7922 FCC Part 15 Remote Control Transmitter Test Report EMC Chamberlain Group Inc, The

Chamberlain Group Inc, The FCC Part 15 Remote Control Transmitter

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UL LLC
An organization dedicated
333 Pfingsten Rd.
to public safety and committed to
Northbrook, IL 60062
quality service for over 100 years
Tel: (847) 272-8800
UL LLC
333 Pfingsten Rd.
Northbrook, IL 60062
www.ul.com/emc
(847) 272-8800
1001531435
12CA39742
MC15343
July 24, 2012
KLIK1
Electromagnetic Compatibility Test Report
For
Chamberlain Group Inc.
Copyright 2012 UL LLC
UL LLC authorizes the above-named company to reproduce this Report provided it is
reproduced in its entirety.
Job #: 1001531435
Project #: 12CA39742
File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Test Report Details
Tests Performed By:
UL LLC
333 Pfingsten Rd.
Northbrook, IL 60062
Tests Performed For:
Chamberlain Group Inc.
845 Larch Av
Elmhurst, IL 60126
Applicant Contact:
Hank Sieradzki
Phone:
(630) 993-6564
E-mail:
Hank.Sieradzki@chamberlaingroup.com
Test Report Date:
May 25, 2012
Product Type:
Universal Periodic Transmitter
Product standards
FCC Part 15, Subpart C, 15.231 & RSS-210
Model Number:
KLIK1
EUT Category:
Wireless Device
Testing Start Date:
July 10, 2012
Date Testing Complete:
July 19, 2012
Overall Results:
Compliant
UL LLC reports apply only to the specific samples tested under stated test conditions. All samples tested were in good operating condition
throughout the entire test program. It is the manufacturer's responsibility to assure that additional production units of this model are manufactured
with identical electrical and mechanical components. UL LLC shall have no liability for any deductions, inferences or generalizations drawn by the
client or others from UL LLC issued reports. This report must not be used by the client to claim product certification, approval, or endorsement by
NVLAP, NIST, any agency of the Federal Government, or any agency of any government.
This report may contain test results that are not covered by the NVLAP or A2LA accreditation. The scope of accreditation is limited to the specific
tests that are listed on the NVLAP and/or A2LA websites referenced at the end of this report.
Job #: 1001531435
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Report Directory
1.0 G E N E R A L - Product Description ..................................................................................................................6
1.1 Equipment Description ...................................................................................................................................6
1.2 Device Configuration During Test ..................................................................................................................6
1.2.1 Equipment Used During Test: ....................................................................................................................6
1.2.2 Input/Output Ports: .....................................................................................................................................6
1.2.3 Power Interface: .........................................................................................................................................6
1.3 EUT Configurations ........................................................................................................................................7
1.4 EUT Operation Modes ....................................................................................................................................7
1.5 Rational for EUT Configuration ......................................................................................................................7
2.0 Summary ............................................................................................................................................................8
2.1 Deviations from standard test methods ..........................................................................................................8
2.2 Device Modifications Necessary for Compliance ...........................................................................................8
2.3 Reference Standards .....................................................................................................................................9
2.4 Results Summary ...........................................................................................................................................9
3.0 Calibration of Equipment Used for Measurement ........................................................................................... 10
4.0 EMISSIONS TEST RESULTS ......................................................................................................................... 10
4.1 Configuration 14# Test Data ....................................................................................................................... 11
4.1.1 Test Conditions and Results – Occupied Bandwidth .............................................................................. 11
4.1.2 Test Conditions and Results – Cease Operation .................................................................................... 13
4.1.3 Test Conditions and Results – Pulse Train ............................................................................................. 15
4.1.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ........................... 19
4.2 Configuration 8# Test Data ......................................................................................................................... 23
4.2.1 Test Conditions and Results – Occupied Bandwidth .............................................................................. 23
4.2.2 Test Conditions and Results – Cease Operation .................................................................................... 27
4.2.3 Test Conditions and Results – Pulse Train ............................................................................................. 31
4.2.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ........................... 41
4.3 Configuration 7# Test Data ......................................................................................................................... 49
4.3.1 Test Conditions and Results – Occupied Bandwidth .............................................................................. 49
4.3.2 Test Conditions and Results – Cease Operation .................................................................................... 51
4.3.3 Test Conditions and Results – Pulse Train ............................................................................................. 53
4.3.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ........................... 57
4.4 Configuration 18# Test Data ....................................................................................................................... 61
4.4.1 Test Conditions and Results – Occupied Bandwidth .............................................................................. 61
4.4.2 Test Conditions and Results – Cease Operation .................................................................................... 63
4.4.3 Test Conditions and Results – Pulse Train ............................................................................................. 65
4.4.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ........................... 68
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.5 Configuration 16# Test Data ....................................................................................................................... 72
4.5.1 Test Conditions and Results – Occupied Bandwidth .............................................................................. 72
4.5.2 Test Conditions and Results – Cease Operation .................................................................................... 74
4.5.3 Test Conditions and Results – Pulse Train ............................................................................................. 76
4.5.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ........................... 80
4.6 Configuration 3# Test Data ......................................................................................................................... 84
4.6.1 Test Conditions and Results – Occupied Bandwidth .............................................................................. 84
4.6.2 Test Conditions and Results – Cease Operation .................................................................................... 86
4.6.3 Test Conditions and Results – Pulse Train ............................................................................................. 88
4.6.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ........................... 92
4.7 Configuration 5# Test Data ......................................................................................................................... 96
4.7.1 Test Conditions and Results – Occupied Bandwidth .............................................................................. 96
4.7.2 Test Conditions and Results – Cease Operation .................................................................................... 98
4.7.3 Test Conditions and Results – Pulse Train ........................................................................................... 100
4.7.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ......................... 104
4.8 Configuration 12# Test Data ..................................................................................................................... 108
4.8.1 Test Conditions and Results – Occupied Bandwidth ............................................................................ 108
4.8.2 Test Conditions and Results – Cease Operation .................................................................................. 110
4.8.3 Test Conditions and Results – Pulse Train ........................................................................................... 112
4.8.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ......................... 115
4.9 Configuration 1# Test Data ....................................................................................................................... 119
4.9.1 Test Conditions and Results – Occupied Bandwidth ............................................................................ 119
4.9.2 Test Conditions and Results – Cease Operation .................................................................................. 121
4.9.3 Test Conditions and Results – Pulse Train ........................................................................................... 123
4.9.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ......................... 126
4.10 Configuration 9# Test Data ....................................................................................................................... 130
4.10.1 Test Conditions and Results – Occupied Bandwidth ....................................................................... 130
4.10.2 Test Conditions and Results – Cease Operation ............................................................................. 132
4.10.3 Test Conditions and Results – Pulse Train ...................................................................................... 134
4.10.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ..................... 138
4.11 Configuration 2# Test Data ....................................................................................................................... 142
4.11.1 Test Conditions and Results – Occupied Bandwidth ....................................................................... 142
4.11.2 Test Conditions and Results – Cease Operation ............................................................................. 144
4.11.3 Test Conditions and Results – Pulse Train ...................................................................................... 146
4.11.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ..................... 150
4.12 Configuration 6# Test Data ....................................................................................................................... 154
4.12.1 Test Conditions and Results – Occupied Bandwidth ....................................................................... 154
4.12.2 Test Conditions and Results – Cease Operation ............................................................................. 156
4.12.3 Test Conditions and Results – Pulse Train ...................................................................................... 158
4.12.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ..................... 162
4.13 Configuration 19# Test Data ..................................................................................................................... 166
4.13.1 Test Conditions and Results – Occupied Bandwidth ....................................................................... 166
4.13.2 Test Conditions and Results – Cease Operation ............................................................................. 168
4.13.3 Test Conditions and Results – Pulse Train ...................................................................................... 170
4.13.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ..................... 174
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.14 Configuration 15# Test Data ..................................................................................................................... 178
4.14.1 Test Conditions and Results – Occupied Bandwidth ....................................................................... 178
4.14.2 Test Conditions and Results – Cease Operation ............................................................................. 180
4.14.3 Test Conditions and Results – Pulse Train ...................................................................................... 182
4.14.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ..................... 186
4.15 Configuration 11# Test Data ..................................................................................................................... 190
4.15.1 Test Conditions and Results – Occupied Bandwidth ....................................................................... 190
4.15.2 Test Conditions and Results – Cease Operation ............................................................................. 192
4.15.3 Test Conditions and Results – Pulse Train ...................................................................................... 194
4.15.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ..................... 198
4.16 Configuration 4# Test Data ....................................................................................................................... 202
4.16.1 Test Conditions and Results – Occupied Bandwidth ....................................................................... 202
4.16.2 Test Conditions and Results – Cease Operation ............................................................................. 204
4.16.3 Test Conditions and Results – Pulse Train ...................................................................................... 206
4.16.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ..................... 210
4.17 Configuration 13# Test Data ..................................................................................................................... 214
4.17.1 Test Conditions and Results – Occupied Bandwidth ....................................................................... 214
4.17.2 Test Conditions and Results – Cease Operation ............................................................................. 216
4.17.3 Test Conditions and Results – Pulse Train ...................................................................................... 218
4.17.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious ..................... 221
Appendix A ................................................................................................................................................................. 225
Test Equipment Used ............................................................................................................................................. 225
Appendix B ................................................................................................................................................................. 226
Test Setup Photos .................................................................................................................................................. 226
Appendix C ................................................................................................................................................................. 228
Accreditations and Authorizations .......................................................................................................................... 228
Job #: 1001531435
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Report Revision History
Revision
Date
Description
Revised By
Revision
Reviewed By
none
1.0 G E N E R A L - Product Description
1.1 Equipment Description
The equipment under test is a universal transmitter used with various brand garage door
operators. The transmitter uses 300MHz, 310MHz, 315MHz, 318MHz, 372.5MHz and 390MHz.
