SGJ-WFC006ISA100 Wireless Module

User’s Manual YFGW510 Field Wireless Access Point IM 01W02E01-01EN IM 01W02E01-01EN 1st Edition Blank Page Toc-i IM 01W02E01-01EN YFGW510 Field Wireless Access Point IM 01W02E01-01EN CONTENTS Introduction ..............................................................................................................i Safety Precautions ..................................................................................................ii About Radio Wave...................................................................................................ii Documentation Conventions ................................................................................iii Information of Revision .........................................................................................iv PART-A. OVERVIEW OF FIELD WIRELESS SYSTEM A1. Introduction .............................................................................................A1-1 A2. System Configuration ............................................................................A2-1 This document contains important information about using the YFGW510 field wireless access point properly and safely. Please read this document thoroughly before using this product. The configuration of the field wireless system is described in the User’s Manual of the YFGW410 field wireless management station (IM 01W02D01-01EN). Read that document first. Toc-ii IM 01W02E01-01EN PART-B. FUNCTIONS OF YFGW510 B1. Functions of YFGW510 ..........................................................................B1-1 B2. Structure and Parts of YFGW510 ..........................................................B2-1 B2.1 Front View .......................................................................................................B2-1 B2.2 Rear View ........................................................................................................B2-2 B2.3 Side View .........................................................................................................B2-4 B3. LED Display Function ............................................................................B3-1 B4. Mechanical Operating Parts ..................................................................B4-1 B5. Checking the Product ............................................................................B5-1 Toc-iii IM 01W02E01-01EN PART-C. INSTALLATION C1. Installation Environment .......................................................................C1-1 C2. Power Supply and Grounding ..............................................................C2-1 C2.1 Power Supply .................................................................................................C2-1 C2.2 Grounding .......................................................................................................C2-1 C3. Requirements for Installation ...............................................................C3-1 C3.1 Requirements for Installation Locations .....................................................C3-1 C3.2 Notes on Installation ......................................................................................C3-2 C4. Mounting .................................................................................................C4-1 C5. Wiring .......................................................................................................C5-1 C5.1 Power Supply Cable Connection .................................................................C5-1 C5.2 Grounding Cable Connection .......................................................................C5-3 C5.3 Network Cable Connection ...........................................................................C5-4 