MMAT35GMRS / FRS

Midland Radio Corporation

Click to zoom

Application Details

Equipment Class: FRF - Part 95 Family Radio Face Held Transmitter
Date of Grant: Dec 08, 2014
Application Purpose: Original Equipment
Date of Application: Dec 08, 2014
Equipment Note: GMRS / FRS
Frequency Range: 467.56250000 - 467.71250000
Company: Midland Radio Corporation
Country: United States

Documents & Files

Select a file to view

Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Users Manual

THIS PAGE IS INTENTIONALLY LEFT BLANK Model T10 & T30 Series Page 2 midlandusa.com Welcome to the world of Midland electronics Congratulations on the purchase of your high quality MIDLAND product. Your two-way radio represents state-of-the-art high-tech engineering and is designed for GMRS (General Mobile Radio Service) operation. It is a quality piece of electronic equipment, skillfully constructed with the finest components. The circuitry is all solid-state and mounted on a rugged printed circuit board. Your two- way radio is designed for reliable and trouble-free performance for years to come. Features - 22 GMRS/FRS Channels - 38 Privacy Codes (CTCSS) - VOX - Call Alert - NOAA Weather Radio - NOAA Weather Alert - Scan Function - Monitor Function - Roger Beep Tone - Silent Operation - Key Pad Lock - Speaker / Microphone Jacks (T31 only) - Battery Meter / Battery Low Indicator - USB Jack Charging (T31 only) This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device does not cause harmful interference, and (2) this radio must accept any interference that may cause undesired operation. To maintain compliance with FCC’s RF exposure guidelines, for body-worn operation, this radio has been tested and meets the FCC RF exposure guidelines when used with Midland Radio Corp. accessories supplied or designated for this product. Use of other accessories may not ensure compliance with FCC RF exposure guidelines. Model T10 & T30 Series Page 3 midlandusa.com IMPORTANT NOTICE, FCC LICENSE REQUIRED FOR GMRS OPERATION (Only Applicable for GMRS Radio Use in the United States) The radios operates on GMRS (General Mobile Radio Service) frequencies which require an FCC (Federal Communications Commission) license. You must be licensed prior to operating on channels 1 - 7 or 15 - 22, which comprise the GMRS channels of the radios. Serious penalties could result from unlicensed use of GMRS channels, in violation of FCC rules, as stipulated in the Communications Acts Sections 501 and 502 (amended). You will be issued a call sign by the FCC which should be used for station identification when operating the radio on GMRS channels. You should also cooperate by engaging in permissible transmissions only, avoiding channel interference with other GMRS users, and being prudent with the length of your transmission time. To obtain a license or ask questions about the license application, contact the FCC at 1-888-CALL FCC or go to the FCC's website: http://www .fcc.govand request form 605. Exposure To Radio Frequency Energy Your Midland radio is designed to comply with the following national and international standards and guidelines regarding exposure of human beings to radio frequency electromagnetic energy: - United States Federal Communications Commission, Code of Federal Regulations: 47 CFR part 2 sub-part J - American National Standards Institute (ANSI)/Institute of Electrical & Electronic Engineers (IEEE) C95. 1-1992 - Institute of Electrical and Electronic Engineers (IEEE) C95. 1-1999 Edition - National Council on Radiation Protection and Measurements (NCRP) of the United States, Report 86, 1986 - International Commission on Non-lonizing Radiation Protection (ICNIRP) 1998 To control your exposure and ensure compliance with the general population or uncontrolled environment exposure limits, transmit no more than 50% of the time. The radio generates measurable RF energy exposure only when transmitting. IMPORTANT:Changes or modifications to this unit not expressly approved by MIDLAND RADIO CORP. could void your right to operate this unit. Your radio is set up to transmit a regulated signal on an assigned frequency. It is against the law to alter or adjust the settings inside the COMMUNICATOR to exceed those limitations. Any adjustment to your radio must be made by qualified technicians. Model T10 & T30 Series Page 4 midlandusa.com LCD DISPLAY 1.NOAA WEATHER (WX) BAND ICON– Indicates when the radio is in Weather Band mode. 2. KEY LOCK ICON – Indicates KEY LOCK mode is on. 3. VOX ICON– Indicates when VOX mode is active. 4. CHANNEL NUMBER– Changes from 1~22 on GMRS/FRS band (1~10 on WX band). 5. PRIVACY CODE– Indicates Privacy Code selected by user (oF~38). 6. BATTERY METER– Indicates the battery level. 7. RECEIVE (RX) ICON– Indicates radio is receiving a transmission . 8. TRANSMIT (TX) ICON– Indicates radio is transmitting a signal. 9. PRIVACY CODE ICON– Indicates Privacy Code is on. 1 CONTROLS 10. PTT Button– Press and hold to transmit voice communication. 11. CALL/LOCK Button– Press to send a CALL ALERT signal. Press and hold to turn KEY LOCK on/off. 12. MIC– Built-in microphone. 13. USB CHARGING JACK (T31 only) 14. SPEAKER– Built-in speaker. 15. ANTENNA 16. EXTERNAL SPEAKER/MIC JACK (T31 only) 17. MENU Button– Press momentarily to access Menu mode. 18. MONITOR/SCAN Button– Press to enter SCAN mode. Press and hold to enter MONITOR mode. 19. UP/WX SCAN s and DOWN t Buttons– Make adjustments in MENU mode. Press and hold the UP button for 3 seconds to activate the NOAA Weather Radio function. 16 15 14 12 11 10 7 6 3 2 13 17 4 5 8 9 18 19 Model T10 & T30 Series Page 5 midlandusa.com BATTER Y INSTALLATION Your radio operates with either a 3 AAA NiMH batteries or optional 3 AAA alkaline batteries. The belt clip should be removed (see below) to ease installation or removal of the batteries. To install the batteries: 1. With the back of the radio facing you, remove the belt clip (see diagram below) for easy access, then remove the Battery Cover by pressing down on the top center and sliding it down from the radio. 2. Insert 3 AAA NiMH batteries or 3 AAA batteries observing the polarity as shown. Installing the batteries incorrectly will prevent the unit from operating or may damage the unit. 3. Return the Battery Cover by sliding it up on the radio. Replace the belt clip, making sure it locks into place. BATTERY COMPARTMENT BATTERY COMPARTMENT COVER Press here a…