It is user programmable for use with specific garage door operators.
1.2 Device Configuration During Test
1.2.1 Equipment Used During Test:
Use
Product Type
Manufacturer
Model
Comments
EUT
Periodic Transmitter
Chamberlain Group Inc.
KLIK1
During testing this device was
referenced by CLICKER2
Note: EUT - Equipment Under Test, AE - Auxiliary/Associated Equipment, or SIM - Simulator (Not Subjected to Test)
1.2.2 Input/Output Ports:
Port #
Name
Type*
Cable
Max. >3m
(Y/N)
Cable
Shielded
(Y/N)
Comments
0
Enclosure
N/E
None
Note:
AC = AC Power Port DC = DC Power Port N/E = Non-Electrical
I/O = Signal Input or Output Port (Not Involved in Process Control)
TP = Telecommunication Ports
1.2.3 Power Interface:
Mode
#
/Rated
Voltage
(V)
Current
(A)
Power
(W)
Frequency
(DC/AC-Hz)
Phases
(#)
Comments
1
3
-
-
dc
-
Battery Operated
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
1.3 EUT Configurations
Mode #
Description
1
EUT with fresh batteries set to transmit.
1.4 EUT Operation Modes
Mode #
Description
1
EUT transmitting per specific configuration
1.5 Rational for EUT Configuration
Mode #
Description
1
The Fundamental frequencies were measured in various axis (X, Y, and Z) and worst case
axis for 300MHz, 310MHz, 315MHz and 318MHz was X-Axis and for 372.5MHz and
390MHz was Y-Axis. Below is a list of possible configurations. Only configurations in
highlighted in green were tested. Configurations that were not tested had same power
amplifier setting, same frequency and same duty cycle number as the ones above.
CONFIG#
Frequency
14#
300MHz
8#
310MHz
10# - same as above
310MHz
7#
310MHz
18#
310MHz
16#
310MHz
8#
315MHz
10# - same as above
315MHz
3#
315MHz
5#
315MHz
12#
315MHz
1#
318MHz
9#
372.5MHz
8#
390MHz
10# - same as above
390MHz
2#
390MHz
6#
390MHz
19#
390MHz
15#
390MHz
11#
390MHz
4#
390MHz
13#
390MHz
17# - same as above
390MHz
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
2.0 Summary
The tests listed in the Summary of Testing section of this report have been performed and the results recorded by UL
LLC in accordance with the procedures stated in each test requirement and specification. The applicant determined
the list of tests performed were applicable to the Equipment Under Test. As a result, the subject product has been
verified to comply or not comply as noted in the Summary of Testing with each test specification. The test results
relate only to the items tested.
2.1 Deviations from standard test methods
None
2.2 Device Modifications Necessary for Compliance
None
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
2.3 Reference Standards
Standard Number
Standard Name
Standard Date
FCC Part 15,
Subpart C, 15.231
Code of Federal Regulations, Part 15, Radio Frequency
Devices
2012
RSS-210
License - exempt Radio Apparatus (All Frequency Bands):
Category I Equipment
Issue 8
2.4 Results Summary
Requirement – Test
Result (Compliant / Non-Compliant)*
Line Conducted Emissions
N/A – EUT is battery operated only
Occupied Bandwidth
Compliant
Cease Operation
Compliant
Pulse Train and Duty Cycle
Compliant
Fundamental Frequency & Spurious Radiated Emissions
Compliant
Test Engineer:
Reviewer:
Bartlomiej Mucha (Ext.41216)
Michael Ferrer(Ext.41312)
Staff Engineer
Senior Project Engineer
International EMC Services
International EMC Services
Conformity Assessment Services
Conformity Assessment Services
Any information and documentation involving UL Mark services are provided on behalf of UL LLC (UL) or any
authorized licensee of UL.
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
3.0 Calibration of Equipment Used for Measurement
All test equipment and test accessories are calibrated on a regular basis. The maximum time between
calibrations is one year or the manufacturers’ recommendation, whichever is less.
All test equipment calibrations are traceable to the National Institute of Standards and Technology (NIST);
therefore, all test data recorded in this report is traceable to NIST.
4.0 EMISSIONS TEST RESULTS
The emissions tests were performed according to following regulations:
FCC
47 CFR Part 15 – Intentional Radiators
IC
RSS-210 and RSS-Gen License - exempt Radio Apparatus
Unless specified otherwise in the individual Methods, the tests shall be conducted under the following ambient
conditions. Confirmation of these conditions shall be verified at the time the test is conducted.
Ambient
Temperature, °C
22.5 ± 2.5
Relative
Humidity, %
45 ± 15
Barometric
Pressure, mBar
950 ± 150
Sample Calculations
Radiated Field Strength and Conducted Emissions data contained within this report is calculated on the following
basis:
Field Strength (dBuV/m) = Meter Reading (dBuV) + AF (dB/m) + (-Gain (dB)) + Cable Loss (dB)
Conducted Voltage (dBuV) = Meter Reading (dBuV) + Cable Loss (dB) + LISN IL (dB)
Conducted Current (dBuA) = Meter Reading (dBuV) + Cable Loss (dB) - Transducer Factor (dBohms)
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Model Number:
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Chamberlain Group Inc.
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EMC Report 2012-87-EM-F0042
4.1 Configuration 14# Test Data
4.1.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (300MHz: 750kHz)
Table 1 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 2 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 3 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
300MHz
54.42
100.94
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EMC Report 2012-87-EM-F0042
Figure 1 – Bandwidth Graph
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EMC Report 2012-87-EM-F0042
4.1.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 4 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
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Model Number:
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EMC Report 2012-87-EM-F0042
Figure 2 Cease Operation Graph
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EMC Report 2012-87-EM-F0042
4.1.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 5 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 6 Pulse Train Calculation
Total Transmission
period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time
300MHz
(10x1.491)+(10x1.491)+(10x1.491)+0.363
100ms
-6.9
Worst Case Duty Cycle: Worst case duty cycle was calculated by adding three sets of bursts over 100mS and the
second tuning pulse. The manufacturer declares the worst case duty cycle at 8.1dB. The measured duty cycle is
used for all radiated emissions.
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EMC Report 2012-87-EM-F0042
Figure 3 Pulse Train Graphs
First tuning pulse duration: 0.189mS
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EMC Report 2012-87-EM-F0042
Second tuning pulse duration: 0.363mS
Burst Duration: 1.491mS
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EMC Report 2012-87-EM-F0042
Number of pulses
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EMC Report 2012-87-EM-F0042
4.1.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
300
74.67
94.67
Supplementary information: See section 4.1.3 for duty cycle information.
