2ABB8ES-WCTZECOSENSOR WATTMETER CT TYPE PHASE

Eco-EMS Eco-EMS User Manual 1 <Contents> 1. Monitoring system2 2. Radio transmit set3 2.1ES-WCTZ4P(EcoSensor Wattmeter CT type Triple Phase 4 lines)3 2.2ES-WCTZ3P(EcoSensor Wattmeter CT type Triple Phase 3 lines)4 2.3ES-WCSZ(EcoSensor Wattmeter CT type Single Phase)5 2.4ES-PTZ(EcoSensor Pulse Transfer Zigbee)6 2.5ES-ENVZ(EcoSensor Environment Zigbee)7 2.6ES-Wattmeter(EcoSensor Wattmeter)7 3. Radio repeater8 3.1ES-RXZ(EcoSensor Rx Zigbee)8 4. Network9 4.1Specifications9 4.1Features9 4.1Mimetic diagram9 5. Installation10 5.1Products installation10 5.1.1 ES-WCTZ4P, WCTZ3P, WCSZ10 5.1.2 ES-PTZ14 5.1.3 ES-ENVZ15 5.1.4 ES-Wattmeter15 5.1.5 ES-RXZ16 5.1.6 LED sign light17 6. Products specifications18 6.1ES-WCTZ4P19 6.2ES-WCTZ3P20 6.3 ES-RXZ22 6.4Clamp On Current Transformer22 Eco-EMS Eco-EMS User Manual 2 1. Monitoring system Eco-EMS is real-time system to measure energy usages like electricity, gas, fuel and environmental factors like temperature, humidity, CO2 concentration, and to transmit these data to server for analyzing by wire and wireless. It can be interlocked with existing facilities like pulse out type meters, and also provide basic soft/hard ware for EnMS. Fig.1-1 Mimetic diagram of energy monitoring system Eco-EMS Eco-EMS User Manual 3 2. Radio transmit set 2.1 ES-WCTZ4P(EcoSensor Wattmeter CT type Triple Phase 4 lines) 2.1.1 Appearance Fig.2-1-1 Appearance of ES-WCTZ4P(3Phases 4lines) 1. CT : Current Transformer 2. CT connector (R/S/T) 3. LED sign light 4. Power On/Off switch 5. RS485 line connector 6. RS485 communication setting jumper 7. PT connector (R/S/T/N) ES-WCTZ4P using a special screw, individuals can’t arbitrarily remove the※ screws. Eco-EMS Eco-EMS User Manual 4 2.1.2 Label design & Cross section Fig.2-1-2 Label design of ES-WCTZ4P Fig.2-1-3 Cross section of ES-WCTZ4P 2.1.3 Functions - measuring usage of 3phases 4lines(R, S, T, N) electric power - active power(total, each of phase), reactive power(total, each of phase), the maximum value of electric power and current - measuring level of month, day, hour, minute, second - storage of previous data and supply drive electric power by oneself Eco-EMS Eco-EMS User Manual 5 2.2 ES-WCTZ3P (EcoSensor Wattmeter CT type Triple Phase 3 lines) 2.2.1 Appearance 1. CT : Current Transformer 2. CT connector (R/S/T) 3. LED sign light 4. Power On/Off switch 5. RS485 line connector 6. RS485 communication setting jumper 7. Power supply connector (DC 9V/1~2A) 8. PT connector (R/S/T) ES-WCTZ3P using a special screw, individuals can’t arbitrarily remove the※ screws. 2.2.2 Label design & Cross section Fig.2-2-2 Label design of ES-WCTZ3P The same as the ES-WCTZ4P.(2.1.2 Cross section) Fig.2-2-1 Appearance of ES-WCTZ3P(3phases 3lines) Eco-EMS Eco-EMS User Manual 6 2.2.3 Functions - measuring usage of 3 Phase 3 line(R, S, T) electric power - active power(total, each of phase), reactive power(total, each of phase), the maximum value of electric power and current - measuring level of month, day, hour, minute, second - storage of previous data 2.3 ES-WCSZ(EcoSensor Wattmeter CT type Single Phase) 2.3.1 Appearance Fig.2-3 Appearance of ES-WCSZ 1. CT : Current Transformer 2. CT connector (one of R/S/T) 3. LED sign light 4. Power On/Off switch 5. RS485 line connector 6. RS485 communication setting jumper 7. PT connector (one of R/S/T, N) ES-WCSZ using a special screw, individuals can’t arbitrarily remove the screws.※ 2.3.2 Functions - measuring usage of Single phase 2 line(one of R, S, T and N) electric power - active power(total, each of phase), reactive power(total, each of phase), the maximum value of electric power and current - measuring level of month, day, hour, minute, second Eco-EMS Eco-EMS User Manual 7 - storage of previous data and supply drive electric power by oneself 2.4 ES-PTZ(Pulse Transfer Zigbee) 2.4.1 Appearance 1. Pulse data transmitting point 2. 