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

Cover Letter(s)

Midland Radio Corporation 5900 Parretta Drive, Kansas City, Missouri United States 64120 Date: November 03, 2014 Federal Communications Commission Authorization and Evaluation Division Confidentiality Request regarding application for certification of FCC ID: MMAT35 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: Exhibit Type File Name Schematics Diagram(s) CONF APPENDIX_ T35_Schemetics.PDF Block diagram CONF APPENDIX_ T35_Block diagram.PDF Operation description CONF APPENDIX_ T35_Operation description.PDF The above materials contain trade secrets and proprietary 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. Sincerely, Jeff Brame

Cover Letter(s)

Midland Radio Corporation 5900 Parretta Drive, Kansas City, Missouri United States 64120 December 4, 2014 Federal Communications Commission Equipment Authorization Branch 7435 Oakland Mills Road Columbia, MD 21046 SUBJECT : Midland Radio Corporation FCC ID : MMAT35 Label Justification Letter Dear Sir/Madame, Because the device is so small that it is not practicable to place the statement specified under 15.19 statement request, the information required by this paragraph shall be placed in a prominent location in the User’s Manual. - The available label area on the device is limited because it is relatively small and has many contoured surfaces, keypads, LDC display, and other connectors. - The batteries are designed for easy removal and the label will be visible whenever the batteries are removed for replacement. - The label will be readily visible at the time of purchase because the device will be marketed without the battery installed. - FCC ID will be printed on the gift box which will be readily visible to the purchaser at the time of purchase. Sincerely, Jeff Brame Midland Radio Corporation 5900 Parretta Drive, Kansas City, Missouri United States 64120 Label and Location Model:T35 FCC ID: MMAT35 IC: 3690A-T35 MIDLAND RADIO CORPORATION MADE IN CHINA

