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TEST REPORT
IEC 60601-1-2
Medical Electrical Equipment
PART 1-2: General Requirements for Basic Safety
and Essential Performance
Collateral Standard: Electromagnetic Compatibility
Report Number. .............................. : GZES200702328001
Date of issue ................................... : 2021-11-18
Total number of pages .................... 216
CB Testing Laboratory ................... : SGS-CSTC Standards Technical Services Co., Ltd. Guangzhou
Branch
Address ........................................... : 198 Kezhu Road, Science City, Economic & Technology
Development Area, Guangzhou, Guangdong, China
............................ : Shenzhen Comen Medical Instruments Co., Ltd
Address ........................................... : Floor 10, Floor 11 and Section C of Floor 12 of Building 1A &
Floor 1 to Floor 5 of Building 2, FIYTA Timepiece Building,
Nanhuan Avenue, Matian Sub-district, Guangming District,
Shenzhen, Guangdong, 518106, P.R. China
Test specification:
IEC 60601-1-2:2014, IEC 60601-2-26:2019 Clause 201.17 & 202,
IEC 60601-2-27:2011 Clause 201.17 & 202, IEC 80601-2-
30:2018 Clause 201.17 & 202, IEC 60601-2-34:2011 Clause 202,
Standard .......................................... : IEC 60601-2-40:2016 Clause 201.17 & 202, ISO 80601-2-
55:2018 Clause 201.17 & 202, ISO 80601-2-56:2017 + A1:2018
Clause 201.17 & 202, ISO 80601-2-61:2017 Clause 201.17 &
202.
Test procedure ............................... : SGS-CSTC
Non-standard test method............. : N/A
Test Report Form No. ..................... : IEC60601_1_2DEMC
Test Report Form(s) Originator..... : UL
Master TRF ...................................... : Dated 2014-12
Copyright © 2014 IEC System of Conformity Assessment Schemes for Electrotechnical
Equipment and Components (IECEE System). All rights reserved.
This publication may be reproduced in whole or in part for non-commercial purposes as long as the IECEE is acknowledged as
copyright owner and source of the material. IECEE takes no responsibility for and will not assume liability for damages resulting
from the reader's interpretation of the reproduced material due to its placement and context.
This report is not valid as a CB Test Report unless signed by an approved CB Testing Laboratory
and appended to a CB Test Certificate issued by an NCB in accordance with IECEE 02.
General disclaimer:
The test results presented in this report relate only to the object tested.
This report shall not be reproduced, except in full, without the written approval of the Issuing CB Testing Laboratory. The authenticity of
this Test Report and its contents can be verified by contacting the NCB, responsible for this Test Report.
Page 2 of 216 SGS Report Ref. No GZES200702328001
1.0 Testing Program Details
Responsible Testing Laboratory (as applicable), testing procedure and testing location(s):
General remarks:
"(See Enclosure #)" refers to additional information appended to the report.
"(See appended table)" refers to a table appended to the report.
The test results presented in this report relate only to the object tested.
The results contained in this report reflect the results for this particular model and serial number.
It is the responsibility of the manufacturer to ensure that all production models meet the intent of
the requirements detailed within this report.
This report shall not be reproduced, except in full, without the written approval of the Issuing
testing laboratory.
List of test equipment must be kept on file and available for review.
Additional test data and/or information provided in the attachments to this report.
This document is issued by the Company subject to its General Conditions of Service available
on request or accessible at http://www.sgs.com/en/Terms-and-Conditions.aspx and, for electronic
format documents, subject to Terms and Conditions for Electronic Documents at
http://www.sgs.com/en/Terms-and-Conditions/Terms-e-Document.aspx. Attention is drawn to the
limitation of liability, indemnification and jurisdiction issues defined therein.
ponsibility is to its Client and this document does not exonerate parties to a
transaction from exercising all their rights and obligations under the transaction documents. This
document cannot be reproduced except in full, without prior written approval of the Company. Any
unauthorized alteration, forgery or falsification of the content or appearance of this document is
unlawful and offenders may be prosecuted to the fullest extent of the law.
Unless otherwise stated the results shown in this test report refer only to the sample(s) tested and
such sample(s) are retained for 30 days only.
Throughout this report a comma / point is used as the decimal separator.
