17040232jma-001 kt-295f rtca · rtca/do-160d:1997 environmental conditions and test procedures for...

©2018 Intertek Japan K.K. Page 1 of 21 LFT-FJP-EM011 / Effective Date: 30 Mar 2018

TEST REPORT

STANDARD : RTCA/DO-160D:1997 Section 21.4

Applicant Testing Laboratory

FUJITA ELECTRIC WORKS,LTD 945, Yamanishi,Ninomiya-machi, Naka-gun,Kanagawa 259-0124 Japan Tel : +81 0463 71 2541

Intertek Japan K.K. Matsuda Laboratory (Open area test site) 1283 Yadoriki, Matsuda-machi, Ashigarakami-gun, Kanagawa-ken, 258-0001 Japan Tel.: +81 465 89 2316 Fax.: +81 465 89 2160 (Anechoic chamber) 1386 Yadoriki, Matsuda-machi, Ashigarakami-gun Kanagawa-ken, 258-0001 Japan Tel.: +81 465 88 4100 Fax.: +81 465 88 4300 URL: http://www.japan.intertek-etlsemko.com

Equipment Type WATCH LOGGER Trademark FUJITA ELECTRIC WORKS,LTD Model (s) KT-295F Serial No. 03FE0014FFFFFFFD Test Result Complied Report Number 17040232JMA-001 Original Issue Date February 4, 2015 Revised Issue Date May 24, 2019

This report is for the exclusive use of Intertek's Client and is provided pursuant to the agreement between Intertek and its Client. Intertek's responsibility and liability are limited to the terms and conditions of the agreement. Intertek assumes no liability to any party, other than to the Client in accordance with the agreement, for any loss, expense or damage occasioned by the use of this report. Only the Client is authorized to permit copying or distribution of this report and then only in its entirety. (This test report shall not be reproduced except in full, without written approval of Intertek Japan K. K.) Any use of the Intertek name or one of its marks for the sale or advertisement of the tested material, product or service must first be approved in writing by Intertek. The observations and test results in this report are relevant only to the sample tested. This report by itself does not imply that the material, product, or service is or has ever been under an Intertek certification program. Approved by Tested by Masaru Takamatsu

[ Engineer ] Hideaki Kosemura [ Reviewer ]

hsasakiKosemura

Report No.: 17040232JMA-001 Original: May 26, 2010 Revised: May 24, 2019


1 GENERAL INFORMATION ...................................................................................................................... 3 2 TEST SUMMARY ..................................................................................................................................... 4

2.1 Test standards & Test results .......................................................................................................... 4 2.2 Test application ................................................................................................................................ 5

3 SYSTEM INFORMATION ......................................................................................................................... 6 3.1 System configuration ........................................................................................................................ 6 3.2 Variation of Model(s) ........................................................................................................................ 6 3.3 Support Equipment specification...................................................................................................... 6 3.4 EUT setup Block diagram ................................................................................................................ 7

4 OPERATIONAL CONDITION .................................................................................................................. 8 Operating Flow .............................................................................................................................................. 8

5 MEASUREMENT UNCERTAINTY ........................................................................................................... 9 6 TEST EQUIPMENTS .............................................................................................................................. 10 7 POTOGRAPHS OF TEST SET-UP ........................................................................................................ 11

ANNEX : CHART OF TEST RESULTS ................................................................................................ 13 APPENDIX : WATCHLOGGER LINEUP



1 GENERAL INFORMATION TEST PERFORMED

Location Matsuda No.8 Test Site EUT Received May 14, 2010 Date of Test May 14, 2010

Qualifications of Testing Laboratory Accreditation/Recognition Scope Lab. Code Remarks VLAC Wireless / EMC Testing VLAC-008-3 JAPAN NVLAP Wireless / EMC Testing 600234-0 USA FCC Wireless / EMC Testing JP0009 USA ISED Wireless Testing JP0004 (CABID) CANADA BSMI EMC Testing SL2-IN-E-6009 TAIWAN SABS EMC Testing N/A South Africa Filing VCCI EMC Testing A-0127 JAPAN SAUDI ARABIA EMC Testing N/A

ABBREVIATIONS ESA Electronic subassembly Cal Calibration EUT Device Under Test Q-P Quasi-peak AE Associated Equipment PK Peak AN Artificial Network AVG Average LCD Liquid-Crystal Display N/A Not applicable or Not available

Revision Summary Revised Date Section Description of Changes

May 26, 2010 - The original Test Report(No. JM10050003) has been issued.