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Model Number:
KLIK1
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EMC Report 2012-87-EM-F0042
Figure 4 Radiated Emissions Graph (Below 1GHz)
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EMC Report 2012-87-EM-F0042
Figure 5 Radiated Emissions Graph (Above 1GHz)
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Table 7 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
300.011218 58.73 PK 13.9 274.63 -6.9 67.73 74.67 -6.94 306 102 Horz X
300.011218 43.72 PK 13.9 259.62 -6.9 52.72 74.67 -21.95 30 142 Vert X
300.011218 50.42 PK 13.9 266.32 -6.9 59.42 74.67 -15.25 192 202 Horz Y
300.011218 55.96 PK 13.9 271.86 -6.9 64.96 74.67 -9.71 114 177 Vert Y
300.011218 54.74 PK 13.9 270.64 -6.9 63.74 74.67 -10.93 29 114 Horz Z
300.011218 55.91 PK 13.9 271.81 -6.9 64.91 74.67 -9.76 117 166 Vert Z
600.019231 27.96 PK 19.9 350.86 -6.9 43.96 54.67 -10.71 14 134 Horz X
600.019231 16.55 PK 19.9 339.45 -6.9 32.55 54.67 -22.12 113 144 Vert X
900.032051 31.88 PK 23.1 3.7 58.68 -6.9 51.78 54.67 -2.89 56 157 Horz X
900.032051 21.08 PK 23.1 3.7 47.88 -6.9 40.98 54.67 -13.69 338 164 Vert X
1200.1894 75.22 PK 25 -56.73 43.49 -6.9 36.59 54 -17.41 12 137 Horz X
1500.1473 84.12 PK 25.2 -55.88 53.44 -6.9 46.54 54 -7.46 108 102 Horz X
1800.1293 81.08 PK 27 -55.13 52.95 -6.9 46.05 54 -7.95 356 126 Horz X
1200.133 74.03 PK 25 -56.73 42.3 -6.9 35.4 54 -18.6 *125 Horz X
1500.334 77.43 PK 25.2 -55.89 46.74 -6.9 39.84 54 -14.16 *110 Horz X
1800.534 77.02 PK 27 -55.14 48.88 -6.9 41.98 54 -12.02 *125 Horz X
2400.934 65.41 PK 28.7 -51.7 42.41 -6.9 35.51 54 -18.49 *110 Horz X
3901.935 67.94 PK 32.7 -51.99 48.65 -6.9 41.75 54 -12.25 *110 Horz X
1200.133 67.91 PK 25 -56.73 36.18 -6.9 29.28 54 -24.72 *125 Vert X
1500.334 71.84 PK 25.2 -55.89 41.15 -6.9 34.25 54 -19.75 *125 Vert X
1800.534 69.33 PK 27 -55.14 41.19 -6.9 34.29 54 -19.71 *100 Vert X
2400.934 64.81 PK 28.7 -51.7 41.81 -6.9 34.91 54 -19.09 *125 Vert X
3901.935 66.26 PK 32.7 -51.99 46.97 -6.9 40.07 54 -13.93 *100 Vert X
*Prescan Data Used
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EMC Report 2012-87-EM-F0042
4.2 Configuration 8# Test Data
4.2.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (310MHz: 775.0kHz, 315MHz: 787.5kHz, 390MHz: 975.0kHz)
Table 8 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 9 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 10 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
310MHz
51.20
100.85
315MHz
54.16
97.4
390MHz
50.25
92.436
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EMC Report 2012-87-EM-F0042
Figure 6 – Bandwidth Graph for 310MHz
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EMC Report 2012-87-EM-F0042
Figure 7 – Bandwidth Graph for 315MHz
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EMC Report 2012-87-EM-F0042
Figure 8 – Bandwidth Graph for 390MHz
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EMC Report 2012-87-EM-F0042
4.2.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 11 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
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EMC Report 2012-87-EM-F0042
Figure 9 Cease Operation Graph for 310MHz
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EMC Report 2012-87-EM-F0042
Figure 10 Cease Operation Graph for 315MHz
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EMC Report 2012-87-EM-F0042
Figure 11 Cease Operation Graph for 390MHz
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EMC Report 2012-87-EM-F0042
4.2.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 12 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 13 Pulse Train Calculation
Total Transmission
period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time mS
310MHz
(42x0.252)+(10x0.504)+0.172+0.339
100ms
-15.84
315MHz
(36x0.255)+(13x0.501)+0.133+0.330
100ms
-15.83
390MHz
(44x0.252)+(9x0.504)+0.333
100ms
-15.94
Worst Case Duty Cycle: For 310MHz and 315MHz worst case duty cycle was calculated over 100mS and the two
initial tuning pulses were included in the tx on time. For 390MHz worst case duty cycle was calculated over 100mS
and only second tuning pulse was included. Manufacturer declared the duty cycle as -16.19dB. Measured duty
cycle is used for all emissions data.
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EMC Report 2012-87-EM-F0042
Figure 12 Pulse Train Graphs for 310MHz
Fist Tuning pulse duration: 0.172mS
Second tuning pulse duration: 0.339mS
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EMC Report 2012-87-EM-F0042
Pulse duration: Short 0.252mS, Long 0.504mS
Number of Pulses per burst: 42 Short , 10 Long
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EMC Report 2012-87-EM-F0042
Period between to message pulses
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EMC Report 2012-87-EM-F0042
Figure 13 Pulse Train Graphs for 315MHz
First tuning pulse duration: 0.133mS
Second tuning pulse duration: 0.330mS
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EMC Report 2012-87-EM-F0042
Message pulse duration: Short 0.255mS, Long 0.501mS
Number of Pulses:
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EMC Report 2012-87-EM-F0042
Period Sweep
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EMC Report 2012-87-EM-F0042
Figure 14 Pulse Train Graphs for 390MHz
First tuning pulse duration: 0.176mS
Second tuning pulse duration: 0.333mS
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EMC Report 2012-87-EM-F0042
Pulse duration: Short 0.252mS, Long 0.504mS
Number of pulses: 44 Short, 9 Long
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EMC Report 2012-87-EM-F0042
Period between messages
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EMC Report 2012-87-EM-F0042
4.2.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
310
75.32
95.32
315
75.62
95.62
390
79.24
99.24
Supplementary information: See section 4.2.3 for duty cycle information.