C5.3.1 Metal Network Cable Connection ...................................................C5-4 C5.3.2 Optical Network Cable Connection .................................................C5-5 C5.4 Installation and wiring of Antenna ...............................................................C5-7 C5.4.1 Mounting ISA100.11a antenna to YFGW510 .................................C5-7 C5.4.2 Remote Installation and Wiring of ISA100.11a Antenna ................C5-8 C5.4.3 Installation and Wiring of Wireless LAN Antenna .........................C5-12 C6. Explosion Proof Wiring ..........................................................................C6-1 Toc-iv IM 01W02E01-01EN PART-D. SETUP D1. Initial Configuration ...............................................................................D1-1 D2. Setup Tool ...............................................................................................D2-1 D2.1 System Requirements ...................................................................................D2-1 D2.1.1 Hardware ........................................................................................D2-1 D2.1.2 Software ..........................................................................................D2-1 D2.1.3 Connection Example .......................................................................D2-2 D2.2 Installation Procedure ...................................................................................D2-3 D2.2.1 Driver for Infrared adapter ...............................................................D2-3 D2.2.2 Field Wireless Access Point Setup Tool ..........................................D2-4 D3. Configuration Method ............................................................................D3-1 D3.1 Window Design ..............................................................................................D3-1 D3.2 Display/Edit Mode Switching ........................................................................D3-2 D3.3 Backbone Interface ........................................................................................D3-4 D3.4 Maintenance ...................................................................................................D3-6 D3.5 Setting of Wireless LAN 1 (WLAN C1) ........…

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<C5. Wiring> C5-12 IM 01W02E01-01EN l Waterproofing antenna cables and connectors Make sure that the antenna, extension cables and arrestor wring including the grounding cable are connected properly. Protect the connectors and the arrestor with tape. As described in C5.4.1 Mounting ISA100.11a Antenna to YFGW510, wind self-bonding tape and vinyl tape around con- nections. Ground wiring FC0510.ai Figure C5-10 Sealing external antenna wiring l Fastening antenna wiring After taping, fasten the cables to a solid structure to protect against vibration and wind. Ensure that the radii of bends in the cables do not fall below the limits above. C5.4.3 Installation and Wiring of Wireless LAN Antenna The wireless LAN antenna must be connected to YFGW510 using an extension cable in order to prevent interference with the ISA100.11a antenna and to mount the antenna vertically. To fasten the antenna, use the brackets provided with the extension cable. Basically, the wireless LAN antenna must be at least 1 m away from the ISA100.11a antenna. In a redundant wireless LAN system, the wireless LAN antennas must be at least 30 cm away from each other. When wireless LAN antennas or the ISA100.11a antenna is located near a mounting pipe or any other metal object, allow clearance of at least 30 cm. n Installing wireless LAN antennas Install the wireless LAN antenna in an