UGN-KPI-2220EFD-Repeater

S.Y.Jun FD-Repeater (KPI-2220E) Operation manual Kaicom Co., Ltd. #109, Gayang Techno Town 1487, Gayang-dong, Kangso-gu, Seoul, Korea Tel: +82-2-6734-6777 Fax: +82-2-6734-6776 Contact: [email protected] KB-MMU-06-Manual_2220E-1.0 Kaicom Confidential Revision History Revision Description of Change Date Author 1.0 Initial June. 01.06 S.Y.Jun FCC Notice: Any changes or modifications not expressly approved by Kaicom could void the user's authority to operate the equipment. Sheet2/15 Kaicom Co., Ltd. KB-MMU-06-Manual_2220E-1.0 Kaicom Confidential TABLE OF CONTENTS 1. Main description..........................................................................................................................4 2. Hardware Block diagram.............................................................................................................5 3. Interface description....................................................................................................................5 4. Setting up the module to slave mode........................................................................................6 5. Setting up the module to master mode.....................................................................................6 6. Setting up the module to TD repeater mode.............................................................................7 7. Operation modes.........................................................................................................................8 8. Operation modes table................................................................................................................8 9. Built-in filters................................................................................................................................9 10. Mapping table of module and mode.........................................................................................9 11. Mapping of mode and module................................................................................................10 12. Using built-in LV coupler........................................................................................................11 13. Installation example (MV FD repeater)...................................................................................13 14. Installation example (MV TD repeater & LV Head-End)........................................................14 15. Installation example (MV Slave & LV Head-End)..................................................................15 Sheet3/15 Kaicom Co., Ltd. KB-MMU-06-Manual_2220E-1.0 Kaicom Confidential 1.Main description ¾ Model name: KPI-2220E ¾ Chipsets: DSS 9002 x 2 ¾ Main Function: 1. FD Repeater 2. MV TD Repeater and LV Head-End ¾ Interface: „ Internal • Port iL: BNC Connector • Console: RJ11 „ External • Port A: F-Type Connector (IP 67~68) • Port B: F-Type Connector (IP 67~68) • Port L: F-Type Connector (IP 67~68) • Ethernet: RJ45 x 2 EA (IP 67~68) ¾ Power Input: • 90 ~ 265V AC, 50/60Hz ¾ Main features: • Built-in filters • Built-in LV coupler • IP 67~68 Sheet4/15 Kaicom Co., Ltd. KB-MMU-06-Manual_2220E-1.0 Kaicom Confidential 2.Hardware Block diagram 3.Interface description a. Internal interface 9 Port iL: Signal port of LV coupler 9 Console: console port for management, RJ11interface b. External interface 9 Port A: Signal port to connect powerline(MV or LV) with coupler 9 Port B: Signal port to connect powerline(MV or LV) with coupler 9 Port L: Signal port to connect powerline(LV only) with built-in LV-coupler 9 Ethernet: Ethernet port of 10/100Mbps, RJ45 interface Sheet5/15 Kaicom Co., Ltd. KB-MMU-06-Manual_2220E-1.0 Kaicom Confidential 4.Setting up the module to slave mode a. For more information about console set-up, please refer to console manual. b. Use a TAB Key to move your desired module. c. Set up the booting mode to NVRAM. 9 #admin/>ac bm NVRAM d. Set up the management IP address. 9 #admin/>ac dhcp disable 9 #admin/>net ip ip 192 168 100 1 9 #admin/>net ip nm 255 255 0 0 9 #admin/>net ip gw 192 168 0 1 e. Set up the module to slave. 9 #admin/>mac c n s 5.Setting up the module to master mode a. For more information about console set-up, please refer to console manual b. Use a TAB Key to move your desired module. c. Set up the booting mode to NVRAM 9 #admin/>ac bm NVRAM d. Set up the management IP address. 9 #admin/>ac dhcp disable 9 #admin/>net ip ip 192 168 100 1 9 #admin/>net ip nm 255 255 0 0 9 #admin/>net ip gw 192 168 0 1 e. Set up the module to master 9 #admin/>mac c n m f. Set up the frequency mode. 9 #admin/>sync m w 3 Sheet6/15 Kaicom Co., Ltd. KB-MMU-06-Manual_2220E-1.0 Kaicom Confidential 6.Setting up the module to TD repeater mode a. For more information about console set-up, please refer to console manual b. Use a TAB key to move your desired module. c. Set up the booting mode to NVRAM 9 #admin/>ac bm NVRAM d. Set up the management IP address 9 #admin/>ac dhcp disable 9 #admin/>net ip ip 192 168 100 1 9 #admin/>net ip nm 255 255 0 0 9 #admin/>net ip gw 192 168 0 1 e. Set up the module to TD repeater 9 #admin/>mac c n r Sheet7/15 Kaicom Co., Ltd. KB-MMU-06-Manual_2220E-1.0 Kaicom Confidential 7.Operation modes 8.Operation modes table Sheet8/15 Kaicom Co., Ltd. KB-MMU-06-Manual_2220E-1.0 Kaicom Confidential 9.Built-in filters Module A is consisted of 7, 13 and 23 MHz high pass filters and 13.5~23.5 MHz band pass filter. Module B is consisted of 7, 13 and 23 MHz low pass filters and 13.5~23.5 MHz band pass filter. Index Module A Module B 1 7MHz high pass filter 7MHz low pass filter 2 13MHz high pass filter 13MHz low pass filter 3 23MHz high pass filter 23MHz low pass filter 4 13.5~23.5MHz band pass filter 13.5~23.5MHz band pass filter 10.Mapping table of module and mode. MODE BANDWIDTHLIMITS(MHz) MODULE A MODULE B MAX PHY DATA RATE 1 10 3-13 X O 84 2 10 13.5-23.5 O O 84 3 10 24-34 O X 84 4 20 3-23 X O 151 5 20 14-34 O X 151 6 30 4-34 X X 205 7 5 2-7 X O 42 8 5 7.85-12.85 O O 42 9 Not valid 10…