Name and address of factory (ies):
Same as applicant
The equipment connects to supply mains directly through appliance coupler and is classified as
class I ME equipment. it can also be internally powered by rechargeable Li-ion battery pack.
It can connect to K1/K1A or KPM module and specified plug-in modules through slots. These
to the main unit. K1, K1A or KPM can be plug-in to the equipment one at a time. One specified
printer module is configured for recording and printing reports.
K1/K1A can work as a stand-alone patient monitor, refer to test report GZES200702332201 for
details.
External interface:
When the patient monitor is connected to the specified external equipment, they constitute an ME
system:
- The secondary display can be connected to the patient monitor through HDMI port to provide an
adaptive duplicate image of the primary display, while the extender view is not specified for
monitoring or diagnostic purpose.
- The monitors can interact with several compatible patient monitor locally at other bedside and
supports view on another bed.
- The monitors have an Ethernet interface or wireless supporting network connection with Central
Monitoring System (CMS).
- The monitors have nurse call connector connecting to the nurse call system as Distributed
Information System.
- The monitors can connect to external printer for printing reports. The printer should complied
with relevant IEC/ISO safety standards.
- The monitors have USB connectors supporting USB devices such as U-DISK
Model difference:
Models K12Pro, K12APro are the same except for the model name and optional functional
configuration of ICG plug-in modules. Model K12APro has no configuration of ICG plug-in module
After reviewing, model K12Pro was selected as the representative model tested in the report.
Intended Use:
Specify environment: Professional healthcare facility environment.
Any deviations from the Basic EMC standards or from this collateral standard: None.
Measurement Uncertainty
Report Index:
Item Description
1.0 Testing Program Details 2
1.1 Equipment Description 10
1.1.1 Equipment Used During Test 10
1.1.2 Input/Output Ports 10
1.1.3 Power Interface 10
1.2 EUT Operation Modes 11
1.3 EUT Configuration Modes 11
1.4 Immunity Performance Criteria 11
1.5 Compliance Summary 19
1.6 Result Summary 21
1.7 Test Conditions and Results Conducted Emissions 22
1.8 Test Conditions and Results Radiated Emissions 29
1.9 Test Conditions and Results Disturbance Power Emissions 36
1.10 Test Conditions And Results Limits for Harmonics Current Emissions 37
1.11 Test Conditions And Results Limits for Voltage Fluctuations and 41
Flicker
1.12 Test Conditions and Results Immunity to electrostatic discharges 44
1.13 Test Conditions and Results Immunity to RF electromagnetic fields 47
1.14 Test Conditions and Results Proximity fields from RF wireless 51
communications equipment
1.15 Test Conditions and Results Electrical Fast Transients Immunity 56
1.16 Test Conditions and Results Surge Immunity 58
1.17 Test Conditions and Results Conducted Disturbances Immunity 61
1.18 Test Conditions and Results Power Frequency Magnetic Immunity 64
1.19 Test Conditions and Results Voltage Dips, Interruptions Immunity 66
1.20 Test Conditions and Results Electrical transient conduction along 69
supply lines
Annex EUT Constructional Details 71
Patient Monitor
Mode # Description
1# Test the EUT in the monitor mode with all parameters measuring and powering by internal battery.
Test the EUT in the monitor mode with all parameters measuring, in which the mains is supplied
2#
and the internal power is charged.
Test the EUT in the monitor mode with all parameters measuring, in which the Power adapter is
3#
supplied and the internal power is charged.
4# Test the EUT in data transmitting mode.
5# Test the EUT in standby mode.
EUT was configured to have its highest possible susceptibility against the tested phenomena.
Mode # Description
The EUT had been test as full configuration (any one possible configuration). The test
1
conditions were adapted accordingly in reference to the instruction for use.
1.4 Basic Safety, Essential Performance and Immunity Pass/Fail Criteria as determined by the
Manufacturer
Essential performance:
Frequency response
Common mode rejection
Indication of invalid data
Invasive pressure Accuracy of pressure measurements
measurement (IBP) Delays to or from a distributed alarm system
Physiological alarm conditions, alarm limits and delay time of physiological
alarm signals
Detection of transducers and transducer cable fault
Detection of disconnected catheter
NIBP Limits of the error of the manometer
or generation of a technical alarm condition
Reproducibility of the blood pressure determination
Low and high blood pressure physiological alarm conditions
or generation of a technical alarm condition
Respiratory Gases Measurement accuracy and alarm condition for gas reading
(CO2, O2, N2O, or generation of a technical alarm condition
Anesthetic Agents)
Temperature Accuracy of the clinical thermometer
Or generation of a technical alarm condition
not providing an output temperature
SpO2 SpO2 accuracy
Pulse rate accuracy
Physiological alarm conditions
Or generation of a technical alarm condition, concerning signal inadequate, low
SpO2 level, detection of probe fault and probe cable extender fault
Respiration Measurement of respiration rate within specified accuracy
Generate physiological alarm condition of apnea alarm and respiration rate
C.O. Measurement of blood temperature within ±0.1°C.