External Photos

www.kes.co.kr Model No.: T35 Page 1 of 3 EUT External photographs www.kes.co.kr Model No.: T35 Page 2 of 3 www.kes.co.kr Model No.: T35 Page 3 of 3

ID Label/Location Info

Label and Location Model No.: T35 Page 1 of 1 Model:T35 FCC ID: MMAT35 IC: 3690A-T35 MIDLAND RADIO CORPORATION MADE IN CHINA

Internal Photos

www.kes.co.kr Model No.: T35 Page 1 of 2 EUT Internal photographs www.kes.co.kr Model No.: T35 Page 2 of 2 Helical Antenna

Parts List/Tune Up Info

GLOBAL LINK CORP. LTD. Talker 3VP 4VP Series - Bill of Material Dwg. No. : Talker 3 (T31VP)_4VP-BOM-M-04 Rev. Date: 07/10/14 US$1 = HKD7.75 & RMB6.05C133 CHIP CAPACITOR 0805 X5R ±10% 10UF/10V (05) 1 Murata Asung C33 CHIP CAPACITOR 0805 X5R ±10% 10UF/10V (05) 1 Murata Asung C48 CHIP CAPACITOR 0805 X5R ±10% 10UF/10V (05) 1 Murata Asung L5 Inductor Chip 0402 18NH 1 Murata Asung L14 Inductor Chip 0402 27NH 1 Murata Asung L4 Inductor Chip 0402 33NH 1 Murata Asung L12 Inductor Chip 0402 39NH 1 Murata Asung R68 Thermistor (33ohms) 0402 NCP15XC330J03RC 1 Murata Asung PA-TKR12-B0035 31-Jul-14 Antenna Coil (Talker 1/2/3/4) 0.6X5.0X21T SWP0.6 1 CXL CXL PA-TKR12-B0024 1-Jul-14 D1 Chip Diode Switching KDS114E 1 KEC Eon D13 Chip Diode Switching KDS114E 1 KEC Eon D4 Chip Diode Switching KDS114E 1 KEC Eon D7 Chip Diode Switching KDS114E 1 KEC Eon Q1 TRANSISTOR CHIP KRA226S 1 KEC Eon Q15 TRANSISTOR CHIP KRA226S 1 KEC Eon PA-TKR12-B0006 25-Mar-14 Q5 TRANSISTOR CHIP KRA306E 1 KEC Eon Q8 TRANSISTOR CHIP KRA306E 1 KEC Eon Q17 TRANSISTOR CHIP KRC404E 1 KEC Eon PA-TKR12-B0007 25-Mar-14 Q7 TRANSISTOR CHIP KRC405E 1 KEC Eon Q2 TRANSISTOR CHIP KTC4075E 1 KEC Eon L1 Inductor Air 0.35X1.5X5T(R) 1 Fine Fine L3 Inductor Air 0.35X1.7X5T(R) 1 Fine Fine L7 Inductor Air 0.35X1.7X5T(R) 1 Fine Fine L16 Inductor Air 0.3X1.0X5T(R) 1 Fine Fine L19 Inductor Air 0.3X1.0X5T(R) 1 Fine Fine L18 Inductor Air 0.4X1.1 X2T(R) 1 Fine Fine L6 Inductor Air 0.4X1.35X2T(L) 1 Fine Fine PA-TKR12-B0007 25-Mar-14 L8 Inductor Air 0.4X1.5X5T(L) 1 Fine Fine X201 X-tal 12.00MHz FTX12.000M16S-30/30B 1 Fronter Fronter PA-TKR12-B0007 25-Mar-14 CPU1 IC CPU (Flash) WT56F108 1 Weltrend GL buy & sell PA-TKR12-B0003 21-Mar-14 IC1 Analog Radio IC BK4813 1 Beken GL consign Q1A Power Transistor 2SK3078A 1 Toshiba GL consign PA-TKR12-B0003 21-Mar-14 CT1 10P (Trimmer) 3 dia STC3M10-T1 1 STC Homi PA-TKR12-B0049 7-Oct-14 CMIC1 Condensor Mic F9745AP342-98 (RoHS) 1 Innovation Innovation IC3 IC Audio Amplifier D2822N (SOP-8) 1 JBX JBX IC4 IC EEPROM K24C02 SOIC-8 1 JBX JBX PA-TKR12-B0006 25-Mar-14 Q11 CHIP TRANSISTOR 2SC4226 (R25) 1 NEC Kaga 2SC5085Y - Toshiba PA-TKR12-B0015 21-May-14 Q13 CHIP TRANSISTOR 2SC4226 (R25) 1 NEC Kaga 2SC5085Y - Toshiba PA-TKR12-B0015 21-May-14 Q4 CHIP TRANSISTOR 2SC4226 (R25) 1 NEC Kaga 2SC5085Y - Toshiba PA-TKR12-B0015 21-May-14 Q6 CHIP TRANSISTOR 2SC4226 (R25) 1 NEC Kaga 2SC5085Y - Toshiba PA-TKR12-B0015 21-May-14 PCB 2 LAYER FR-4 Talker 3_X2-1 1 Kingsonic Kingsonic PA-TKR12-B0046 12-Sep-14 LCD1 LCD Talker 1 (HTN) KWH15118W (Vop:2.7Vdc) 1 Kingway kingway PA-TKR12-B0035 31-Jul-14 JACK1 EXT MIC JACK DUAL EXT MIC JACK DUAL LT2510C 1 Leadcentury Leadcentury IC5 2.4Vdc Detector IC XC61CN2402MR 1 Torex Linpo PA-TKR12-B0035 31-Jul-14 IC2 IC Regulator 2.8Vdc XC6201P282MR 1 Torex Linpo D3 SMT Schottky Barrier Diode SM130A 1 LRC LRC