220V DC adapter 3. Power supply connector 4. LED sign light ES-PTZ using a special screw,※ individuals can’t arbitrarily remove the screws. 2.4.2 Functions - integrating Pulse data of Energy meter - wire reception and wireless transmission 2.5 ES-ENVZ(EcoSensor Environment Zigbee) 2.5.1 Appearance 1. Data transmission point 2. Sensor of environmental factor 3. LED sign light ES-ENVZ using a special screw,※ individuals can’t arbitrarily remove the screws. Fig.2-4 Appearance of ES-PTZ Fig.2-5 Appearance of ES-ENVZ Eco-EMS Eco-EMS User Manual 8 2.5.2 Function - Measuring of Temperature, Humidity and Concentration of CO2(ppm) - Wireless transmission of measuring data 2.6 ES-Wattmeter(EcoSensor Wattmeter) 2.6.1 Appearance 1. 220V socket connector 2. Hole of heat emission 3. LED sign light 4. Data transmission point 5. Power On/OFF switch ES-Wattmeter using a※ special screw, individuals can’t arbitrarily remove the screws. 2.6.2 Functions - Measuring electric power usage of 220V socket type electric products - Wireless transmission of electric power data Fig.2-6 Appearance of ES-Wattmeter Eco-EMS Eco-EMS User Manual 9 3. Radio repeater 3.1 ES-RXZ(EcoSensor Rx Zigbee) 3.1.1 Appearance 1. LED sign light 2. Data transmission point 3. Power supply point 4. 110V/220V DC adapter 5. Lan(TCP/IP) cable connector 6. RJ45 port ES-RXZ using a special screw,※ individuals can’t arbitrarily remove the screws. 3.1.2 Label design & Cross section Fig.3-1-2 Label design of ES-RXZ Fig.3-1-1 Appearance of ES-RXZ Eco-EMS Eco-EMS User Manual 10 Fig.3-1-3 Cross section of ES-RXZ 3.1.3 Functions - Receiving data from ES-WCTZ, WCSZ, PTZ, ENVZ and Wattmeter by wireless - Transmitting data to server, PC by TCP/IP(wire) Eco-EMS Eco-EMS User Manual 11 4. NETWORK 4.1 Specifications This Monitoring system use the Zigbee module(wireless) communication system and TCP/IP, RS485(wire) communication system. 4.2 Features (1) Zigbee : It has used at communications between ES-WCTZs, WCSZ, PTZ, ENVZ, Wattmeter and ES-RXZ (2) TCP/IP, RS485 : It have used at communications between ES-RXZ and server PC 4.3 Mimetic diagram Fig.4-1 Mimetic…

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FCC, Request for non-disclosure Date: November 12, 2013 Page 1 of 1 ECOSENSE Co.,Ltd. #1414, Kolon sciencevally II, 811, Guro-dong, Guro-gu, Seoul, Korea Subject: Request for confidentiality FCC ID: 2ABB8ES-WCTZ Gentlemen: Pursuant to Sections 0.457 and 0.459 of the Commission's Rules, we hereby request confidential treatment of information accompanying this application as outlined below: ☑ Block Diagrams ☑ Operational Description ☑ Schematic Diagrams the above materials contain trade secrets and pr oprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. The applicant understands that pursuant to Section 0.457 of the Rules, disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. <Date> November 12, 2013 <City> Seoul <Name and signature of applicant> Jae Hyeon, Lee / General manager

ECOSENSE Co.,Ltd. #1414, Kolon sciencevally II, 811, Guro-dong, Guro-gu, Seoul, Korea November 12, 2013 Subject: DoC declaration To Whom it may concern, We, as the grantee of this project FCC ID: 2ABB8ES-WCTZ, would like to declare that the composite portion categorized as computer peripheral has been authorized under the Declaration of Conformity procedures. Test Laboratory : Korea Standard Quality Laboratories #102, Jangduk Dong, Hwasung City, Kyunggi Do, South Korea Regards, Signature: Name/Title: Jae Hyeon, Lee / General manager Company Name: ECOSENSE Co.,Ltd. Brand Name : N/A Address: #1414, Kolon sciencevally II, 811, Guro-dong, Guro-gu, Seoul, Korea TEL : +82-2-850-2418 FAX : +82-2-850-3102 Email : [email protected]