Text truncated - open the document above for the full version.

attestation letter.doc 1 of 1 November 14, 2006 Test Report Attestation According to the testing performed by Product Safety Engineering, the Kaicom CO. Ltd. model 2220E is in compliance with the electromagnetic compatibility requirements in FCC rules, Part 15, Subpart G. Details are shown in the accompanying test report.

www.kaicom.co.kr Page 1/1 Kaicom Co., Ltd. 109, Gayang Techno Town 1487, Gayang-3Dong, Kangseo-Gu, Seoul, 157-810, Korea Tel : 82 2 6734 6777, Fax : 82 2 6734 6776 2 October 2006 Federal Communication Commission 445 12th Street SW Washington, DC 20554 Attn: All persons in charge Re: Request for confidentiality per Section 0.457 and 0.459 of FCC Rules Applicant: Kaicom Co., Ltd. FCC ID: UGN-KPI-2220E Gentlemen, The materials submitted by Kaicom Co., Ltd. for FCC exhibitions for FCC certification of access BPL equipments are containing lots of confidential contents to maintain a competitive position in the arena. Therefore, according to the Section 0.457 and 0.459 of the FCC rules, here we Kaicom Co., Ltd. wishes that the following documents regarding the submission of FCC ID: UGN-KPI-2220E are to be kept with confidentiality. z Schematics z Block diagrams z Operational/Functional Descriptions z Manuals z Internal Photos of equipment For further information or any questions, please contact referring to the signed information below. Sincerely, ---------------------------------- Y. C. Kim Director / Kaicom Research & Development Laboratory Phone: +82-2-6734-6777 Fax: +82-2-6734-6776 E-mail: [email protected]

UGN-KPI-2220E revised letter.doc 1 of 1 November 28, 2006 Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Subject: Revised Confidentiality Request Gentlemen: The original letter requesting confidentiality included block diagrams and the user manual in the list of exhibits to be held confidential. During the exhibit upload process I mistakenly checked “short term” for these (2) items. Kaicom Co. Ltd., requests the following documents pertaining to FCC ID: UGN-KPI-2220E be changed from short term confidentiality to permanent confidentiality. 1. Block diagrams 2. Users Manual (not accessible to end users) The above exhibits contain proprietary information and are thus considered trade secrets. Sincerely, Steven Hoke EMC Site Manager – Product Safety Engineering

Correspondence Reference Number: 32263 1) Upload coupler photos to the external photos exhibit. Please see uploaded file named UGN-KPI-2200E Coupler photos.pdf. 2) Is this device used for common mode injection, differential mode injection, or both? Which mode of injection was tested? The device operates in common mode and was tested in common mode. 3) This device has two connections for medium voltage couplers and one for low voltage. Explain how these ports were configured for testing. The device was tested first in mode (10) while port (a) was connected to a dedicated coupler. The device was then set for mode (11) while port (b) was connected to a second dedicated coupler. This was how the MV lines were tested. During the LV line testing, the MV couplers were disconnected from both ports and a coaxial cable was connected between port (a) and port (L) while running in mode (10) and then again with the coaxial cable connected between port (b) and port (L) while running in mode (11). Port (L) routes the BPL signals back inside the unit, through the internal power supply and then back to the (220) VAC input lines. 4) The Test Report states that the power setting was set to the maximum. Was this for both overhead and underground configurations? The device was 0.1 dB from the limit. Please explain the power settings available and how they are to be used. The power level setting used during testing are described at the end of the previously uploaded attachment – UGN-KPI-2200E Circuit Description.pdf. 5) The User's Manual is not clear how the utility would set the notch is there was a complaint on a specific frequency. Please clarify how this would be done. Please see uploaded file named UGN-KPI-2200E Mitigation Methodology.pdf.