appropriate location for wireless communication, referring to requirements on distance from the ISA100.11a antenna, and C3.1 Requirements for Installa- tion Locations. Make sure that the mounting of the antenna on a 2-inch pipe has enough strength to withstand strong winds and vibration. The antenna must be kept upright. l Fastening wireless LAN antenna Fasten the wireless LAN antenna to the pipe using the brackets provided with the antenna. When mounting on a vertical pipe, make sure that the antenna stands higher than the top of the pipe. <C5. Wiring> C5-13 IM 01W02E01-01EN • WLAN specification (single communications) FC0511-1.ai Spring washer Extension Cable Angle bracket Bracket x2 Vertical piping U Bolt Nut Nut FC0511-2.ai Wireless LAN antenna FC051.ai Angle bracket Bracket x2 Horizontal piping U Bolt FC0511-4.ai Wireless LAN antenna Figure C5-11 Connecting brackets to fasten the wireless LAN specification antenna <C5. Wiring> C5-14 IM 01W02E01-01EN • WLAN specification (redundant communications) FC0512.ai Mounting YFGW510 to the vertical piping Mounting YFGW510 to the horizontal piping Wireless LAN antenna Wireless LAN antenna Antenna Extension Cable Bracket 1 Bracket 2 U Bolt Nut Nut Spring washer Wireless LAN antenna Antenna Extension Cable Bracket 1 Bracket 2 U Bolt Nut Spring washer Figure C5-12 Connecting brackets to fasten the WLAN redundant specification antenna l Wireless LAN antenna fastening procedure 1. Fix the antenna extension cable to the bracket 1 with the provided nut as shown in the figure above. 2. Fix the bracket 1 to the 2-inch (2B) pipe by using the provided a pair of U bolts and bracket 2. 3. Screw the antenna into the antenna connector of the antenna extension cable on the bracket 1. Tighten the antenna connector with a torque of 2 to 3 N∙m. 4. Protect the joint of the antenna and the connector with tape to increase environmental re- sistance. For details on taping, see C5.4.1 Mounting ISA100.11a antenna to YFGW510. <C5. Wiring> C5-15 IM 01W02E01-01EN n Wiring of wireless LAN antenna and improvement of environmental resistance l Specification of extension cable for wireless LAN antenna (Use only the cables included as option.) • Specification: 8D-SFA(PE) • Outside Diameter: 11.1 mm • Minimum Bend Radius: 67 mm (when fixing) 167 mm (when wiring) • Cable End Treatment: N type connector, one end is male and the other is female. * “When fixing” shows the bending radius for fixing (the state is maintained for a long time). “When wiring” shows the bending radius while checking the wiring position. This bending radius is set larger than that for fixing in order to prevent damage to the cable because the cable is likely to be repeatedly bent when checking the final wiring position. l Wiring procedure of wireless LAN antenna 1. Use the provided extension antenna cable to connect the antenna connector with the ex- ternal antenna. Tighten the connector of the antenna extension cable with a torque of 2 to 3 N∙m. Refer to the specification about the limitation of bend radius when fixing or wiring. 2. When using two extension cables, the provided arrester should be inserted between these cables. 3. Before the wiring work, confirm the polarities (male/female) of the connectors of antenna, extension antenna cable, and arrester. Tighten the connector of the antenna extension cable with a torque of 2 to 3 N∙m. FC0513.ai Wireless LAN antenna Wireless LAN antenna Antenna Extension Cable Antenna Extension Cable Bracket Bracket Mounting YFGW510 to the vertical pipingMounting YFGW510 to the horizontal piping 2-inch pipe 2-inch pipe Figure C5-13 Wiring of wireless LAN antenna (single communications) <C5. Wiring> C5-16 IM 01W02E01-01EN FC0514.ai Wireless LAN