Measurement of cardiac output accuracy is within ±5% or ±0.1 l/min, whichever
is greater.
Generate a physiological alarm condition of blood temperature
NMT Measurement of Train-Of-Four, Post-Tetanic-Count, Double-Burst and Single-
Twitch stimulation responses.
Description how the BASIC SAFETY and ESSENTIAL PERFORMANCE were monitored during each test
(Note: for some basic safety this monitoring might be carried out before and after the test)
Immunity Pass/Fail Criteria
During and after non-transient phenomena, The EUT maintained the basic safety and essential
performance during the test.
The following degradations are not found during the rest:
1) component failures;
2) changes in programmable parameters or settings;
3) reset to default settings;
4) change of operating mode;
5) initiation of an unintended operation;
6) change in clamed accuracy at any point in the rated output range greater than stated and without the
generation of either a technical alarm conditions or physiological alarm conditions or an indication of
abnormal operation. Such as measured heart rate, temperature output, %SpO2, pulse rate and blood
pressure.
7) change in the reading for the measurement of the cuff pressure at any point of the normal
measurement range greater than 2 mmHg (0.3 kPa):
1) during and after exposure to non-transient phenomena; and 2) after exposure to transient
phenomena.
8) interference is readily identifiable by the operator, such as large noise on the ECG waveform, heavily
and rapidly fluctuating numeric values. In the event of disruption during immunity tests, the patient
monitor shall recover from any disruption within 10 s.
Within 30 s after the transient electromagnetic phenomena are discontinued, multifunction patient
monitors
- shall resume normal operation without operator intervention, without loss of any operator settings
or stored data; and
- shall provide basic safety and essential performance, and continue to perform its intended function,
including measurement and monitoring of ECG, heart rate, arrhythmia, ST, QT, respiration rate,
SpO2, pulse rate, temperature, IBP, NIBP, C.O., ICG, EEG, BIS, rSO2, O2, CO2 and gas analysis, RM
and NMT module operation and the alarm system functionality.
During the test, set up the EUT for normal use as specified in IFU, used patient cables, lead wire,
transducer, sensors, probes, accessories and settings recommended by manufacturer under maximum
configuration. With the use of patient physiological simulation for simulated signal input, the patient
monitors collect the data and work as intended.
Impedance Connect the vital sign simulator to the EUT and generate test signal of respiratory rate
respiratory of 30 rpm, 60 rpm and 100 rpm, and verify the displayed result is within ± 1 rpm.
rate Set the respiratory rate to zero and wait for the set no breath time. Verify the patient
monitor generate an alarm condition of apnea.
Alarm on respiration rate limit violation.
Temperature Place the temperature probe to a water bath and set temperature of 5°C and 50°C.
Confirm that the measurement error within ±0.2°C.
Alarming on temperature limit violation.
NIBP Connect the EUT to the patient simulator by means of a T-piece connector and hoses.
Set up the patient simulator to simulate a blood pressure of 100/70 mmHg ± 10 mmHg.
After test, confirm that displayed parameters on the monitor have returned to their
pre-test readings.
Setup the patient monitors to operate on automatic cycling mode such as continuous
operation mode and interval mode. Verify the monitor make pressure determination
as intended.
Simulator the cuff loose during inflation, verify the monitor generate a technical alarm
condition.
Alarming on systolic, diastolic and mean blood pressure limit violations.
IBP Setup the patient monitors and IBP simulator according to the test configuration in
Figure 201.108 of IEC 60601-2-34. Apply output pressure on IBP transducer of -50
mmHg, 100 mmHg and 350 mmHg.
Check the displayed values are within ± 4 % of reading or ± 0.5 kPa (± 4 mmHg),
whichever is greater, compared to the reference measurement.
Set the reference pressure measuring system (RPMS) has a systolic pressure of 120
mmHg and a diastolic pressure of 60 mmHg. Verify that the readings of the patient
monitor are within 120 mmHg ± 4 mmHg for systolic pressure and 60 mmHg ± 4 mmHg
for diastolic pressure
Check the pulse rate within ±10% or ±5 bpm, whichever is greater.
Check if any waveform deflection at normal sensitivity of 25mm/mV negative effect
the measurement.
Alarming on systolic, diastolic and mean blood pressure limit violations. The delay
time is less than 20s.
When disconnection of IBP transducer, catheter detected, the monitors generate a
technical alarm condition.
When IBP transducer or transducer cable fault, the monitor generate a technical alarm
condition or the failure that is readily identifiable by the operator.
SpO2 Connect the patient monitor, pulse oximeter probe and cable extender to SpO2
function tester. SpO2 and pulse rate signal are derived from a patient simulator:
- setting the SpO2 within the calibrated range to be 90%.
- setting the pulse rate to be 80 bpm, within the specified range of the pulse rate
display.
Verify the SpO2 (Functional Oxygen Saturation) accuracy is root-means quare
difference of less than or equal to 2.0% SpO2 over the range of 70% to 100% SaO2.
Pulse rate accuracy is root-mean-square difference of less than or equal to 2 bpm.
Alarming on oxygen saturation and pulse rate limit violation.
Detection of the oximeter probe fault and generate a technical alarm condition.
Rainbow Connect the patient monitor, pulse oximeter probe and cable extender to SpO2
SpO2 function tester. Set the simulated signal and verify that:
SpO2 (Functional Oxygen Saturation) Accuracy shall be root-mean-square difference
of less than or equal to 2.0% SpO2 over the range of 70% to 100% SaO2
SpCO (carboxyhemoglobin saturation) Accuracy shall be root-mean-square difference
of less than or equal to 3.0% SpCO over the range of 0% to 100% without motion.
SpMet (methemoglobin saturation) Accuracy shall be root-mean-square difference of
less than or equal to 1.0% SpMet over the range of 0% to 100% without motion
SpHb (total hemoglobin) Accuracy shall be root-mean-square difference of less than
or equal to 1.0% SpHb over the range of0-25 g/dl without motion.
BPM (pulse rate) Accuracy shall be root-mean-square difference of less than or equal
to 3 bpm over the range of 25-240 bpm without motion.
Alarming on limit violation of the respective parameters.
Respiratory Set up and calibrate the CO2/AG gas analyzer and oxygen sensor, use the appropriate
Gases (CO2, test gas mixture specified in Table 201.103 of ISO 80601-2-55, Take gas reading at the
O2, N2O, specified gas levels for each gas is within the stated measurement accuracy as
Anesthetic following:
Agents) Masimo IRMA CO2 mainstream/ Masimo ISA/Capno CO2 sidestream: 0-114 mmHg:
±(2.25mmHg+4%*reading)
Respironics CAPNOSTAT 5 mainstream CO2, Comen mainstream CO2 module:
0 mmHg-40 mmHg, ± 2 mmHg; 41 mmHg-70 mmHg, ± 5% of the reading;
71 mmHg-100 mmHg, ± 8% of the reading; 101 mmHg-150 mmHg, ± 10% of the
reading.
Respironics LoFlo sidestream, Comen sidestream CO2:
0 mmHg-40 mmHg, ± 2 mmHg; 41 mmHg-70 mmHg, ± 5% of the reading;
71 mmHg-100 mmHg, ± 8% of the reading; 101 mmHg-150 mmHg, ± 10% of the
reading.
Respironics Capno sidestream CO2: 0 mmHg-38 mmHg, ± 2 mmHg; 39 mmHg-99
mmHg, ± 10% of the reading;
Masimo AG (mainstream and sidestream):
CO2: 0%-15%: ±(0.2%+2% of reading);
N2O: 0%-100% ±(2%+2% of reading)
IEC 60601-1-2
Clause Requirement + Test Result - Remark Verdict
4 GENERAL REQUIREMENTS
4.1 Risk management process for ME equipment and ME P
systems.