PA-TKR12-B0035 31-Jul-14 R78 1WS Axial Mini Metalfilm Resistor 5% 15ohms 1WS MF100S-15R-F-TB 1 open open PA-TKR12-B0049 7-Oct-14 Q21 MOS-FET SSM3J16FV 1 Toshiba Protech C131 Elect capacitor 220UF/6.3v (5x11) KR3-6.3V221MA 1 Samcon Samcon C43 Elect capacitor 220UF/6.3v (5x11) KR3-6.3V221MA 1 Samcon Samcon SPK1 Speaker 32dia 12ohms 0.25W B0032N13K01R0 1 Smartglory Smartglory PA-TKR12-B0035 31-Jul-14 Ref.No Q'ty Manufacturer Description Items Remark 1st Vendor 2nd Vendor ECO Global Link Corporation Confidential Proprietary page1/6 GLOBAL LINK CORP. LTD. Talker 3VP 4VP Series - Bill of Material Dwg. No. : Talker 3 (T31VP)_4VP-BOM-M-04 Rev. Date: 07/10/14 Ref.No Q'ty Manufacturer Description Items Remark 1st Vendor 2nd Vendor ECO L13 Inductor Chip 0603 180NH(03) 1 Sunlord Sunlord L17 Inductor Chip 0603 180NH(03) 1 Sunlord Sunlord L10 Inductor Chip 0603 18NH(03) 1 Sunlord Sunlord L11 Inductor Chip 0603 18NH(03) 1 Sunlord Sunlord L9 Inductor Chip 0603 18NH(03) 1 Sunlord Sunlord L20 Inductor Chip 0603 220NH(03) 1 Sunlord Sunlord L15 Inductor Chip 0603 6.8NH(03) 1 Sunlord Sunlord PA-TKR12-B0007 25-Mar-14 C17A CHIP CAPACITOR 0402 NPO ±0.25PF 1P 1 Yageo Yageo PA-TKR12-B0049 7-Oct-14 C223A CHIP CAPACITOR 0402 NPO ±0.25PF 2P 1 Yageo Yageo PA-TKR12-B0038 13-Aug-14 C223B CHIP CAPACITOR 0402 NPO ±0.25PF 2P 1 Yageo Yageo PA-TKR12-B0049 7-Oct-14 C998 CHIP CAPACITOR 0402 NPO ±0.25PF 2P 1 Yageo Yageo PA-TKR12-B0049 7-Oct-14 C223 CHIP CAPACITOR 0402 NPO ±0.25PF 3P 1 Yageo Yageo PA-TKR12-B0038 13-Aug-14 C304 CHIP CAPACITOR 0402 NPO ±0.25PF 3P 1 Yageo Yageo C148 CHIP CAPACITOR 0402 NPO ±0.25PF 5P 1 Yageo Yageo PA-TKR12-B0007 25-Mar-14 C4 CHIP CAPACITOR 0402 NPO ±0.25PF 5P 1 Yageo Yageo PA-TKR12-B0035 31-Jul-14 C36 CHIP CAPACITOR 0402 NPO ±0.25PF 6P 1 Yageo Yageo C21 CHIP CAPACITOR 0402 NPO ±0.25PF 7P 1 Yageo Yageo C64 CHIP CAPACITOR 0402 NPO ±0.25PF 7P 1 Yageo Yageo C37 CHIP CAPACITOR 0402 NPO ±0.25PF 8P 1 Yageo Yageo PA-TKR12-B0035 31-Jul-14 C1 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C10 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C104 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C122 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C13 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C14 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C142 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo PA-TKR12-B0049 7-Oct-14 C144 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C15 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C162 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C166 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C172 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C173 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C174 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C178 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C182 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C19 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C207 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C22 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C23 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo PA-TKR12-B0007 25-Mar-14 C26 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C31 CHIP CAPACITOR 0402 NPO ±5% 100P 1 Yageo Yageo C32 CHIP CAPACITOR 0402 NPO ±5% 100P 1…

