Gaggia Report Emc Babila User Manual

2017-06-29

User Manual: Gaggia Report Emc Babila

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Page Count: 38

EMC Laboratory
Test Report
Report 16E1657R00
Page 2 of 38
Section 1 - SUMMARY OF TEST RESULTS
Applied basic standards
European standard IEC Standard
EN 61000-4-2:2009 IEC 61000-4-2:2008
EN 61000-4-3:2006 + A1:2008 + A2:2010 IEC 61000-4-3:2006 + A1:2007 + A2:2010
EN 61000-4-4:2012 IEC 61000-4-4:2012
EN 61000-4-5:2006 IEC 61000-4-5:2005
EN 61000-4-6:2014 IEC 61000-4-6:2013
EN 61000-4-11:2004 IEC 61000-4-11:2004
Remark: the basic standards which are described in EN 55014-2 clause annex ZA are also covered
by the above mentioned standards.
Standard Description Result Ref. Annex
for details
EN 55014-1 Continuous disturbance; Conducted emission OK
Annex A1
EN 55014-1 Continuous disturbance; RF Disturbance power OK
Annex A2
EN 55014-1 Discontinuous disturbance OK
Annex A3
EN 61000-3-2 Harmonics OK
Annex B
EN 61000-3-3 Voltage fluctuations and flicker OK
Annex C
EN 61000-4-2 Electrostatic discharge OK Annex D
EN 61000-4-4 Fast transients/burst OK
Annex E
EN 61000-4-5 Surges OK
Annex F
EN 61000-4-6 RF Injected currents OK
Annex G
EN 61000-4-11 Voltage dips and interruptions OK
Annex H
Note about result:
- OK: the EUT complied with the test specifications;
- NOK: the EUT did not comply with the test specifications.
The test results in this report relate only to the items tested
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Main features of SUP 046DG:
- One dispenser motor and one grinder motor;
- One electronic power board and one electronic CPU board with keyboard integrated;
- One display;
- One slim boiler for dispensing coffee and one slim boiler for dispensing hot water and
steam;
- One pump for coffee hydraulic circuit and one pump for hot water/steam hydraulic circuit;
- One flow meter for above two hydraulic circuits;
- One water tank for above two hydraulic circuits;
- One mains switch and one appliance inlet for detachable power supply cord;
- One safety electro-valve for coffee hydraulic circuit;
- One external jug for contains cold milk with integrated a mechanical tube system for hot
milk mounting;
- One system of five electro-valves for emulsify milk on external removable jug or dispensing
hot water/steam to external tube:
- one valve operates putting air into jug;
- one valve operates putting hot water/steam into jug;
- one valve operates for jug cleaning;
- one valve operates putting hot water/steam to external tube;
- one valve operates for system heating before dispensing product or discharge hot
water/steam after/during dispensing product (safety valve for hot water/steam hydraulic
circuit).
Classification of the EUT:
The EUT is a “Category II” appliance according to EN 55014-2 cl.4.2.
Operating modes used for testing the EUT
No. Operating mode Reason
1) Stand-by (ready for dispensing products). Stand-by for Conducted emission and RF
Disturbance power tests.
2)
Dispensing cappuccino (worst case): set to maximum
of coffee amount and coffee temperature (according
EN 55014-1 cl.7.3.1.3.3).
Operating mode for Conducted emission
and RF Disturbance power tests.
3)
Dispensing cappuccino (worst case): set to maximum
of coffee amount and coffee temperature (dispensing
operations per minute according to EN 55014-1
cl.7.3.1.3.3).
Operating mode for Discontinuous
disturbance test.
4)
Stand-by and dispensing cappuccino (worst case): set
to maximum of coffee amount and coffee temperature
(according to EN 55014-1 cl.7.3.1.3.3).
Operating mode for Harmonics emission
and Voltage Fluctuations and Flicker
emission tests
5) Stand-by and dispensing cappuccino: set to maximum
of coffee amount and coffee temperature.
Operating mode for Electrostatic discharge
immunity test.
6) Dispensing cappuccino: set to maximum of coffee
amount and coffee temperature.
Operating mode for Fast transients/burst,
Surges, RF injected currents and Voltage
dips and interruptions immunity tests.
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Report 16E1657R00
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Additions to the performance criteria described in the standard
Criteria Operating
mode Description
A 5), 6)
Normal distribution both in temperature and quantity, without any appreciable
degradation of performance internal components of the EUT or unexpected wrong
visual indications (display).
B 5), 6)
Normal distribution both in temperature and quantity, but appreciable degradation of
performance of internal components of the EUT and/or flashing of display are
acceptable during disturbances application.
C 5), 6)
Every malfunction of the EUT (such as loss of distribution or strong degradation in
temperature and/or quantity) is acceptable during disturbances application, but the
EUT shall recover its normal performance when the disturbances cease with or
without operator intervention.
Note about setup
All test setups used are in accordance with the requirements of the relevant standard. Only if
present, any deviation from the required test setup is described in the specific measurement section
of this test report.
Note about test
All emission tests according to EN 55014-1 and EN 61000-3-2 were carried out on EUT type
SUP 046DG (worst case rating 240V 50Hz).
Emission test according to EN 61000-3-3 and all immunity tests according to EN 55014-2 were
carried out on EUT type SUP 046DG (rating 230V 50Hz).
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Test Report
Report 16E1657R00
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Section 2 – MEASUREMENTS
Standard Description Result Ref. Annex
for details
EN 55014-1 Continuous disturbance; Conducted emission OK Annex A1
Ambient conditions
Ambient temperature 23,5 °C
Relative humidity 34 %
Atmospheric pressure 972 mbar
Test supply conditions
Test supply
voltage 264 V
Test supply frequency 50 Hz
Rated Power 1500 W
Test Equipment Id. code Manufacturer Model/Type Serial Number
Semi-anechoic chamber 9x6x6m O.CAM001 Sispe --- ---
EMI Receiver O.RIC001 Schaffner SCR3502 452
LISN O.GEN006 AFJ LT-32 32030222085
10dB, 1W Attenuator O.ATN008 Telegartener --- J01006A0836
Measurement uncertainty
(normal distribution and confidence level of 95%)
2,6 dB
Remark on the following measurement
According to the EN 55014-1 cl.4.1.1.3 (Tab.1): the measurements with the average detector are not necessary
because the limit for the measurement with the average detector is met when use a quasi-peak detector.
EUT operating mode
1) Stand-by (ready for dispensing products).
Receiver scan settings
Detector Resolution
bandwidth / IFBW Step size
Measure Time /
Dwell Time
Peak 9 kHz 4 kHz 20 ms
Average 9 kHz 4 kHz 20 ms
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NEUTRAL
Conducted Emission (EUT: SUP 046DG Line: N)
150k 1M 10M 30M
Frequency (Hz)
-30
-19
-8
3
14
25
36
47
58
69
80
Level (dBuV)
Measure Average
Measure Peak
EN 55014 Conducted Average dBuV
EN 55014 Conducted Quasi-Peak dBuV
PHASE
Conducted Emission (EUT: SUP 046DG Line: L1)
150k 1M 10M 30M
Frequency (Hz)
-30
-19
-8
3
14
25
36
47
58
69
80
Level (dBuV)
Measure Average
Measure Peak
EN 55014 Conducted Average dBuV
EN 55014 Conducted Quasi-Peak dBuV
QP Detector measurements performed on frequencies of Peak values found in the range of 10 dB below the limit
Frequency(Hz)
Level(dBuV)
Limit(dBuV)
Margin(dBuV)
Detector
RBW(Hz)
158.0 k 38.84 65.57 -26.73 QP 9.0 k
166.0 k 36.28 65.16 -28.88 QP 9.0 k
202.0 k 39.96 63.53 -23.57 QP 9.0 k
650.0 k 40.25 56.00 -15.75 QP 9.0 k
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Receiver settings
Detector Resolution bandwidth /
IFBW
Measure Time / Dwell
Time
Quasi Peak - QP 9 kHz 1 s
Average - AV 9 kHz 1 s
NEUTRAL
EUT operating mode
2) Dispensing cappuccino (worst case): set to maximum of coffee amount and coffee
temperature (according EN 55014-1 cl.7.3.1.3.3).
