Input Range, 80 - 275 VACCompact 4 x 6 Open-frame

CCMSeries CCBSeries

250 Watts Convection-cooled

Output Voltage Output Current Model Number

12.0 VDC 20.8 A CCM250PS12

15.0 VDC 16.7 A CCM250PS15

24.0 VDC 10.4 A CCM250PS24

28.0 VDC 8.9 A CCM250PS28

36.0 VDC 6.9 A CCM250PS36

48.0 VDC 5.2 A CCM250PS48

Output Voltage Output Current Model Number

12.0 VDC 20.8 A CCB250PS12

15.0 VDC 16.7 A CCB250PS15

24.0 VDC 10.4 A CCB250PS24

28.0 VDC 8.9 A CCB250PS28

36.0 VDC 6.9 A CCB250PS36

48.0 VDC 5.2 A CCB250PS48

GREENPOWER GREENPOWER

Single Output

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10

CCBSeries

The CCB250 series is very close in

design to the CCM250 and offers

many of the same features. The key

differentiators from the CCM250 are

the open frame construction and the

medical BF safety approvals making

this product ideal for applications that

require direct patient contact.

250 Watts Open-frame

CCMSeries

The CCM250 AC-DC medical grade

power supply features industry leading

efficiency of 95% and an absolute

minimum efficiency of 90% at 90 VAC

input and full power. The ultra highefficiency is achieved using a half

bridge resonant ZCS topology

resulting in the highest power

convection-cooled supply packaged in

a 6" x 4" x 1.5" footprint. This high

efficiency can provide up to 70%

waste energy savings when compared

to conventional products, making the

CCM250 a must have product for

energy efficiency equipment.

250 Watts U-Channel

CCM- Specifications

CCB- Specifications

InputInput Voltage 80 to 275 VAC

Input Frequency 47-63 Hz

Input Current 2.4 A at 115 VAC, 1.2 A at 230 VAC

Earth Leakage Current 250 A max at 264 VAC/60 Hz

OutputOutput Voltage 12-48 VDC (See table)

Output Power 250 W continuous, 300 W peak

Minimum Load No minimum load required

Start Up Delay 1 s typical

GeneralEfficiency Up to 95%

Isolation 4000 VAC Input to Output, 1500 VAC Input to Ground, 500 VAC Output to Ground

Switching Frequency PFC: 30 to 500 kHz, Boost: 25.6 kHz, Main: 51.2 kHz

MTBF 365 kHrs typical to MIL-HDBK-217F at 25 C, GB

EnvironmentalOperating Temperature -20 C to +70 C, derate linearly from 100% power at +50 C to 50% power at +70 C

Cooling Convection-cooled

Storage Temperature -40 C to +85 C

Safety & EMCEmissions EN55011/22, level B conducted, EN55011/22, level B radiated

Safety Approvals EN60601-1, UL60601-1, CSA22.2 No. 60601-1, EN60950, UL60950

InputInput Voltage 80 to 275 VAC

Input Frequency 47-63 Hz

Input Current 2.4 A at 115 VAC, 1.2 A at 230 VAC

Leakage Current Earth: 250 A max at 264 VAC/60 Hz, Patient: 100 A max

OutputOutput Voltage 12-48 VDC (See table)

Output Power 250 W continuous, 300 W peak

Minimum Load No minimum load required

Start Up Delay 1 s typical

GeneralEfficiency Up to 95%

Isolation 4000 VAC Input to Output, 1500 VAC Input to Ground, 1500 VAC Output to Ground

Switching Frequency PFC: 30 to 500 kHz, Boost: 25.6 kHz, Main: 51.2 kHz

MTBF 365 kHrs typical to MIL-HDBK-217F at 25 C, GB

EnvironmentalOperating Temperature -10 C to +70 C, derate linearly from 100% power at +50 C to 50% power at +70 C

Cooling Convection-cooled

Storage Temperature -40 C to +85 C

Safety & EMCEmissions EN55011/22, level B conducted, EN55011/22, level A radiated

Safety Approvals EN60601-1, UL60601-1, EN60950, UL60950, BF approved for patient contact.

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Medical Safety Approvals

High Power Density

Class I and II Construction

ECM40/60 Size: 2 x 4

ECM100 Size: 2.5 x 4.5

3 Year Warranty

ECMSeries40-100 Watts

Medical Safety Approvals

200 W Peak Rating

Up to 110 W Convection Cooling

Class I & Class II Installations

Connector & Mechanical Options

3 Year Warranty

RCLSeries175 Watts

(1) Outputs 3 & 4 are floating, they can be connected externally for positive or

negative output.