antenna Wireless LAN antenna Wireless LAN antenna Wireless LAN antenna Antenna Extension Cable Antenna Extension Cable Antenna Extension Cable Antenna Extension Cable Bracket Bracket Bracket Bracket Mounting YFGW510 to the vertical pipingMounting YFGW510 to the horizontal piping 2-inch pipe 2-inch pipe 2-inch pipe Figure C5-14 Wiring of wireless LAN antenna (redundant communications) l Ground wiring of arrestor Place an arrestor between two extension cables. Connect the grounding cable to the ground terminal of the arrestor. Connect the grounding cable to the ground terminal on the main body. Class D grounding (the third class grounding) with the grounding resistance of 100 Ω or less is necessary. Do not share the ground with other devices. l Grounding cable (Insulated for industrial equipment) Examples • 600 V polyvinyl chloride insulated wires (IV): JIS C3307 • Polyvinyl chloride insul…

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Doc. No.: WFC006-A09 Date: 25 July, 2012 User’s Manual ISA100 Wireless Module F9195KA 1. Description F9195KA ISA100 wireless Module provides a high performance RF transceiver solution for ISA100.11a wireless networks based on 2.4GHz IEEE 802.15.4. 2. General Specification Table1 General Specification Item Specification System Clock 50MHz (Main CPU) 24MHz (Radio Part) 32.768kHz (RTC Part) Operating Temperature -40 to +65 deg. C. 3. Radio Specification Table2 Radio Specification Item Specification Equipment type Transceiver Frequency of operation 2405 to 2475MHz Bandwidth / Channel spacing 2.65MHz / 5MHz Type of modulation O-QPSK, DSSS Antenna type Sleeve antenna(2dBi), Collinear antenna(6dBi, 9dBi), Patch antenna(15dBi) Antenna connector type Hirose H.FL unique connector. And the installation and replacement of antenna are done by professionals as directed in the user’s manual. Antenna gain with cable loss +2.00dBi, +6.00dBi, +9.00dBi,+15.00dBi ITU code G1D Operating Power supply DC 5.0V, DC 3.3V (F9195KA is provided with stable power supply from the host device) 4. Block Diagram Figure1 System Block Diagram Wireless LSI F9195KA RF IN/OUT LAN Connector 5V DC/DC Regulator LAN DC 24V DC3.3V DC5V LAN Wireless Part Main CPU Part Limited Host Power Supply Antenna 3.3V DC/DC Regurator 24MHz 2405-2475MHz H.FL N-type RTC 32.768kHz Main CPU 50MHz Ether PHY 25MHz RF Front End MC13224V Doc. No.: WFC006-A09 Date: 25 July, 2012 5. Theory of operation 5.1. Power Circuitry F9195KA do not have voltage regulator. However, this application limited the host equipment, and F9195KA’s voltage is supplied from voltage regulator of the limited host power supply. (Figure1-broken line block) The limited host power supply contains two regulators, i.e., 5V DC/DC and 3.3V DC/DC (in Figure1) ・ 5V DC/DC supplies a regulated 5Vdc to the 3.3V DC/DC and the RF amplifier in the Wireless Part. ・ 3.3V DC/DC supplies a regulated 3.3Vdc to the Wireless LSI and the other logic IC. 5.2. Clocks F9195KA has four clock resources. ・ Wireless LSI Reference oscillator - The default frequency for the reference oscillator is 24MHz and the mounted crystal is a 24MHz device that meets the wireless LSI specifications. ・ 32.768kHz external Real Time Clock Module – High stability time base ・ Main CPU operates at 50MHz using internal PLL. ・ 25MHz crystal provides an accurate time base for the Ethernet PHY. 5.3. Wireless LSI - MC13224V (Figure1) The MC13224V is a single package device that contains an ARM7 MCU, SRAM, NVM, and IEEE 802.15.4 transceiver. All of the wireless part control is done through this part and it also provides the radio function and RF control. In this module: ・ The operating voltage is 3.3Vdc supplied from the regulator of limited host power supply. ・ The primary clock source is provided by the 24MHz crystal reference oscillator. 