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

Parts List/Tune Up Info

8. If TP(ALG) is short to GND, Alignment mode is enable. If TP(ALG) is open to GND, Alignment mode is 6. Charging Stop Voltage Alignment ; Fixed 4.30V 1) Set the unit at channel 1.(462.5625MHz) Press the PTT button so the unit will be in transmit mode. 2)Adjust CT1 trimmer until Fc +/- 200Hz. 4. Maximum Audio Deviation 2) Go to Max. deviation alignment mode by press and holding the Call button then turn on the radio. 3. Transmitter Output Power at conducted condition. 3) TX power check the 26dBm +/- 1dBm. 1) TP(ALG) is short to GND. 1) Set the power supply at 3.6Vdc. Set the unit at ch 1.(462.5625MHz) 2) Press the PTT button so the unit will be in transmit mode. T35 Alignment Procedure 2014. 12. 05. 1. VCO Alignment ; Fixed. 2. Transmitter Frequency Alignment 3) LCD become on display such as belows. Press the Up or Down button to align if necessory each step. Display Default value ① GMRS Maximum Deviation Alignment td 0b Test frequency ; 462.5625MHz ① GMRS Squelch Alignment gr 09 Test frequency ; 462.7125MHz 7. Memory clear by press and holding the Up button then turn on the radio. 5. Receiver Squelch Alignment 1) TP(ALG) is short to GND. 2) Go to RX squelch alignment mode by press and holding the Down button then turn on the radio. Display Default value 3) LCD become on display such as belows. Press the Up or Down button to align if necessory each step.