Line (Neutral) :
Line (Live) :
Line (Neutral) :
Line (Neutral) :
Line (Live) :
Line (Neutral) :
EMC0519 Bilog Type Antenna Schaffner -Chase CBL6143 5070 2020-05-03 2023-05-02
SCHWARZBECK
Horn Antenna
EMC2026 MESS- BBHA 9120D 9120D-841 2019-09-06 2022-09-05
1-18GHz
ELEKTRONIK
1-26.5 GHz
EMC0521 Agilent 8449B 3008A01649 2022-01-07 2023-01-06
Pre-Amplifier
EMC2065 Amplifier HP 8447F N/A 2021-05-27 2022-05-26
PRE AMPLIFIER
EMC2086 ANRITSU CORP MH648A N/A 2021-11-16 2022-11-15
MH648A
EMC0523 Active Loop Antenna EMCO 6502 42963 2022-03-03 2024-03-02
Broad-Band SCHWARZBECK
Horn Antenna MESS- BBHA 9170 9170-375 2020-05-20 2023-05-19
EMC2041
(14)15-26.5(40)GHz ELEKTRONI
High Pass
EMC2079 FSY MICROWAVE HM1465-9SS 009 2022-01-17 2023-01-16
Filter(915MHz)
966 Anechoic
EMC2142 C.R.T 9mX6mX6m NA 2021-12-17 2023-12-16
Chamber
Polarity (Horizontal)
Vertical:
Horizontal:
Polarity (Horizontal)
Vertical:
Horizontal:
61000-3-2 TEST: Limits for Harmonic current emissions (IEC 61000-3-2:2005 A1:2008 Verdict
A2:2009)
Method: This test consists on the measurement of harmonics components of the input current
which may be produced by equipment having an input current up to and including 16 A per
P
phase, and intended to be connected to public low-voltage distribution systems. The equipment
is tested under specified conditions of operation.
Laboratory Parameters: Required prior to the test During the test
Ambient Temperature 15 to 35 °C 24 °C
Relative Humidity 30 to 60 % 53 %
Classification of Equipment ...................................................................... : Class A
Supplementary information: None.
3 300
2 200
V o lta g e ( V o lts )
C u rre n t (A m p s )
1 100
0 0
-1 -10 0
-2 -20 0
-3 -30 0
3 .5
C u rre n t R M S (A m p s )
3 .0
2 .5
2 .0
1 .5
1 .0
0 .5
0 .0
4 8 12 16 20 24 28 32 36 40
H a r m o n ic #
Test result: Pass Worst harmonics H15-36.1% of 150% limit, H15-53.1% of 100% limit
Harm# Harms(avg) 100%Limit %of Limit Harms(max) 150%Limit %of Limit Status
1 .0 0
0 .7 5
P st
0 .5 0
0 .2 5
1 4 :2 4 :2 2
Electrostatic Discharge
Cal. date Cal.Due date
No. Test Equipment Manufacturer Model No. Serial No.
(YYYY-MM-DD) (YYYY-MM-DD)
EMC2071 ESD Simulator TESEQ AG NSG 435 6739 2021-07-03 2022-07-02
EMC2186 ESD Simulator EMTEST NX30 23107 2022-02-28 2023-02-27
1.13 Test Conditions and Results - Immunity to Radio Frequency Electromagnetic Fields
1.14 Test Conditions and Results Proximity fields from RF wireless communications equipment
Photo of test setup for Proximity fields from RF wireless communications equipment
Side of the
Frequency Band Antenna Dwell Time
equipment under Result
(MHz) polarization (V/H) (second)
test
Front 380 390 H 1S 1
430 470 H 1S 1
704 787 H 1S 1
800 960 H 1S 1
1700 1990 H 1S 1
2400 2570 H 1S 1
5100 5800 H 1S 1
Front 380 390 V 1S 1
430 470 V 1S 1
704 787 V 1S 1
800 960 V 1S 1
1700 1990 V 1S 1
2400 2570 V 1S 1
5100 5800 V 1S 1
Back 380 390 H 1S 1
430 470 H 1S 1
704 787 H 1S 1
800 960 H 1S 1
1700 1990 H 1S 1
2400 2570 H 1S 1
5100 5800 H 1S 1
Back 380 390 V 1S 1
430 470 V 1S 1
704 787 V 1S 1
800 960 V 1S 1
1700 1990 V 1S 1
2400 2570 V 1S 1
5100 5800 V 1S 1
Left 380 390 H 1S 1
430 470 H 1S 1
704 787 H 1S 1
800 960 H 1S 1
Side of the
Frequency Band Antenna Dwell Time
equipment under Result
(MHz) polarization (V/H) (second)
test
1700 1990 H 1S 1
2400 2570 H 1S 1
5100 5800 H 1S 1
Left 380 390 V 1S 1
430 470 V 1S 1
704 787 V 1S 1
800 960 V 1S 1
1700 1990 V 1S 1
2400 2570 V 1S 1
5100 5800 V 1S 1
Right 380 380 H 1S 1
430 470 H 1S 1
704 787 H 1S 1
800 960 H 1S 1
1700 1990 H 1S 1
2400 2570 H 1S 1
5100 5800 H 1S 1
Right 380 390 V 1S 1
430 470 V 1S 1
704 787 V 1S 1
800 960 V 1S 1
1700 1990 V 1S 1
2400 2570 V 1S 1
5100 5800 V 1S 1
Results Descriptions:
X - Not performed nor required.