5.4. RF Front End Circuitry F9195KA RF Front End circuitry is shown in Figure1. RF Front End contains the RF amplifier, the variable attenuator, the low-pass filter and the RF switches. The MC13224 uses the RF port as a bi-directional single-ended port for both transmit and receive. The RF Switch multiplexes TX port path and RX port path based on the control signal of MC13224. For the transmit path, MC13224 RF port drives the RF switch. And RF switch is enabled TX port path by the control signal of MC14224. TX port of RF switch drives input of the variable attenuator. The variable attenuator is a digital step attenuator covering 31 dB attenuation. Setting value of the attenuation is provided by the Main CPU. Attenuator output drives the RF amplifier input. The RF amplifier output drives a low-pass filter. The low-pass filter is to eliminate out-of-band spurious and harmonic signals. The low-pass filter feeds the RF switch. RF switch is enabled TX port path by the control signal of MC13224. And then RF switch drives the antenna connector (RF IN/OUT) For the receive path, the incoming signal is derived from the antenna connector, and it drives the RF switch. The RF switch is enabled RX port path by the control signal of MC13224, and the RF switch drives the RF port of the MC13224. Doc. No.: WFC006-A09 Date: 25 July, 2012 6. FCC Compliance ISA100 Wireless Module F9195KA has been certified per FCC Part 15 rules for integration into products without further testing or certification. To fulfill the FCC certification requirements, the final product manufacture using F9195KA module must ensure that the information provided on the F9195KA module label is placed on the outside of the final product. F9195KA module is labeled with its own FCC ID Number. If the FCC ID is not visible when the module is installed inside another product, then the outside of the product into which the module is installed must also display a label referring to enclosed module. This exterior label can use wording such as the following: Contains Transmitter Module FCC ID: SGJ-WFC006 This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. The final product manufacture using the F9195KA module must only use the approved antenna that has been certified with this module. FCC approved Antenna Model Name Specification ASCL-NP-00400 +2.14dBi Sleeve antenna ASCL-NP-00200 +6.0dBi Collinear antenna ASCL-NP-00300 +9.0dBi Collinear antenna MTA-11PA15-Y0 +15dBi Patch antenna Co-Located: This transmitter must not be co-located or operated in conjunction with any other antenna or transmitter. FCC CAUTION Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. Note: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonabl…

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Doc. No.: WFC006-A05 Date: 25 July, 2012 1. F9195KA External photos Photo1 Top Side of F9195KA Doc. No.: WFC006-A05 Date: 25 July, 2012 Photo2 Bottom Side of F9195KA

Doc. No.: WFC006-A07 Date: 25 July, 2012 Label Design and Location ISA100 Wireless Module F9195KA Doc. No.: WFC006-A07 Date: 25 July, 2012 1. FCC/IC ID Label design and location (F9195KA Module) Photo1 Top Side of F9195KA Figure1 FCC/IC ID Label Doc. No.: WFC006-A07 Date: 25 July, 2012 2. FCC/IC Label design and location (End Product：YFGW510)

Doc. No.: WFC006-A05 Date: 25 July, 2012 2. F9195KA Internal photos Photo3 Top side of the printed circuit board assembly Connect to the antenna through coax cable (H.FL – N). Doc. No.: WFC006-A05 Date: 25 July, 2012 Photo4 Bottom side of the printed circuit board assembly