40 to 175 Watts Multiple Output

Output 1 Output 2 Output 3 Output 4 ModelV A V A V A V A Number

+5 V 6 A +12 V 2 .0 A ECM40UD21

+5 V 6 A +15 V 1.5 A ECM40UD22

+5V 6 A +12V 2.0 A -12V 0.5 A ECM40UT31

+5 V 6 A +24 V 2.0 A -12 V 0.5 A ECM40UT32

+5V 6 A +15V 1.5 A -15V 0.5 A ECM40UT33

+3.3V 6 A +5V 1.5 A +12V 0.5 A ECM40UT34

+5V 6 A +3.3V 1.5 A +12V 0.5 A ECM40UT35

+5 V 8 A +12 V 3 .0 A ECM60UD21

+5 V 8 A +15 V 2 .5 A ECM60UD22

+5V 8 A +12V 3.0 A -12V 0.5 A ECM60UT31

+5 V 8 A +24 V 1.5 A -12 V 0.5 A ECM60UT32

+5V 8 A +15V 2.5 A -15V 0.5 A ECM60UT33

+3.3V 8 A +5V 1.5 A +12V 0.5 A ECM60UT34

+5V 8 A +3.3V 1.5 A +12V 0.5 A ECM60UT35

+5V 12 A +12V 3.0 A ECM100UD21

+5V 12 A +15V 3.0 A ECM100UD22

+5V 10 A +12V 3.0 A -12V 0.8 A ECM100UT31

+5V 10 A +24V 2.0 A -12V 0.8 A ECM100UT32

+5V 10 A +15V 3.0 A -15V 0.8 A ECM100UT33

+3.3V 10 A +5V 5.0 A +12V 0.8 A ECM100UT34

+5V 10 A +3.3V 5.0 A +12V 0.8 A ECM100UT35+5V 10 A +12V 3.0 A -5V 0.8 A ECM100UT36

+5V 10 A +15V 3.0 A -5V 0.8 A ECM100UT37

+5V 10 A +3.3V 5.0 A +12V 0.8 A -12V 0.5 A ECM100UQ41

+3.3V 10 A +5V 5.0 A +12V 0.8 A -12V 0.5 A ECM100UQ42

+5V 10 A +24V 2.0 A +12V 0.8 A -12V 0.5 A ECM100UQ43

+5V 10 A +24V 2.0 A +15V 0.8 A -15V 0.5 A ECM100UQ44

+5V 10 A +12V 3.0 A -12V 0.8 A -5V 0.5 A ECM100UQ45

+5V 10 A +15V 3.0 A -15V 0.8 A -5V 0.5 A ECM100UQ46

+5V 15 A +12V 8.3 A RCL175PD22

+5V 15 A +12V 6.3 A F12V 2.0 A RCL175PT31(1)

+5V 15 A +15V 4.6 A F15V 2.0 A RCL175PT32(1)

+5V 15 A +3.3V 15 A F15V 2.0 A F15V 2.0 A RCL175PQ43(1)

+5 V 15 A 12 V 5 .5 A F5 V 2 .0 A F12 V 2.0 A RCL175PQ44(1)

+5 V 15 A 15 V 4 .0 A F5 V 2 .0 A F15 V 2.0 A RCL175PQ45(1)

+5V 15 A 24V 3.2 A F12V 2.0 A F12V 2.0 A RCL175PQ46(1)

+5V 15 A 24V 3.0 A F15V 2.0 A F15V 2.0 A RCL175PQ47(1)

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ECMSeries

The multiple output ECM series provides

a compact medically approved solution

with up to 4 outputs. The 40 W & 60 W

models are packaged in a 2 x 4

footprint, with the 100 W being in a4.5 x 2.5 package.

40-100 Watts Open-frame

RCLSeries

Approved for class I or class II

applications, the RCL series provides a

multiple output medically approved

solution with 175 W of output power.

Available with either dual, triple or

quad outputs and with fully floatingoutputs the RCL provides a flexible

solution for any application requiring

more than one output voltage. The

product also comes with three different

mechanical options.