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EMC Report 2012-87-EM-F0042
Figure 15 Radiated Emissions Graph (Below 1GHz), X-Axis
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EMC Report 2012-87-EM-F0042
Figure 16 Radiated Emissions Graph (Below 1GHz), Y-Axis
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EMC Report 2012-87-EM-F0042
Figure 17 Radiated Emissions Graph (Above 1GHz), X-Axis
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EMC Report 2012-87-EM-F0042
Figure 18 Radiated Emissions Graph (Above 1GHz), Y-Axis
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EMC Report 2012-87-EM-F0042
Table 14 - Radiated Emissions Data Points 310MHz
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
310.015397 66.91 PK 14.1 2.1 83.11 -15.84 67.27 75.32 -8.05 303 102 Horz X
310.014423 52.24 PK 14.1 2.1 68.44 -15.84 52.6 75.32 -22.72 198 126 Vert X
310.009615 59.49 PK 14.1 2.1 75.69 -15.84 59.85 75.32 -15.47 25 208 Horz Y
310.009615 64.5 PK 14.1 2.1 80.7 -15.84 64.86 75.32 -10.46 124 177 Vert Y
310.011218 63.17 PK 14.1 2.1 79.37 -15.84 63.53 75.32 -11.79 30 103 Horz Z
310.011218 64.73 PK 14.1 2.1 80.93 -15.84 65.09 75.32 -10.23 125 164 Vert Z
620.023782 20.95 PK 20.3 344.25 -15.84 28.41 46 -17.59 251 288 Vert X
620.023782 30.62 PK 20.3 353.92 -15.84 38.08 46 -7.92 9134 Horz X
930.038974 34.16 PK 23.6 3.8 61.56 -15.84 45.72 55.32 -9.6 19 158 Horz X
930.038974 21.16 PK 23.6 3.8 48.56 -15.84 32.72 55.32 -22.6 269 162 Vert X
1240.16 77.76 PK 25.1 -56.96 45.9 -15.84 30.06 54 -23.94 *136 Horz X
1550.367 79.57 PK 25.2 -56.02 48.75 -15.84 32.91 54 -21.09 *136 Horz X
1860.574 73.95 PK 27.2 -54.44 46.71 -15.84 30.87 54 -23.13 *125 Horz X
2480.987 67.25 PK 28.8 -52.57 43.48 -15.84 27.64 54 -26.36 *136 Horz X
1240.16 68.12 PK 25.1 -56.96 36.26 -15.84 20.42 54 -33.58 *125 Vert X
1550.367 72.34 PK 25.2 -56.02 41.52 -15.84 25.68 54 -28.32 *125 Vert X
1860.574 67.16 PK 27.2 -54.44 39.92 -15.84 24.08 54 -29.92 *125 Vert X
2474.983 63.05 PK 28.8 -52.45 39.4 -15.84 23.56 54 -30.44 *100 Vert X
* Prescan Data Used
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Model Number:
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EMC Report 2012-87-EM-F0042
Table 15 - Radiated Emissions Data Points 315MHz
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gai
n dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
315.014423 66.95 PK 14.2 2.1 83.25 -15.83 67.42 75.62 -8.2 118 105 Horz X
315.014423 52.33 PK 14.2 2.1 68.63 -15.83 52.8 75.62 -22.82 186 123 Vert X
315.011218 59.49 PK 14.2 2.1 75.79 -15.83 59.96 75.62 -15.66 23 216 Horz Y
315.011218 64.96 PK 14.2 2.1 81.26 -15.83 65.43 75.62 -10.19 112 164 Vert Y
315.012821 62.88 PK 14.2 2.1 79.18 -15.83 63.35 75.62 -12.27 36 104 Horz Z
315.011218 64.89 PK 14.2 2.1 81.19 -15.83 65.36 75.62 -10.26 111 160 Vert Z
630.023205 27.37 PK 20.6 350.97 -15.83 35.14 46 -10.86 171 130 Horz X
630.023205 19.56 PK 20.6 343.16 -15.83 27.33 46 -18.67 264 143 Vert X
945.0392 33.72 PK 23.6 3.8 61.12 -15.83 45.29 55.62 -10.33 233 160 Horz X
945.0392 23.01 PK 23.6 3.8 50.41 -15.83 34.58 55.62 -21.04 135 157 Vert X
1260.173 79.53 PK 25.1 -56.92 47.71 -15.83 31.88 54 -22.12 *125 Horz X
1574.383 80.61 PK 25.3 -55.3 50.61 -15.83 34.78 54 -19.22 *136 Horz X
1890.594 74.76 PK 27.4 -54.32 47.84 -15.83 32.01 54 -21.99 *125 Horz X
2521.014 67.89 PK 28.9 -52.19 44.6 -15.83 28.77 54 -25.23 *136 Horz X
1260.173 69.14 PK 25.1 -56.92 37.32 -15.83 21.49 54 -32.51 *100 Vert X
1574.383 74.17 PK 25.3 -55.3 44.17 -15.83 28.34 54 -25.66 *125 Vert X
1890.594 67.05 PK 27.4 -54.32 40.13 -15.83 24.3 54 -29.7 *125 Vert X
2521.014 62.59 PK 28.9 -52.19 39.3 -15.83 23.47 54 -30.53 *100 Vert X
* Prescan Data Used
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Model Number:
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Client Name:
Chamberlain Group Inc.
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EMC Report 2012-87-EM-F0042
Table 16 - Radiated Emissions Data Points 390MHz
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
390.016026 68.4 PK 16.1 2.3 86.8 -15.94 70.86 79.24 -8.38 275 102 Horz X
390.014423 53.36 PK 16.1 2.3 71.76 -15.94 55.82 79.24 -23.42 356 259 Vert X
390.017628 61.5 PK 16.1 2.3 79.9 -15.94 63.96 79.24 -15.28 46 174 Horz Y
390.017628 69.63 PK 16.1 2.3 88.03 -15.94 72.09 79.24 -7.15 104 141 Vert Y
390.016026 64.78 PK 16.1 2.3 83.18 -15.94 67.24 79.24 -12 36 103 Horz Z
390.016026 69.56 PK 16.1 2.3 87.96 -15.94 72.02 79.24 -7.22 313 131 Vert Z
780.027995 21.91 PK 21.8 3.4 47.11 -15.94 31.17 46 -14.83 179 102 Horz Y
780.027995 17.11 PK 21.8 3.4 42.31 -15.94 26.37 46 -19.63 116 144 Vert Y
1170.0812 95.17 PK 24.8 -57.24 62.73 -15.94 46.79 54 -7.21 360 132 Horz Y
1169.9549 99.08 PK 24.8 -57.24 66.64 -15.94 50.7 54 -3.3 20 140 Vert Y
1560.374 78.85 PK 25.2 -55.65 48.4 -15.94 32.46 54 -21.54 *99 Horz Y
1950.634 64.67 PK 27.4 -54.39 37.68 -15.94 21.74 54 -32.26 *125 Horz Y
2340.894 66.33 PK 28.3 -52.9 41.73 -15.94 25.79 54 -28.21 *99 Horz Y
3901.935 65.48 PK 32.7 -51.99 46.19 -15.94 30.25 54 -23.75 *125 Horz Y
1560.374 74.75 PK 25.2 -55.65 44.3 -15.94 28.36 54 -25.64 *100 Vert Y
1950.634 67.96 PK 27.4 -54.39 40.97 -15.94 25.03 54 -28.97 *100 Vert Y
3901.935 68.12 PK 32.7 -51.99 48.83 -15.94 32.89 54 -21.11 *125 Vert Y
* Prescan Data Used
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Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.3 Configuration 7# Test Data
4.3.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (310MHz: 775.0kHz)
Table 17 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 18 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 19 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
310MHz
52.70
111.02
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 19 – Bandwidth Graph
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.3.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 20 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
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Project #: 12CA39742
File #: MC15343
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 20 Cease Operation Graph
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.3.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 21 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 22 Pulse Train Calculation
Total Transmission
period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time mS
310MHz
(48x0.204)+(30x0.402mS)+0.174+0.3445
100ms
-13.0dB
Worst Case Duty Cycle: Worst case duty cycle was determined at 100ms. The manufacturer declares worst case
duty cycle at -12.36dB and this is used for radiated emissions data.
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 21 Pulse Train Graphs
First tuning pulse duration: 0.174mS
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Model Number:
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Chamberlain Group Inc.
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EMC Report 2012-87-EM-F0042
Second tuning pulse duration: 0.3445mS
Pulse duration: 0.204mS Short, 0.402mS Long
Number of Pulses: Short 48, Long 30
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Model Number:
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Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
100mS sweep, tx duration.
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Model Number:
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Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.3.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
310
75.32
95.32
Supplementary information: See section 4.3.3 for duty cycle information.
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 22 Radiated Emissions Graph (Below 1GHz)
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 23 Radiated Emissions Graph (Above 1GHz)
Job #: 1001531435
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Table 23 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
310.0024 58.75 PK 14.1 2.1 74.95 -12.36 62.59 75.32 -12.73 98 102 Horz X
310.0024 45.24 PK 14.1 2.1 61.44 -12.36 49.08 75.32 -26.24 181 127 Vert X
620.003987 21.49 PK 20.3 344.79 -12.36 32.43 46 -13.57 162 129 Horz X
619.9867 9.14 PK 20.3 332.44 -12.36 20.08 46 -25.92 *101 Vert X
930.00559 26.76 PK 23.6 3.8 54.16 -12.36 41.8 46 -4.2 30 157 Horz X
930.00559 18.87 PK 23.6 3.8 46.27 -12.36 33.91 46 -12.09 284 162 Vert X
1240.16 70.3 PK 25.1 -56.96 38.44 -12.36 26.08 54 -27.92 *125 Horz X
1550.367 73.7 PK 25.2 -56.02 42.88 -12.36 30.52 54 -23.48 *99 Horz X
1860.574 69.29 PK 27.2 -54.44 42.05 -12.36 29.69 54 -24.31 *125 Horz X
1942.628 64.94 PK 27.4 -54.48 37.86 037.86 54 -16.14 ** 125 Horz X
3875.917 67.02 PK 32.7 -51.81 47.91 047.91 54 -6.09 ** 125 Horz X
1240.16 67.47 PK 25.1 -56.96 35.61 -12.36 23.25 54 -30.75 *125 Vert X
1550.367 67.89 PK 25.2 -56.02 37.07 -12.36 24.71 54 -29.29 *125 Vert X
1858.572 65.47 PK 27.2 -54.4 38.27 -12.36 25.91 54 -28.09 *125 Vert X
1940.627 72.03 PK 27.4 -54.54 44.89 044.89 54 -9.11 ** 100 Vert X
3875.917 64.73 PK 32.7 -51.81 45.62 045.62 54 -8.38 ** 125 Vert X
* Prescan Data Only
** Not From EUT
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.4 Configuration 18# Test Data
4.4.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (310MHz: 775.0kHz)
Table 24 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 25 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 26 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
310MHz
60.64
105.54
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Model Number:
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Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 24 – Bandwidth
Graph
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Model Number:
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Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.4.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 27 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Job #: 1001531435
Project #: 12CA39742
File #: MC15343
Page
64 of 229
Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 25 Cease Operation Graph
Job #: 1001531435
Project #: 12CA39742
File #: MC15343
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.4.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 28 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 29 Pulse Train Calculation
Total Transmission
period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time
310MHz
(8x2.0mS)
63.3mS
-11.95
Worst Case Duty Cycle: The worst case duty cycle was calculated over one message period. Manufacturer
declared worst case duty cycle is -12.2dB. The measured duty cycle is used for all radiated emissions
measurements.