February 4, 2015

- The old Test Report(No. JM10050003) has been replaced with Test Report(No. 15020013JMA-001).

3, Appendix Models KT-155F, KT-155U, KT-175F, KT-115XLF, KT-255F, KT-255U, KT-275F, KT-215XLF, KT-195F, KT-195U, KT-295U, KT-215LF, KT-155F/EX have been added in section 3.2. Table A.1 have been added in Appendix A.

April 24, 2017 - The old Test Report(No. 15020013JMA-001) has been replaced with this Test Report(No. 17040232JMA-001).

3, Appendix Models KT-165F and KT-265F have been added in section 3.2. Table A.2 have been added in Appendix A.

May 23, 2019 3, Appendix Models KT-195U/GX, KT-295U/GX, KT-195F/GX and KT-295F/GX have been added in section 3.2. Table A.3 have been added in Appendix A.



2 TEST SUMMARY

2.1 Test standards & Test results EMC-tests were performed according to measurement methods specified in the following reference standards: Test requirements: RTCA/DO-160D:1997 Environmental Conditions and Test Procedures for Airborne Equipment

Test methods: ResultSection 21.4 Radiated RF Emissions Passed



2.2 Test application The tests were carried out on the following points.

Test method Limit Test application Remarks

Section 21.4 Category M Front, Rear Note :See Section 7



3 SYSTEM INFORMATION

3.1 System configuration

Symbol Equipment Type: WATCH LOGGER Trade Mark: FUJITA ELECTRIC WORKS, LTD

A Model: KT-295F Serial: 03FE0014FFFFFFFD Item: WATCH LOGGER Power Ratings of EUT : 3V DC Power Supply : 3V DC Condition of Equipment : Production EUT Photo See Section 7

3.2 Variation of Model(s)

No Model No. Note 1 KT-155F Refer to Appendix A Table A.1 2 KT-155U Refer to Appendix A Table A.1 3 KT-175F Refer to Appendix A Table A.1 4 KT-115XLF Refer to Appendix A Table A.1 5 KT-255F Refer to Appendix A Table A.1 6 KT-255U Refer to Appendix A Table A.1 7 KT-275F Refer to Appendix A Table A.1 8 KT-215XLF Refer to Appendix A Table A.1 9 KT-195F Refer to Appendix A Table A.1

10 KT-195U Refer to Appendix A Table A.1 11 KT-295F Tested model 12 KT-295U Refer to Appendix A Table A.1 13 KT-215LF Refer to Appendix A Table A.1 14 KT-155F/EX Refer to Appendix A Table A.1 15 KT-165F Refer to Appendix A Table A.2 16 KT-265F Refer to Appendix A Table A.2 17 KT-195U/GX Refer to Appendix A Table A.3 18 KT-295U/GX Refer to Appendix A Table A.3 19 KT-195F/GX Refer to Appendix A Table A.3 20 KT-295F/GX Refer to Appendix A Table A.3

KT-295F was carried out on behalf of all models by applicant's judgment. 3.3 Support Equipment specification No support equipment was provided for the test.



3.4 EUT setup Block diagram

The symbols and numbers assigned to the equipments and cables on this diagram correspond to the ones in Sections 3.1and 3.2.

: EUT

A



4 OPERATIONAL CONDITION Operating Flow

Super multi mode Cycle time for operation: 60s

EUT mesure temperature, humidity and shock .

EUT store data.

EUT display data.