UL Japan, Inc. Shonan EMC Lab. 1-22-3 Megumigaoka, Hiratsuka-shi, Kanagawa-ken, 259-1220 JAPAN Telephone: +81 463 50 6400 Facsimile: +81 463 50 6401 Applicant: Yokogawa Electric Corporation Type of Equipment : ISA100 W ireless M odule M odel No. : F9195K A FCC ID: SGJ-W FC006 Yokogawa Electric Corporation declares that Model : ISA100 Wireless Module complies with FCC radiation exposure requirement specified in the FCC Rules 2.1091. The “F9195KA“ has 16.41 mW of conducted Peak Output power and 26.85 mW of EIRP. This equipment is considered as a mobile device so that SAR testing is excluded. The Following calculation is the reference data for 20cm distance. RF Exposure Calculations: The following information provides the minimum separation distance for the highest gain antenna provided with the “F9195KA“ as calculated from FCC OET Bulletin 65 Appendix A, Table (B) Limits for General Population / Uncontrolled Exposure. This calculation is based on the highest EIRP possible from the system, considering maximum power and antenna gain, and considering a 1.0mW/cm^2 uncontrolled exposure limit. The Friis formula used was: S = (P * G) / (4* π * r 2 ) Where P = 16.41 mW (M aximum peak output power) G = 1.64 Numerical Antenna gain; equal 2.14 dBi r =20.0 cm For: F9195K AS = 0.00534 mW/cm 2 No. : 32DE0368-SH-02-A RF Exposure / SAR Statement

UL Japan, Inc. Shonan EMC Lab. 1-22-3 Megumigaoka, Hiratsuka-shi, Kanagawa-ken, 259-1220 JAPAN Telephone: +81 463 50 6400 Facsimile: +81 463 50 6401 Applicant: Yokogawa Electric Corporation Type of Equipme nt: ISA100 Wire le s s M odule M odel N o. : F9195KA FCC ID: SGJ-WFC006 Yokogawa Electric Corporation declares that Model : ISA100 Wireless Module complies with FCC radiation exposure requirement specified in the FCC Rules 2.1091. The “F9195KA“ has 7.1 mW of conducted Peak Output power and 28.25 mW of EIRP. This equipment is considered as a mobile device so that SAR testing is excluded. The Following calculation is the reference data for 20cm distance. R F Expos ure Calculations : The following information provides the minimum separation distance for the highest gain antenna provided with the “F9195K A“ as calculated from FCC OET Bulletin 65 Appendix A, Table (B) Limits for General Population / Uncontrolled Exposure. This calculation is based on the highest EIRP possible from the system, considering maximum power and antenna gain, and considering a 1.0mW /cm^2 uncontrolled exposure limit. The Friis formula used was: S = (P * G) / (4* π * r 2 ) Where P =7.10 mW (M aximum pe ak output powe r) G =3.98 Numerical Antenna gain; equal to6.00 dBi r =20.0 cm For: F9195KAS = 0.00562 mW/cm 2 No. : 32DE0368-SH-02-A RF Exposure / SAR Statement

UL Japan, Inc. Shonan EMC Lab. 1-22-3 Megumigaoka, Hiratsuka-shi, Kanagawa-ken, 259-1220 JAPAN Telephone: +81 463 50 6400 Facsimile: +81 463 50 6401 Applicant: Yokogawa Electric Corporation Type of Equipme nt: ISA100 Wire le s s M odule M odel N o. : F9195KA FCC ID: SGJ-WFC006 Yokogawa Electric Corporation declares that Model : ISA100 Wireless Module complies with FCC radiation exposure requirement specified in the FCC Rules 2.1091. The “F9195KA“ has 3.94 mW of conducted Peak Output power and 31.26 mW of EIRP. This equipment is considered as a mobile device so that SAR testing is excluded. The Following calculation is the reference data for 20cm distance. R F Expos ure Calculations : The following information provides the minimum separation distance for the highest gain antenna provided with the “F9195K A“ as calculated from FCC OET Bulletin 65 Appendix A, Table (B) Limits for General Population / Uncontrolled Exposure. This calculation is based on the highest EIRP possible from the system, considering maximum power and antenna gain, and considering a 1.0mW /cm^2 uncontrolled exposure limit. The Friis formula used was: S = (P * G) / (4* π * r 2 ) Where P =3.94 mW (M aximum pe ak output powe r) G =7.94 Numerical Antenna gain; equal to9.00 dBi r =20.0 cm For: F9195KAS = 0.00622 mW/cm 2 No. : 32DE0368-SH-02-A RF Exposure / SAR Statement