RF Exposure Info

Test La System DUT: D Commu Medium Phantom Measur DASY4      Flat-Se Maximu Flat-S e dy=5mm Referen Peak SA SAR(1 Maxim u aboratory: K m verificatio Dipole 450 unication Sy m parameter m section: F rement Stan 4 Configura Probe: ES3 Sensor-Sur Electronics Phantom: E Measureme Build 186 ection_HSL um value of ection_HSL m, dz=5mm nce Value = AR (extrapo g) = 1.21 m um value of KES Co., Lt on_450_HS MHz; Typ ystem: CW; rs used: f = Flat Section ndard: DASY ation: 3DV3 - SN3 rface: 4mm s: DAE3 Sn4 ELI v5.0_20 ent SW: DA L_450/Area f SAR (inte L_450/Zoom m = 38.8 V/m; olated) = 1.8 mW/g; SAR f SAR (mea d. SL e: D450V3 ; Frequency 450 MHz; σ n Y4 (High Pr 3315; ConvF (Mechanica 479; Calibr 013_01_23; ASY4, V4.7 a Scan (41x rpolated) = m Scan (7x7 Power Drif 84 W/kg R(10 g) = 0. asured) = 1. ; Serial: D4 y: 450 MHz σ = 0.853 m recision As F(7.23, 7.23 al Surface D rated: 2014- Type: QDO Build 80; P x201x1): Me 1.26 mW/g 7x7)/Cube ft = 0.047 d 852 mW/g 28 mW/g Date/T 450V3 - SN ;Duty Cycle mho/m; ε r = ssessment) 3, 7.23); Ca Detection) -10-15 OVA002AA Postprocess easurement g 0: Measur e dB Time: 2014- N:1084 e: 1:1 44.8; ρ = 1 alibrated: 20 A; Serial: TP ing SW: SE grid: dx=15 ement grid: -11-07 AM 000 kg/ m 3 014-05-22 P:1190 EMCAD, V 5mm, dy=1 dx=5mm, 9:50:09 V1.8 5mm Test La System DUT: D Commu Medium Phantom Measur DASY4      Flat-Se Maximu Flat-Se dy=5mm Referen Peak SA SAR(1 Maximu aboratory: K m verificatio Dipole 450 unication Sy m parameter m section: F rement Stan 4 Configura Probe: ET3 Sensor-Sur Electronics Phantom: E Measureme Build 186 ection_MSL um value of ection_MSL m, dz=5mm nce Value = AR (extrapo g) = 1.18 m um value of KES Co., Lt on_450_MS MHz; Typ ystem: CW; rs used: f = Flat Section ndard: DASY ation: 3DV6 - SN1 rface: 4mm s: DAE3 Sn4 ELI v5.0_20 ent SW: DA L_450/Area f SAR (inte L_450/Zoom m = 37.0 V/m; olated) = 1.6 mW/g; SAR f SAR (mea d. SL e: D450V3 ; Frequency 450 MHz; σ n Y4 (High Pr 1782; ConvF (Mechanica 479; Calibr 013_01_23; ASY4, V4.7 a Scan (41x rpolated) = m Scan (7x Power Drif 67 W/kg R(10 g) = 0. asured) = 1. ; Serial: D4 y: 450 MHz σ = 0.93 m h recision As F(7.15, 7.15 al Surface D rated: 2014- Type: QDO Build 80; P x201x1): M 1.28 mW/g x7x7)/Cube ft = 0.079 d 769 mW/g 29 mW/g Date/T 450V3 - SN ;Duty Cycle ho/m; ε r = 5 ssessment) 5, 7.15); Ca Detection) -10-15 OVA002AA Postprocess Measurement g 0: Measur e dB Time: 2014- N:1084 e: 1:1 57.4; ρ = 10 alibrated: 20 A; Serial: TP ing SW: SE t grid: dx=1 ement grid: 11-11 PM 1 000 kg/m 3 014-03-26 P:1190 EMCAD, V 5mm, dy=1 dx=5mm, 12:58:53 V1.8 15mm #1 Test Lab Face _GM DUT: T3 Commun Medium Phanto m Measure m DASY4 C      Face _GM dy=15mm Info: Int e Maximum Face _GM dy=5mm Referenc Peak SAR SAR(1 g Info: Int e Maximum oratory: KES MRS_Analog 35; Type: Bar nication System parameters us m section: Flat ment Standard Configuration Probe: ES3DV Sensor-Surfac Electronics: D Phantom: EL Measuremen t MRS_Analog m erpolated med m value of SA MRS_Analog