Photo 1: Exterior Photographs Top Bottom Side 1 Side 2 Side 3 Side 4

Label Information 1. Label Location 2. Label Drawing Made in Korea EcoSensor Wattmeter CT Type Phase ECOSENSE Co.,Ltd. Model : ES-WCTZ FCC ID : 2ABB8ES-WCTZ Label position 30mm 20mm

Interior view of EUT Internal Photos View of Main PCB(Top) View of Main PCB(Bottom) View of SUB PCB(Top) View of SUB PCB(Bottom) View of RF MODULE PCB(Top) View of RF MODULE PCB(Bottom) View of ANTENNA PCB(Top) View of ANTENNA PCB(Bottom)

AHSBTD5605-A70 VER 1.0(120329) I [LEAD FREE] MSL Level 1 Approval Sheet 2012. 03. 29 MicroRF Co., Ltd. TEL. 82-2-6406-5590 FAX. 82-2-6406-5591 Product PCB & Cable assembly Type Antenna Customer (주)에코센스 Model Customer Code AHSBTD5605-A70(UFL Ø1.1 , 70mm , 2-2-6) Supplier MicroRF Co., LTD. Supplier Code Customer Designed by Checked by Approved by MicroRF Designed by By checked By approved R&D QC R&D Youngkwan.Jang Manseok,Kang Seungyun,Kim AHSBTD5605-A70 VER 1.0(120329) II [LEAD FREE] MSL Level 1 SPECIFICATION Model : PCB & Cable assembly Type Antenna Designed by Approved by Approved by R&D QC R&D Youngkwan.Jang Mansuk,Kang Seungyun,Kim 120329 120329 120329 2012. 03. 29 MicroRF Co., Ltd. TEL. 82-02-6406-5590 FAX. 82-02-6406-5591 AHSBTD5605-A70 VER 1.0(120329) III Contents 1. Revision History .............................................................................................................................. 1 2. Feature And Applications ........................................................................................................... 2 3. CODE NO. .......................................................................................................................................... 2 4. Electrical Specifications.............................................................................................................. 2 5. Mechanical Dimensions .............................................................................................................. 6 6. Measurement Method and Conditions ................................................................................. 6 7. Environmental Specifications ................................................................................................... 7 8. Environmental Tests ...................................................................................................................... 8 9. Usage And Cautions ....................................................................................................................... 8 10 .RoHS Data ......................................................................................................................................... 9 AHSBTD5605-A70 VER 1.0(120329) １ 1. Revision History Product PCB & Cable assembly Type Antenna Model CODE NO.AHSBTD5605-A70 Rev No. Date Name Page Item Revision Issue 1.0 120329 YK.JANG Issued AHSBTD5605-A70 VER 1.0(120329) ２ 2. Feature And Applications This chip antenna is applied to 2.4 GHz ISM band applications, i.e. wireless LAN, Bluetooth, Zigbee, etc.. 3. CODE NO. CODE NO. : AHSBTD5605-A70 CUSTOMER PART NO. : 4. Electrical Specifications * All items are measured in room temperature (25°C). * All items are measured at customer set condition. No. ITEM Specification Typical Data 1 Frequency 2400 MHz ~ 2500 MHz 2400 MHz ~ 2500 MHz 2 VSWR 2400MHz 2500MHz 2400MHz 2500MHz 3.0 max 4.0 max 2.0 max 3.0 max 3 Total Gain(Peak) 2.5 dBi min 0 dBi min 4.0 dBi min 1.5 dBi min 4 Impedance 50 Ω 50 Ω 5 Polarization Linear Linear AHSBTD5605-A70 VER 1.0(120329) ３ 4-1 VSWR & Smith Chart data (S11 of SET condition) AHSBTD5605-A70 VER 1.0(120329) ４ 4-2 Radiation Patterns Peak Value(Beam Peak :dB) Azimuth Plane Elevation 1 Elevation 2 2.4 GHz 2.616 4.394 4.035 2.45 GHz 3.671 4.349 4.334 2.5 GHz 1.630 1.986 1.717 (MicroRf Chamber 기준) (a) Azimuth Plane (XY) – Horizontal Polarization AHSBTD5605-A70 VER 1.0(120329) ５ (b) Elevation1 Plane (ZX) – Vertical Polarization (c) Elevation2 Plane (YZ) – Vertical Polarization AHSBTD5605-A70 VER 1.0(120329) ６ 5. Mechanical Dimensions 6. Measurement Method and Conditions The measurement of antenna performance is measurement of gain, radiation pattern using ORBIT/FR apparatus in Anechoic chamber and measurement of VSWR using Network analyzer. 