RF Exposure

FCC ID: EWQ100GDLBS

RF Exposure Info

Download: PDF
FCCID_1771676

FC CC-5006-003-MPE Pagge 1 of 3 REG GULA ATORY Y COMPLIA ANCE E REP PORT T TITLE: FCC & IC MPE Report for 15.24 47 & RSS-2 10 Frequen ncy Hoppin ng Device Actaris FCC F WQ100GDLBS IC: 864D-100GD ID: EW DLBS AUTHOR: Mark Kv vamme REV CCO DESCRIPTIO ON OF CHANGE D DATE AP PPROVALS Engineering 001 IN NITIAL RELEA ASE Regulatory REVISIO ON HISTO ORY Engineering A Regulatory Engineering Regulatory Engineering Regulatory NOTICE OF PRO OPRIETARY Y INFORMATIION Informationn contained hereein is proprietary and is property ofo ITRON, Inc. w where furnished w with a proposal, tthe recipient sha all use it solely to ev valuate the proposal. Where furn nished to a customer it shall be ussed solely for the e purposes of insspection, installa ation or maintenan nce. Where furnis shed to a supplie er, it shall be used solely in the pe erformance of woork contracted fo or this company. The informationn shall not be used or disclosed by b the recipient for f any other purp pose, whatsoeveer. 100gdlbsp4_MPE Rev. A

FC CC-5006-003-MPE Pagge 2 of 3 Test Datta Summarry FCC 15.247 / IC C RSS-210; Frequency Ho opping Trans smitter; 100GDLBS – Residential, 903MHz – 92 26.8 MHz for EUT FCC ID: EW WQ100GDLBS S IC: 864D-1000GDLBS IC C Device Mod dels (for IC): 10S Parrt Numbers: ERG-5006-00 E 05/006 Serial Numbers 1055,114,18 OATS Regisstration Numbber: FCC 90 0716, IC 8644D-1 S Spec Pass/ Rule Descriptio on Limit Max. Rea ading Fail Paarts 1.1310 & Limits L for Max ximum 14 mW / cm2 @ 20 cm 0.11 2.1091(mobile) or 2..1093 Pe ermissible Exxposure 4 W/M2 @ 0 1.14 0.2 M (portable) / RSS-102 Sec S 4.2 (MPE) fo ormula Pass Rule versio ons: FCC Partt 1; FCC Part 2; 2 FCC Part 155, RSS-102 Isssue 4 (03-2010 0); RSS-210 Isssue 8 (12- 2010); RSSS-Gen Issue 3 (12-2010). Reference docs: ANSI C63.4-2003; C DAA 00-705 (03-3 30-2000); OET T65 (08-1997); OET65C (06-2001); IEEE C95.3-2002. Cognizant Personne el Name Title Mark Kvamm me Test Techn nician Name Title Jay Holcomb b R Regulatory Manager Name Title Johann De Jag ger Project Leead CONDITIONS DURING TES STING e EUT were necessary durring the testin g. No Modifications to the ANSI C633.4 - Tempera ature and Huumidity Durin ng Testing The temperature during g testing was within +10º C and +40º C C. The Relattive humidity was w between 10% and 90%. RSS-Gen 4.3: Tests sh hall be perform med at ambie ent temperatu ure EQUIPME ENT UNDER TEST (EUT) DESCRIPTIO ON ares that the EUT tested was Itron decla w representtative of a pro oduction unit. EQUIPME ENT UNDER TEST EUT Mod dule Manuf: Itron, Inc. Itron p/n: ERG-5006--005/006 Serial Num mber(s) Listed Belo ow Power source Fresh Batte eries were use ed Periphera al Devices None 100gdlbsp4_MPE Rev. A

FC CC-5006-003-MPE Pag ge 3 of 3 1.1310 0 & 2.1091((mobile) orr 2.1093(po ortable) / R RSS-102 Se ec 4.2-Cana ada Safety y Code 6; Table 5 Maximum m Permissible Exposure (MPE) ( Radiofrequuency radiation exposure limitss. - The criteria listed in Table 1 shall be used d to evaluate thhe environmenta al impact of human h exposure e to radiofreque ency (RF) radia ation as specifie ed in §1.1307(bb), except in the e case of portable de evices which shhall be evaluate ed according to the provisions of §2.1093 of th his chapter. 1.1307 (b) In addition to the actions listted in paragrapph (a) of this se ection, Commisssion actions grranting constructioon permits, licen nses to transm mit or renewals thereof, equipmment authoriza ations or modifiications in existing fac cilities, require the preparation n of an Environ nmental Assesssment (EA) if th the particular fa acility, operation or transmittter would caus se human expo osure to levels of o radiofrequen n excess of the limits in ncy radiation in §§1.1310 and a 2.1093 of this t chapter. actaris unit 114 unit 105 Field conducted c co onducted an ntenna anteenna Power strength EIRP power power gain gaain level (dBuV/m) (dbm) (dbm) (watts) (dbi) nummeric 3 121.59 27.59 25.16 0.328 2.43 1..75 2 118.74 24.74 21.76 0.150 2.98 1..99 1 105.87 11.87 6.09 0.004 5.78 3..78 Determinne the maximmum power density d for the general / u uncontrolled population m minimum separatio on distance of o 20 cm. (fMHHz / 1500 mW W/cm2 == fMMHz / 150 W/M M2 ) The pow wer density is calculate ed as: Pd = power density d W/cm2 in mW/ Pt × G Pt = transmit power in milliiwatts Pd = 4×π × r2 G = numeric antenna gain n r = distance between body and transm mitter in centim meters. FCC Limits: 926 6.8MHz / 1500 = 0.618 mWW / cm2 @ 200cm IC Limits: 6.8MHz / 150 = 6.18 W / M 2 (@ 0.2M) 926 Power levvel 3 Max anten nna gain = 2.4 43 dBi = 1.75 5 numeric Max TX power p = 25.16 6 dBm = 328 milliwatts m results: PD = (32 m2) = 0.114 mW 28 x 1.75) / ( 4 x pi x 20cm W / cm2 @ 20 0 cm 2 W/m2 = 10 times mW/cm m 14 W/M2 @ 0.2 M = 1.1 Power levvel 2 Max anten nna gain = 2.98 dBi = 1.99 9 numeric Max TX power p = 21.76 6 dBm = 150 milliwatts m results: PD = (15 m2) = 0.095 mW 50 x 1.99) / ( 4 x pi x 20cm W / cm2 @ 20 0 cm 2 W/m2 = 10 times mW/cm m 95 W/M2 @ 0.2 M = 0.9 Power levvel 1 Max anten nna gain = 5.78 dBi = 3.788 numeric Max TX power p = 6.09 dBm d = 4 milliw watts results: PD = (4 x 3.78) / ( 4 x pi x 20cm2) = 0.003 mW / cm2 @ 20 cm 2 W/m2 = 10 times mW/cm m 03 W/M2 @ 0.2 M = 0.0 100gdlbsp4_MPE Rev. A


Document Created: 2012-08-06 20:37:32
Document Modified: 2012-08-06 20:37:32
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC