LTA C2N-CBD-P TEST REPORT

Certification No. : LR500171707E

Test Report No.

:

LR500171707E

Issue Date

:

July 14, 2017

(V-3 / 2015.04 Normative ANNEX 1:Technical Requirements)

Applicant Name

:

Crestron Electronics. Inc.

Product Name

:

Cameo® Keypad, Standard Mount

Model Name

:

C2N-CBD-P

Brand

: - Serial Number

:

-

This laboratory is accredited by Voluntary Control Council for Interference

TEST REPORT

The tests reported herein have been performed in accordance with its terms of

and National Voluntary Laboratory Accreditation Program.

accreditation.

Applied Standard :

VCCI RULES AND REGULATIONS OF CLASS A

This test result onl y responds to the t ested sample. It is not allowed to copy this

report even partly without the allowance of the test laboratory. The report must

not be used by the client to claim product certification, approval, or

endorsement by NVLAP, NIST, or any agency of the Federal Government.

Certification No. : LR500171707E

Text

Page

TABLE OF CONTENTS

★★★★★★★★★★★★

Contents ---------------------------------------------------------------------------------------------------------- 2

LTA Certification ----------------------------------------------------------------------------------------------- 3

General Information ----------------------------------------------------------------------------------------------- 5

Brief Information --------------------------------------------------------------------------------------------------- 6

Test site description -------------------------------------------------------------------------------------------------- 9

Test Procedure ------------------------------------------------------------------------------------------------------ 11

List of test equipment used for the test ----------------------------------------------------------------------- 14

Radiated disturbance measurement --------------------------------------------------------------------------- 15 Result & Graph

Conducted disturbance measurement ------------------------------------------------------------------------- 17 Result & Graph

Conclusions --------------------------------------------------------------------------------------------------------- 21

Photograph of the measurements ------------------------------------------------------------------------------- 22

Photograph of the EUT ------------------------------------------------------------------------------------------ 24

★★★★★★★★★★★★

Certification No. : LR500171707E

Client / Manufacturer

Equipment Under Test (EUT)

C2N-CBD-P-A-S, C2N-CBD-P-AT,C2N-CBD-P-B-S, C2N-CBD-P-B-T,

C2N-CBD-P-W-S, C2N-CBD-P-W-T

Model Description

Test Performed

LTA Certification

Comp any name : Crestron Electronics. Inc. Address : 15 Volvo Drive, Rockleigh, NJ 07647, United S t ates Telephone / Facsimile :

+00-800-237-2041 Ext:123 45

Factory

Comp any name : Address :

Trade name : Product name : Model name : C2N-CBD-P

Variant model name :

Serial number : Intended environment : Residential area Date of receipt : June 21, 2017 EUT condition : Pre-production, not damaged Interface Ports : NET

Crestron Electronics. Inc. 15 Volvo Drive, Rockleigh, NJ 07647, United S t ates

Cameo® Keypad, Standard Mount

C2N-CBD-PBRN-S, C2N-CBD-P-DA-S, C2N-CBD-P-DSKT, C2N-CBD-P-GRY-S, C2N-CBD-P-IVR-S, C2NCBD-P-LAT-T,

Power Source : DC 24 V Crystal/Oscillator(s) : Firmware version : XXXX

- None

Test started & completed : July 11-Jul y 13, 2017 Location : LTA Co., Ltd.

*** To be continued next page ***

Certification No. : LR500171707E

Test Specification

Test Results

Purpose of the test : Compliance test to the following standard

Applied standard :

Measurement Results* Test method Radiated disturbance Complies V-3/2015.04 Radiated disturbance at above 1 GHz Not Applicable V-3/2015.04 Conducted disturbance Complies V-3/2015.04 Conducted disturbances at telecommunication ports * : The compliance statement is ba s ed on nominal value only.

Laboratory’s Certificate

Report number : LR500171707E Issue date : July 14, 2017

This test report is issued under the authority of: The test was super vi s ed by:

VCCI RULES AND REGULATIONS OF CLASS A (V-3 / 2015.04 Normative ANNEX 1:Technical Requirements)

Not Applicable V-3/2015.04

Yong-Cheol, Wang, Manager Min gi Kang, Te s t Engineer

Certification No. : LR500171707E

Purpose

Test Performed

Measurement uncertainty

Accredited agencies

General information’s

This document is based on the Electromagnetic Interference (EMI) tests performed on the “C2N-CBD-P”. The measurements were performed according to t he measurement procedure described in VCCI RULES AND REGULATIONS OF CLASS A V-3 / 2015.04 Normative ANNEX 1:Technical Requirements)

Comp any name : LTA Co., Ltd. Address : 243, Jubug-ri,Yangji-Myeon, Cheoin-gu,Youngin-Si, Kyunggi-Do, Korea. 449-822 Telephone / Facsimile : +82-31-323-6008 / +82-31-323-6010

Radiated disturbance (30 – 1 000 MHz) : +4.52 [dB] ,-4.43 [dB] (k=2) Radiated disturbance at above 1 GHz (1 GHz – 6 GHz) +3.0 [dB] ,-3.0 [dB] (k=2) Conducted disturbance (0.15 – 30 MHz) : +0.11 [dB] ,-0.11 [dB] (k=2) Conducted disturbances at telecommunication ports

The coverage factor k=2 yields approx. a 95% level of confidence for near-normal distribution typical of most measurement results.

(0.15 – 30 MHz) : +0.11 [dB] ,-0.11 [dB] (k=2)

LTA Co., Ltd. Is approved to perform EMC testing by the following agencies:

Agency Country Accreditation No. Validity Reference

NVLAP U.S.A 200723-0 2017-09-30 ECT accredited Lab. RRA KOREA KR0049 - EMC accredited Lab. FCC U.S.A 649054 2019-04-13 FCC CAB

R-2133(10 m),

VCCI JAPAN

2017-06-21 VCCI registration

C-2307

VCCI JAPAN T-2009 2017-12-23 VCCI registration VCCI JAPAN G-847 2018-12-13 VCCI registration IC CANADA 5799A-1 2019-11-07 IC filing

Certification No. : LR500171707E

1-1 Test Summary

1-2 Operating Mode of the EUT

1-3 Modification

Brief Information

Parameter Applied Standard

I. Emission

Radiated disturbance V-3/2015.04 Radiated disturbance at above 1 GHz V-3/2015.04 NA Conducted disturbance V-3/2015.04 Conducted disturbances at

V-3/2015.04 NA

telecommunication ports Note 1: C=Complies NC=Not Complies NT=Not Tested NA=Not Applicable * The data in this test report are traceable to the natio nal or international standards.

Frequency range to be scanned:

0.15 MHz - 30 MHz as conducted measurement 30 MHz – 1 000 MHz (1 GHz) as radiated measurement

Status (note 1)

C

Bandwidth: Measured by the CISPR quasi-peak function Bandwid th is 10 kHz i n the frequency 0.15 MHz to 30 MHz, 120 kHz i n the frequency 30 MHz t o 1,000 MHz.

A sample calculation: COR. F (correction factor)= Antenna factor + Cable loss- Amp.gain- Distance correction Emission Level= meter reading + COR.F

The tests have been conducted with the following operational mode(s) of the EUT. Name of mode in the report Description Operating mode : -

- None

1-4 List of EUT and accessory

Cameo® Keypad, Standa r d

Mount

Dual-Technology Occup ancy

Sensor with C resnet®

DIN Rail Cresnet®

Distribution Hub

DIN Rail 60 Watt Cresnet®

Power Supply

1-5 Cable List

Remarks

From

to

DIN Rail Cresnet®

Distribution Hub

DIN Rail 60 Watt Cresnet®

Power Supply

DIN Rail 60 Watt Cresnet®

Power Supply

Dual-Technology Occupancy

Sensor with C resnet®

EUT

Certification No. : LR500171707E

Category Model Name Serial No. Manufacturer Remarks

ACCESSORY

Category Model Name Serial No. Manufacturer Remarks

Cable List

Cable Type Length (m)