m, dz=5mm ce Value = 15. R (extrapolate g) = 0.208 mW erpolated med m value of SA Co., Ltd. g_25mm Gap_ r; Serial: N/A m: CW; Frequ sed (interpolat Section d: DASY4 (H n: V3 - SN3315; ce: 4mm (Mec DAE3 Sn479; I v5.0_2013_ 0 t SW: DASY4 g_25mm Gap_ dium paramete AR (interpolat g_25mm Gap_ .6 V/m; Powe ed) = 0.272 W W/g; SAR(10 dium paramete AR (measured) _462.6375 A uency: 462.63 ted): f = 462.6 igh Precision ; ConvF(7.23, chanical Surfa Calibrated: 2 01_23; Type: 4, V4.7 Build _462.6375/Ar ers used for SA ed) = 0.211 m _462.6375/Zo r Drift = 0.003 W/kg g) = 0.162 mW ers used for SA ) = 0.216 mW 37 MHz;Duty 637 MHz; σ = Assessment) , 7.23, 7.23); C ace Detection) 2014-10-15 QDOVA002 A 80; Postproce rea Scan (51x AR evaluation mW/g oom Scan (7x 3 dB W/g AR evaluation W/g D Cycle: 1:1 = 0.873 mho/m Calibrated: 20 ) AA; Serial: TP essing SW: SE x111x1): Mea n. x7x7)/Cube 0 n. Date/Time: 20 m; ε r = 44.7; ρ 014-05-22 P:1190 EMCAD, V1.8 asurement grid : Measuremen 14-11-07 AM = 1000 kg/m 3 8 Build 186 d: dx=15mm, nt grid: dx=5m M 11:04:16 3 mm, #2 Test Lab Face _FR DUT: T3 Commun Medium Phanto m Measure m DASY4 C      Face _FR Info: Int e Maximum Face _FR dy=5mm Referenc Peak SAR SAR(1 g Info: Int e Maximum oratory: KES RS_Analog_2 35; Type: Bar nication System parameters us m section: Flat ment Standard Configuration Probe: ES3DV Sensor-Surfac Electronics: D Phantom: EL Measuremen t RS_Analog_2 erpolated med m value of SA RS_Analog_2 m, dz=5mm ce Value = 14. R (extrapolate g) = 0.170 mW erpolated med m value of SA Co., Ltd. 5mm Gap _46 r; Serial: N/A m: CW; Frequ sed (interpolat Section d: DASY4 (H n: V3 - SN3315; ce: 4mm (Mec DAE3 Sn479; I v5.0_2013_ 0 t SW: DASY4 5mm Gap_46 dium paramete AR (interpolat 5mm Gap _46 .0 V/m; Powe ed) = 0.225 W W/g; SAR(10 dium paramete AR (measured) 67.6375 A uency: 467.63 ted): f = 467.6 igh Precision ; ConvF(7.23, chanical Surfa Calibrated: 2 01_23; Type: 4, V4.7 Build 67.6375/Area ers used for SA ed) = 0.178 m 67.6375/Zoom r Drift = -0.02 W/kg g) = 0.130 mW ers used for SA ) = 0.177 mW 37 MHz;Duty 637 MHz; σ = Assessment) , 7.23, 7.23); C ace Detection) 2014-10-15 QDOVA002 A 80; Postproce a Scan (51x11 AR evaluation mW/g m Scan (7x7x 23 dB W/g AR evaluation W/g Cycle: 1:1 = 0.88 mho/m; Calibrated: 20 ) AA; Serial: TP essing SW: SE 11x1): Measur n. x7)/Cube 0: M n. Date/Time: 2 ε r = 44.3; ρ = 014-05-22 P:1190 EMCAD, V1.8 rement grid: d Measurement g 2014-11-07 PM = 1000 kg/m 3 8 Build 186 dx=15mm, dy= grid: dx=5mm M 1:44:43 =15mm m, #3 Test Lab Bod y_GM DUT: T3 Commun Medium Phanto m Measure m DASY4 C      Bod y_GM Info: Int e Maximum Bod y_GM dz=5mm Referenc Peak SAR SAR(1 g Info: Int e Maximum oratory: KES MRS_Analog 35; Type: Bar nication System parameters us m section: Flat ment Standard Configuration Probe: ET3DV Sensor-Surfac Electronics: D Phantom: EL Measuremen t MRS_Analog erpolated med m value of SA MRS_Analog m ce Value = 15. R (extrapolate g) = 0.241 mW erpolated med m value of SA Co., Ltd. g_Touch…