UL Japan, Inc. Shonan EMC Lab. 1-22-3 Megumigaoka, Hiratsuka-shi, Kanagawa-ken, 259-1220 JAPAN Telephone: +81 463 50 6400 Facsimile: +81 463 50 6401 Applicant: Yokogawa Electric Corporation Type of Equipme nt: ISA100 Wire le s s M odule M odel N o. : F9195KA FCC ID: SGJ-WFC006 Yokogawa Electric Corporation declares that Model : ISA100 Wireless Module complies with FCC radiation exposure requirement specified in the FCC Rules 2.1091. The “F9195KA“ has 0.75 mW of conducted Peak Output power and 23.77 mW of EIRP. This equipment is considered as a mobile device so that SAR testing is excluded. The Following calculation is the reference data for 20cm distance. R F Expos ure Calculations : The following information provides the minimum separation distance for the highest gain antenna provided with the “F9195K A“ as calculated from FCC OET Bulletin 65 Appendix A, Table (B) Limits for General Population / Uncontrolled Exposure. This calculation is based on the highest EIRP possible from the system, considering maximum power and antenna gain, and considering a 1.0mW /cm^2 uncontrolled exposure limit. The Friis formula used was: S = (P * G) / (4* π * r 2 ) Where P =0.75 mW (M aximum pe ak output powe r) G =31.62 Numerical Antenna gain; equal to15.00 dBi r =20.0 cm For: F9195KAS = 0.00473 mW/cm 2 No. : 32DE0368-SH-02-A RF Exposure / SAR Statement

DATA OF CONDUCTED EMISSION TEST UL Japan,Inc. Shonan EMC Lab. No.1 Shielded Room Date : 2012/04/23 Company: Yokogawa Electric CorporationMode: IEEE802.15.4 (Tx2405MHz) Kind of EUT: ISA100 Wireless ModuleReport No.: 32DE0368-SH-02-A Model No.: F9195KAPower: DC 5.0V Serial No.: 00:00:64:94:F1:6FTemp./Humi.: 22deg.C / 58%RH Remarks: 2dBi antenna Limit1 : FCC 15C(15.207) QP Limit2 : FCC 15C(15.207) AVEngineer:: Akira Sato Calculation:Result[dBuV]=Reading[dBuV]+C.Fac(LISN+Cable+ATT)[dB] LISN:SLS-01 Limit1(QP) Limit2(AV) N Frequency [MHz] RFI Voltage [dBuV] .1530 .2.3.5.7123571020 0 10 20 30 40 50 60 70 80 90 Limit1(QP) Limit2(AV) L1 Frequency [MHz] RFI Voltage [dBuV] .1530 .2.3.5.7123571020 0 10 20 30 40 50 60 70 80 90 16 DATA OF CONDUCTED EMISSION TEST UL Japan,Inc. Shonan EMC Lab. No.1 Shielded Room Date : 2012/04/23 Company: Yokogawa Electric CorporationMode: IEEE802.15.4 (Tx2440MHz) Kind of EUT: ISA100 Wireless ModuleReport No.: 32DE0368-SH-02-A Model No.: F9195KAPower: DC 5.0V Serial No.: 00:00:64:94:F1:6FTemp./Humi.: 22deg.C / 58%RH Remarks: 2dBi antenna, DC Power Supply AC Input:AC120V/60Hz Limit1 : FCC 15C(15.207) QP Limit2 : FCC 15C(15.207) AVEngineer:: Akira Sato Calculation:Result[dBuV]=Reading[dBuV]+C.Fac(LISN+Cable+ATT)[dB] LISN:SLS-01 Limit1(QP) Limit2(AV) N(PK) N(QP/AV) L1(PK) L1(QP/AV) Frequency [MHz] RFI Voltage [dBuV] .1530 .2.3.5.7123571020 0 10 20 30 40 50 60 70 80 90 No. Freq. ReadingReading C.Fac ResultsResultsLimitLimitMarginMargin PhaseCommentNo. Freq. <QP><AV> C.Fac <QP><AV><QP><AV><QP><AV>PhaseCommentNo. [MHz][dBuV][dBuV][dB][dBuV][dBuV][dBuV][dBuV][dB][dB] PhaseComment 10.1500022.05.412.634.618.065.955.931.337.9N 20.1851322.04.912.634.617.564.254.229.636.7N 30.2107720.94.112.633.516.763.153.129.636.4N 40.2587219.03.212.631.615.861.451.429.835.6N 50.3218516.92.412.629.515.059.649.630.134.6N 60.3790015.71.912.628.314.558.348.330.033.8N 70.5510513.41.112.626.013.756.046.030.032.3N 80.7706010.81.012.623.413.656.046.032.632.4N 90.1500022.05.012.634.617.665.955.931.338.3L1 100.1839721.94.612.634.517.264.354.329.837.1L1 110.2153820.63.912.633.216.562.952.929.736.4L1 