1 Compliant - No observed response from EUT.
Supplementary information: none.
Note: Description of the response should detail observations during testing.
Results Descriptions:
X - Not performed nor required.
1 Compliant - No observed response from EUT.
Supplementary information: none.
Note: Description of the response should detail observations during testing.
Tabulated Results for Surge Signal Input/output Lines Directly Connected to Outdoor Lines
Mode of Application Level Polarity Results
Line 1 to Earth Positive X
2kV
(Common mode) Negative X
Line 2 to Earth Positive X
2kV
(Common mode) Negative X
Results Descriptions:
X - Not performed nor required.
1 Compliant - No observed response from EUT.
Supplementary information: none.
Note: Description of the response should detail observations during testing.
Professional 3 V RMS outside the ISM band, 6 V RMS in the ISM band
Healthcare
Environment
Frequency step 1%
Modulation 80% Am at 1kHz*
Supplementary information:
EUT powered at one of the Nominal input voltages and frequencies.
Dwell time minimum 1 s.
Note * - Testing may be performed at other modulation frequencies identified by the Risk Management
Process.
1.19 Test Conditions and Results Voltage Dips, Interruptions, and Variations
Applied Levels
Voltage Dips
Cycles Sync Angle (degrees)
% UT
>95 0.5* 0,45,90,135,180,225,270,315
>95 1 0
30 25 (50Hz) 0
30 (60Hz)
Voltage Interruption
Cycles Sync Angle [degrees]
% UT
>95 250 (50Hz),300 (60Hz) 0
Supplementary information:
If the Rated voltage range <25% of the lowest rated input voltage, one rated input voltage. Otherwise,
minimum and maximum rated voltage. EUT powered at one of the Nominal input frequencies.
ME EQUIPMENT and ME SYSTEMS with power input voltage selection by transformer taps shall be tested at
only one tap setting.
Note* - Only applicable to ME equipment with single phase a.c. mains
Supply Voltage Range Difference of Max 25% of Lowest Rated Test at Min/Max
Voltage Min input Voltage Voltages required (Y/N)
Voltage
100-240V 140V 25V Y
Tabulated Results for Voltage Dips and Interruptions (for all models)
Maximum Rated Voltage (V) ... 240
Frequency (Hz) ......................... 50
Point of application Voltage reduction Period (Cycles) Results
Mains >95 0.5 1
Mains >95 1 1
Mains 30 25/30 (50/60Hz) 1
Point of application Voltage Period (Cycles) Results
Interruptions
Mains >95 250/300 (50/60Hz) 1
Supplementary information: none.
Results Descriptions:
X Not performed nor required.
1 Compliant No observed response from EUT.
2 During test the EUT was power off, after test it can be restorable to the pre-test state with
OPERATOR intervention and remains safe, no component failures.
Note: Description of the response should detail observations during testing.
1.20 Test Conditions and Results Electrical transient conduction along supply lines
ISO 7637-2 TEST: Electrical transient conduction along supply lines Verdict
Method: The DUT shall be placed on a non- r
support with a thickness of (50 ± 5) mm. Grounding of the DUT case to the ground plane
shall reflect the vehicle installation. Preferably, the load simulator shall be placed directly on
N/A
the ground plane. If the load simulator has a metallic case, this case shall be bonded to the
ground plane. The peak voltage Us shall be adjusted to be the required test level with the
tolerances of +10 % and 0 %.