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

RF Exposure Info

KES Co., Ltd. C-3701, Simin-daero 365-40l, Dongan-gu, Anyang-si, Gyeonggi-do, 431-716, Korea Tel: +82-31-425-6200 / Fax: +82-31-424-0450 www.kes.co.kr Test report No.: KES-SR-14T0009 Page (2 ) of (20) This report shall not be reproduced except in full, without the written approval of KES Co., Ltd. The test results in the report only apply to the tested sample. KES-P-5101-14 Rev. 1 KES A4 Revision history Revision Date of issue Test report No. Description - 2014.11.25 KES-SR-14T0009Initial KES Co., Ltd. C-3701, Simin-daero 365-40l, Dongan-gu, Anyang-si, Gyeonggi-do, 431-716, Korea Tel: +82-31-425-6200 / Fax: +82-31-424-0450 www.kes.co.kr Test report No.: KES-SR-14T0009 Page (3 ) of (20) This report shall not be reproduced except in full, without the written approval of KES Co., Ltd. The test results in the report only apply to the tested sample. KES-P-5101-14 Rev. 1 KES A4 TABLE OF CONTENTS 1. General information ................................................................................................................................................... 4 1.1. EUT description ........................................................................................................................................ 4 1.2. Short description of the equipment under test(EUT) ................................................................................. 4 1.3. Highest SAR summary .............................................................................................................................. 4 1.4. Guidance applied ....................................................................................................................................... 5 1.5. Test conditions ........................................................................................................................................... 5 1.6. SAR definition ........................................................................................................................................... 5 1.7. Accessories of EUT ................................................................................................................................... 6 2. SAR measurement system .......................................................................................................................................... 7 2.1. Robot ......................................................................................................................................................... 8 2.2. Probe ......................................................................................................................................................... 8 2.3. Data Acquisition Electronics (DAE) ......................................................................................................... 9 2.4. Phantoms ................................................................................................................................................... 9 2.5. Device holder .......................................................................................................................................... 10 3. SAR measurement procedure ................................................................................................................................... 11 4. Tissue simulating liquids .......................................................................................................................................... 13 5. System verification ................................................................................................................................................... 14 5.1. Procedure ................................................................................................................................................. 14 5.2. System verification .................................................................................................................................. 14 6. RF exposure limits ................................................................................................................................................... 15 7. Test results summary ................................................................................................................................................ 16 7.1. RF conducted power ................................................................................................................................ 16 7.1.1. Power measurement procedures ...................................................................................................... 16 7.1.2. RF conducted power ....................................................................................................................... 16 7.1.2. Target power and Tune-up limits .................................................................................................... 16 7.2. SAR results .............................................................................................................................................. 17 7.2.1. SAR measurement results ............................................................................................................... 17 7.2.2. Justification for extended SAR dipole calibrations ......................................................................... 17 8. Measurement equipments ......................................................................................................................................... 18 9. Measurement Uncertainty ........................................................................................................................................ 19 Appendix list..................................................................................................................................................................... 20 Appendix A. DASY4 report .....................................................................................................…

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

Test Report

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

Contact Information

Applicant

Butch Rittmann(Director of Operations)

[email protected]816 241-8500Fax: 816 241-5713

Test Firm

KES Co., LtdInsung Ryu

[email protected]82-31-425-6200Fax: 82-31-424-0450

Technical Specifications

#	Rule Parts	Frequency Range	Power Output	Emission	Tolerance
2	95B	467.5625 MHz - 467.7125 MHz	63.00 mW	11K0F3E	1.384 ppm

Confidentiality

Long Term

Grant Notes

Power listed is ERP. SAR compliance for body-worn operating configurations is limited to the specific body-worn accessories, such as belt-clips and holsters, tested for this filing. End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance. This device is authorized to operate in the following radio services: FRS (Part 95B) or GMRS (Part 95A). There must be an informational insert inside the box (product package) or the User Manual must include information that clearly informs the consumer (buyer/owner) when the radio is transmitting on GMRS frequencies, that operation on GMRS frequencies requires an FCC license and such operation is subject to additional rules specified in 47 C.F.R. Part 95. The reported SAR values are for a maximum duty factor of 50 %. The highest reported SAR values for head and body-worn accessory are 0.11 W/kg and 0.12W/kg, respectively.