6-1. The measurement of Frequency and VSWR NETWORK ANALYZER [8753] <Measurement Method> 1) As seen the above, network analyzer is set up for S11 measurement. 2) The measurement frequency range is to set up from 2 GHz to 3 GHz. 3) Perform S11 one port full calibration. 4) Measure the VSRW of three points of Bluetooth frequency range such as 2400 MHz, 2450 MHz, and 2500 MHz. 6-2. The measurement of Gain and Radiation Patterns AHSBTD5605-A70 VER 1.0(120329) ７ NETWORK ANALYZER [8753] <Measurement Method> 1) As seen the above, network analyzer is to set up in Anechoic chamber. 2) As seen the beneath, for the measurement planes as Azimuth, Elevation1, and Elevation2, measure Gain data of vertical polarization and horizontal polarization for each plane. -90° 90° 180° 0° 90° -90° 180° 0° -90° 90° 180° 0° (AZIMUTH PLANE) (ELEVATION1 PLANE) (ELEVATION2 PLANE) 7. Environmental Specifications No. Items Specifications 1 Material Pb-free system 2 Operating Temperature Range -30 ~ +85 °C 3 Operating Humidity Range 45 ~ 85 % RH AHSBTD5605-A70 VER 1.0(120329) ８ 8. Environmental Tests No. Item Test Conditions 1 High Temperature Storage Leave for 72±2 hours in a test bath retaining 85±2°C. After then, leave on the test conditions for 1.5 hours. 2 Low Temperature Storage Leave for 72±2 hours in a test bath retaining -30±2°C. After then, leave on the test condition for 1.5 hours. 3 Static Humidity Leave for 24±2 hours in a test bath retaining 90~95% RH / 50±3°C. After then, leave in the test condition for 1.5 hours. 4 Thermal Shock Cool from 25°C down to -30±2°C and leave for 30 minutes. After that, heat up to +85±2°C and leave for 30 minutes. After then, cool down to 25°C. Repeat the cycle 15 times and leave on the test conditions for 1.5 hours. 5 Drop Shock Drop 150g weight onto steel floor from the height of 152cm, 19 times and 120cm, 12 times. 6 Vibration With 5g of the whole acceleration at 20 to 2000 Hz, apply a vibration for 2 hours for each of 3 directions. Solder Proof No reaching after reflow for 5±1 sec at 260°C. 8 Soldering Conditions 230±5°C / 5±1 sec for Sn/Pb soldering system 245±5°C / 2±1 sec for Pb-free soldering system 9. Usage And Cautions - Safe-keeping conditions: 3 months in 20±1…

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ItemQuantityReferencePart 116 C1,C2,C3,C4,C5 C6,C7,C8,C9,C10 C11,C12,C13,C14,C15 C16 0.018uF/50V/1608 21C171uF/50V/1608 33C18,C19,C200.22uF/50V/1608 44C21,C22,C39,C4018pF/50V/1608 518 C23,C24,C25,C26,C27 C28,C30,C32,C33,C34 C35,C36,C42,C43,C45 C47,C48,C49 0.1uF/50V/1608 62C37,C3810pF/50V/1608 71C440.01uF/250VAC(MF) 83TC1,TC2,TC44.7uF/10V/P 96 TC3,TC5,TC6,TC7,TC10 TC11 10uF/10V/P 102TC8,TC947uF/10V/B 111RV1CNR14D471K 1210 R1,R7,R13,R14,R15 R21,R25,R26,R27,R34 1K/F/2012 133R3,R10,R201.5M/F/2012 146 R4,R12,R16,R24,R28 R33 0.3/F/2012/Burden 156 R5,R11,R17,R23,R29 R32 0.75/F/2012/Burden 166R6,R8,R18,R22,R30,R312.7/F/2012/Burden 173R35,R36,R37330/J/1608 1817 R38,R42,R43,R44,R45 R49,R50,R51,R52,R53 R56,R57,R58,R60,R61 R62,R80 10K/J/1608 191R65470/F/1608 202R68,R692/J/1608 211R70120/F/1608 221D1LED_3pie(GREEN) 231D2LED_3pie(YELLOW) 241D3LED_3pie(RED) 254D7,D8,D9,D13SS14/SMA 262D10,D11RLZ5.6B(5.6V/0.5W) 271D121N4148/LL34 2815 L1,L2,L3,L4,L5 