Coupler Specifications Overhead Manufacturer - Arteche Coupler Specifications Overhead Manufacturer - IBEC Coupler Specifications Underground Manufacturer - KAICOM KaicomPower Line Communication ™KPA-MLC-451 MV Inductive Coupler #109,Gayang Techno Town 1487, Gayang-3dong, Kangso-gu, Seoul, Korea Tel :+82 6734 6777 Fax: +82 6734 6776 www.kaicom.co.kr Copyright 2004(c) Kaicom. Co., Ltd. All rights reserved. ParameterDetails Nominal voltage24kV-36kV insulated cable Coupling modePhase-to-phase, Phase-to-earth Cable diameter< 44 mm Operating Frequency Range 2 -40 MHz Insertion Loss< 3dB Connecting cable Impedance 50 Ω Rated lightning impulse withstand voltage5kV Insulation resistance>100M Ω Dielectric strength3kV Nominal current 50Hz360A Operating temperature-20°C/ +60 °C Relative humidity100% Connection to communication terminalBNC connector Test Insertion Loss

Product Safety Engineering, Inc 12955 Bellamy Brothers Blvd. Dade City, FL 33525 Tel (352) 588-2209 Fax (352) 588-2544 Test Report Number 06F2718B1 Page 1 of 10 Certification # 1367-01 TEST REPORT Laboratory IDSubmitter ID PRODUCT SAFETY ENGINEERING, INC.Kaicom CO., Ltd 109, Gayang Techno Town 1487 12955 Bellamy Brothers BoulevardGayang-dong, Kangso-Gu Dade City, Florida 33525 USASeoul PH (352) 588-2209 FX (352) 588-2544South Korea Report Issue Date: 14 Nov 2006 Test Report Number:06F271B1 Sample S/N: NA Model Designation: 2220E Sample Receipt Date: 07/27/06 Product Description: Access BPL Sample Test Date: 08/15/06 - 09/28/06 Marketing Approval Description of non-standard test method or test practice: None Estimated Measurement Uncertainty: Not Applicable Special limitations of use: None Traceability: reference standards of measurement have been calibrated by a competent body using standards traceable to the NIST. According to testing performed at Product Safety Engineering, Inc., the above-mentioned unit is in compliance with the electromagnetic compatibility requirements defined in regulations indicated on page (3) of the test report. The test results contained herein relate only to the model(s) identified above. It is the manufacturer’s responsibility to assure that additional production units of this model are manufactured with identical electrical and mechanical characteristics. As the responsible EMC Project Engineer, I hereby declare that the equipment tested as specified above conforms to the requirements indicated on page (3) of the test report. Signature Name David Foerstner Title Engineering Group Leader Date 14 Nov 2006 Reviewed by: Approved Signatory Date 14 Nov 2006 This report may only be reproduced in full without written permission from Product Safety Engineering, Inc. Product Safety Engineering, Inc 12955 Bellamy Brothers Blvd. Dade City, FL 33525 Tel (352) 588-2209 Fax (352) 588-2544 Test Report Number 06F2718B1 Page 2 of 10 D I R E C T O R Y - EMISSIONS Page(s) A)Documentation Test report1 - 10 Directory2 Test Regulations3 General Remarks10 B)Test data Conducted emissions10/150 kHz - 30 MHz5, 9 Radiated emissions10 kHz - 30 MHz5, 9 Radiated emissions30 MHz - 1000 MHz6, 9 Interference Mitigation / Excluded BandsAs Required6, 9 Equivalent Radiated emissions1 GHz - 18 GHz7, 9 Antenna Disturbance Voltage30 MHz - 1,000 MHz7,9 C)Appendix A Test Equipment Calibration Information Description of Testing Test Data Sheets A2 A3 - A10 A11 -A29 Product Safety Engineering, Inc 12955 Bellamy Brothers Blvd. Dade City, FL 33525 Tel (352) 588-2209 Fax (352) 588-2544 Test Report Number 06F2718B1 Page 3 of 10 EMISSIONS TEST REGULATIONS : The emissions tests were performed according to following regulations: 9 - EN 61000-6-3:2001 9 - EN 61000-6-4:2001 9 - EN 55011 : 1998 / A1:19999 - Group 19 - Group 2 9 - Class A9 - Class B 9 - EN 55013 : 1990 / A12:1994 / A13:1996 / A14:1999 9 - EN 55014 -1: 20019 - Household appliances and similar 9 - Portable tools 9 - Semiconductor devices 9 - EN 55022 (1998) /A1:2001 /A2:20039 - Class A9 - Class B 9 -AS/NZS 3548:19959 - Class A9 - Class B 9 - ICES-0039 - Class A9 - Class B 9 - CNS 134389 - Class A9 - Class B 9 - VCCI : 19999 - Class A9 - Class B # - FCC Part 15 Sub Part G9 - Class A9 - Class B “General Technical Requirements” # - Certification 9 - Verification 9 - Declaration of Conformity 9 - FCC Part 18 Product Safety Engineering, Inc 12955 Bellamy Brothers Blvd. Dade City, FL 33525 Tel (352) 588-2209 Fax (352) 588-2544 Test Report Number 06F2718B1 Page 4 of 10 Environmental conditions during testing: LAB OATS Temperature: * _________: ________ Relative Humidity: ** _________: ________ * The ambient temperature during the testing was within the range of (50 - 104 F) unless indicted above. oo ** The humidity levels during the testing was within the range of (10% - 90%) relative humidity unless indicated above. Power supply system: 110 Volts 60 Hz SINGLE phase Sign Explanations: 9 - not applicable # - applicable Product Safety Engineering, Inc 12955 Bellamy Brothers Blvd. Dade City, FL 33525 Tel (352) 588-2209 Fax (352) 588-2544 Test Report Number 06F2718B1 Page 5 of 10 Emissions Test Conditions: CONDUCTED EMISSIONS (Interference Voltage) The CONDUCTED EMISSIONS (INTERFERENCE VOLTAGE) measurements were performed at the following test location: # - Test not applicable 9 - Darby Test Site (Open Area Test Site) 9 - Darby Laboratory Test equipment used : Model NumberManufacturerDescriptionSerial Number 9 -8028-50Solar50 S LISN829012, 829022 9 -3825/2Solar50 S LISN924840 9 -EMC-30Electro-MetricsEMI Receiver191 9 -8566BHewlett-PackardSpectrum Analyzer2421A00526 9 -85650AHewlett-PackardQuasi-Peak Adapter2043A00209 9 -85662AHewlett Packard Analyzer Display2403A07352 9 -8028-50Solar50 S LISN903725, 903726 9 -FCC-TLISN-T4Fisher Custom Com.Telecom ISN20072 Emissions Test Conditions: RADIATED EMISSIONS (Magnetic Field) The RADIATED EMISSIONS (MAGNETIC FIELD) measurements were performed at the following test location: 9 - Darby Test Site (Open Area Test Site) # - In-Situ Testing (Vernon, NY & Valrico, FL) 9 - at a test distance of : 9 - 3 meters # - 10 meters 9 - Test not applicable Test equipment used : Model NumberManufacturerDescriptionSerial Number 9 -96005EatonLog Periodic Antenna1099 9 -BIA-25Electro-MetricsBiconical Antenna4283 9 -8566BHewlett-PackardSpectrum Analyzer2421A00526 9 -85662AHewlett-PackardAnalyzer Display2403A07352 9 -85650AHewlett-PackardQuasi-Peak Adapter2043A00209 # -ALR-30MElectro-MetricsLoop Antenna824 # -E7402AHewlett PackardSpectrum AnalyzerUS39150137 9 - 9 - EMC-30 ALA-130/A Electro-Metrics Antenna Research EMI Receiver Loop Antenna 191 106 Product Safety Engineering, Inc 12955 Bellamy Brothers Blvd. Dade City, FL 33525 Tel (352) 588-2209 Fax (352) 588-2544 Test Report Number 06F2718B1 Page 6 of 10 Emissions Test Conditions: RADIATED EMISSIONS (Electric Field) The RADIATED EMISSIONS (ELECTRIC FIELD) measurements, in the frequency ran…

Text truncated - open the document above for the full version.

EXCLUDED BANDS Band 1 (2,850-3,025) kHz Band 2 (3,400-3,500) kHz Band 3 (4,650-4,700) kHz Band 4 (5,450-5,680) kHz Band 5 (6,525-6,685) kHz Band 6 (8,815-8,965) kHz Band 7 (10,005-10,100) kHz Band 8 (11,275-11,400) kHz Band 9 (13,260-13,360) kHz Band 10 (17,900-17,970) kHz Band 11 (21,924-22,000) kHz Band 12 (74.8-75.2) MHz