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 26 Pulse Train Graphs
First tuning pulse duration: 0.172mS
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Model Number:
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Chamberlain Group Inc.
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EMC Report 2012-87-EM-F0042
Second tuning pulse duration: 0.344mS
Pulse Duration: 2.0mS
Period Scan
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Model Number:
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Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.4.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
310
75.32
95.32
Supplementary information: See section 4.4.3 for duty cycle information.
Job #: 1001531435
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File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 27 Radiated Emissions Graph (Below 1GHz)
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Model Number:
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Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 28 Radiated Emissions Graph (Above 1GHz)
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Table 30 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gai
n dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
310.007997 60.96 PK 14.1 2.1 77.16 -11.95 65.21 75.32 -10.11 91 102 Horz X
310.007997 45.9 PK 14.1 2.1 62.1 -11.95 50.15 75.32 -25.17 169 127 Vert X
620.0163 23.76 PK 20.3 347.06 -11.95 35.11 46 -10.89 8134 Horz X
619.9867 11.39 PK 20.3 334.69 -11.95 22.74 46 -23.26 *101 Vert X
930.022187 28.15 PK 23.6 3.8 55.55 -11.95 43.6 46 -2.4 7158 Horz X
930.022187 19.4 PK 23.6 3.8 46.8 -11.95 34.85 46 -11.15 280 166 Vert X
1240.16 71.94 PK 25.1 -56.96 40.08 -11.95 28.13 54 -25.87 *125 Horz X
1550.367 76.23 PK 25.2 -56.02 45.41 -11.95 33.46 54 -20.54 *100 Horz X
1860.574 70.14 PK 27.2 -54.44 42.9 -11.95 30.95 54 -23.05 *125 Horz X
1942.628 66.35 PK 27.4 -54.48 39.27 -11.95 27.32 54 -26.68 ** 100 Horz X
3875.917 66.29 PK 32.7 -51.81 47.18 -11.95 35.23 54 -18.77 *125 Horz X
1237.158 66.9 PK 25.1 -57.01 34.99 -11.95 23.04 54 -30.96 *100 Vert X
1550.367 68.32 PK 25.2 -56.02 37.5 -11.95 25.55 54 -28.45 *125 Vert X
1860.574 65.59 PK 27.2 -54.44 38.35 -11.95 26.4 54 -27.6 *100 Vert X
1942.628 71.21 PK 27.4 -54.48 44.13 -11.95 32.18 54 -21.82 ** 100 Vert X
3875.917 65.65 PK 32.7 -51.81 46.54 -11.95 34.59 54 -19.41 *125 Vert X
* Prescan Data Used
** Not from EUT
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.5 Configuration 16# Test Data
4.5.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (310MHz: 775.0kHz)
Table 31 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 32 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 33 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
310MHz
52.75
105.11
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Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 29 – Bandwidth Graph
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Model Number:
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Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.5.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 34 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
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Project #: 12CA39742
File #: MC15343
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 30 Cease Operation Graph
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.5.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 35 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 36 Pulse Train Calculation
Total Transmission
period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time
310MHz
10x1.495
36.5mS
-7.75
Worst Case Duty Cycle: Worst case duty cycle was calculated over single message period and it did not include
the tuning pulses. The manufacturer declared worst case duty cycle is -8.1dB. The measured value is used for all
radiated emissions data.
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 31 Pulse Train Graphs
First tuning pulse duration: 0.173mS
Second tuning pulse duration: 0.342mS
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EMC Report 2012-87-EM-F0042
Pulse Duration: 1.495mS
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Number of pulses
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EMC Report 2012-87-EM-F0042
4.5.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
310
75.32
95.32
Supplementary information: See section4.5.3 for duty cycle information.
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EMC Report 2012-87-EM-F0042
Figure 32 Radiated Emissions Graph (Below 1GHz)
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EMC Report 2012-87-EM-F0042
Figure 33 Radiated Emissions Graph (Above 1GHz)
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EMC Report 2012-87-EM-F0042
Table 37 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
310.0072 61.43 PK 14.1 2.1 77.63 -7.75 69.88 75.32 -5.44 87 102 Horz X
310.0072 46.21 PK 14.1 2.1 62.41 -7.75 54.66 75.32 -20.66 166 117 Vert X
620.013305 24.7 PK 20.3 348 -7.75 40.25 46 -5.75 12 133 Horz X
619.9867 11.78 PK 20.3 335.08 -7.75 27.33 46 -18.67 *101 Vert X
930.01809 28.83 PK 23.6 3.8 56.23 -7.75 48.48 55.32 -6.84 12 154 Horz X
930.01809 19.75 PK 23.6 3.8 47.15 -7.75 39.4 55.32 -15.92 285 165 Vert X
1240.16 72.6 PK 25.1 -56.96 40.74 -7.75 32.99 54 -21.01 *125 Horz X
1550.367 75.82 PK 25.2 -56.02 45 -7.75 37.25 54 -16.75 *103 Horz X
1860.574 69.95 PK 27.2 -54.44 42.71 -7.75 34.96 54 -19.04 *125 Horz X
3875.917 67.48 PK 32.7 -51.81 48.37 -7.75 40.62 54 -13.38 *103 Horz X
1242.161 66.67 PK 25.1 -56.92 34.85 -7.75 27.1 54 -26.9 *125 Vert X
1550.367 69.6 PK 25.2 -56.02 38.78 -7.75 31.03 54 -22.97 *125 Vert X
1860.574 65.04 PK 27.2 -54.44 37.8 -7.75 30.05 54 -23.95 *100 Vert X
3875.917 65.47 PK 32.7 -51.81 46.36 -7.75 38.61 54 -15.39 *125 Vert X
* Prescan Data Used
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EMC Report 2012-87-EM-F0042
4.6 Configuration 3# Test Data
4.6.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (315MHz: 787.5kHz)
Table 38 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 39 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 40 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
315MHz
52.65
106.56
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EMC Report 2012-87-EM-F0042
Figure 34 – Bandwidth Graph
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EMC Report 2012-87-EM-F0042
4.6.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 41 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
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EMC Report 2012-87-EM-F0042
Figure 35 Cease Operation Graph
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EMC Report 2012-87-EM-F0042
4.6.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 42 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 43 Pulse Train Calculation
Total Transmission
period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time
315MHz
(6x0.5)+(10x1.0)+(5x1.495)
97.8ms
-13.5
Worst Case Duty Cycle: -13.5dB, Duty cycle was calculated over one period using only the message pulses and
over 100mS including the tuning pulses. In both cases the calculation produces the same duty cycle number.
Manufacturer declared duty cycle is -13.55dB. Measured value is used for all emissions data.
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EMC Report 2012-87-EM-F0042
Figure 36 Pulse Train Graphs
First Tuning Pulse: 0.165mS
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EMC Report 2012-87-EM-F0042
Second Tuning Pulse: 0.340mS
Pulse Duration: 0.5mS Short, 1.0mS Medium
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EMC Report 2012-87-EM-F0042
Pulse Duration: 1.495mS Long
Number of message pulses: 6 Short, 10 Medium, 5 Long
Period Sweep
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EMC Report 2012-87-EM-F0042
4.6.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
315
75.62
95.62
Supplementary information: See section 4.6.3 for duty cycle information.