Frequency
[MHz]
Detector
QP
[dBµV]
∆QP
[dBµV]
AV
[dBµV]
∆AV
[dBµV]
0,15 62,0 4,0 34,1 24,9
0,16 55,0 10,5 40,8 17,5
0,20 60,7 2,9 41,7 14,2
0,24 58,1 4,0 42,0 11,9
0,55 46,4 9,6 33,5 12,5
0,80 50,9 5,1 37,3 8,7
1,00 50,3 5,7 30,3 15,7
1,20 46,0 10,0 29,3 16,7
1,40 39,8 16,2 25,6 20,4
2,00 34,0 22,0 22,2 23,8
3,50 34,3 21,7 24,4 21,6
4,50 32,1 23,9 20,8 25,2
6,00 31,0 29,0 18,5 31,5
8,00 28,2 31,8 17,3 32,7
10,00 28,2 31,8 23,1 26,9
12,00 26,1 33,9 21,3 28,7
17,00 21,4 38,6 9,3 40,7
22,00 29,6 30,4 20,9 29,1
30,00 49,6 10,4 35,4 14,6
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PHASE
Frequency
[MHz]
Detector
QP
[dBµV]
∆QP
[dBµV]
AV
[dBµV]
∆AV
[dBµV]
0,15 62,9 3,1 39,4 19,6
0,16 62,2 3,3 41,3 17,0
0,20 59,5 4,1 42,4 13,5
0,24 59,4 2,7 42,7 11,2
0,55 47,0 9,0 35,5 10,5
0,80 52,2 3,8 39,3 6,7
1,00 44,3 11,7 35,6 10,4
1,20 40,5 15,5 29,3 16,7
1,40 40,1 15,9 25,9 20,1
2,00 42,0 14,0 37,0 9,0
3,50 40,8 15,2 35,3 10,7
4,50 39,4 16,6 29,6 16,4
6,00 37,6 22,4 28,9 21,1
8,00 39,9 20,1 30,1 19,9
10,00 32,2 27,8 25,7 24,3
12,00 27,4 32,6 21,5 28,5
17,00 27,8 32,2 21,0 29,0
22,00 29,6 30,4 20,5 29,5
30,00 50,9 9,1 37,8 12,2
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Standard Description Result Ref. Annex
for details
EN 55014-1 Continuous disturbance; RF Disturbance power OK Annex A2
Ambient conditions
Ambient temperature 23,5 °C
Relative humidity 34 %
Atmospheric pressure 972 mbar
Test supply conditions
Test supply
voltage 264 V
Test supply frequency 50 Hz
Rated Power 1500 W
Test Equipment Id. Code Manufacturer Model/Type Serial Number
Semi-anechoic chamber 9x6x6m O.CAM001 Sispe --- ---
EMI Receiver O.RIC001 Schaffner SCR3502 452
6dB, 1W Attenuator O.ATN006 Telegartner --- J01006A0835
Absorbing clamp CISPR16 O.REM002 Schaffner AMZ41 20348
Measurement uncertainty
(normal distribution and confidence level of 95%)
1,4 dB
EUT operating mode
1) Stand-by (ready for dispensing products).
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Report 16E1657R00
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Receiver scan settings
Detector Resolution
bandwidth / IFBW Step size
Measure Time /
Dwell Time
Peak 120 kHz 60 kHz 20 ms
Average 120 kHz 60 kHz 20 ms
Remark: The distance between the absorbing clamp CISPR16 and the EUT is 0,65 meters.
Remark: The point marked with “x” refers to quasi-peak measurements; the value shown in the
figure is below the prescribed limits.
Remark: The point marked with “+” refers to average measurements; the value shown in the figure
is below the prescribed limits.
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QP Detector measurements performed on frequencies of Peak values found in the range of 6 dB below the limit
Frequency(MHz)
Level(dBpW)
Limit(dBpW)
Margin(dBpW)
Detector
RBW(Hz)
56,4 32,3 46,0 -13,7 QP 120 kHz
57,0 33,6 46,0 -12,4 QP 120 kHz
59,1 35,7 46,1 -10,4 QP 120 kHz
62,0 38,4 46,2 -7,8 QP 120 kHz
63,0 39,6 46,2 -6,6 QP 120 kHz
64,9 36,9 46,3 -9,4 QP 120 kHz
65,7 35,6 46,3 -10,7 QP 120 kHz
67,0 33,4 46,4 -13,0 QP 120 kHz
Average CISPR Detector measurements performed on frequencies of Average values found in the range of 6 dB
below the limit
Frequency(MHz)
Level(dBpW)
Limit(dBpW)
Margin(dBpW)
Detector RBW(Hz)
56,4 8,8 36,0 -27,2 AVERAGE
CISPR 120 kHz
57,0 9,4 36,0 -26,6 AVERAGE
CISPR 120 kHz
59,1 9,8 36,1 -26,3 AVERAGE
CISPR 120 kHz
62,0 9,7 36,2 -26,5 AVERAGE
CISPR 120 kHz
63,0 10,2 36,2 -26,0 AVERAGE
CISPR 120 kHz
64,9 10,6 36,3 -25,7 AVERAGE
CISPR 120 kHz
65,7 10,7 36,3 -25,6 AVERAGE
CISPR 120 kHz
67,0 16,6 36,4 -19,8 AVERAGE
CISPR 120 kHz
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EUT operating mode
2) Dispensing cappuccino (worst case): set to maximum of coffee amount and coffee
temperature (according EN 55014-1 cl.7.3.1.3.3).
Receiver settings
Detector Resolution
bandwidth / IFBW
Meas
ure Time /
Dwell Time
Quasi Peak - QP 120 kHz 1 s
Average - AV 120 kHz 1 s
MEASURE of Disturbance Power, FREQUENCY RANGE from 30 MHz to 300 MHz
Frequency
[MHz]
Detector
QP
[dBpW]
∆QP
[dBpW]
AV
[dBpW]
∆AV
[dBpW]
30,00 26,4 18,6 16,0 19,0
35,00 26,1 19,1 16,9 18,3
40,00 24,5 20,9 15,5 19,9
45,00 23,2 22,4 12,7 22,9
50,00 23,4 22,3 13,4 22,3
55,00 33,7 12,2 14,9 21,0
60,00 36,4 9,7 15,4 20,7
65,00 43,0 3,3 18,8 17,5
70,00 43,8 2,7 23,3 13,2
80,00 35,0 11,9 11,6 25,3
90,00 26,0 21,2 8,9 28,3
100,00 20,2 27,4 5,9 31,7
120,00 33,4 14,9 13,2 25,1
150,00 35,6 13,8 20,8 18,6
180,00 24,7 25,9 5,2 35,4
200,00 23,9 27,4 16,9 24,4
220,00 18,1 33,9 3,5 38,5
250,00 25,9 27,2 2,3 40,8
280,00 17,7 36,6 4,9 39,4
300,00 23,8 31,2 3,8 41,2
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Evaluation of compliance in the frequency range from 300 MHz to 1000 MHz
Appliances are deemed to comply in the frequency range from 300 MHz to 1000 MHz without
testing if both of the following conditions of clause 4.1.2.3.2 procedure a) are fulfilled:
Clause 4.1.2.3.2
procedure a)
condition 1
All emission readings from the equipment under test
lower than the applicable limits (Table 2a) reduced
by the margin (Table 2b).