5 MEASUREMENT UNCERTAINTY

Sec.21.4 2MHz – 25MHz 2.79 dB(k=2) 25MHz – 300MHz 2.79 dB(k=2) 300MHz – 1GHz 2.79 dB(k=2) 1GHz – 6GHz 2.84 dB(k=2)

Traceability to national standard in SI units is ensured with these values. Compliance with the limits in this standard are determined without in consideration of the measurement uncertainty of the measurement instrumentation.



6 TEST EQUIPMENTS Measurement equipment, Section 21.4

Equipment Model number

Serial number Manufacturer Calibration date

Calibration due date

Active Rod Antenna 3301B 00029406 ETS Mar.9,09 Mar.31,10

Biconical antenna BBA9106 None(D02083002) Schwarzbeck Nov.20,09 Nov.30,10

Log Periodic Antenna 3146 1973 EMCO Nov.20,09 Nov.30,10

Double Ridged Guide antenna 3115 3210 EMCO Jan.08,10 Jan.31,11

Spectrum analyzer 8563EC 4111A01315

Agilent Technologies Sep.16,09 Sep.30,10

Pre-amplifier ZFL-500 / ZX60-3018G 2007040601 Mini-Circuits Jun.2,09 Jun.30,10

Pre-amplifier 8449B 3008A00455 HEWLETT PACKARD Jun.1,09 Jun.30,10

Attenuator 6803.17.B None(DML413) HUBER+SUHNER Apr.7,10 Apr.30,11



7 POTOGRAPHS OF TEST SET-UP

RTCA/DO-160D:1997 Section 21.4

(25MHz-300MHz) Horizontal


(25MHz-300MHz) Vertical

RTCA/DO-160D:1997

EUT


(2MHz-25MHz) Vertical




(300MHz-1GHz)Vertical


(1GHz-6GHz) Horizontal


(1GHz-6GHz) Vertical


(300MHz-1GHz)Horizontal



ANNEX : CHART OF TEST RESULTS

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APPENDIX A : WATCHLOGGER LINEUP

KT-155F KT-155U KT-175F KT-115XLF KT-255F KT-255U KT-275F KT-215ＸLF KT-195F KT-195U KT-295F KT-295U KT-215LF KT-155F/EX

NFC(FeliCa) USB NFC(FeliCa) NFC(FeliCa) NFC(FeliCa) USB NFC(FeliCa) NFC(FeliCa) NFC(FeliCa) USB NFC(FeliCa) USB NFC(FeliCa) NFC(FeliCa)

温度 ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○

湿度－－－－ ○ ○ ○ ○ －－ ○ ○ ○ －

衝撃－－－－－－－－ ○ ○ ○ ○ －－

分解能 0.1℃ 0.1℃ 0.1℃ 0.1℃ 0.1℃ 0.1℃ 0.1℃ 0.1℃ 0.1℃ 0.1℃ 0.1℃ 0.1℃ 0.1℃ 0.1℃

測定周期 1～255分 1～255分 1～255分 1～255分 1～255分 1～255分 1～255分 1～255分 1～255分 1～255分 1～255分 1～255分 1～255分 1～255分

データ 16,000 32,000 16,000 16,000 16,000 32,000 16,000 16,000 14,000 32,000 14,000 32,000 16,000 16,000

範囲－－－－ 0～99％ 0～99％ 0～99％ 0～99％－－ 0～99％ 0～99％ 0～99％－

精度－－－－ ±5％ ±5％ ±5％ ±5％－－ ±5％ ±5％ ±5％－

分解能－－－－－－－

測定周期－－－－ 1～255分 1～255分 1～255分 1～255分－－ 1～255分 1～255分 1～255分－

データ－－－－ 16,000 32,000 16,000 16,000 －－ 14,000 32,000 16,000 －

範囲－－－－－－－－ 5～75G 5～75G 5～75G 5～75G －－

精度－－－－－－－－ ±15％ ±15％ ±15％ ±15％－－

分解能－－－－－－－－ 1G 1G 1G 1G －－

測定周期－－－－－－－－感知の都度感知の都度感知の都度感知の都度－－

データ－－－－－－－－ 2,000 2,000 2,000 2,000 －－

センサー

-80～+30℃-40～+80℃

温度（低温）

±0.3℃(-10～50℃)