Laboratory Required prior to the test During the test
Parameters:
Ambient 15 to 35 °C °C
Temperature
Relative Humidity 30 to 60 % %
Applied Level
Application Point Test pulse and level Coupling Method
1 (-150V) Direct Injection
2a (+112V) Direct Injection
Input d.c. Power
ports 2b (10V for 12V system; 20V for 24V system) Direct Injection
(transportation)
3a (-220V for 12V system; -300V for 24Vsystem) Direct Injection
3b (+150V for 12V system; +300 for 24V system) Direct Injection
Supplementary information: For ME EQUIPMENT and ME SYSTEMS intended to be installed in passenger
cars and light commercial vehicles including ambulances fitted with 12 V electrical systems or commercial
vehicles including ambulances fitted with 24 V electrical systems.
Photo of test setup for Electrical Transient Conduction Along Supply Lines
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View:
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Details of: Masimo ISA sidestream CO2 plug-in module (C-13 / 115-003994-00)
View:
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View:
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Details of: Masimo Capno sidestream CO2 plug-in module (C-14 / 115-004494-00)
View:
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View:
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Details of: Respironics CapnoTrak sidestream CO2 plug-in module (C-15 / 115-004495-00)
View:
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View:
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Details of: Respironics LoFlo sidestream CO2 plug-in module (C-16 / 115-003996-00)
View:
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View:
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View:
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Details of: Masimo ISA AX+ sidestream plug-in module (C-26 / 115-003990-00)
View:
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View:
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Details of: Masimo ISA OR+ sidestream plug-in module (C-28 / 115-004499-00)
View:
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View:
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Details of: 5-lead ECG one-piece cable/ clip /AHA identifiers (98ME01AD474 / 040-000909)
View:
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Details of: 12-lead ECG one-piece cable / clip /AHA identifiers (98ME01AD475 / 040-000910)
View:
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Details of: 3-lead ECG one-piece cable/ clip/IEC identifiers (98ME01EB477 / 040-000911)
View:
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Details of: 5-lead ECG one-piece cable/ clip /IEC identifiers (98ME01EB478 / 040-000912)
View:
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Details of: 12-lead ECG one-piece cable / clip /IEC identifiers (98ME01EB479 / 040-000913)
View:
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Details of: 3-lead split type ECG cable/clip/ AHA identifier (98ME01AC458 / 040-000479)
View:
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Details of: 5-lead split type ECG cable/clip/ AHA identifier (98ME01AC457 / 040-000480)
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Details of: 12-lead split type ECG cable/clip/ AHA identifier (98ME01AB076 / 040-000481)
View:
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Details of: 3-lead split type ECG cable/clip/ IEC identifier (98ME01EC681 / 040-000485)
View:
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Details of: 5-lead split type ECG cable/clip/ IEC identifier (98ME01EC680 / 040-000486)
View:
[ ] general
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Details of: 12-lead split type ECG cable/clip/ IEC identifier (98ME01EB075 / 040-000487)
View:
[ ] general
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Details of: 3-lead ECG one-piece cable/ clip/AHA identifiers (A3105-EC1 / 040-000914)
View:
[ ] general
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Details of: 5-lead ECG one-piece cable/ clip /AHA identifiers (A5105-EC1 / 040-000915)
View:
[ ] general
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Details of: 12-lead ECG one-piece cable / clip /AHA identifiers (A4020-EE1 / 040-000916)
View:
[ ] general
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Details of: 3-lead ECG one-piece cable/ clip/IEC identifiers (A3105-EC0 / 040-000917)
View:
[ ] general
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Details of: 5-lead ECG one-piece cable/ clip /IEC identifiers (A5105-EC0 / 040-000918)
View:
[ ] general
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Details of: 12-lead ECG one-piece cable / clip /IEC identifiers (A4020-EE0 / 040-000919)
View:
[ ] general
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View:
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Details of: 6-Lead, ECG lead wire / clip/ AHA identifiers (A6196-EL1 / 040-001425)
View:
[ ] general
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View:
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View:
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Details of: IBP transducer sensor-B. Braun Melsungen AG connector (PT-1 1200 / 040-000987)
View:
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View:
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Details of: IBP transducer sensor- Edward connector (PT-1 1400 / 040-000986)
View:
[ ] general
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Details of: IBP transducer sensor- Abbott connector (PT-1 1500 / 040-000870)
View:
[ ] general
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View:
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View:
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View:
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View:
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View:
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View:
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View:
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View:
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View:
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View:
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View:
[ ] general
[ ] front
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View:
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View:
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View:
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View:
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View:
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View:
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View:
[ ] general
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View:
[ ] general
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View:
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View:
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View:
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View:
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View:
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View:
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Details of: Masimo SpO2 M-LNCS series patient cable extender (S-A1202026 / 040-000313)
View:
[ ] general
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Details of: Masimo SpO2 RD-SET series patient cable extender (CM12-RD-L / 040-001431)
View:
[ ] general
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View:
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View:
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Details of: Masimo Adult Reusable finger clip SpO2 sensor (RD SET DCI / 040-001415)
View:
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Padiatric/Slender digit Reusable finger clip SpO2 sensor (RD SET DCI-P / 040-
Details of:
001416)
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Details of: Masimo SpO2 sensor (Y- type) (RD SET DCI YI / 040-001417)
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Details of: Neonatal Pulse Oximeter Adhesive sensor (RD SET NeoPt CS-2 / 040-001418)
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Details of: Neonatal Pulse Oximeter Adhesive sensor (RD SET NeoPt / 040-001419)
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Details of: Neonatal/Adult Pulse Oximeter Adhesive sensor (RD SET Neo CS-2 / 040-001420)
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Details of: Neonatal/Adult Pulse Oximeter Adhesive sensor (RD SET Neo / 040-001421)
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Details of: Nomoline Airway Adapter Sets with Luer (REF: 3827 / 040-001362)
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Details of: Nomoline Airway Adapter Sets with Luer (REF: 3828 / 040-001364)
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Details of: Nomoline Airway Adapter Sets with Luer (REF: 3829 / 040-001363)
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Details of: Nomoline CO2 sampling tube with Nasal Cannula (REF: 3830 / 040-001365)
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Details of: Nomoline CO2 sampling tubewithNasal Cannula (REF: 3831 / 040-001366)
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Details of: Nomoline CO2 sampling tubewithNasal Cannula (REF: 3832 / 040-001367)
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Details of: Nomoline CO2 sampling tubewith nasal/oral Cannula (REF: 3833 / 040-001368)
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Nomoline CO2 sampling tubewith nasal/oral Cannula - O2 delivery (REF: 3834 / 040-
Details of:
001369)
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Nomoline CO2 sampling tubewith nasal/oral Cannula - O2 delivery (REF: 3835 / 040-
Details of:
001370)
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Details of: Nomoline CO2 sampling tubewith nasal/oral Cannula (REF: 3836 / 040-001371)
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Nomoline CO2 sampling tubewith nasal/oral Cannula - O2 delivery (REF: 3837 / 040-
Details of:
001372)
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Nomoline CO2 sampling tubewith nasal/oral Cannula - O2 delivery (REF: 3838 / 040-
Details of:
001373)
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Details of: Nomoline CO2 sampling tubewith single nasal prong (REF: 3839 / 040-001374)
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View:
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Details of: ICG patient cable with electrode wires (ICG / 040-000460)
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View:
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Details of: Masimo rainbow R1 25 Adult Adhesive Sensor (REF: 3792 / 040-001146)
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Details of: Masimo rainbow R1 25L Adult Adhesive Sensor (REF:2414 / 040-001148)
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Details of: Masimo Rainbow DCI Adult Reusable Sensor (REF: 2696 / 040-001149)
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Details of: Masimo Rainbow DCI-P Reusable Pediatric Sensor (REF: 2697 / 040-001150)
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Details of: Masimo Rainbow SpO2 patient cable (Rainbow RC-12, REF: 2404 / 040-001152)
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View:
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View:
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View:
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View:
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View:
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Details of: ARTEMA SPIRIT Spirometry flow sensor (REF 040-001949-00 / 040-000722)
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Details of: ARTEMA SPIRIT Spirometry flow sensor (REF 040-001950-00 / 040-000723)
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View:
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Details of: Masimo O3 Regional Adult Oximetry Sensor (REF: 3756 / 040-001120)
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Details of: Masimo O3 Regional Pediatric Oximetry Sensor (REF: 4235 / 040-001121)
View:
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