175 Watts

ECPSeries40-65 Watts Multiple Outputs

Medical Safety Approvals

Low Profile Design

Ultra Compact Size from 2 x 3.5 x 0.9

Dual and Triple Output

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Medical Safety Approvals

End Fan, Top Fan & U Channel Options

AC OK, Remote On/Off and Active Current Share

Load Dependant Variable Speed Fan

Rugged construction

3 Year Warranty

MHPSeries650-1200 Watts

Medical Safety Approvals

400 W Continuous, 600 W Peak

80 V - 275 VAC Operation

Integral Low Noise Fan

5 V Standby, AC OK and Remote On/Off

3 Year Warranty

FCMSeries400 Watts

Medical Safety ApprovalsLow Profile Supply

Variable Fan Speed To Reduce Audible Noise

AC OK, DC OK, Inhibit & 5 V Standby Supply

Fan Fail & Overtemperature Signals

3 Year Warranty

HPUSeries1500 Watts

400-1500 Watts Enclosed

Output Voltage Output Current Model Number

12.0 VDC 33.3 A FCM400PS12

15.0 VDC 26.6 A FCM400PS15

24.0 VDC 16.6 A FCM400PS24

28.0 VDC 14.2 A FCM400PS28

36.0 VDC 11.1 A FCM400PS36

48.0 VDC 8.3 A FCM400PS48

12.0 VDC 50.0 A MHP650PS12

15.0 VDC 40.0 A MHP650PS15

24.0 VDC 27.0 A MHP650PS24

28.0 VDC 23.0 A MHP650PS28

36.0 VDC 18.0 A MHP650PS36

48.0 VDC 13.5 A MHP650PS48

12.0 VDC 83.0 A MHP1000PS12

15.0 VDC 67.0 A MHP1000PS15

24.0 VDC 50.0 A MHP1000PS24(1)

28.0 VDC 43.0 A MHP1000PS28(1)

36.0 VDC 34.0 A MHP1000PS36(1)

48.0 VDC 25.0 A MHP1000PS48(1)

12.0 VDC 100.0 A HPU1K5PS12

24.0 VDC 63.0 A HPU1K5PS24(2)

48.0 VDC 31.0 A HPU1K5PS48(2)

(1) 180 VAC input = 1200 W.

(2) 180 VAC input = 1500 W.

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14

FCM- Specifications

InputI npu t Vol ta ge 80 t o 2 75 VAC

Input Frequency 47- 63 Hz

Input Current 4.1 A at 115 VAC, 2.1 A at 230 VAC

Earth Leakage Current 260 A max at 264 VAC/60 Hz

OutputOutput Voltage 12- 48 VDC (See table)

Output Power 400 W continuous, 600 W peak

Start Up Delay 1 s

GeneralVoltage Adjust 10%

Efficiency 85% typical

Isolation 4000 VAC Input to Output, 1500 VAC

Input to Ground, 500 VAC Output

to Ground

Switching Frequency PFC: 70 kHz, Main: 65 kHz.

MTBF 236 kHrs typical to MIL-HDBK-217F

at 25 C, GB

EnvironmentalOperating Temperature -10 C to +70 C, derate linearly from

100% power at +50 C to 50% power

at +70 C

Cooling Internal fan cooling

Storage Temperature -40 C to +85 C

Safety & EMCEmissions EN55011/22 level B conducted, level

A radiated.

Safety Approvals EN60601-1, UL60601-1, CSA22.2

No. 601-1 per cUL, EN60950,

UL60950

HPU- Specifications

InputI npu t Vol ta ge 85 t o 2 64 VA C

Input Frequency 47- 63 Hz

Input Current 13 A at 115 VAC, 6.5 A at 230 VAC

Earth Leakage Current 260 A max at 264 VAC/60 Hz

OutputOutput Voltage 12- 48 VDC (See table)

Output Power 1200-1500 W (See table)

Start Up Delay 1 s

GeneralEfficiency 90% typical

Isolation 4000 VAC Input to Output, 1500 VAC

Input to Ground, 500 VDC Output

to Ground

Switching Frequency PFC: 70 kHz, Main: 130 kHz.

M TB F 4 70 kH rs ty pi cal t o Tel eco rd ia S R-332

at 25 C, GB

EnvironmentalOperating Temperature -20 C to +70 C, derate linearly from

100% power at +50 C to 50% power

at +70 C

Cooling Internal fan cooling

Storage Temperature -40 C to +85 C

Safety & EMCEmissions EN55011/22 level A conducted, level A

radiated.