±0.5℃(外側範囲)±0.5℃(-80～30℃)

温度・湿度

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

-40～+80℃-40～+80℃ -40～+80℃ -40～+80℃ -40～+80℃

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

-40～+80℃ -40～+80℃ -40～+80℃ -40～+80℃

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

湿度

衝撃

-40～+80℃ -40～+80℃ -40～+80℃

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

±0.3℃(-10～50℃)

±0.5℃(外側範囲)

読込方法

測定

対象

温度

範囲

精度

デザイン

型番

衝撃

温度温度・湿度温度温度・湿度

155F/EX

A.1 Variation Model List

Table A.1 WATCHLOGGER Lineup

84F02930-01 1

機種比較表

No Model Extern mmuni y

1 KT-175F 温度 FeLiCa通信 90×55×7.7mm 40g CR2430

2 KT-165F 温度 FeLiCa通信 KT-175Fと同一 34×54×10mm 18g CR2025

3 KT-275F 温度・湿度 FeLiCa通信 90×55×7.7mm 40g CR2430

4 KT-265F 温度・湿度 FeLiCa通信 KT-275Fと同一 34×54×10mm 18g CR2025

KT-175FとKT-275Fは、前回の試験で、すでに登録済の機種です。KT-165FとKT-265Fが、今回追加登録していただきたい機種です。

電池CR2430は、容量が３００ｍＡｈのリチウムコイン電池です。電池CR2025は、容量が１６０ｍＡｈのリチウムコイン電池です。

KT-165Fの回路は、電池容量が異なる以外は、KT-175Fの回路と全く同じ回路になります。KT-265Fの回路は、電池容量が異なる以外は、KT-275Fの回路と全く同じ回路になります。

KT-165Fは、KT-175Fの筐体サイズを小さくしたもので、機能はKT-175Fと同じですが、パネルが５色あります。KT-265Fは、KT-275Fの筐体サイズを小さくしたもので、機能はKT-275Fと同じですが、パネルが５色あります。

nkimuraテキストボックス KT-175F and KT-275F have been already registered on last test.KT-165F and KT-265F are the models to be added.

nkimuraテキストボックス KT-165F is changed the enclosure size to smaller than KT-175F, and has the same function as KT-175F with five color panels. KT-265F is changed the enclosure size to smaller than KT-275F, and has the same function as KT-275F with five color panels.

nkimuraテキストボックスKT-165F circuit is entirely the same as KT-175F's one except for the different battery capacity.KT-265F circuit is entirely the same as KT-275F's one except for the different battery capacity.

nkimuraテキストボックスBattery CR2430 is the lithium coin battery with 300mAh capacity.Battery CR2025 is the lithium coin battery with 160mAh capacity.

nkimuraタイプライターテキスト







nkimuraテキストボックス Model Name

nkimuraテキストボックス External

nkimuraテキストボックス Measured Sensor

nkimuraテキストボックス Commu- nication System

nkimuraテキストボックス Circuit

nkimuraテキストボックス Enclosure Dimension

nkimuraテキストボックスWeight

nkimuraテキストボックス Used Battery

nkimuraテキストボックスTemperature

nkimuraテキストボックス Temperature


nkimuraテキストボックスTemperature / Humidity

nkimuraテキストボックスTemperature / Humidity













nkimuraテキストボックスFeLiCa Communication

nkimuraテキストボックスas the same as KT175F

nkimuraテキストボックスas the same as KT275F




nkimuraテキストボックス　 Table A.2 Model Comparison (KT-165F, KT-265F)