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EMC Report 2012-87-EM-F0042
Figure 37 Radiated Emissions Graph (Below 1GHz)
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EMC Report 2012-87-EM-F0042
Figure 38 Radiated Emissions Graph (Above 1GHz)
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EMC Report 2012-87-EM-F0042
Table 44 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit
@ 3m
dBuV/m
Margin
dB
Azimuth
[Degs]
Height
[cm]
Polarity Axis
315.003995 62.29 PK 14.2 2.1 78.59 -13.5 65.09 75.62 -10.53 99 102 Horz X
315.003995 47.61 PK 14.2 2.1 63.91 -13.5 50.41 75.62 -25.21 165 114 Vert X
630.0077 25.85 PK 20.6 349.45 -13.5 35.95 46 -10.05 14 137 Horz X
630.1133 11.2 PK 20.6 334.8 -13.5 21.3 46 -24.7 *101 Vert X
945.012203 29.63 PK 23.6 3.8 57.03 -13.5 43.53 46 -2.47 22 152 Horz X
945.012203 19.85 PK 23.6 3.8 47.25 -13.5 33.75 46 -12.25 277 167 Vert X
1260.173 75.15 PK 25.1 -56.92 43.33 -13.5 29.83 54 -24.17 *125 Horz X
1574.383 78.01 PK 25.3 -55.3 48.01 -13.5 34.51 54 -19.49 *99 Horz X
1890.594 70.6 PK 27.4 -54.32 43.68 -13.5 30.18 54 -23.82 *125 Horz X
1940.627 66.41 PK 27.4 -54.54 39.27 -13.5 25.77 54 -28.23 ** 99 Horz X
3937.959 66.37 PK 32.7 -52.17 46.9 -13.5 33.4 54 -20.6 *99 Horz X
1260.173 68.51 PK 25.1 -56.92 36.69 -13.5 23.19 54 -30.81 *100 Vert X
1574.383 71.79 PK 25.3 -55.3 41.79 -13.5 28.29 54 -25.71 *125 Vert X
1890.594 65.58 PK 27.4 -54.32 38.66 -13.5 25.16 54 -28.84 *100 Vert X
1942.628 70.68 PK 27.4 -54.48 43.6 -13.5 30.1 54 -23.9 ** 125 Vert X
3937.959 64.77 PK 32.7 -52.17 45.3 -13.5 31.8 54 -22.2 *125 Vert X
* Prescan data used
** Not from EUT
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EMC Report 2012-87-EM-F0042
4.7 Configuration 5# Test Data
4.7.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (315MHz: 787.5kHz)
Table 45 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 46 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 47 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
315MHz
56.59
101.1
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EMC Report 2012-87-EM-F0042
Figure 39 – Bandwidth Graph
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EMC Report 2012-87-EM-F0042
4.7.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 48 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
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EMC Report 2012-87-EM-F0042
Figure 40 Cease Operation Graph
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EMC Report 2012-87-EM-F0042
4.7.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 49 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 50 Pulse Train Calculation
Total Transmission
period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time mS
315MHz
(49x0.204)+(28x0.402)+0.165+0.335
100ms
-13.25
Worst Case Duty Cycle: -13.25dB, worst case duty cycle was calculated over 100mS and it includes the tuning
pulses. Manufacturer declared the worst case duty cycle at -12.36dB and it is used for radiated emissions data.
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EMC Report 2012-87-EM-F0042
Figure 41 Pulse Train Graphs
First tuning pulse duration: 0.165mS
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EMC Report 2012-87-EM-F0042
Second tuning pulse duration: 0.335mS
Pulse Duration: 0.204mS Short, 0.402mS Long
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Number of Pulses: 49 Short, 28 Long
Duty cycle was calculated over 100mS including tuning pulses.
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EMC Report 2012-87-EM-F0042
4.7.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
315
75.62
55.62
Supplementary information: See section 4.7.3 for duty cycle information.
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EMC Report 2012-87-EM-F0042
Figure 42 Radiated Emissions Graph (Below 1GHz)
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EMC Report 2012-87-EM-F0042
Figure 43 Radiated Emissions Graph (Above 1GHz)
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EMC Report 2012-87-EM-F0042
Table 51 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
dB
Azimuth
[Degs]
Height
[cm]
Polarity Axis
315.0072 64.17 PK 14.2 2.1 80.47 -12.36 68.11 75.62 -7.51 91 102 Horz X
315.0072 49.58 PK 14.2 2.1 65.88 -12.36 53.52 75.62 -22.1 166 116 Vert X
630.014892 28.76 PK 20.6 352.36 -12.36 40 46 -6 0131 Horz X
630.1133 13.61 PK 20.6 337.21 -12.36 24.85 46 -21.15 *101 Vert X
945.023695 31.36 PK 23.6 3.8 58.76 -12.36 46.4 55.62 -9.22 9155 Horz X
945.023695 22.86 PK 23.6 3.8 50.26 -12.36 37.9 55.62 -17.72 274 103 Vert X
1260.173 76.69 PK 25.1 -56.92 44.87 -12.36 32.51 54 -21.49 *125 Horz X
1574.383 79.45 PK 25.3 -55.3 49.45 -12.36 37.09 54 -16.91 *100 Horz X
1890.594 72.3 PK 27.4 -54.32 45.38 -12.36 33.02 54 -20.98 *125 Horz X
3937.959 66.42 PK 32.7 -52.17 46.95 -12.36 34.59 54 -19.41 *100 Horz X
1260.173 68.71 PK 25.1 -56.92 36.89 -12.36 24.53 54 -29.47 *100 Vert X
1574.383 72.72 PK 25.3 -55.3 42.72 -12.36 30.36 54 -23.64 *125 Vert X
1890.594 66.6 PK 27.4 -54.32 39.68 -12.36 27.32 54 -26.68 *100 Vert X
3937.959 65.62 PK 32.7 -52.17 46.15 -12.36 33.79 54 -20.21 *125 Vert X
* Prescan Data used
Job #: 1001531435
Project #: 12CA39742
File #: MC15343
Page
108 of 229
Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.8 Configuration 12# Test Data
4.8.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (315MHz: 787.5kHz)
Table 52 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 53 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 54 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
315MHz
52.16
104.21
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 44 – Bandwidth Graph
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.8.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 55 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
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Project #: 12CA39742
File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 45 Cease Operation Graph
Job #: 1001531435
Project #: 12CA39742
File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.8.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 56 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 57 Pulse Train Calculation
Total Transmission
period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time
315MHz
(2x1.002)+(9x2.982)
78.5mS
-8.69
Worst Case Duty Cycle: Worst case duty cycle was calculated over single period between messages and it did
not include the tuning pulses. The manufacturer declares the duty cycle at -9.13dB. The measured duty cycle was
used for all radiated emissions data.
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File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 46 Pulse Train Graphs
First tuning pulse duration: 0.168mS
Second tuning pulse duration: 0.335mS
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Model Number:
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Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Message pulse duration: Short 1.002mS, Long 2.982mS
Number of Pulses: 2 Short, 9 Long
Period: 89.28mS with tuning pulses and 78.5mS without tuning pulses
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.8.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
315
75.62
95.62
Supplementary information: See section 4.8.3 for duty cycle information.