C2N-CBD-P

GLS-ODT-C-CN N/A Crestron Electronics. Inc. -

DIN-HUB N/A Crestron Electronics. Inc. -

DIN-PWS60 N/A Crestron Electronics. Inc. -

1.5 NO/NO NET C NET

1.0 NO/NO NET NET HOST

1.5 NO/NO NET INPUT

1.0 NO/NO NET NE T C

N/A

Shielding

(Cable/backshell)

Crestron E l ect ronics. Inc. -

AC Power Source 1.2 NO/NO 3 Pin AC Line AC IN

Certification No. : LR500171707E

1-6 Block diagram of the EUT test / Operating mode

NET

3 Pin AC Line

2 Pin AC Line

DIN Rail 60 Watt

Note) refer to the Test setup photograph.

Cresnet® P ower Supply

DIN Rail Cresnet®

Distribution Hub

Dual-Technology

Occupancy Sensor with

EUT

Certification No. : LR500171707E

2- Test Site Description

1-Facility

All the testing facilities are periodically serviced as a daily check for equipment and cables systems, an every 6

telecommunication ports CONDUCTED EMISSIONS TESTING

2-1 Radiated Disturbance Measurement

2-2 Conducted Disturbance Measurement

EUT

Turn Table

Metal Ground Plane Size(7.2mx16m～7.2mx40m)

Antenna to ground

distance 1m t o 4m

Antenna to EUT Distance

Amplifier

EMI Receiver

Biconical Antenna

Log Antenna

or Double Ridged Guide Antenna

EUT Room

change the Antenna with each frequency

0.8m

Horizontal ground Plane

Pulse limitor

EMI Receiver

AMN

Bonded

to

horizontal

ground plane

connectio ns for equipment

EUT

0.8m

Vertical ground Plane

0.4m

months facility check for the facilities and a monthly check and annual calibration for testing equipment according to ISO/IEC 17025. All the testing facilities are used as the same specifications shown below. There are descriptions both for radiated disturbance measurement and conducted di s t urbance mea surement conformed by VCCI RULES AND REGULATIONS OF CLASS B (V-3 / 2015.04 Normative ANNEX1:Technical Requiremen ts)

10m/3m

-periodic

Certification No. : LR500171707E

2-3 Conducted Disturbances at telecommunication ports

Antenna to ground

Diagram 3 : Telecom Port Conducted Emissions Test Setup

EUT

40cm

Current probe

CDN/ISN

AE

2)

10cm 80cm

No restriction on length

AE = Assoclated equipment EUT

(if applied)

1)

2-4 Radiated Disturbance at above 1 GHz

dista nce 1m t o 2m by size of EUT

= Equipment under test

Certification No. : LR500171707E

3- Test Procedure

3-1 Radiated Disturbance Measurements

・Test site is met the requirements of VCCI RULES AND REGULATIONS OF CLASS A

(V-3 / 2015.04 Normative ANNEX1:Technical Requirements) and the distance between the EUT

and the antenna is adjusted 3 m or 10m.

・The turntable can be rotated 360 degrees. ・The antenna can be adjusted between 1m and 4m in height above the ground. ・The EUT is placed on the non-conducti ng t able with 0.8m height on the turntable. ・Measurements are carried out using a spectrum analyzer with peak detectors (100kHz bandwidth) and

an EMI receiver with quasi-peak detectors(120 kHz bandwidt h).

・Refer to the list of test equipment used for the test. ・Biconical antenna and logperiodic antenna are used as wideband antenna. ・The Biconical antenna is used in the frequency range of 30 MHz to 300 MHz and the Logperiodic antenna

is used in the frequency range of 300 MHz to 1 GHz.

・A variable attenuator is used for verifying amplifier’s linearity. ・Rotating the turntable and adjusting the height of the antenna are carried o ut by control buttons on the console. ・Refer to "Brief Information"(page 6-9) about details of the EUT and configuration of the cables.

・Measurement is carried out by a LTA operator as manual operation.