Yes
Clause 4.1.2.3.2
procedure a)
condition 2
Maximum clock frequency less than 30 MHz. Yes
Result:
Clause 4.1.2.3.2
procedure a)
Radiated disturbances measurement 300 MHz to
1000 MHz required? No
Result:
P
P
A
A
S
S
S
S
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Standard Description Result Ref. Annex
for details
EN 55014-1 Discontinuous disturbance OK Annex A3
Ambient conditions
Ambient temperature 23,5 °C
Relative humidity 34 %
Atmospheric pressure 972 mbar
Test supply conditions
Test supply voltage 264 V
Test supply frequency 50 Hz
Rated Power 1500 W
Test Equipment Id. Code Manufacturer Model/Type Serial Number
Semi-anechoic chamber 9x6x6m O.CAM001 Sispe --- ---
LISN O.GEN006 AFJ LT-32 32030222085
10dB, 1W Attenuator O.ATN008 Telegartener --- J01006A0836
Discontinuous disturbance
analyzer O.RIC002 Schaffner DIA1512D 21080
Measurement uncertainty
(normal distribution and confidence level of 95%)
3,5 dB
EUT operating mode
3) Dispensing cappuccino (worst case): set to maximum of coffee amount and coffee
temperature (dispensing operations per minute according to EN 55014-1
cl.7.3.1.3.3).
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NEUTRAL
Apparatus passes according to cl. 4.2.3.3 of the standard CEI EN 55014-1
PHASE
Apparatus passes according to cl. 4.2.3.3 of the standard CEI EN 55014-1
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Standard Description Result Ref. Annex
for details
EN 61000-3-2 Harmonics OK Annex B
Ambient conditions
Ambient temperature 23,5 °C
Relative humidity 34 %
Atmospheric pressure 972 mbar
Test supply conditions
Test supply voltage 240 V
Test supply frequency 50 Hz
Rated Power 1500 W
Test Equipment Id. code Manufacturer Model/Type Serial Number
Source of supply O.GEN008 EM Test ACS 500 0303-01
Signal conditioning unit,
Harmonic and Flicker analyzer O.MIS001 EM Test DPA 500 0303-05
Measurement uncertainty
(normal distribution and confidence level of 95%)
2,9%
EUT operating mode
4) Stand-by and dispensing cappuccino (worst case): set to maximum of coffee
amount and coffee temperature (according to EN 55014-1 cl.7.3.1.3.3).
Harmonics
measurement
Test Equipment with software configuration
according to EN/IEC 61000-4-7 Edition 2002 +
A1:2008
Grouping ON
Standard used: EN/IEC 61000-3-2 Ed.4 Short cyclic
Equipment class A <= 150% of the limit (Limit factor: 1.00)
Observation time: 150s
Windows width: 10 periods - (EN/IEC 61000-4-7 Edition 2002 + A1:2008)
E. U. T.: SUP 046DG
Check harmonics 2..40 [exception odd 21..39]:
Harmonic(s) > 150%:
Order (n): None
Harmonic(s) with average > 100%:
Order (n): None
Check odd harmonics 21..39:
All Partial Odd Harmonics below partial limits.
Harmonic(s) > 150%:
Order (n): None
Harmonic(s) with average > 150%:
Order (n): None
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Average harmonic current results
Hn Ieff [A] % of Limit Limit [A] Result
1 2,514
2 0,283 26,181% 1,080 PASS
3 0,082 3,568% 2,300 PASS
4 0,071 16,518% 0,430 PASS
5 0,037 3,281% 1,140 PASS
6 0,033 10,835% 0,300 PASS
7 0,032 4,201% 0,770 PASS
8 0,021 9,011% 0,230 PASS
9 0,026 6,518% 0,400 PASS
10 0,015 8,065% 0,184 PASS
11 0,024 7,208% 0,330 PASS
12 0,011 7,331% 0,153 PASS
13 0,021 10,059% 0,210 PASS
14 0,010 7,687% 0,131 PASS
15 0,018 12,277% 0,150 PASS
16 0,008 6,659% 0,115 PASS
17 0,016 11,923% 0,132 PASS
18 0,008 7,597% 0,102 PASS
19 0,014 12,062% 0,118 PASS
20 0,006 6,704% 0,092 PASS
21 0,012 7,644% 0,161 PASS
22 0,006 7,179% 0,084 PASS
23 0,012 7,954% 0,147 PASS
24 0,005 7,020% 0,077 PASS
25 0,010 7,661% 0,135 PASS
26 0,005 7,086% 0,071 PASS
27 0,010 8,090% 0,125 PASS
28 0,005 7,332% 0,066 PASS
29 0,009 7,558% 0,116 PASS
30 0,005 7,376% 0,061 PASS
31 0,009 7,853% 0,109 PASS
32 0,004 7,456% 0,058 PASS
33 0,007 7,243% 0,102 PASS
34 0,004 7,694% 0,054 PASS
35 0,007 7,169% 0,096 PASS
36 0,004 7,603% 0,051 PASS
37 0,006 6,611% 0,091 PASS
38 0,004 7,773% 0,048 PASS
39 0,005 6,276% 0,087 PASS
40 0,004 7,848% 0,046 PASS
Harmonic currents less than 0.6% of the input current measured under the test conditions, or less than 5 mA, whichever is greater, are
disregarded.
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Maximum harmonic current results
Hn Ieff [A] % of Limit Limit [A] Result
1 6,117
2 1,056 65,185% 1,620 PASS
3 0,411 11,899% 3,450 PASS
4 0,228 35,405% 0,645 PASS
5 0,143 8,367% 1,710 PASS
6 0,099 21,986% 0,450 PASS
7 0,086 7,472% 1,155 PASS
8 0,061 17,732% 0,345 PASS
9 0,075 12,462% 0,600 PASS
10 0,046 16,562% 0,276 PASS
11 0,065 13,111% 0,495 PASS
12 0,036 15,860% 0,230 PASS
13 0,054 17,109% 0,315 PASS
14 0,032 16,384% 0,197 PASS
15 0,049 21,584% 0,225 PASS
16 0,027 15,536% 0,173 PASS
17 0,037 18,714% 0,199 PASS
18 0,025 16,190% 0,153 PASS
19 0,033 18,363% 0,178 PASS
20 0,022 15,871% 0,138 PASS
21 0,027 16,752% 0,161 PASS
22 0,020 15,962% 0,125 PASS
23 0,024 16,012% 0,147 PASS
24 0,019 16,291% 0,115 PASS
25 0,022 15,930% 0,135 PASS
26 0,017 15,854% 0,106 PASS
27 0,020 16,340% 0,125 PASS
28 0,016 16,433% 0,099 PASS
29 0,018 15,877% 0,116 PASS
30 0,015 16,307% 0,092 PASS
31 0,019 17,021% 0,109 PASS
32 0,014 16,550% 0,086 PASS
33 0,017 16,226% 0,102 PASS
34 0,014 16,968% 0,081 PASS
35 0,016 16,731% 0,096 PASS
36 0,013 16,973% 0,077 PASS
37 0,014 15,916% 0,091 PASS
38 0,013 17,746% 0,073 PASS
39 0,014 15,784% 0,087 PASS
40 0,012 17,519% 0,069 PASS
Harmonic currents less than 0.6% of the input current measured under the test conditions, or less than 5 mA, whichever is greater, are
disregarded.
Result:
Harmonics measurement with Grouping OFF required?