120.2554519.13.112.631.715.761.551.529.835.8L1 130.3266516.92.512.629.515.159.549.530.034.4L1 140.3826515.61.912.628.214.558.248.230.033.7L1 150.5501713.41.112.626.013.756.046.030.032.3L1 160.7713110.81.012.623.413.656.046.032.632.4L1 17 DATA OF CONDUCTED EMISSION TEST UL Japan,Inc. Shonan EMC Lab. No.1 Shielded Room Date : 2012/04/23 Company: Yokogawa Electric CorporationMode: IEEE802.15.4 (Tx2475MHz) Kind of EUT: ISA100 Wireless ModuleReport No.: 32DE0368-SH-02-A Model No.: F9195KAPower: DC 5.0V Serial No.: 00:00:64:94:F1:6FTemp./Humi.: 22deg.C / 58%RH Remarks: 2dBi antenna Limit1 : FCC 15C(15.207) QP Limit2 : FCC 15C(15.207) AVEngineer:: Akira Sato Calculation:Result[dBuV]=Reading[dBuV]+C.Fac(LISN+Cable+ATT)[dB] LISN:SLS-01 Limit1(QP) Limit2(AV) N Frequency [MHz] RFI Voltage [dBuV] .1530 .2.3.5.7123571020 0 10 20 30 40 50 60 70 80 90 Limit1(QP) Limit2(AV) L1 Frequency [MHz] RFI Voltage [dBuV] .1530 .2.3.5.7123571020 0 10 20 30 40 50 60 70 80 90 18 DATA OF CONDUCTED EMISSION TEST UL Japan,Inc. Shonan EMC Lab. No.1 Shielded Room Date : 2012/04/24 Company: Yokogawa Electric CorporationMode: IEEE802.15.4 (Tx2405MHz) Kind of EUT: ISA100 Wireless ModuleReport No.: 32DE0368-SH-02-A Model No.: F9195KAPower: DC 5.0V Serial No.: 00:00:64:94:F1:6FTemp./Humi.: 22deg.C / 58%RH Remarks: 6dBi antenna Limit1 : FCC 15C(15.207) QP Limit2 : FCC 15C(15.207) AVEngineer:: Akira Sato Calculation:Result[dBuV]=Reading[dBuV]+C.Fac(LISN+Cable+ATT)[dB] LISN:SLS-01 Limit1(QP) Limit2(AV) N Frequency [MHz] RFI Voltage [dBuV] .1530 .2.3.5.7123571020 0 10 20 30 40 50 60 70 80 90 Limit1(QP) Limit2(AV) L1 Frequency [MHz] RFI Voltage [dBuV] .1530 .2.3.5.7123571020 0 10 20 30 40 50 60 70 80 90 19 DATA OF CONDUCTED EMISSION TEST UL Japan,Inc. Shonan EMC Lab. No.1 Shielded Room Date : 2012/04/24 Company: Yokogawa Electric CorporationMode: IEEE802.15.4 (Tx2440MHz) Kind of EUT: ISA100 Wireless ModuleReport No.: 32DE0368-SH-02-A Model No.: F9195KAPower: DC 5.0V Serial No.: 00:00:64:94:F1:6FTemp./Humi.: 22deg.C / 58%RH Remarks: 6dBi antenna, DC Power Supply AC Input:AC120V/60Hz Limit1 : FCC 15C(15.207) QP Limit2 : FCC 15C(15.207) AVEngineer:: Akira Sato Calculation:Result[dBuV]=Reading[dBuV]+C.Fac(LISN+Cable+ATT)[dB] LISN:SLS-01 Limit1(QP) Limit2(AV) N(PK) N(QP/AV) L1(PK) L1(QP/AV) Frequency [MHz] RFI Voltage [dBuV] .1530 .2.3.5.7123571020 0 10 20 30 40 50 60 70 80 90 No. Freq. ReadingReading C.Fac ResultsResultsLimitLimitMarginMargin PhaseCommentNo. Freq. <QP><AV> C.Fac <QP><AV><QP><AV><QP><AV>PhaseCommentNo. [MHz][dBuV][dBuV][dB][dBuV][dBuV][dBuV][dBuV][dB][dB] PhaseComment 10.1682921.74.712.634.317.365.055.030.737.7N 20.1859221.94.412.634.517.064.254.229.737.2N 30.2285020.03.512.632.616.162.552.529.936.4N 40.2628019.13.212.631.715.861.351.329.635.5N 50.3520016.62.112.629.214.758.948.929.734.2N 60.4207715.01.712.627.614.357.447.429.833.1N 70.5006114.11.112.626.713.756.046.029.332.3N 80.6680411.91.012.624.513.656.046.031.532.4N 90.1656021.65.312.634.217.965.155.130.937.2L1 100.1877821.74.412.634.317.064.154.129.837.1L1 110.2262520.13.612.632.716.262.552.529.836.3L1 120.2659918.93.212.631.515.861.251.229.735.4L1 130.3547716.52.112.629.114.758.848.829.734.1L1 140.4199914.91.712.627.514.357.447.429.933.1L1 150.5027714.31.112.626.913.756.046.029.132.3L1 160.6671411.81.012.624.413.656.046.031.632.4L1 20 DATA OF CONDUCTED EMISSION TEST UL Japan,Inc. Shonan EMC Lab. No.1 Shielded Room Date : 2012/04/24 Company: Yokogawa Electric CorporationMode: IEEE802.15.4 (Tx2475MHz) Kind of EUT: ISA100 Wireless ModuleReport No.: 32DE0368-SH-02-A Model No.: F9195KAPower: DC 5.0V Serial No.: 00:00:64:94:F1:6FTemp./Humi.: 22deg.C / 58%RH Remarks: 6dBi antenna Limit1 : FCC 15C(1…

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