nkimuraテキストボックス　 A.2 Added Models　

84F03219-01

機種比較表

1

Ｎｏ機種名外観測定対象ｾﾝｻー通信⽅式衝撃データ記録容量衝撃測定範囲その他の回路筐体⼨法（ｍｍ）重量使⽤電池

１ KT-195U 温度・衝撃 USB通信 2,000件 5〜75G 90×34×15 50g CR2477

２ KT-195U/GX 温度・衝撃 USB通信 16,000件 3〜125G KT-195Uと同⼀ 90×34×15 50g CR2477

３ KT-295U 温度・湿度・衝撃 USB通信 2,000件 5〜75G 90×34×15 50g CR2477

４ KT-295U/GX 温度・湿度・衝撃 USB通信 16,000件 3〜125G KT-295Uと同⼀ 90×34×15 50g CR2477

５ KT-195F 温度・衝撃 FeLiCa通信 2,000件 5〜75G 90×34×15 50g CR2477

６ KT-195F/GX 温度・衝撃 FeLiCa通信 16,000件 3〜125G KT-195Fと同⼀ 90×34×15 50g CR2477

７ KT-295F 温度・湿度・衝撃 FeLiCa通信 2,000件 5〜75G 90×34×15 50g CR2477

８ KT-295F/GX 温度・湿度・衝撃 FeLiCa通信 16,000件 3〜125G KT-295Fと同⼀ 90×34×15 50g CR2477

KT-195U・KT-295UとKT-195U/GX・KT-295U/GXは、各々がメモリーと衝撃センサーの変更以外は同じ回路になります。KT-195F・KT-295FとKT-195F/GX・KT-295F/GXは、各々がメモリーと衝撃センサーの変更以外は同じ回路になります。

KT-195U・KT-295U・KT-195F・KT-295Fに対して、KT-195U/GX・KT-295U/GX・KT-195F/GX・KT-295F/GXは、記録容量が増えています。KT-195U・KT-295U・KT-195F・KT-295Fに対して、KT-195U/GX・KT-295U/GX・KT-195F/GX・KT-295F/GXは、衝撃測定範囲が広くなっています。

nkimuraテキストボックス　 A.3 Added Models　

nkimuraテキストボックス　　　　　　　　　　 Table A.3 Model Comparison　　　　　　　　　　(KT-195U/GX, KT-295U/GX, KT-195F/GX, KT-295F/GX)

nkimuraテキストボックスModelName

nkimuraテキストボックスEternal

nkimuraテキストボックスMeasuredSensor

nkimuraテキストボックスCommu-nicationSystem

nkimuraテキストボックスImpactRecordCapacity

nkimuraテキストボックスImpactMeasureRange

nkimuraテキストボックス Other Circuit

nkimuraテキストボックスEnclosureDimension

nkimuraテキストボックスWeight

nkimuraテキストボックスUsedBattery

nkimuraテキストボックスTemperature / Humidity / Impact




nkimuraテキストボックス Temperature / Impact




nkimuraテキストボックスUSBCommunication




nkimuraテキストボックスFeLiCaCommunication




nkimuraテキストボックス2,000 events








nkimuraテキストボックス as the same as KT-195U

nkimuraテキストボックス as the same as KT-195F

nkimuraテキストボックス as the same as KT-295U

nkimuraテキストボックス as the same as KT-295F

nkimuraテキストボックスRecording capacities of KT-195U/GX, KT-295U/GX, KT-195F/GX and KT-295F/GX are higher than KT-195U, KT-295U, KT-195F and KT-295F.Impact measurement ranges of KT-195U/GX, KT-295U/GX, KT-195F/GX and KT-295F/GX are wider than KT-195U, KT-295U, KT-195F and KT-295F.

nkimuraテキストボックスThe memories and impact sensors for KT-195U_KT-295U and KT-195U/GX_KT-295U/GX are different. The other circuits are same.The memories and impact sensors for KT-195F_KT-295F and KT-195F/GX_KT-295F/GX are different. The other circuits are same.

17040232jma-001 kt-295f rtca · rtca/do-160d:1997 environmental conditions and test procedures for...

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