No
Result:
P
P
A
A
S
S
S
S
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Standard
Description Result Ref. Annex
for details
EN 61000-3-3 Voltage fluctuations and flicker OK Annex C
Ambient conditions
Ambient temperature 23,5 °C
Relative humidity 34 %
Atmospheric pressure 972 mbar
Test supply conditions
Test supply voltage 230 V
Test supply frequency 50 Hz
Rated Power 1400 W
Test Equipment Id. code Manufacturer Model/Type Serial Number
Source of supply O.GEN008 EM Test ACS 500 0303-01
Signal conditioning unit,
Harmonic and Flicker analyzer O.MIS001 EM Test DPA 500 0303-05
Measurement uncertainty
(normal distribution and confidence level of 95%)
6,2%
EUT operating mode
4) Stand-by and dispensing cappuccino (worst case): set to maximum of coffee
amount and coffee temperature (according to EN 55014-1 cl.7.3.1.3.3).
Standard used: EN/IEC 61000-3-3 Ed.3 Flicker
Short time (Pst): 10 min
Observation time: 120 min (12 Flicker measurements)
Effectiv Observation Time: 10 min (1 Flicker measurement)
Flickermeter: 230V / 50Hz according IEC 61000-4-15 Ed.2
Flicker Impedance: Zref (IEC 60725)
E. U. T.: SUP 046DG
M
Ma
ax
xi
im
mu
um
m
F
Fl
li
ic
ck
ke
er
r
r
re
es
su
ul
lt
ts
s
EUT values Limit Result
Pst 0.861 1.00 PASS
Plt 0.376 0.65 PASS
dc [%] 1.209 3.30 PASS
dmax [%] 1.607 4.00 PASS
Tmax [s] 0.000 0.50 PASS
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Standard Description Result Ref. Annex
for details
EN 61000-4-2 Electrostatic discharge OK Annex D
Ambient conditions
Ambient temperature 23,5 °C
Relative humidity 34 %
Atmospheric pressure 972 mbar
Test supply conditions
Test supply voltage 230 V
Test supply frequency 50 Hz
Rated Power 1400 W
Test Equipment Id. code Manufacturer Model/Type Serial Number
ESD Generator O.GEN003 Schaffner NSG 435 5237
Measurement uncertainty
(normal distribution and confidence level of 95%)
Output voltage < ±5%
First peak current < ±10%
Rise time 0,7 ns < t
r
< 1,0 ns
Current
(30 and 60 ns)
< ±30%
EUT operating mode
5) Stand-by and dispensing cappuccino: set to maximum of coffee amount and coffee
temperature.
Monitoring
Checking of display and cappuccino cycle.
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Test points
P1: Front side metallic enclosure.
P2: Coffee dispenser.
P3: Steam/hot water tube.
P4: Upper side metallic enclosure.
P5: Left side metallic enclosure.
P6: Right side metallic enclosure.
P7: Control buttons and LEDs.
P8: Display.
P9: Left side plastic enclosure.
P10:
Right side plastic enclosure.
P11:
Rear side plastic enclosure.
P12:
Mains switch.
Direct discharges
Test point Discharge
voltage
Contact /
Air
Single
discharge
Observed
performance
during the test
Performance
criterion Result
P1 4 kV Contact 10+ and 10- A
1
B OK
P2 4 kV Contact 10+ and 10- A
1
B OK
P3 4 kV Contact 10+ and 10- A
1
B OK
P4 4 kV Contact 10+ and 10- A
1
B OK
P5 4 kV Contact 10+ and 10- A
1
B OK
P6 4 kV Contact 10+ and 10- A
1
B OK
P7 8 kV Air 10+ and 10- A
1
B OK
P8 8 kV Air 10+ and 10- A
1
B OK
P9 8 kV Air 10+ and 10- A
1
B OK
P10 8 kV Air 10+ and 10- A
1
B OK
P11 8 kV Air 10+ and 10- A
1
B OK
P12 8 kV Air 10+ and 10- A
1
B OK
Indirect discharges
Coupling
plane
Discharge
voltage
Contact/
Air
Single
discharge
Performance
during the test
Performance
criterion Result
Horizontal 4 kV Contact 10+ and 10- A
1
B OK
Vertical (front) 4 kV Contact 10+ and 10- A
1
B OK
Vertical (right) 4 kV Contact 10+ and 10- A
1
B OK
Vertical (rear) 4 kV Contact 10+ and 10- A
1
B OK
Vertical (left) 4 kV Contact 10+ and 10- A
1
B OK
Remark on observed performance
A
1
: No observed reaction or changes.
EMC Laboratory
Test Report
Report 16E1657R00
Page 22 of 38
Standard Description Result Ref. Annex
for details
EN 61000-4-4 Fast transients/burst OK Annex E
Ambient conditions
Ambient temperature 23,5 °C
Relative humidity 34 %
Atmospheric pressure 972 mbar
Test supply conditions
Test supply voltage 230 V
Test supply frequency 50 Hz
Rated Power 1400 W
Test Equipment Id. code Manufacturer Model/Type Serial Number
Burst generator O.GEN007 EM TEST UCS 500M4 V0724102603
Measurement uncertainty
(normal distribution and confidence level of 95%)
Output voltage < ± 10%
Impulse duration < ±30%
Rise time < ±30%
Burst durat./period < ±20%
EUT operating mode
6) Dispensing cappuccino: set to maximum of coffee amount and coffee temperature.
Monitoring
Checking of display and cappuccino cycle.
Port tested:
AC
power supply
Test level:
1 kV
Rep. rate:
5 kHz
Performance criterion:
B
Coupling
L-N-PE
Test
duration
Pol.
Observed
performance
during the
test
Result
2 min + A
1
OK
Test
duration
Pol.
Observed
performance
during the
test
Result
2 min - A
1
OK
Remark on observed performance
A
1
: No observed reaction or changes.
EMC Laboratory
Test Report
Report 16E1657R00
Page 23 of 38
Standard Description Result Ref. Annex
for details
EN 61000-4-5 Surges OK Annex F
Ambient conditions
Ambient temperature 23,5 °C
Relative humidity 34 %
Atmospheric pressure 972 mbar
Test supply conditions
Test supply voltage 230 V
Test supply frequency 50 Hz
Rated Power 1400 W
Test Equipment Id. code Manufacturer Model/Type Serial Number
Surge generator O.GEN007 EM TEST UCS 500M4 V0724102603
Measurement uncertainty
(normal distribution and confidence level of 95%)
Output voltage < ±10%
Impulse duration < ±20%
Rise time < ±30%
Output current < ±10%
Impulse duration < ±20%
Rise time < ±20%
EUT operating mode
6) Dispensing cappuccino: set to maximum of coffee amount and coffee temperature.
Monitoring
Checking of display and cappuccino cycle.
Port tested:
AC
power supply
Test level:
1 kV
Rep. time:
20 sec
Performance criterion:
B
Coupling
L-N
L-N
L-N
L-N
N°
imp
Pol.
Phase
Observed
perform.
during
the test
Result
5 + 0° A
1
OK
5 + 90° A
1
OK
5 + 180° A
1
OK
5 + 270° A
1
OK
N°
imp
Pol.
Phase
Observed
perform.
during
the test
Result
5 - 0° A
1
OK
5 - 90° A
1
OK
5 - 180° A
1
OK
5 - 270° A
1
OK
Port tested:
AC
power supply
Test level:
2 kV
Rep. time:
20 sec
Performance criterion:
B
Coupling
N-PE
N-PE
N-PE
N-PE
L-PE
L-PE
L-PE
L-PE
N°
imp
Pol.
Phase
Observed
perform.
during
the test
Result
5 + 0° A
1
OK
5 + 90° A
1
OK
5 + 180° A
1
OK
5 + 270° A
1
OK
5 + 0° A
1
OK
5 + 90° A
1
OK
5 + 180° A
1
OK
5 + 270° A
1
OK
N°
imp
Pol.
Phase
Observed
perform.
during
the test
Result
5 - 0° A
1
OK
5 - 90° A
1
OK
5 - 180° A
1
OK
5 - 270° A
1
OK
5 - 0° A
1
OK
5 - 90° A
1
OK
5 - 180° A
1
OK
5 - 270° A
1
OK
Remark on observed performance
A
1
: No observed reaction or changes.
EMC Laboratory
Test Report
Report 16E1657R00
Page 24 of 38
Standard Description Result Ref. Annex
for details
EN 61000-4-6 RF Injected currents OK Annex G
Ambient conditions
Ambient temperature 23,5 °C
Relative humidity 34 %
Atmospheric pressure 972 mbar
Test supply conditions
Test supply voltage 230 V
Test supply frequency 50 Hz
Rated Power 1400 W
Test Equipment Id. code Manufacturer Model/Type Serial Number
RF Signal generator
9kHz ÷ 3GHz O.GEN001 ROHDE &
SCHWARZ SML03 101500
10dB, 2W Attenuator O.ATN001 Broad Wave --- 352-019-010
RF Amplifier 10kHz ÷ 250MHz O.AMP002 AMPLIFIER
RESEARCH 75A250 307436
6dB, 75W Attenuator O.ATN005 Schaffner ATN6075 11685
CDN M3 16A, 230MHz O.REM005 Schaffner CDN-M316S 19948
Measurement uncertainty
(normal distribution)
3,4 dB
(Output level EUT port)
EUT operating mode
6) Dispensing cappuccino: set to maximum of coffee amount and coffee temperature.
Monitoring
Checking of display and cappuccino cycle.
Type
of modulation:
signal 80% amplitude modulated with a 1 kHz sine wave
Test parameters:
dwell time = 2 sec with frequency steps of 1% of fundamental
Port tested Test level Frequency range
Observed
perform.
during the test
Performance
criterion Result
AC power port 3 V (unmodulated),
Z
source
= 150 Ω 0,15 ÷ 230 MHz A
1
A OK
Type of modulation:
signal 80% amplitude modulated with a 1 kHz sine wave
Test parameters:
dwell time = 3 min.
Port tested Test level Frequency
Observed
perform.
during
the test
Performance
criterion Result
AC power port 3 V (unmod.), Z
source
= 150 Ω 150 kHz A
1
A OK
AC power port 3 V (unmod.), Z
source
= 150 Ω 20 MHz A
1
A OK
AC power port 3 V (unmod.), Z
source
= 150 Ω 40 MHz A
1
A OK
AC power port 3 V (unmod.), Z
source
= 150 Ω 60 MHz A
1
A OK
AC power port 3 V (unmod.), Z
source
= 150 Ω 80 MHz A
1
A OK
Remark on observed performance
A
1
: No observed reaction or changes.
EMC Laboratory
Test Report
Report 16E1657R00
Page 25 of 38
Standard Description Result Ref. Annex
for details
EN 61000-4-11 Voltage dips and interruptions OK Annex H
Ambient conditions
Ambient temperature 23,5 °C
Relative humidity 34 %
Atmospheric pressure 972 mbar
Test supply conditions
Test supply voltage 230 V
Test supply frequency 50 Hz
Rated Power 1400 W
Test Equipment Id. code Manufacturer Model/Type Serial Number
Voltage transient generator O.GEN007 EM TEST UCS 500M4 V0724102603
Measurement uncertainty
(normal distribution and confidence level of 95%)
Output voltage < ±5%
Change with load at the
output of the generator
< ±5%
Phase relationship of voltage
dips and interruptions with the
power frequency < ±10°
EUT operating mode
6) Dispensing cappuccino: set to maximum of coffee amount and coffee temperature.
Monitoring
Checking of display and cappuccino cycle.
Rating
230 V – 50 Hz
Function Dur. Test voltage (U
T
) Applied voltage T rep. Phase T test
Interruptions 10 ms 230 V 0 V 10 s 0°/180° 2 min
(12 rep)
Voltage dips 1 200 ms 230 V 92 V 10 s 0°/180° 2 min
(12 rep)
Voltage dips 2 1000 ms 230 V 161 V 10 s 0°/180° 2 min
(12 rep)
Event Voltage
dips
Test
level Durat. Sequence Phase
Observed
perform.
during
the test
Perform.
criterion Result
Interrup.
100% U
T
0% U
T
0,5 T
fond
12 with
interval of
10 s
0°/180° B
1
C OK
Voltage
dips 1
60% U
T
40% U
T
10 T
fond
12 with
interval of
10 s
0°/180° B
2
C OK
Voltage
dips 2
30% U
T
70% U
T
50 T
fond
12 with
interval of
10 s
0°/180° B
2
C OK
Remark on observed performance
B
1
:
Motors speed reduction at each interruption.
B
2
: Motors speed reduction at each voltage dips.
EMC Laboratory
Test Report
Report 16E1657R00
Page 26 of 38
Section 3 – LIST OF COMPONENTS
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
Supply power
cord (European
version) with:
--- --- --- --- ---
- Plug I-SHENG SP-023 10/16A; 250V --- VDE
- Cable I-SHENG H05VV-F 3x0.75mm
2
or
3x1mm
2
--- HAR/VDE
- Cable
connector I-SHENG IS-15 10A; 250V --- VDE
Supply power
cord
(European
version) with:
(*)
--- --- --- --- ---
- Plug MINTEC SP8848 16A; 250V --- IMQ
- Cable I-SHENG H05VV-F 3x0.75mm
2
or
3x1mm
2
--- HAR/VDE
- Cable (*) NIGBO H05VV-F 3x0.75mm
2
or
3x1mm
2
--- HAR/VDE
- Cable
connector MINTEC PW80 10A; 250V --- IMQ
Supply power
cord (Chinese
version) with:
--- --- --- --- ---
- Plug QUEEN PUO QP-012 10A; 250V ---
CCC
(2010010201
412428)
- Cable I-SHENG RVV 3x1mm
2
---
CCC
(2002010105
022384)
- Cable
connector QUEEN PUO QP-018 10A; 250V ---
CCC
(2010010204
419140)
- Cord set QUEEN PUO QP-
012 + RVV +
QP018 10A; 250V ---
CCC
(2010010101
430475)
Supply power
cord (Chinese
version) with:
(*)
--- --- --- --- ---
- Plug I-SHENG SP-506A 10A; 250V ---
CCC
(2004010201
136663)
- Cable I-SHENG RVV 3x1mm
2
---
CCC
(2002010105
022384)
EMC Laboratory
Test Report
Report 16E1657R00
Page 27 of 38
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
- Cable
connector I-SHENG IS-15 10A; 250V ---
CCC
(2002010204
003981)
- Cord set I-SHENG SP-506A + RVV
+ IS-15 10A; 250V ---
CCC
(2007010101
232000)
Supply power
cord
(Australian
version) with:
--- --- --- --- ---
- Plug I-SHENG SP-502B 10A; 250V --- Q88071
- Cable I-SHENG H05VV-F 3x1mm
2
--- Q90033
- Cable
connector I-SHENG IS-15 10A; 250V --- Q95300
Supply power
cord (Korean
version) with:
--- --- --- --- ---
- Plug QUEEN PUO QP-004 16A; 250V --- KTL
- Cable I-SHENG H05VV-F 3x1mm
2
--- KTL
- Cable
connector QUEEN PUO QP-018 10A; 250V --- VDE
Supply power
cord (Korean
version) with:
(*)
--- --- --- --- ---
- Plug I-SHENG SP-023 16A; 250V --- KTL
- Cable I-SHENG H05VV-F 3x1mm
2
--- KTL
- Cable
connector I-SHENG IS-15 10A; 250V --- KTL
Supply power
cord (Korean
version) with:
(*)
--- --- --- --- ---
- Plug CHAU’S KR-502 10A; 250V --- KTL
- Cable CHAU’S H05VV-F 3x1mm
2
--- KTL
- Cable
connector CHAU’S KR-601 10A; 250V --- KTL
Supply power
cord (Brazilian
version) with:
--- --- --- --- ---
- Plug I-SHENG SP-027A 10A; 250V --- INMETRO
EMC Laboratory
Test Report
Report 16E1657R00
Page 28 of 38
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
- Cable I-SHENG H05VV-F 3x1mm
2
--- HAR/VDE
- Cable
connector I-SHENG IS-15 10A; 250V --- TUV
Supply power
cord (Brazilian
version) with:
(*)
--- --- --- --- ---
- Plug QUEEN PUO QP-084 10A; 250V --- INMETRO
- Cable I-SHENG H05VV-F 3x1mm
2
--- HAR/VDE
- Cable
connector QUEEN PUO QP-018 10A; 250V --- VDE
Supply power
cord (Brazilian
version) with:
(*)
--- --- --- --- ---
- Plug CHAU’S BR-507 12A; 250V --- INMETRO
- Cable CHAU’S H05VV-F 3x1mm
2
--- HAR/VDE
- Cable
connector CHAU’S CE-601R 10A; 250V --- VDE
Supply power
cord (UK
version) with:
--- --- --- --- ---
- Plug I-SHENG SP-62 13A; 250V + fuse
--- BSI
- Cable I-SHENG H05VV-F 3x1mm
2
--- HAR/VDE
- Cable
connector I-SHENG IS-15 10A; 250V --- VDE
Supply power
cord (UK
version) with:
(*)
--- --- --- --- ---
- Plug QUEEN PUO QP-026 13A; 250V + fuse
--- BSI
- Cable I-SHENG H05VV-F 3x1mm
2
--- HAR/VDE
- Cable
connector MINTEC PW80 or QP-018
10A; 250V --- VDE
Appliance inlet
INALWAYS 0711 10A; 250V On enclosure
ENEC-16
(260311-1b)
Appliance inlet
(*)
EVEREL
(KAUTT & BUX) STS350A1W 10A; 250V On enclosure
ENEC-05
(2143996.01)
Mains switch ARCOLECTRIC 1250AR 10(6)A; 250V On enclosure
ENEC-15
(ENEC-
148078-03)
EMC Laboratory
Test Report
Report 16E1657R00
Page 29 of 38
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
Mains switch
(*) MARQUARDT 155 16(4)A; 250V On enclosure
ENEC-05
(2137815.01)
Electronic
power board
with:
SAECO HW Cod.
421941222001
220-240V;
50/60Hz; 6.5A;
V0 material
Inside ---
- Flyback
switching
transformer
PULSE
ADDRESS: 1210
NORTHBROOK
DRIVE
SUITE 470
TREVOSE, PA
19053
UNITED STATES
Cod. 190500100
W1 and W4 in
Cl. F;
W2 and W3 in
Cl. E
On
electronic
power board
---
- Flyback
switching
transformer (*)
TDK
ADDRESS: 1-13-1,
NIHONBASHI,
CHUO-KU,
TOKYO 103-8272,
JAPAN
Cod. 190500100
W1 and W4 in
Cl. F;
W2 and W3 in
Cl. E
On
electronic
power board
---
- Flyback
switching
transformer (*)
COMELIT
ADDRESS: VIA
MAESTRI DEL
LAVORO1
I-60022
CASTELFIDARD
O (AN) ITALY
Cod. 190500100
W1 and W4 in
Cl. F;
W2 and W3 in
Cl. E
On
electronic
power board
---
- Flyback
switching
transformer (*)
CALTRON
VIA PIO LA
TORRE, 6/8 -
60022
CASTELFIDARDO
(AN) ITALY
Cod. 190500100
W1 and W4 in
Cl. F;
W2 and W3 in
Cl. E
On
electronic
power board
---
- Fuse F1 LITTELFUSE 215 002.XEP 250V; 2A
On
electronic
power board
VDE
(40013521)
- Fuse F1 (*) SHURTER 0001.2507.PT
(SPT series) 250V; 2A
On
electronic
power board
VDE
(139234)
- Fuse F3 LITTELFUSE 215 008.XEP 250V; 8A
On
electronic
power board
VDE
(40013521)
- Fuse F3 (*) SHURTER 0001.2513.PT
(SPT series) 250V; 8A
On
electronic
power board
VDE
(40014395)
Electronic
CPU-Keyboard
board
SAECO HW Cod.
421941250851
24Vdc; 2.4A;
V0 material
(low voltage circ.)
Inside ---
EMC Laboratory
Test Report
Report 16E1657R00
Page 30 of 38
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
Display SAECO Cod.
421940223221
5Vdc; 0.010A
(low voltage circ.)
Inside ---
Electronic jug
milk presence
sensor
SAECO Cod.
421941206191
5Vdc; 1mA
(low voltage circ.)
Inside ---
Electronic
water tank level
sensor
SAECO Cod.
421941145111
5Vdc; 1mA
(low voltage circ.)
Inside ---
Electronic
water tank level
sensor (*)
SAECO Cod.
421941160691
5Vdc; 1mA
(low voltage circ.)
Inside ---
Electronic drip
tray level
sensor
SAECO Cod.
421941145111
5Vdc; 1mA
(low voltage circ.)
Inside ---
Electronic drip
tray level
sensor (*)
SAECO Cod.
421941160691
5Vdc; 1mA
(low voltage circ.)
Inside ---
N° 5 Electro-
valves
emulsifier
system
R.P.E. S.R.L.
ADDRESS: VIA S.
AMBROGIO 22070
CARBONATE (CO)
Cod.
421941203251
24Vdc; 11.8W;
Cl. F Inside ---
Safety electro-
valve
coffee
hydraulic
circuit
R.P.E. S.R.L.
ADDRESS: VIA S.
AMBROGIO 22070
CARBONATE (CO)
Cod.
421941149381
230V; 50/60Hz;
11.1VA; Cl. F Inside ---
Safety electro-
valve
coffee
hydraulic
circuit (*)
CALTRON
VIA PIO LA
TORRE, 6/8 -
60022
CASTELFIDARDO
(AN) ITALY
Cod.
421941149381
230V; 50/60Hz;
11.1VA; Cl. F Inside ---
Safety electro-
valve coffee
hydraulic
circuit
(Korean,
Brazilian
version) (*)
R.P.E. S.R.L.
ADDRESS: VIA S.
AMBROGIO 22070
CARBONATE (CO)
Cod.
421941186691
220V; 60Hz;
12.1VA; Cl. F Inside ---
Safety electro-
valve coffee
hydraulic
circuit
(Korean,
Brazilian
version) (*)
CALTRON
VIA PIO LA
TORRE, 6/8 -
60022
CASTELFIDARDO
(AN) ITALY
Cod.
421941186691
220V; 60Hz;
12.1VA; Cl. F Inside ---
Reed sensor
(door) MEDER MK3-1A66-BV
5Vdc; 1mA
(low voltage circ.)
Inside ---
Reed sensor
(door) (*) PIC MS-218A/947 5Vdc; 1mA
(low voltage circ.)
Inside ---
EMC Laboratory
Test Report
Report 16E1657R00
Page 31 of 38
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
Reed sensor
(dreg-drawer) MEDER MK3-1A66-BV
5Vdc; 1mA
(low voltage circ.)
Inside ---
Reed sensor
(dreg-drawer)
(*)
PIC MS-218A/947 5Vdc; 1mA
(low voltage circ.)
Inside ---
Reed sensor
(coffee
container)
MEDER MK3-1A66-BV
5Vdc; 1mA
(low voltage circ.)
Inside ---
Reed sensor
(coffee
container) (*)
PIC MS-218A/947 5Vdc; 1mA
(low voltage circ.)
Inside ---
Micro-switch
(proximity
group)
SAIA XCG5-81-P5 0.3A; 30V
(low voltage circ.)
Inside
ENEC-15
(ENEC-
00146)
Micro-switch
(proximity
group) (*)
BITRON M5 3(3)A; 250V
(low voltage circ.)
Inside VDE
(40007171)
Micro-switch
(proximity
group) (*)
CROUZET 83170.8 0.1(0.04)A; 250V
(low voltage circ.)
Inside ENEC-08
(605953)
Micro-switch
(proximity
group) (*)
ZIPPY SM1 5A; 250V
(low voltage circ.)
Inside ENEC-14
(SE/0033-71)
Micro-switch
(proximity
group) (*)
CHERRY DB3 0,1A; 250V
(low voltage circ.)
Inside ENEC-05
(2128186.02)
Micro-switch
(group position
home-work)
SAIA XCG5-81-P5 0,3A; 30V
(low voltage circ.)
Inside
ENEC-15
(ENEC-
00146)
Micro-switch
(group position
home-work) (*)
BITRON M5 3(3)A; 250V
(low voltage circ.)
Inside VDE
(40007171)
Micro-switch
(group position
home-work) (*)
CROUZET 83170.8 0.1(0.04)A; 250V
(low voltage circ.)
Inside ENEC-08
(605953)
Micro-switch
(group position
home-work) (*)
ZIPPY SM1 5A; 250V
(low voltage circ.)
Inside ENEC-14
(SE/0033-71)
Micro-switch
(group position
home-work) (*)
CHERRY DB3 0.1A; 250V
(low voltage circ.)
Inside ENEC-05
(2128186.02)
Flow meter DIGMESA FHKSC
5Vdc; 4mA;
1.2 ARNITE OC
(low voltage circ.)
Inside ---
Flow meter (*) DEFOND AB32 5Vdc; 4mA
(low voltage circ.)
Inside ---
Flow meter (*) AWECO C9000 5Vdc; 4mA;
(low voltage circ.)
Inside ---
EMC Laboratory
Test Report
Report 16E1657R00
Page 32 of 38
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
N° 2 Slim
boilers with: SAECO Cod.
421941207681
220-240V;
50/60Hz; 6A Inside ---
- Heating
element
KANETA
ELECTROHEAT
TECHNOLOGIES
LTD
ADDRESS: UNIT
A, 15/F BILLION
PLAZA, 8
CHEUNG YUE
STREET,
KOWLOON, HONG
KONG
Cod.
421941207451 1300W; 230V On boiler ---
- Heating
element (*)
IRCA S.P.A.
ADDRESS: VIALE
VENEZIA, 31
31020 - SAN
VENDEMIANO
TREVISO (TV)
Cod.
421941207451 1300W; 230V On boiler ---
- N° 1 Self-
resetting
thermal cut-out
(side only on
coffee boiler)
SENSATA 1NT01L
16A; 240V;
T. Open 150°C
(automatic reset)
On boiler ENEC-05
(2014531.16)
- N° 1 Self-
resetting
thermal cut-out
(side only on
coffee boiler)
(*)
ASAHI US-625
16A; 240V;
T. Open 150°C
(one shot)
On boiler VDE
(40027110)
- N° 1 Self-
resetting
thermal cut-out
(side only on
steam boiler)
SENSATA 1NT01L
16A; 240V;
T. Open 170°C
(automatic reset)
On boiler ENEC-05
(2014531.16)
- N° 1 Self-
resetting
thermal cut-out
(side only on
steam boiler)
(*)
ASAHI US-625
16A; 240V;
T. Open 170°C
(manual reset)
On boiler VDE
(40027110)
- N° 1 Non-
self-resetting
thermal cut-out
(side on coffee
boiler and
steam boiler)
SENSATA 1NT09L
16A; 240V;
T. Open 204°C
(one shot)
On boiler ENEC-05
(2014531.16)
EMC Laboratory
Test Report
Report 16E1657R00
Page 33 of 38
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
- N° 1 Non-
self-resetting
thermal cut-out
(side on coffee
boiler and
steam boiler)
(*)
ASAHI US-625
10A; 250V;
T. Open 204°C
(one shot)
On boiler VDE
(40036752)
- N° 2 Non-
self-resetting
thermal cut-
outs
(side on coffee
boiler and
steam boiler)
(*)
SENSATA 1NT08L
16A; 240V;
T. Open 175°C
(manual reset)
On boiler ENEC-05
(2014531.16)
- N° 2 Non-
self-resetting
thermal cut-
outs
(side on coffee
boiler and
steam boiler)
(*)
SENSATA 1NT09L
16A; 240V;
T. Open 175°C
(one shot)
On boiler ENEC-05
(2014531.16)
- N° 2 Non-
self-resetting
thermal cut-
outs
(side on coffee
boiler and
steam boiler)
(*)
SENSATA 1NT09L
16A; 240V;
T. Open 190°C
(one shot)
On boiler ENEC-05
(2014531.16)
- N° 2 Non-
self-resetting
thermal cut-
outs
(side on coffee
boiler and
steam boiler)
(*)
ASAHI US-625
10A; 250V;
T. Open 190°C
(one shot)
On boiler VDE
(40036752)
- Temperature
sensor
GE
THERMOMETRICS
JS7047 or
JS6464
5Vdc; 10mA
(low voltage circ.)
On boiler ---
- Temperature
sensor (*) SHIBAURA E1M-51F 5Vdc; 10mA
(low voltage circ.)
On boiler ---
- Temperature
sensor (*) EPCOS K514/49K/3%
or K504/49K/A2
5Vdc; 10mA
(low voltage circ.)
On boiler ---
- Temperature
sensor (*) THERMODISC 11J1B0206 5Vdc, 10mA
(low voltage circ.)
On boiler ---
EMC Laboratory
Test Report
Report 16E1657R00
Page 34 of 38
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
Hot
water/steam
pump
(European,
Chinese,
Brazilian and
Australian
version) with:
ULKA HF 22W; 230V;
50Hz; Cl. F Inside VDE
(40038503)
Hot
water/steam
pump (Korean
and Chinese
version) with:
(*)
ULKA HF 26W; 220V;
50/60Hz; Cl. F Inside ---
Coffee pump
(European,
Chinese,
Brazilian and
Australian
version) with:
ODE (HK) CO. LTD
OR
DEFOND
COMPONENTS
LIMITED
Phoenix-50 A2P
53W; 220-240V;
50Hz; Cl. H Inside VDE
(40019730)
Coffee pump
(European,
Chinese,
Brazilian and
Australian
version) with:
(*)
ODE (HK) CO. LTD
OR
DEFOND
COMPONENTS
LIMITED
P500U 53W; 220-240V;
50Hz; Cl. H Inside VDE
(40028921)
Coffee pump
(European,
Chinese,
Brazilian and
Australian
version) with:
(*)
ULKA EX5GW or
EP5GW
48W; 230V;
50Hz; Cl. 155 Inside VDE
(40038656)
Coffee pump
(European,
Chinese,
Brazilian and
Australian
version) with:
(*)
ULKA EP5FMGW/SP 48W; 230V;
50Hz; Cl. 155 Inside VDE
(40038656)
Coffee pump
(Korean and
Brazilian
version) with:
(*)
ULKA EX5GW or
EP5GW
220V; 60Hz;
64W; Cl. F Inside ---
- Thermal cut-
out SENSATA 2MM 4.0(1.5)A; 250V;
T. Open 120°C On pump ENEC-05
(2014531.06)
- Thermal cut-
out (*) UCHIYA UP72 2.5(1.6)A; 250V;
T. Open 120°C On pump VDE
(40023061)
EMC Laboratory
Test Report
Report 16E1657R00
Page 35 of 38
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
- Thermal cut-
out (*) LIMITOR GMBH P57 or P59 2.5(1.6)A; 250V;
T. Open 120°C On pump VDE
(40008564)
- Thermal cut-
out (*)
JIANGSU
CHANGSHENG
ELECTRIC
APPLIANCE CO.