–searchin g for some of H igh disturbance frequency points than the other points with the following settings; bandwidth 100 kHz, frequency range 10 MHz between 30 MHz and 300 MHz and frequency range 50 MHz between 300 MHz and 1 GHz. –searching the worst direction with the maximum level of the disturbance wave in rotating the turntable 360 degrees at each searched frequency point. –setting the height of t he antenna with the maximum level of the disturbance wa ve from 1m to 4 m. –reading the disturbance level by the EMI receiver with quasi-peak detectors (120 kHz band width) according to VCCI RULES AND REGULATIONS OF CLASS A

(V-3 / 2015.04 Normative ANNEX1:Technical Requirements) –measuring to vertical and horizo ntal polarization. –calculating the measurement result with the following for mula or equation: (Measurement result= measured value + antenna factor + antenna cable loss)

Certification No. : LR500171707E

3-2 Conducted Disturbance Measurements

・The measurement is carried out on an open site with horizontal and metallic ground plane. ・An AMN(Artificial Mains Network) with a nominal impedance (50 Ω/50 μH) as defined

in VCCI RULES AND REGULATIONS OF CLASS A (V-3 / 2015.04 Normative ANNEX1:Technical

Requirements). shall be utilized .

・The AMN is grounded on a horizontal metal ground plane. ・Measurement is carried out using a spectrum analyzer with peak detectors (10kHz bandwidth) and

an EMI receiver with quasi-peak detectors and average detector. (Refer to the List of test equipment used for the test.)

・The shortest distance between the EUT and the AMN is 0.8 m. ・The EUT is placed on the non-conducti ng t able with 0.8 m height. ・A remote switch is used for changing phases between Li ne (L) and Neutral (N). ･Refer to "Brief Information"(page 6-9) ab o ut details of the EUT and configuration of the cables.

・Measurement is carried out as manual operation.

–detecting the maximized emission level using the maxhold function after setting the spectrum

analyzer bandwidth 1MHz and the frequency range from 150 kHz to 1 MHz , 1 MHz to 5 MHz and 5 MHz to 30 MHz.

–searchin g the maximum frequenc y point of the disturbance wave in ea ch frequency range . –reading the disturbance level of quasi-peak, average and Line (L) and Neutral (N) in 10 kHz bandwidth by the EMI receiver. –calculating the measurement result with the following for mula or equation. (Result = Reading + Cor.F.) (Margin = Limit- Result)

Certification No. : LR500171707E

3-3 Conducted Disturbances at telecommunication ports Measurements

3-4 Radiated Disturbance at above 1 GHz

・In the range of 0.15 MHz to 30 MHz, the conducted disturbance was measured and set-up was made accordance with VCCI V -3/2015.04, CLASS A ITE. ・ The EUT is placed on a non-conducting table, which is: 0.8 meters above an earth-grounded floor; 0.4 meters away from a vertical ground plane (i.e. the chamber wall); and 0.8 meter away from all other metal objects. For ・cables where there is no appropriate CDN / ISN available, measurement was done using a combination of current probe and capacitive voltage probe.

• Measure current with a current probe.

• Measure voltage with a capacitive probe

• Compare the measured voltage wit h the vo lta ge limit.

• Compare the measured current with the current limit.

• The EUT shall meet both the voltage and current limits.

・Test site is met the requirements of V CCI V-3/2015.04 and the distance between the EUT and the antenna is adjusted 3 m. ・The turntable can be rotated 360 degrees. ・The antenna can be adjusted between 1m in height above the ground. ・The EUT is placed on the non-conductin g table with 1m height on the turntable. ・Measurements are carried out using a EMI test receiver with peak detectors (1 MHz bandwidth) and an EMI receiver with peak and average detectors(1 MHz bandwidt h). ・Refer to the list of test equipment used for the test. ・HORN antenna are used as wideband antenna. ・The HORN antenna is used in the frequency range of 1 GHz to 18 GHz. ・A variable attenuator is used for verifying amplifier’s linear ity. ・Rotating the turntab l e and adjusting the height of the antenna are carried out by contro l buttons on the console . ・Refer to "Brief Information"(page 6-9) about details of the EUT and configuration of the cables. ・Measurement is carried out by a LTA operator as manual operation. –searching the worst direction with the maximum level of the disturbance wave in rotating the turntable 360 degrees at each searched frequency point. –setting the height of the antenna wit h the maximum level of the disturbance wave from 1m –reading the disturbanc e level by the EMI receiver with peak and average detectors (1 MHz bandwidth) according to ANSI C 63.4:2003. –measuring to vertical and horizo ntal p olarization. –calculating the measurement result with the following for mula or eq uation: (Measurement result= measured value + antenna factor + antenna cable loss)