Safety Approvals EN60601-1, UL60601-1, CSA22.2 No.

601-1 per cUL, EN60950, UL60950

MHPSeries

The MHP650 and MHP1000 power

supplies provide up to 650 and 1200

W in two compact packages. The

MHP650 comes with three different

mechanical options (U-channel, endfan and top fan) and the MHP1000

comes with in an end fan mechanical

package. Both products employ load

dependant variable speed fans to

reduce audible noise.

650-1200 Watts Enclosed

FCMSeries

The FCM400 power supply providesup to 400 W continuous and 600 peak

output power for up to 0.5 seconds.

Packaged in a compact 4" x 6" x 1.9"

enclosure the FCM400 can easily be

integrated into a wide range of medical

applications. An integral low noise fan

allows for quiet operation and reduces

the audible noise level of the

power supply.

400 Watts Enclosed

HPUSeriesThe HPU is a very low profile 1500 W

AC-DC medical grade power supply. It

has leading edge power density making

it ideal for bulk power applications

where high power is required in a small

space. The HPU is supplied with a

range of signals and control, self cooling

via integral fans and mounting options

on three faces, making it suitable for a

variety of application.

1500 Watts Enclosed

MHP- Specifications

InputInput Voltage 85 to 264 VAC

Input Frequency 47-63 Hz

Input Current 115 VAC: 6.5 A/15.1 A (MHP650/1000), 230 VAC: 3.2 A/10.9 A (MHP650/1000)

Earth Leakage Current 250 A max at 264 VAC/60 Hz

OutputOutput Voltage 12-48 VDC (See table)

Output Power MHP650: 650 W, MHP1000: 1000-1200 W (See table)

Minimum Load No minimum load required

Start Up Delay 500 ms

GeneralVoltage Adjust 10%

Efficiency 85% typical

Isolation 4000 VAC Input to Output, 1500 VAC Input to Ground, 500 VDC Output to Ground

Switching Frequency PFC: 70 kHz, Main: 200 kHz

MTBF 260 kHrs typical to MIL-HDBK-217F at 25 C, GB

EnvironmentalOperating Temperature -20 C to +70 C, derate linearly from 100% power at +50 C to 50% power at +70 C

Cooling In ternal fan cooling or 5.5 m/s with U-Channel

Storage Temperature -40 C to +85 C

Safety & EMCEmissions EN55011/22, level B conducted, EN55011/22, level A radiated

Safety Approvals EN60601-1, UL60601-1, CSA22.2 No. 601-1 per cUL, EN60950, UL60950

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15

Medical Safety Approvals

Configurable for Fast Time to Market

Rugged Construction

Extra Power Available at High Line

Intelligent Fan Speed Controller

3 Year Warranty

fleXPower

fleXPower- Specifications

InputI npu t Vol ta ge 85 t o 2 64 VA C

Input Frequency 47- 63 Hz

Input Current See ful l datasheet

Earth Leakage Current 200 A max at 264 VAC/60 Hz

OutputO ut put Vo lta ge 3. 3- 60 VDC (See table)

Output Power 400- 2500 W (See table)

Start Up Delay 2 s

GeneralEfficiency 84% typical

Isolation 4000 VAC Input to Output, 1500 VAC Input to Ground, 250 VDC

Output to GroundSwitching Frequency 45-200 KHz variable

MTBF 225 kHrs typical to MIL-HDBK-217F at 25 C, GB

EnvironmentalOperating Temperature 20 C to +70 C, for operation above +50 C, derate linearly

to 50% load at +70 C. Reverse air option, derate from

+40 C to half load at +60 C

Cooling Internal fan cooling

Storage Temperature -40 C to +85 C

Safety & EMCEmissions EN55011/22 level A conducted, level A radiated

Safety Approvals EN60601-1, UL60601-1, CSA22.2 No. 601-1 per cUL,

EN60950, UL60950

fleXPower

The fleXPower series is a r ange of

modular power supplies which can be

configured into customer specific

solutions for quick delivery of samples,

prototypes and low volumeproduction. There are 11 power

platforms in the series ranging from

400 W to 2500 W and 44 modules

with outputs from 3.3 V to 60 V. As the

name suggests this is a very flexible

and rugged product making it ideal for

critical medical applications.