LTD
BR-B2D
6A; 250V;
T. Open 110°C or
T. Open 120°C
On pump VDE
(132813)
Dispenser
motor
NUOVA SME
S.P.A.
ADDRESS: VIA IV
NOVEMBRE, 30
12025 - DRONERO
(CN)
FC230/521GW
or D3159
24Vdc; 20W;
Cl. H Inside ---
Dispenser
motor (*)
KINDLY
INDUSTRIAL CO.
LTD
ADDRESS: PLAT
5, 14/F. BLOCK A.
14-20 CHEUNG
TAI ROAD, TSING,
HONG KONG
KFC545S-16205
24Vdc; 20W;
Cl. F Inside ---
Dispenser
motor (*)
SHENZHEN
WEIZHEN MOTOR
CO. LTD
ADDRESS:
WEIZHEN
INDUSTRIAL
PARK, ZHONGHA
518129
SHENZHEN-
GUANGDONG
CINA
36LYT2437A 24Vdc; 20W;
Cl. F Inside ---
Grinder motor
with:
IME S.P.A. IND.
MOTORI
ELETTRICI
ADDRESS: VIA
ENRICO FERMI ,41
25025 MANERBIO
BRESCIA
100724
230Vdc;
input power:
180W;
output power:
90W;
Cl. B;
S3: 1min on,
1min off
Inside ---
EMC Laboratory
Test Report
Report 16E1657R00
Page 36 of 38
Object / part
No.
Manufacturer /
trademark Type / model Technical data Location Mark(s) of
conformity
Grinder motor
with: (*)
IME S.P.A. IND.
MOTORI
ELETTRICI
ADDRESS: VIA
ENRICO FERMI,
41,
25025 MANERBIO
BRESCIA
100733
230Vdc;
input power:
220W;
output power:
90W;
Cl. B;
S3: 1min on,
1min off
Inside ---
Grinder motor
with: (*)
DOMEL D.D.
ADDRESS: OTOKI,
21, 4228
ZELEZNIKJ,
SLOVENIA
482.3.531
230Vdc;
input power:
180W;
output power:
90W;
Cl. F;
S3: 1min on,
1min off
Inside ---
Grinder motor
with: (*)
SHENZHEN
WEIZHEN MOTOR
CO. LTD
ADDRESS:
WEIZHEN
INDUSTRIAL
PARK, ZHONGHA
518129
SHENZHEN-
GUANGDONG
CINA
Cod.
CR097JSDR001
230Vdc;
input power:
115W;
output power:
60W;
Cl. H;
S3: 1min on,
1min off
Inside ---
- Electronic
grinder rotary
sensor (°)
SAECO Cod.
421941097231
5Vdc; 1mA
(low voltage circ.)
On grinder
motor ---
(*) Alternative use component;
(°) Optional component.
EMC Laboratory
Test Report
Report 16E1657R00
Page 37 of 38
SUPPRESSION COMPONENTS
Object / part
No.
Manufacturer /
trademark
Type / model
Technical data
Location
Mark(s) of
conformity
N° 2 RFI
Capacitors VISHAY WK0222MCPC
Y0K 2.2nF; 300V; Y2
On dispenser
motor
VDE
(136820)
N° 2 RFI
Capacitors (*)
KEKO
VARICON
KM 2.2 nF M
2E3 300 Y2 2.2nF; 300V; Y2
On dispenser
motor
VDE
(126576)
N° 2 RFI
Capacitors (*)
SHAANXI
HUAXING
CT7Y2B15a22
2KB 2.2nF; 250V; Y2
On dispenser
motor
VDE
(133203)
N° 2 RFI
Capacitors (*)
MURATA DE2E3KH222
MB3BLC2
2.2nF; 250V;
X1Y2
On dispenser
motor
VDE
(40002796)
N° 2 RFI
Capacitors (*)
EVOX RIFA ERO610RJ422
0M 2.2nF; 250V; Y2
On dispenser
motor
VDE
(40001990)
N° 2 RFI
Capacitors (*)
MURATA DE2E3KY222
MB3BM02
2.2nF; 250V;
X1Y2
On dispenser
motor
VDE
(40006273)
N° 2 RFI
Capacitors (*)
VISHAY VY2222M35Y
5US6 2.2nF; 300V; Y2
On dispenser
motor
VDE
(40009669)
N° 2 RFI
Capacitors (*)
VISHAY WYO222MCM
CF0KR 2.2nF; 250V; Y2
On dispenser
motor
VDE
(133769)
N° 2 RFI
Capacitors (*)
WELSON KLF222MY2 2.2nF; 250V; Y2
On dispenser
motor
VDE
(116772)
N° 2 RFI
Chokes COGEMA RCO621 15µH; 2A On dispenser
motor
VDE
(116539)
N° 2 RFI
Chokes (*) MATSUTA AL4015-150K
15µH; 2A On dispenser
motor ---
N° 2 RFI
Capacitors VISHAY WK0222MCPC
Y0K 2.2nF; 300V; Y2
On grinder
motor
VDE
(136820)
N° 2 RFI
Capacitors (*)
KEKO
VARICON
KM 2.2 nF M
2E3 300 Y2 2.2nF; 300V; Y2
On grinder
motor
VDE
(126576)
N° 2 RFI
Capacitors (*)
SHAANXI
HUAXING
CT7Y2B15a22
2KB 2.2nF; 250V; Y2
On grinder
motor
VDE
(133203)
N° 2 RFI
Capacitors (*)
MURATA DE2E3KH222
MB3BLC2
2.2nF; 250V;
X1Y2
On grinder
motor
VDE
(40002796)
N° 2 RFI
Capacitors (*)
EVOX RIFA ERO610RJ422
0M 2.2nF; 250V; Y2
On grinder
motor
VDE
(40001990)
N° 2 RFI
Capacitors (*)
MURATA DE2E3KY222
MB3BM02
2.2nF; 250V;
X1Y2
On grinder
motor
VDE
(40006273)
N° 2 RFI
Capacitors (*)
VISHAY VY2222M35Y
5US6 2.2nF; 300V; Y2
On grinder
motor
VDE
(40009669)
N° 2 RFI
Capacitors (*)
VISHAY WYO222MCM
CF0KR 2.2nF; 250V; Y2
On grinder
motor
VDE
(133769)
N° 2 RFI
Capacitors (*)
WELSON KLF222MY2 2.2nF; 250V; Y2
On grinder
motor
VDE
(116772)
(*) Alternative use component
EMC Laboratory
Test Report
Report 16E1657R00
Page 38 of 38
Section 4 – PHOTOS
Photo 1: View of EUT type SUP 046DG
Photos 2 - 6: Marking plates of type SUP 046DG

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