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File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 47 Radiated Emissions Graph (Below 1GHz)
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File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 48 Radiated Emissions Graph (Above 1GHz)
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File #: MC15343
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Table 58 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
315.005597 61.47 PK 14.2 2.1 77.77 -8.69 69.08 75.62 -6.54 92 104 Horz X
315.005597 47.05 PK 14.2 2.1 63.35 -8.69 54.66 75.62 -20.96 171 113 Vert X
630.010905 24.81 PK 20.6 348.41 -8.69 39.72 46 -6.28 16 129 Horz X
630.1133 12.75 PK 20.6 336.35 -8.69 27.66 46 -18.34 *103 Vert X
945.019005 27.47 PK 23.6 3.8 54.87 -8.69 46.18 55.62 -9.44 8152 Horz X
945.019005 19.17 PK 23.6 3.8 46.57 -8.69 37.88 55.62 -17.74 273 164 Vert X
1260.173 74.46 PK 25.1 -56.92 42.64 -8.69 33.95 54 -20.05 *125 Horz X
1574.383 75.92 PK 25.3 -55.3 45.92 -8.69 37.23 54 -16.77 *135 Horz X
1890.594 69.65 PK 27.4 -54.32 42.73 -8.69 34.04 54 -19.96 *125 Horz X
3937.959 66.56 PK 32.7 -52.17 47.09 -8.69 38.4 54 -15.6 *135 Horz X
1260.173 68.39 PK 25.1 -56.92 36.57 -8.69 27.88 54 -26.12 *100 Vert X
1574.383 70.89 PK 25.3 -55.3 40.89 -8.69 32.2 54 -21.8 *125 Vert X
1942.628 70.2 PK 27.4 -54.48 43.12 -8.69 34.43 54 -19.57 *125 Vert X
3939.96 66.9 PK 32.7 -52.13 47.47 -8.69 38.78 54 -15.22 *125 Vert X
* Prescan Data Used
Job #: 1001531435
Project #: 12CA39742
File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.9 Configuration 1# Test Data
4.9.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (318MHz: 795.0kHz)
Table 59 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 60 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 61 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
318MHz
53.22
99.867
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Model Number:
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Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 49 – Bandwidth Graph
Job #: 1001531435
Project #: 12CA39742
File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.9.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 62 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Job #: 1001531435
Project #: 12CA39742
File #: MC15343
Page
122 of 229
Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 50 Cease Operation Graph
Job #: 1001531435
Project #: 12CA39742
File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.9.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 63 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 64 Pulse Train Calculation
Total Transmission
Period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time
318MHz
16mS
100ms
-15.9
Worst Case Duty Cycle: Measured worst case duty cycle was -15.9dB over message pulses, not including tuning
pulses. Manufacturer declares the worst case duty cycle at -15.39dB. The declared duty cycle is used for all
radiated emissions data.
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 51 Pulse Train Graphs
First Tuning Pulse duration: 0.159mS
Second Tuning Pulse duration: 0.330mS
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Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Message Pulse Duration:1.0mS
Number of Pulses in 100ms (worst case): 16
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Model Number:
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Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.9.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
318
75.80
95.80
Supplementary information: See section 4.9.3 for duty cycle information.
Job #: 1001531435
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File #: MC15343
Page
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 52 Radiated Emissions Graph (Below 1GHz)
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Model Number:
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Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 53 Radiated Emissions Graph (Above 1GHz)
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Table 65 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
318.011218 67.41 PK 14.4 2.1 83.91 -15.39 68.52 75.8 -7.28 121 102 Horz X
318.011218 52.65 PK 14.4 2.1 69.15 -15.39 53.76 75.8 -22.04 207 121 Vert X
318.011218 59.38 PK 14.4 2.1 75.88 -15.39 60.49 75.8 -15.31 18 214 Horz Y
318.011218 65.18 PK 14.4 2.1 81.68 -15.39 66.29 75.8 -9.51 114 162 Vert Y
318.011218 62.97 PK 14.4 2.1 79.47 -15.39 64.08 75.8 -11.72 207 102 Horz Z
318.011218 65.15 PK 14.4 2.1 81.65 -15.39 66.26 75.8 -9.54 119 158 Vert Z
636.020005 31.07 PK 20.6 3.1 54.77 -15.39 39.38 46 -6.62 163 130 Horz X
636.020005 23.18 PK 20.6 3.1 46.88 -15.39 31.49 46 -14.51 262 262 Vert X
954.0302 21.16 PK 24 3.9 49.06 -15.39 33.67 55.8 -22.13 269 167 Vert X
954.0302 33.53 PK 24 3.9 61.43 -15.39 46.04 55.8 -9.76 360 152 Horz X
1272.0291 82.03 PK 25.2 -56.79 50.44 -15.39 35.05 54 -18.95 360 124 Horz X
1272.181 72.62 PK 25.2 -56.79 41.03 -15.39 25.64 54 -28.36 *100 Vert X
1589.9228 86.51 PK 25.3 -54.92 56.89 -15.39 41.5 54 -12.5 113 100 Horz X
1590.394 75.85 PK 25.3 -54.9 46.25 -15.39 30.86 54 -23.14 *125 Vert X
1908.0361 79.21 PK 27.4 -54.46 52.15 -15.39 36.76 54 -17.24 360 118 Horz X
1908.606 68.14 PK 27.4 -54.46 41.08 -15.39 25.69 54 -28.31 *125 Vert X
* Peak prescan data, not maximized
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.10 Configuration 9# Test Data
4.10.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (372.5MHz: 931.256kHz)
Table 66 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 67 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 68 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
372.5MHz
54.66
99.851
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Model Number:
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Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 54 – Bandwidth Graph
Job #: 1001531435
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.10.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 69 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Job #: 1001531435
Project #: 12CA39742
File #: MC15343
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 55 Cease Operation Graph
Job #: 1001531435
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Model Number:
KLIK1
Client Name:
Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
4.10.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 70 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 71 Pulse Train Calculation
Total Transmission
period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time
372.5MHz
(47x0.204)+(31x0.402)+0.195+0.365
100ms
-12.91
Worst Case Duty Cycle: Worst case duty cycle was calculated over 100mS and it includes the two tuning pulses.
Manufacturer declared worst case duty cycle is -12.36dB and it is used for radiated emissions data.
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EMC Report 2012-87-EM-F0042
Figure 56 Pulse Train Graphs
First tuning pulse duration: 0.195mS
Second tuning pulse duration: 0.365mS
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EMC Report 2012-87-EM-F0042
Message Pulse Duration: Short 0.204mS, Long 0.402mS
Number of Pulses: 47 Short, 31 Long
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EMC Report 2012-87-EM-F0042
Period
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EMC Report 2012-87-EM-F0042
4.10.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
372.5
78.52
98.52
Supplementary information: See section 4.10.3 for duty cycle information.
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EMC Report 2012-87-EM-F0042
Figure 57 Radiated Emissions Graph (Below 1GHz)
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EMC Report 2012-87-EM-F0042
Figure 58 Radiated Emissions Graph (Above 1GHz)
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EMC Report 2012-87-EM-F0042
Table 72 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
372.514423 57.26 PK 15.6 2.3 75.16 -12.36 62.8 78.52 -15.72 103 102 Horz X
372.514423 43.34 PK 15.6 2.3 61.24 -12.36 48.88 78.52 -29.64 36 106 Vert X
372.514423 50.3 PK 15.6 2.3 68.2 -12.36 55.84 78.52 -22.68 31 187 Horz Y
372.514423 57.49 PK 15.6 2.3 75.39 -12.36 63.03 78.52 -15.49 304 156 Vert Y
372.514423 52.8 PK 15.6 2.3 70.7 -12.36 58.34 78.52 -20.18 27 102 Horz Z
372.514423 57.1 PK 15.6 2.3 75 -12.36 62.64 78.52 -15.88 121 140 Vert Z
745.011492 24.21 PK 21.4 3.4 49.01 -12.36 36.65 46 -9.35 181 114 Horz Y
745.011492 15.87 PK 21.4 3.4 40.67 -12.36 28.31 46 -17.69 264 150 Vert Y
1117.506 90.7 PK 24.5 -57.49 57.71 -12.36 45.35 54 -8.65 12 136 Horz Y
1117.524 95.08 PK 24.5 -57.49 62.09 -12.36 49.73 54 -4.27 41 100 Vert Y
1948.632 64.23 PK 27.4 -54.39 37.24 -12.36 24.88 54 -29.12 *125 Horz Y
3925.951 64.22 PK 32.7 -52.03 44.89 -12.36 32.53 54 -21.47 *118 Horz Y
1940.627 70.11 PK 27.4 -54.54 42.97 -12.36 30.61 54 -23.39 *101 Vert Y
3911.941 66.01 PK 32.7 -51.61 47.1 -12.36 34.74 54 -19.26 *125 Vert Y
* Prescan Data Used
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EMC Report 2012-87-EM-F0042
4.11 Configuration 2# Test Data
4.11.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (390MHz: 975.0kHz)
Table 73 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 74 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 75 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
390MHz
53.32
99.277
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EMC Report 2012-87-EM-F0042
Figure 59 – Bandwidth Graph
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EMC Report 2012-87-EM-F0042
4.11.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 76 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
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UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Figure 60 Cease Operation Graph
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EMC Report 2012-87-EM-F0042
4.11.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 77 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 78 Pulse Train Calculation
Total Transmission
Period or 100ms
whichever is lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time
390MHz
(9x0.505)+(6x1.0)+(6x1.495)
96.9ms
-13.9
Worst Case Duty Cycle: -13.9, Calculated over 96.9mS period that does not include the tuning pulses.