L6,L7,L8,L9,L10 L11,L12,L13,L17,L18 HB-1M2012-102JT 293L14,L15,L16HB-1M1608-102JT 301F2250V/2A 5.0mm 312J7 (2포인트 확인)SMBTB08-2.25H-30-P 321J10HEADER/2.54/3 RA 332J2,J8HEADER/2.54/2 341J95267-02A 351ACN1 Header Pin 2*5 (2.54mmP, 20mmH) 361ACN2 Header Pin 2*10 (2.54mmP, 20mmH) 371MCN1 Header Socket 2*5 (2.54mmP, 8.5mmH) 381MCN2 Header Socket 2*10 (2.54mmP, 8.5mmH) 393AJ1,AJ2,AJ3DC-002 401MJ25267-06A 411MJ10BR-500SL(2P) 421AP1PG 터미널 70mm (적색) 431AP2PG 터미널 70mm (황색) 441AP3PG 터미널 80mm (흑색) 451AP4PG 터미널 90mm (백색) 461PM1MS0405 474SW1,SW2,SW3,SW7KHT62 482SW4,SW5SS2203 491SW8KTF-01 4.3MM 501U1ADE7878 511U5FM24V01 521U6STM32F103CBT6 531U8KIA1117-3.3/SOT-223 541U10SP3483EN 551Y116.384MHz/SMD(3225) 561Y232.768KHz/SMD(3215) 571Y316MHz/SMD(3225) IC POWER&SWITCH CABLE ASS'Y CONNECTOR CRYSTAL&OCILLATOR CERAMIC TANTAL&TNR RESISTOR DIODE&BEAD ItemQuantityReferencePart 12C15,C16NC 21C1NC 31C91.2pF 45C2,C4,C13,C14,C2210pF/50V(1005) 51C1715pF/50V(1005) 62C19,C2127pF/50V(1005) 71C12220pF/50V(1005) 83C3,C10,C271nF/50V(1005) 96C5,C6,C11,C18,C20,C23100nF/50V(1005) 104C7,C8,C25,C261uF/50V(1005) 111C2410uF/10V(P-TYPE) 121R130/J(1005) 133R4,R5,R61K/F(1005) 146R2,R7,R8,R9,R10,R124.3K/J(1005) 151R1110K/J(1005) 161R356K/J(1005) 173L4,L5,L71nH/(1005) 181L11.5nH(1005) 193L2,L6,L8HB-1M1005-102J 201RW1KHT42 211ANT1CMJ-S00-001 222CN1.CN2SMBTB08-2.75H-30-S 231J2HEADER 2X5 1.27mm RA 241U1CC2591 251U2CC2530 261X132Mhz 3225 IC CRISTAL CONNECTOR & SWITCH TI ZIGBEE MODULE_BD PARTLIST CAPACITOR TANTAL RESISTOR INDUCTOR

Report Number : KSQ-FCC131103 FCC ID : 2ABB8ES-WCTZ Page 1 /40 1. Applicant Name: ECOSENSE Co.,Ltd. Brand Name: N/A Address: #1414, Kolon sciencevally II, 811, Guro-dong, Guro-gu, Seoul, Korea FCC ID: 2ABB8ES-WCTZ 2. Products Name: EcoSensor Wattmeter CT Type Phase Model/Type: ES-WCTZ / QPSK Manufacturer: ECOSENSE Co.,Ltd. 3. Test Standard: FCC CFR 47 Part 15.247 Subpart C 4. Test Method: ANSI C63.10:2009 5. Test Result: Positive 6. Dates of Test: November 01, 2013 to November 06, 2013 7. Date of Issue: November 12, 2013 8. Test Laboratory: Korea Standard Quality Laboratories FCC Designation Number : 100384 TEST REPORT Tested by Approved by SoonHo, Kim SangMin, Lee Test Engineer: Compliance Engineer: This report may not be reproduced without the full written consent of Korea Standard Quality Laboratories. Ko re a S tandard Qual i ty Labo rato ri e s Report Number : KSQ-FCC131103 FCC ID : 2ABB8ES-WCTZ Page 2 /40 TABLE OF CONTENTS 1. GENERAL.................................................................................................................................................3 2. TEST SITE.................................................................................................................................................3 2.1 Location................................................................................................................................................3 2.2 Test Date...............................................................................................................................................3 2.3 Test Environment..................................................................................................................................3 3. DESCRIPTION OF THE EQUIPMENT UNDER TEST..........................................................................4 3.1 Rating and Physical Characteristics.......................................................................................................4 3.2 Equipment Modifications......................................................................................................................4 3.3 Submitted Documents...........................................................................................................................4 