400-2500 Watts

400-2500 Watts Configurable

Output Single Output Dual OutputSlots

ModelPower Options Options Number

600 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 10 XM4(1)

1200 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 20 XM4DD(2)

700 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 10 XM5(1)

1400 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 20 XM5DD(2)

900 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 10 XM7(1)

1800 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 20 XM7DD(2)

1100 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 12 XM9(1)

2200 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 24 XM9DD(2)

1200 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 14 XM10(1)

2400 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 28 XM10DD(2)

2500 W 3.3 - 60V/2.5 - 60 A 5 - 24V/6 - 10 A 20 XM15(3)

(1)

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16

AHM- Specifications

InputI npu t Vol ta ge 90 t o 2 64 VA C

Input Frequency 47- 63 Hz

Input Current See ful l datasheet

Earth Leakage Current 200 A max at 264 VAC/60 Hz

No Load Input Power

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JHMSeries

The JHM series has been designed to

provide isolation between applied

parts and live parts of a medical

device. The series consists of 3

ranges, JHM03, JHM06 and JHM10.Each model has reinforced insulation

from primary to secondary, very low

input to output capacitance and

UL/IEC/EN60601-1 safety approvals.

JHMSeriesMedical Safety Approvals

3000 VAC Reinforced Insulation (JHM03/06)

4000 VAC Reinforced Insulation (JHM10)

2 A Patient Leakage Current

Very Low Input to Output Capacitance

3 Year Warranty

JHM- Specifications

InputInput Voltage See table

I npu t C ur ren t 25 A ma x a t 30 V

Patient Leakage Current 2 A

OutputOutput Voltage 5- 15 VDC (See table)

Output Power 3-10 Watts

Start Up Delay 5 ms

GeneralEfficiency 75% to 89% dependent on model

I sol at ion 5 00 0 VA C f or 10 m s ( IEC 60 66 4-1), 4000 VAC for 1 min

reinforced insulation -JHM10, 3000 VAC for 1 min

reinforced insulation-JHM03/06Switching Frequency 180kHz to 1.6MHz variable

MTBF >1 MHrs typical to MIL-HDBK-217F at 25 C, GB

EnvironmentalOperating Temperature -20 C to +100 C, derate linearly from 100% load at

+60 C to no load at +100 C

Cooling Convection-cooled

Storage Temperature -40 C to +100 C

Safety & EMCEmissions EN55011/22 level A conducted & radiated with no external

components

Safety Approvals EN60601-1, UL60601-1, CSA22.2 No. 601-1 per cUL,

EN60950, UL60950

17

3-10 Watts DC-DC Converter

3 Watts

(10-17 Vin)

3 Watts

(20-30 Vin)

6 Watts

(10-17 Vin)

6 Watts

(20-30 Vin)

10 Watts

(4.5-9 Vin)

10 Watts

(9-18Vin)

10 Watts

(18-36Vin)

Output Power Output Voltage Output Current Model Number

5.0 VDC 600 mA JHM0312S05

12.0 VDC 250 mA JHM0312S12

15.0 VDC 200 mA JHM0312S15

12.0 VDC 125 mA JHM0312D12

15.0 VDC 100 mA JHM0312D15

5.0 VDC 600 mA JHM0324S05

12.0 VDC 250 mA JHM0324S12

15.0 VDC 200 mA JHM0324S15

12.0 VDC 125 mA JHM0324D12

15.0 VDC 100 mA JHM0324D15

5.0 VDC 1200 mA JHM0612S05

12.0 VDC 500 mA JHM0612S12

15.0 VDC 400 mA JHM0612S1512.0 VDC 250 mA JHM0612D12

15.0 VDC 200 mA JHM0612D15

5.0 VDC 1200 mA JHM0624S05

12.0 VDC 500 mA JHM0624S12

15.0 VDC 400 mA JHM0624S15

12.0 VDC 250 mA JHM0624D12

15.0 VDC 200 mA JHM0624D15

5.0 VDC 2000 mA JHM1005S05

12.0 VDC 833 mA JHM1005S12

15.0 VDC 666 mA JHM1005S15

5.0 VDC 1000 mA JHM1005D05

12.0 VDC 420 mA JHM1005D12

15.0 VDC 333 mA JHM1005D15

5.0 VDC 2000 mA JHM1012S05

12.0 VDC 833 mA JHM1012S12

15.0 VDC 666 mA JHM1012S15

5.0 VDC 1000 mA JHM1012D05

12.0 VDC 420 mA JHM1012D12

15.0 VDC 333 mA JHM1012D15

5.0 VDC 2000 mA JHM1024S05

12.0 VDC 833 mA JHM1024S12

15.0 VDC 666 mA JHM1024S15

5.0 VDC 1000 mA JHM1024D05

12.0 VDC 420 mA JHM1024D12

15.0 VDC 333 mA JHM1024D15

3-10 Watts DC-DC ConverterHigh Isolation

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18

Quick Reference

Leakage Current

TYPE B TYPE BF TYPE CF

NC SFC NC SFC NC SFC

Earth 500 A* 1 mA 500 A* 1 mA 500 A* 1 mA

Enclosure 100 A 500 A* 100 A 500 A* 100 A 500 A*

Patient 100 A 500 A 100 A 500 A 10 A 50 A

Safety ApprovalsIEC60601-1:2005 (3rd Edition) Guidance

The latest version of 60601-1 is the 3rd edition which was first published in December 2005. The standard

has been adapted in the major countries/regions of the world and published as the following versions:EU: EN60601-1:2005

USA: ANSI/AAMI ES 60601-1:2005

Canada: CSA-C22.2 No. 60601-1:08

Currently equipment can be approved to either the 2nd or 3rd editions of the standard, but in June 2012 in

the EU the 2nd edition will be withdrawn and all equipment, both new and old, will need to be approved to

3rd edition. In the USA the withdrawal date is June 2013.

Emission and Immunity SpecificationsIEC55011/55022 Limits for conducted and radiated emissions

IEC61000-3-2 Limits for harmonic current emissions

IEC61000-3-3 Limitation of voltage changes, voltage variations & flicker

IEC61000-4-2 Electrostatic discharge immunity

IEC61000-4-3 Radiated immunity

IEC61000-4-4 Electrical fast transient immunity

IEC61000-4-5 Electrical surge immunity

IEC61000-4-6 Conducted disturbance immunity

IEC61000-4-8 Immunity to power frequency magnetic field

IEC61000-4-11 Immunity to voltage dips, short interruptions and variations on supply line

Isolation & Separation - IEC60601-1:2005

Leakage CurrentsEarth leakage Current flowing in the earth conductor.

Enclosure leakage Current flowing to earth via the patient from the enclosure.

Patient leakage Current flowing to earth via the patient from an applied part.

Patient auxiliary Current flowing between two applied parts.

Insulation

MOOP MOPP

AirClearance CreepageDistance TestVoltage AirClearance CreepageDistance TestVoltage

Basic(1 x MOP)

2.0 mm 3.2 mm 1500 VAC 2.5 mm 4.0 mm 1500 VAC

Double or Reinforced(2 x MOP)

4.0 mm 6.4 mm 3000 VAC 5.0 mm 8.0 mm 4000 VAC

Insulation test voltages based on 250 VAC working voltage. MOP = Means of protection

MOOP = Means of operation protection MOPP = Means of patient protection.

NC = Normal Conditions SFC = Single Fault Conditions

*Patient care equipment maximum earth and enclosure leakage current for

the US is 300 A. Figures quoted are for portable equipment.

Major Impact of 3rd Edition

General requirements for design process

to include risk management process in

accordance with ISO14971. Safety has been broadened from basic

safety to include essential performance.

Collateral standards IEC60601-1-1 and

IEC60601-1-14 have been inserted into

clause 14 and clause 16 of 3rd edition.

Distinction now made between operator

and patient with introduction of MOOP

(Means of Operator Protection) and MOP

(Means Of Patient Protection). Broadly

MOOP follows IEC60950 and MOPP

follows 60601-1 2nd edition. In either

case 2 x MOP (Mean Of Protection) must

be present under normal conditions.

XP Power Plan for 3rd Edition Approval

All current medical grade power supplies

approved to 2nd edition will be re-

approved to 3rd edition by June 2012

(consult sales for detailed plan).

All medical grade power supplies will

comply with MOPP (Means Of Patient

Protection).

To address Risk Management XP has

implemented Risk Management as part o

the design process in accordance with

ISO14971 and factory QMS upgraded

to ISO13485.

IEC60601-1 3rd Edition

Our printers of this guide are

certified by the Forest Stewardship

Council, meaning they are

ethically minded and the paper is

from responsible sources.

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