Manufacturer declares worst case duty cycle as -13.55dB. Manufacturer declared duty cycle is used for all
radiated emissions.
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EMC Report 2012-87-EM-F0042
Figure 61 Pulse Train Graphs
First Tuning Pulse duration: 0.174mS
Second Tuning Pulse duration: 0.336mS
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EMC Report 2012-87-EM-F0042
Pulse Duration: 0.505mS Short
Pulse Duration: 1.0mS Medium, 1.495mS Long
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EMC Report 2012-87-EM-F0042
Number of message pulses in single burst: 9 Short, 6 Medium, 6 Long
Burst Timing
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EMC Report 2012-87-EM-F0042
4.11.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
390
79.24
99.24
Supplementary information: See section 4.11.3 for duty cycle information.
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EMC Report 2012-87-EM-F0042
Figure 62 Radiated Emissions Graph (Below 1GHz)
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EMC Report 2012-87-EM-F0042
Figure 63 Radiated Emissions Graph (Above 1GHz)
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EMC Report 2012-87-EM-F0042
Table 79 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
390.011218 63.78 PK 16.1 2.3 82.18 -13.55 68.63 79.24 -10.61 107 143 Vert Y
390.011218 58.01 PK 16.1 2.3 76.41 -13.55 62.86 79.24 -16.38 210 172 Horz Y
780.022436 17.74 PK 21.8 3.4 42.94 -13.55 29.39 46 -16.61 15 106 Horz Y
780.022436 15.03 PK 21.8 3.4 40.23 -13.55 26.68 46 -19.32 113 137 Vert Y
1170.015 90.13 PK 24.8 -57.24 57.69 -13.55 44.14 54 -9.86 6133 Horz Y
3901.935 65.87 PK 32.7 -51.99 46.58 -13.55 33.03 54 -20.97 *126 Horz Y
1170.0451 93.8 PK 24.8 -57.24 61.36 -13.55 47.81 54 -6.19 27 140 Vert Y
3901.935 67.68 PK 32.7 -51.99 48.39 -13.55 34.84 54 -19.16 *125 Vert Y
* Level from prescan, not maxized
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EMC Report 2012-87-EM-F0042
4.12 Configuration 6# Test Data
4.12.1 Test Conditions and Results – Occupied Bandwidth
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the spectrum analyzer resolution bandwidth set per the appropriate
standard.
Basic Standard
47 CFR Part 15.231(c)
Occupied Bandwidth Limits
0.25% of Center Frequency (390MHz: 975.0kHz)
Table 80 Occupied Bandwidth Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 81 Occupied Bandwidth Spectrum Analyzer Settings
Resolution Bandwidth
Occupied Bandwidth Requirements
dBc
% PWR
10kHz
-20
99
Supplementary information: None
Table 82 Occupied Bandwidth Test Result Summary
Center Frequency
20dB BW Measured (kHz)
99% BW Measured (kHz)
390MHz
54.16
98.182
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EMC Report 2012-87-EM-F0042
Figure 64 – Bandwidth Graph
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EMC Report 2012-87-EM-F0042
4.12.2 Test Conditions and Results – Cease Operation
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The device
was operated and the transmission time measured with the spectrum analyzer set to zero
span at the fundamental frequency.
Basic Standard
47 CFR Part 15.231(a)
Cease Operation Limits
The transmissions shall stop within 5 seconds of either a button being released or if automatically
controlled transmissions shall be stopped 5 seconds after transmissions begin.
Table 83 Cease Operation Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
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EMC Report 2012-87-EM-F0042
Figure 65 Cease Operation Graph
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EMC Report 2012-87-EM-F0042
4.12.3 Test Conditions and Results – Pulse Train
Test
Description
Measurements were made in the laboratory environment. A Dipole (or equivalent) antenna
tuned to the transmit frequency was attached to the input of a spectrum analyzer. The pulse
train was measured with the spectrum analyzer set to zero span at the fundamental frequency.
Basic Standard
FCC Part 15 Subpart A, 15.35
Pulse Train Limits
There are no limits for this test. This data is used to calculate the averaging correction factor that is applied
to the measured peak radiated emissions results.
Table 84 Pulse Train Configuration Settings
Power Interface Mode #
EUT Configurations Mode #
EUT Operation Mode #
1
1
1
Supplementary information: None
Table 85 Pulse Train Calculation
Total
Transmission
time or 100ms
whichever is
lesser
DC Correction Factor (dB)
Period
PulseWidth
log20
TX
Frequency
Total TX time mS
390MHz
(48x0.204)+(29x0.402)+0.174+0.336
100ms
-13.16
Worst Case Duty Cycle: The worst case duty cycle is calculated as worst case over 100mS. Manufacturer
declared worst case duty cycle is -12.36dB and its used for all emissions data.
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EMC Report 2012-87-EM-F0042
Figure 66 Pulse Train Graphs
First tuning pulse duration: 0.174mS
Second tuning pulse duration: 0.336mS
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EMC Report 2012-87-EM-F0042
Pulse duration: 0.204mS Short, 0.402mS Long
Number of Pulses: 48 Short, 29 Long
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EMC Report 2012-87-EM-F0042
200mS TX Capture
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EMC Report 2012-87-EM-F0042
4.12.4 Test Conditions and Results – RADIATED EMISSIONS Fundamental and Spurious
Test
Description
Measurements were made in a 10-meter semi-anechoic chamber that complies to CISPR
16/ANSI C63.4:2003. Preliminary (peak) measurements were performed at an antenna to
EUT separation distance of 3-meter as noted. The EUT was rotated 360° about its azimuth
with the receive antenna located at various heights in both horizontal and vertical polarities.
Final measurements (quasi-peak or average as noted) were then performed by rotating the
EUT 360° and adjusting the receive antenna height from 1 to 4-meters. All frequencies were
investigated in both horizontal and vertical antenna polarity, where applicable.
Basic Standard
47 CFR Part 15 subpart C, and RSS-210
UL LPG
80-EM-S0029
Frequency range
Measurement Point
Fully configured sample scanned
over the following frequency range
30MHz – 1GHz
3 meter distance
1GHz – 4GHz
3 meter distance
Restricted Band Limits
Frequency (MHz)
Limit (dBµV/m)
Quasi-Peak
Peak
30 - 88
40.00
NA
88 - 216
43.52
NA
216 - 960
46.02
NA
960 - 1000
54
NA
Above 1000 (FCC)
NA
54 (at 3-meter)
Fundamental Frequency Limits and Non-restricted band Harmonic Limits
Frequency (MHz)
Limit (dBµV/m) @ 3m distance
All harmonics except those in restricted bands must be attenuated by
20dB or more
Average - Fundamental
Peak - Fundamental
390
79.24
99.24
Supplementary information: See section 4.12.3 for duty cycle information.
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EMC Report 2012-87-EM-F0042
Figure 67 Radiated Emissions Graph (Below 1GHz)
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EMC Report 2012-87-EM-F0042
Figure 68 Radiated Emissions Graph (Above 1GHz)
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Chamberlain Group Inc.
UL LLC UL LLC 333 Pfingsten Rd. Northbrook, IL 60062 USA Tel.: 847 272-8800 Rev. No 1.0Rev. No 1.0
EMC Report 2012-87-EM-F0042
Table 86 - Radiated Emissions Data Points
Test
Frequency
Meter
Reading
dBuV
Detector
Antenna
Factor
dB
Path
Loss/Gain
dB
Level
dBuV/m
Duty
Cycle
Factor
dB
Level
with DC
Factor
dBuV/m
Limit @
3m
dBuV/m
Margin
Azimuth
[Degs]
Height
[cm]
Polarity Axis
390.007395 59.33 PK 16.1 2.3 77.73 -12.36 65.37 79.24 -13.87 186 174 Horz Y
390.007395 66.76 PK 16.1 2.3 85.16 -12.36 72.8 79.24 -6.44 99 138 Vert