Certification No. : LR500171707E

DIGITA L THERMO HYGROMETER

Spectrum Analyzer (~ 26.5 ㎓)

4- List of Equipment Used For the Tests

1

EMI TEST Receiver

2

Pulse Limiter

3

4

DTV Signal Gene rator

5

Color TV Pattern Generator

6

LISN

7

LISN(main)

8

LISN(sub)

9

ISN

10

ISN

11

CURRENT PROBE

12

LISN

13

EMI TEST Receiver

14

Amplifier (25 ㏈)

15

Description Model No. Serial No. Manufacturer Interval

LAST Cal.

ESR 101499 Rohde & Schwarz 1 year Jul-17

ESH3-Z2 100710 Rohde & Schwarz 1 year Mar-17

TH-611 NONE BODYCOM 1 year Sep-16

MFG-100 15M2002 MFLO 1 year Mar-17

PM-5518-TX LO5333 Philips - -

ESH3-Z6 100378 Rohde & Schwarz 1 year Sep-16 ESH3-Z5 893045/017 Rohde & Schwarz 1 year Mar-17

ENV216 100408 Rohde & Schwarz 1 year Sep-16

ISN T800 27109 TESEQ 1 year Jan-17

ENY81-CA6 101565 Rohde & Schwarz 1 year Jan-17

EZ-17 100508 Rohde & Schwarz 1 year Jan-17

ESH3-Z6 100378 Rohde & Schwarz 1 year Sep-16

ESCI7 100772 Rohde & Schwarz 1 year Sep-16 8447D 2944A07974 HP 1 year Sep-16

TESTEK-303A TAEGUANG - 1 year Mar-17

16

Log.-Per. Antenna

17

Biconical Antenna

18

TRILOG Antenna

19

TRILOG Antenna

20

Amplifier (25 ㏈)

21

22

HORN ANTENNA

23

HORN ANTENNA

24

TRILOG Antenna

25

HORN ANTENNA

VULP 9118 9118 A 401 SCHWARZBECK 2 year Apr-17

VHA 9103 VHA 9103-2315 SCHWARZBECK 2 year Apr-17 VULB9160 9160-3237 SCHWARZBECK 2 year May-17 VULB9160 9160-3242 SCHWARZBECK 2 year Jul-16

8449B 3008A00337 HP 1 year Mar-17

E4407B MY45108946 Agilent 1 year Mar-17

3115 114105 ETS 2 year May-16 3115 114105 ETS 2 year Jul-16

VULB9268 775 SCHWARZBECK 2 year Mar-17

3115 000550005 ETS 2 year May-17

Certification No. : LR500171707E

5-1 Radiated Disturbance Measurements (Below 1GHz) / V

TEST EQUIPMENT USED: 13, 14, 15, 18

(Below 1GHz) / H

-Continue

Certification No. : LR500171707E

(LINE) / 50

5-2 Conducted disturbance Measurements

TEST EQUIPMENT USED: 01, 02, 03, 07

(NEUTRAL) / 50

-Continue

Certification No. : LR500171707E

(LINE) / 60

5-2 Conducted disturbance Measurements

TEST EQUIPMENT USED: 01, 02, 03, 07

(NEUTRAL) / 60

-Continue

Certification No. : LR500171707E

Conclusions

Product models " C2N-CBD-P " meets all of the CLASS A requirements of the VCCI RULES AND REGULATIONS OF CLASS A (V-3 / 2015.04 Normative ANNEX1:Technical Requirements) (Limits of radio disturbance characteristics of ITE). ( Refer to Test Specification and Test Results in the "LTA certification", page 4 and 5.)