4. MEASUREMENT CONDITIONS............................................................................................................5 4.1 Description of test configuration...........................................................................................................5 4.2 List of Peripherals.................................................................................................................................5 4.3 Type of Used Cables..............................................................................................................................5 5. TEST AND MEASUREMENT.................................................................................................................6 5.1 Summary of Test Reaults......................................................................................................................6 6. ANTENNA REQUIREMENT...................................................................................................................7 6.1 Standard requirement............................................................................................................................7 7. TEST TESULT..........................................................................................................................................8 7.1 Conducted Emissions on Mains Terminals...........................................................................................8 7.2 6dB Occupied Bandwidth...................................................................................................................12 7.3 Conducted Peak Output Power...........................................................................................................15 6.4 Peak Power Spectral Density..............................................................................................................18 6.5 Conducted Spurious Emissions...........................................................................................................21 6.6 Conducted Band-edge..................................................................................................... ....................25 6.7 Radiated Spurious Emissions..............................................................................................................27 6.8 Band edge (Radiated Emission)..........................................................................................................31 6.9 Radio Frequency Exposure Procedures..............................................................................................36 8. TEST EQUIPMENTS..............................................................................................................................38 Report Number : KSQ-FCC131103 FCC ID : 2ABB8ES-WCTZ Page 3 /40 1. GENERAL These tests were performed using the test procedure outlined in ANSI C63.10: 2009 for intentional radiators, and in accordance with the limits set forth in FCC Part 15.247 and RSS-210 Issue 8 – Category I Equipment, Annex 8. The EUT (Equipment Under Test) has been shown to be capable of compliance with the applicable technical standards. We attest to the accuracy of data. All measurements reported herein were performed by Korea Standard Quality Laboratories and were made under Chief Engineer’'s supervision. We assume full responsibility for the completeness of these measurements and vouch for the qualifications of all persons taking them. 2. TEST SITE Korea Standard Quality Laboratories 2.1 Location #102, Jangduk Dong, Hwasung City, Kyunggi Do, South Korea (FCC Registered Test Site Number: 100384) This test site is in compliance with ISO/IEC 17025 for general requirements for the competence o…

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