SLE-TAP-M310R-SFPIndustrial Wireless Access Point/Client

TAP-M310R-SFP Series Quick Installation Guide Moxa Tough AP Version 1.0, July 2026 Technical Support Contact Information www.moxa.com/support © 2026 Moxa Inc. All rights reserved. -2 - Overview The TAP-M310R-SFP Series wireless APs are ruggedized IEEE 802.11ax wireless solutions for railway train-to-ground (T2G) applications, including CBTC and CCTV communications. Featuring an IP67 dust- tight, waterproof design, the TAP-M310R-SFP Series ensures reliable operations in heavy-duty outdoor environments. The TAP-M310R-SFP Series is designed for wayside applications and features an AC power module and an SFP fiber port for easy deployment. The TAP-M310R-SFP Series complies with industrial standards and railway approvals, covering operational temperature ranges, power input voltage, surge protection, ESD, and vibration resistance. NOTE The IP67-rated design provides protection against dust and water. However, if installed in certain specific outdoor environments such as coastal areas with high salinity, or highly polluted regions, it is recommended to use an additional enclosure to further protect the device’s exterior housing. Package Checklist The TAP-M310R-SFP Series is shipped with the following items. If any of these items are missing or damaged, please contact your customer service representative for assistance. •1 TAP-M310R-SFP Series wireless AP •Quick installation guide (printed) •Warranty card -3 - Dimensions TAP-M310R-1PSFP Models Unit: mm -4 - DIN-rail Mounting Mount the TAP-M310R-SFP Series onto a corrosion-free mounting rail that adheres to the EN 60715 standard by following the steps below. STEP 1: Attach the DIN-rail kit to the TAP-M310R-SFP using M4x7mm screws. STEP 2: Insert the upper lip of the DIN-rail kit into the mounting rail. STEP 3: Press the TAP-M310R-SFP towards the mounting rail until it snaps into place. To remove the TAP-M310R-SFP Series from a DIN rail, do the following: STEP 1: Using a screwdriver, pull down the latch on the DIN-rail kit. STEP 2: Slightly pull the device. STEP 3: Lift the device up to remove it from the mounting rail. -5 - Wall Mounting For some applications, it may be more convenient to mount the TAP- M310R-SFP Series to a wall. NOTE Wall mounting is optional and must be purchased separately. STEP 1: If installed, remove the DIN-rail attachment plate from the device first. Attach the wall-mounting plates using the six M3x8mm screws included in the wall mounting kit. STEP 2: Mounting the TAP-M310R-SFP Series to a wall requires 4 screws. Use the device with the wall-mounting plates attached as a guide to mark the location of the 4 screws on the wall. The heads of the screws should be between 5.5 mm and 8.5 mm in diameter. The screw shank should be between 2.4 to 3.98 mm in diameter. The screw length should be at least 15.0 mm, as shown in the figure on the right. -6 - WARNING Safety First! Be sure to disconnect the power cord before installing and/or wiring your Moxa TAP-M310R-SFP. Calculate the maximum possible current in each power wire and common wire. Observe all electrical codes dictating the maximum current allowable for each wire size. If the current goes above the maximum ratings, the wiring could overheat, causing serious damage to your equipment. STEP 3: Drill the holes into the wall on the marked locations, leaving about 2 mm of space between the bottom side of the screw head and the wall to allow room for sliding the wall-mounting kit between the wall and the screws. STEP 4: Once the screws are fixed into the wall, insert the four screw heads through the large opening of the keyhole-shaped apertures of the mounting kit, and then slide the TAP device downwards. Tighten the four screws for added stability. Wiring Requirements Read and Follow These Guidelines: •Use separate paths to route wiring for power and devices. If power wiring and device wiring paths must cross, make sure the wires are perpendicular at the crossing point. •Do not run signal or communications wiring and power wiring through the same wire conduit. To avoid interference, wires with different signal characteristics should be routed separately. •You can use the type of signal transmitted through a wire to determine which wires should be kept separate. The rule of thumb ATTENTION Test the screw head and shank size by inserting the screws into one of the keyhole shaped apertures of the wall-mounting plates before attaching the plates to the wall. -7 - is that wiring that shares similar electrical characteristics can be bundled together. •Keep input wiring and output wiring separated. •For future reference, you should label the wiring used for all of your devices. Grounding the Moxa TAP-M310R-SFP Grounding and wire routing help limit the effects of noise due to electromagnetic interference (EMI). Run the ground connection from the ground screw to the grounding surface prior to connecting devices to the TAP-M310R-SFP device. The TAP-M310R-SFP should be well-grounded to ensure safe operation. Connect the grounding wire to the grounding screw located on the top panel of the power module. -8 - ATTENTION Before connecting the TAP-M310R-SFP Series to the power input, make sure the power source voltage is stable. Connecting the Power Inputs NOTE We recommend installing a power insulation device between the TAP-M310R-SFP Series and the power source to avoid damage from power surges. STEP 1: Connect the power cord connector to the power input port. STEP 2: Screw the support nuts on the power cord connector to ensure a tight connection.TAP-M310R-1PSFP models: 110 to 220 VAC power input: M12 K-coded 5-pin male connector on the power module’s front panel for the AC power input. AC Power input port pinouts: Communication Connections 10/100/1000/2500BaseT(X) Ethernet Ports The TAP-M310R-SFP has one 10/100/1000/2500BaseT(X) Ethernet port (LAN1) on the front panel for connecting Ethernet-enabled devices. The ports use M12 X-coded 8-pin female connectors. Most users configure these ports…

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Report No.: 2650506R-Product Photos Page: 13 of 21 (25) EUT Photo (26) EUT Photo Report No.: 2650506R-Product Photos Page: 14 of 21 (27) EUT Photo (28) EUT Photo Report No.: 2650506R-Product Photos Page: 15 of 21 (29) EUT Photo (30) EUT Photo Report No.: 2650506R-Product Photos Page: 16 of 21 (31) EUT Photo (32) EUT Photo Report No.: 2650506R-Product Photos Page: 17 of 21 (33) EUT Photo (34) EUT Photo Report No.: 2650506R-Product Photos Page: 18 of 21 (35) EUT Photo (36) EUT Photo

Report No.: 2650506R-RFUSV03S-A Page : 49 of 51 Appendix F. Test Result of Test Setup Photograph Front View of AC Power Line Conducted Emission Test Back View of AC Power Line Conducted Emission Test Report No.: 2650506R-RFUSV03S-A Page : 50 of 51 Radiated Test (Below 1 GHz) Radiated Test (Above 1 GHz) Report No.: 2650506R-RFUSV03S-A Page : 51 of 51 Radiated Test (Above 1 GHz)

Report No.: 2650506R-RFUSV03S-A Page : 18 of 51 802.11a/20MHz/6M/5180MHz/Ch36 802.11a/20MHz/6M/5220MHz/Ch44 802.11a/20MHz/6M/5240MHz/Ch48 802.11ax/20MHz/MCS0/5180MHz/Ch36 802.11ax/20MHz/MCS0/5220MHz/Ch44 802.11ax/20MHz/MCS0/5240MHz/Ch48 Report No.: 2650506R-RFUSV03S-A Page : 19 of 51 802.11ax/40MHz/MCS0/5190MHz/Ch38 802.11ax/40MHz/MCS0/5230MHz/Ch46 802.11ax/80MHz/MCS0/5210MHz/Ch42 Report No.: 2650506R-RFUSV03S-A Page : 20 of 51 Appendix E. Test Result of Radiated Emission Master Mode TX_a_5180MHz_H TX_a_5180MHz_V TX_a_5220MHz_H TX_a_5220MHz_V Report No.: 2650506R-RFUSV03S-A Page : 21 of 51 TX_a_5240MHz_H TX_a_5240MHz_V TX_a_5745MHz_H TX_a_5745MHz_V Report No.: 2650506R-RFUSV03S-A Page : 22 of 51 TX_a_5785MHz_H TX_a_5785MHz_V TX_a_5825MHz_H TX_a_5825MHz_V Report No.: 2650506R-RFUSV03S-A Page : 23 of 51 TX_ax20_5180MHz_H TX_ax20_5180MHz_V TX_ax20_5220MHz_H TX_ax20_5220MHz_V Report No.: 2650506R-RFUSV03S-A Page : 24 of 51 TX_ax20_5240MHz_H TX_ax20_5240MHz_V TX_ax20_5745MHz_H TX_ax20_5745MHz_V Report No.: 2650506R-RFUSV03S-A Page : 25 of 51 TX_ax20_5785MHz_H TX_ax20_5785MHz_V TX_ax20_5825MHz_H TX_ax20_5825MHz_V Report No.: 2650506R-RFUSV03S-A Page : 26 of 51 TX_ax40_5190MHz_H TX_ax40_5190MHz_V TX_ax40_5230MHz_H TX_ax40_5230MHz_V Report No.: 2650506R-RFUSV03S-A Page : 27 of 51 TX_ax40_5755MHz_H TX_ax40_5755MHz_V TX_ax40_5795MHz_H TX_ax40_5795MHz_V Report No.: 2650506R-RFUSV03S-A Page : 28 of 51 TX_ax80_5210MHz_H TX_ax80_5210MHz_V TX_ax80_5775MHz_H TX_ax80_5775MHz_V Report No.: 2650506R-RFUSV03S-A Page : 29 of 51 TX_ax80_5775MHz_H_QP TX_ax80_5775MHz_V_QP Report No.: 2650506R-RFUSV03S-A Page : 30 of 51 TX_a_5180MHz_H_Average TX_a_5180MHz_H_Peak TX_a_5180MHz_V_Average TX_a_5180MHz_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 31 of 51 TX_a_5220MHz_B1_H_Average TX_a_5220MHz_B1_H_Peak TX_a_5220MHz_B1_V_Average TX_a_5220MHz_B1_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 32 of 51 TX_a_5220MHz_B2_H_Average TX_a_5220MHz_B2_H_Peak TX_a_5220MHz_B2_V_Average TX_a_5220MHz_B2_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 33 of 51 TX_a_5240MHz_B1_H_Average TX_a_5240MHz_B1_H_Peak TX_a_5240MHz_B1_V_Average TX_a_5240MHz_B1_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 34 of 51 TX_a_5240MHz_B2_H_Average TX_a_5240MHz_B2_H_Peak TX_a_5240MHz_B2_V_Average TX_a_5240MHz_B2_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 35 of 51 TX_a_5745MHz_H_Peak TX_a_5745MHz_V_Peak TX_a_5785MHz_H_Peak TX_a_5785MHz_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 36 of 51 TX_a_5825MHz_H_Peak TX_a_5825MHz_V_Peak TX_ax20_5180MHz_H_Average TX_ax20_5180MHz_H_Peak Report No.: 2650506R-RFUSV03S-A Page : 37 of 51 TX_ax20_5180MHz_V_Average TX_ax20_5180MHz_V_Peak TX_ax20_5220MHz_B1_H_Average TX_ax20_5220MHz_B1_H_Peak Report No.: 2650506R-RFUSV03S-A Page : 38 of 51 TX_ax20_5220MHz_B1_V_Average TX_ax20_5220MHz_B1_V_Peak TX_ax20_5220MHz_B2_H_Average TX_ax20_5220MHz_B2_H_Peak Report No.: 2650506R-RFUSV03S-A Page : 39 of 51 TX_ax20_5220MHz_B2_V_Average TX_ax20_5220MHz_B2_V_Peak TX_ax20_5240MHz_B1_H_Average TX_ax20_5240MHz_B1_H_Peak Report No.: 2650506R-RFUSV03S-A Page : 40 of 51 TX_ax20_5240MHz_B1_V_Average TX_ax20_5240MHz_B1_V_Peak TX_ax20_5240MHz_B2_H_Average TX_ax20_5240MHz_B2_H_Peak Report No.: 2650506R-RFUSV03S-A Page : 41 of 51 TX_ax20_5240MHz_B2_V_Average TX_ax20_5240MHz_B2_V_Peak TX_ax20_5745MHz_H_Peak TX_ax20_5745MHz_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 42 of 51 TX_ax20_5785MHz_H_Peak TX_ax20_5785MHz_V_Peak TX_ax20_5825MHz_H_Peak TX_ax20_5825MHz_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 43 of 51 TX_ax40_5190MHz_H_Average TX_ax40_5190MHz_H_Peak TX_ax40_5190MHz_V_Average TX_ax40_5190MHz_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 44 of 51 TX_ax40_5230MHz_H_Average TX_ax40_5230MHz_H_Peak TX_ax40_5230MHz_V_Average TX_ax40_5230MHz_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 45 of 51 TX_ax40_5755MHz_H_Peak TX_ax40_5755MHz_V_Peak TX_ax40_5795MHz_H_Peak TX_ax40_5795MHz_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 46 of 51 TX_ax80_5210MHz_H_Average TX_ax80_5210MHz_H_Peak TX_ax80_5210MHz_V_Average TX_ax80_5210MHz_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 47 of 51 TX_ax80_5775MHz_H_Peak TX_ax80_5775MHz_V_Peak Report No.: 2650506R-RFUSV03S-A Page : 48 of 51 Co-location TX_g_2462MHz+ax80_5210MHz_H TX_g_2462MHz+ax80_5210MHz_V TX_g_2462MHz+ax80_5210MHz_H_QP TX_g_2462MHz+ax80_5210MHz_V_QP

Report No.: 2650506R-RFUSV03S-A Page : 1 of 51 Appendix A. Test Result of AC Power Line Conducted Emission TX_ax80_5775MHz_Line TX_ax80_5775MHz_Neutral Report No.: 2650506R-RFUSV03S-A Page : 2 of 51 Appendix B. Test Result of Emission Bandwidthh Modulation Frequency (MHz) 99% Occupied Bandwidth (MHz) 26dB Bandwidth (MHz) Limit (MHz) Ant. 1 Ant. 2 Ant. 3 Ant. 4 Ant. 1 Ant. 2 Ant. 3 Ant. 4 99% Occupied Bandwidth & 26dB Bandwidth 802.11a (20MHz) 5180 16.34 16.38 16.42 16.42 19.72 20.04 20.36 20.48 - 5220 16.38 16.38 16.38 16.38 20.32 19.76 20.32 20.40 - 5240 16.38 16.38 16.38 16.42 20.04 20.32 20.40 20.68 - Modulation Frequency (MHz) 99% Occupied Bandwidth (MHz) DTS Bandwidth (MHz) Limit (MHz) Ant. 1 Ant. 2 Ant. 3 Ant. 4 Ant. 1 Ant. 2 Ant. 3 Ant. 4 99% Occupied Bandwidth DTS Bandwidth 802.11a (20MHz) 5745 16.38 16.38 16.38 16.34 16.04 16.04 15.72 15.92 - ≧ 0.5 5785 16.38 16.34 16.34 16.38 15.68 15.92 15.52 16.32 - ≧ 0.5 5825 16.34 16.38 16.38 16.38 16.32 15.80 15.64 16.04 - ≧ 0.5 Modulation Frequency (MHz) 99% Occupied Bandwidth (MHz) 26dB Bandwidth (MHz) Limit (MHz) Ant. 1 Ant. 2 Ant. 3 Ant. 4 Ant. 1 Ant. 2 Ant. 3 Ant. 4 99% Occupied Bandwidth & 26dB Bandwidth 802.11ax (20MHz) 5180 18.94 18.94 18.94 18.94 21.52 20.96 20.88 20.96 - 5220 18.90 18.90 18.94 18.90 21.00 21.04 20.92 21.08 - 5240 18.90 18.90 18.90 18.94 21.28 21.00 22.08 21.24 - Modulation Frequency (MHz) 99% Occupied Bandwidth (MHz) DTS Bandwidth (MHz) Limit (MHz) Ant. 1 Ant. 2 Ant. 3 Ant. 4 Ant. 1 Ant. 2 Ant. 3 Ant. 4 99% Occupied Bandwidth DTS Bandwidth 802.11ax (20MHz) 5745 18.98 18.94 18.86 18.90 18.84 16.84 17.32 18.72 - ≧ 0.5 5785 18.94 18.94 18.94 18.90 18.76 17.72 18.48 17.24 - ≧ 0.5 5825 18.94 18.90 18.90 18.90 17.56 18.36 18.92 17.40 - ≧ 0.5 Report No.: 2650506R-RFUSV03S-A Page : 3 of 51 Modulation Frequency (MHz) 99% Occupied Bandwidth (MHz) 26dB Bandwidth (MHz) Limit (MHz) Ant. 1 Ant. 2 Ant. 3 Ant. 4 Ant. 1 Ant. 2 Ant. 3 Ant. 4 99% Occupied Bandwidth & 26dB Bandwidth 802.11ax (40MHz) 5190 37.72 37.80 37.80 37.72 40.24 40.24 40.64 40.72 - 5230 37.80 37.80 37.64 37.80 40.16 41.12 40.72 40.72 - Modulation Frequency (MHz) 99% Occupied Bandwidth (MHz) DTS Bandwidth (MHz) Limit (MHz) Ant. 1 Ant. 2 Ant. 3 Ant. 4 Ant. 1 Ant. 2 Ant. 3 Ant. 4 99% Occupied Bandwidth DTS Bandwidth 802.11ax (40MHz) 5755 37.72 37.72 37.80 37.88 36.64 38.08 36.40 36.40 - ≧ 0.5 5795 37.88 37.80 37.80 37.72 36.80 38.00 37.76 38.16 - ≧ 0.5 Modulation Frequency (MHz) 99% Occupied Bandwidth (MHz) 26dB Bandwidth (MHz) Limit (MHz) Ant. 1 Ant. 2 Ant. 3 Ant. 4 Ant. 1 Ant. 2 Ant. 3 Ant. 4 99% Occupied Bandwidth & 26dB Bandwidth 802.11ax (80MHz) 5210 77.04 76.72 76.88 76.72 81.76 80.96 81.12 80.80 - Modulation Frequency (MHz) 99% Occupied Bandwidth (MHz) DTS Bandwidth (MHz) Limit (MHz) Ant. 1 Ant. 2 Ant. 3 Ant. 4 Ant. 1 Ant. 2 Ant. 3 Ant. 4 99% Occupied Bandwidth DTS Bandwidth 802.11ax (80MHz) 5775 77.20 77.52 77.36 77.20 77.76 75.20 76.64 76.48 - ≧ 0.5 Report No.: 2650506R-RFUSV03S-A Page : 4 of 51 For 99% Occupied Bandwidth: 802.11a/20MHz/6M/5180MHz/Ch36 802.11a/20MHz/6M/5220MHz/Ch44 802.11a/20MHz/6M/5240MHz/Ch48 802.11a/20MHz/6M/5745MHz/Ch149 802.11a/20MHz/6M/5785MHz/Ch157 802.11a/20MHz/6M/5825MHz/Ch165 Report No.: 2650506R-RFUSV03S-A Page : 5 of 51 802.11ax/20MHz/MCS0/5180MHz/Ch36 802.11ax/20MHz/MCS0/5220MHz/Ch44 802.11ax/20MHz/MCS0/5240MHz/Ch48 802.11ax/20MHz/MCS0/5745MHz/Ch149 802.11ax/20MHz/MCS0/5785MHz/Ch157 802.11ax/20MHz/MCS0/5825MHz/Ch165 Report No.: 2650506R-RFUSV03S-A Page : 6 of 51 802.11ax/40MHz/MCS0/5190MHz/Ch38 802.11ax/40MHz/MCS0/5230MHz/Ch46 802.11ax/40MHz/MCS0/5755MHz/Ch151 802.11ax/40MHz/MCS0/5795MHz/Ch159 802.11ax/80MHz/MCS0/5210MHz/Ch42 802.11ax/80MHz/MCS0/5775MHz/Ch155 Report No.: 2650506R-RFUSV03S-A Page : 7 of 51 For 26dB Bandwidth: 802.11a/20MHz/6M/5180MHz/Ch36 802.11a/20MHz/6M/5220MHz/Ch44 802.11a/20MHz/6M/5240MHz/Ch48 802.11ax/20MHz/MCS0/5180MHz/Ch36 802.11ax/20MHz/MCS0/5220MHz/Ch44 802.11ax/20MHz/MCS0/5240MHz/Ch48 Report No.: 2650506R-RFUSV03S-A Page : 8 of 51 802.11ax/40MHz/MCS0/5190MHz/Ch38 802.11ax/40MHz/MCS0/5230MHz/Ch46 802.11ax/80MHz/MCS0/5210MHz/Ch42 Report No.: 2650506R-RFUSV03S-A Page : 9 of 51 For DTS Bandwidth: 802.11a/20MHz/6M/5745MHz/Ch149 802.11a/20MHz/6M/5785MHz/Ch157 802.11a/20MHz/6M/5825MHz/Ch165 802.11ax/20MHz/MCS0/5745MHz/Ch149 802.11ax/20MHz/MCS0/5785MHz/Ch157 802.11ax/20MHz/MCS0/5825MHz/Ch165 Report No.: 2650506R-RFUSV03S-A Page : 10 of 51 802.11ax/40MHz/MCS0/5755MHz/Ch151 802.11ax/40MHz/MCS0/5795MHz/Ch159 802.11ax/80MHz/MCS0/5775MHz/Ch155 Report No.: 2650506R-RFUSV03S-A Page : 11 of 51 Appendix C. Test Result of Maximum Conducted Output Power Master Mode Modulation Frequency (MHz) Maximum Conducted Output Power (dBm) Limit (dBm) Result Ant. 1 Ant. 2 Ant. 3 Ant. 4 Total 802.11a (20MHz) 5180 7.01 6.41 6.98 6.86 12.84 19.95 Pass 5220 7.33 7.95 7.63 7.70 13.68 19.95 Pass 5240 7.36 7.88 7.65 7.60 13.65 19.95 Pass 5745 12.66 13.12 12.51 12.99 18.85 19.03 Pass 5785 12.80 13.03 12.81 13.16 18.97 19.03 Pass 5825 12.26 13.00 12.25 12.96 18.65 19.03 Pass 802.11ax (20MHz) 5180 7.38 7.78 7.39 7.07 13.43 19.95 Pass 5220 7.71 8.30 8.13 8.19 14.11 19.95 Pass 5240 8.52 8.91 9.04 8.63 14.80 19.95 Pass 5745 12.78 13.04 12.88 13.13 18.98 19.03 Pass 5785 12.41 12.82 12.64 12.40 18.59 19.03 Pass 5825 12.39 13.14 12.48 13.21 18.84 19.03 Pass 802.11ax (40MHz) 5190 10.94 11.36 10.79 10.97 17.04 19.95 Pass 5230 11.18 11.63 11.48 11.57 17.49 19.95 Pass 5755 12.73 13.14 13.07 12.89 18.98 19.03 Pass 5795 12.53 13.15 12.38 13.16 18.84 19.03 Pass 802.11ax (80MHz) 5210 11.55 12.10 11.71 11.72 17.80 19.95 Pass 5775 12.16 12.94 12.27 12.79 18.57 19.03 Pass Note: Maximum Conducted Output Power (dBm) = 10*log (Ant. 1(mW)+ Ant. 2(mW)+ Ant. 3(mW)+ Ant. 4(mW)). Report No.: 2650506R-RFUSV03S-A Page : 12 of 51 Slave Mode Modulation Frequency (MHz) Maximum Conducted Output Power (dBm) Limit (dBm) Result Ant. 1 Ant. 2 Ant. 3 Ant. 4 Total 802.11a (20MHz) 5180 1.22 1.75 0.98 1.19 7.32 13.95 Pass 5220 1.48 2.14 1.56 2.08 7.85 13.95 Pass 5240 1.79 2.33 2…

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Report No.: 2650506R-RFUSV03S-A Page: 1 of 23 Test Report No: 2650506R-RFUSV03S-A TEST REPORT FCC Rules & Regulations Product Name Industrial Wireless Access Point/Client Brand Name MOXA Model No. TAP-M310R-1PSFP-US-CT-T FCC ID SLE-TAP-M310R-SFP Applicant ́s Name / Address Moxa Inc. No. 1111, Heping Rd., Bade Dist., Taoyuan City 334004, Taiwan Manufacturer’s Name Moxa Inc. Test Method Requested, Standard FCC CFR Title 47 Part 15 Subpart E Section 15.407 Verdict Summary IN COMPLIANCE Documented by Genie Chang Approved by Alan Chen Date of Receipt 2026/05/20 Date of Issue 2026/07/16 Report Version V1.0 Report No.: 2650506R-RFUSV03S-A Page: 2 of 23 INDEX page Competences and Guarantees ................................................................................................................................ 4 General Conditions .................................................................................................................................................. 4 Revision History ....................................................................................................................................................... 5 Summary of Test Result .......................................................................................................................................... 6 1. General Information .................................................................................................................................. 7 1.1. EUT Description ....................................................................................................................................... 7 1.2. EUT Information ....................................................................................................................................... 8 1.3. Testing Applied Standards ........................................................................................................................ 8 1.4. Testing Location Information .................................................................................................................... 9 1.5. Ambient Conditions In The Laboratory ................................................................................................... 10 1.6. Measurement Uncertainty ...................................................................................................................... 10 1.7. List of Test Equipment ............................................................................................................................ 11 2. Test Configuration of EUT ...................................................................................................................... 12 2.1. Test Condition ......................................................................................................................................... 12 2.2. Test Frequency Mode ............................................................................................................................. 12 2.3. Duty Cycle .............................................................................................................................................. 13 2.4. Measurement Configuration ................................................................................................................... 14 2.5. Tested System Details ............................................................................................................................ 15 2.6. Configuration of Tested System ............................................................................................................. 15 3. AC Power Line Conducted Emission ..................................................................................................... 16 3.1. Test Setup ............................................................................................................................................... 16 3.2. Test Limit ................................................................................................................................................ 16 3.3. Test Procedure ....................................................................................................................................... 16 3.4. Test Result of AC Power Line Conducted Emission ............................................................................... 16 4. Emission Bandwidth ............................................................................................................................... 17 4.1. Test Setup ............................................................................................................................................... 17 4.2. Test Limit ................................................................................................................................................ 17 4.3. Test Procedure ....................................................................................................................................... 17 4.4. Test Result of Emission Bandwidth ........................................................................................................ 17 5. Maximum Conducted Output Power ...................................................................................................... 18 5.1. Test Setup ............................................................................................................................................... 18 5.2. Test Limit ................................................................................................................................................ 18 5.3. Test Procedure ....................................................................................................................................... 19 5.4. Test Result of Maximum Conducted Output Power ............................................................................... 19 6. Maximum Power Spectral Density ................…

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料件首件檢查報告 文件編號：HQ-PD.155 版本：2.5 頁次：1/4 料件首件檢查報告 FAI Report 料 號 Part Number 1710010011610 品 名 Part Name ANT-WSB5-PNF-16 製 造 商 Manufacture Name 士誼 製造商料號 Manufacture Part Number KPX-026XNFX9-244 撰寫單位 Department CE 撰寫人 Writer Travy 日 期 Date 2022/4/21 文件版本 Revision D 料件承認作業確認 Approval Checklist 1.工作/儲存溫度查核（五金料件除外） 已完成Completed（T OP ： -40~85 ，T STG ： -40~85 ）□其他Other： Operating/Storage temperature range check(Except metal parts) 2.製程耐溫查核（僅SMD/DIP料件）□已完成Completed（T P ： °C/ Sec） Processing temperature check (Only SMD/DIP Parts)□參考附件Temperature Profile Please refer attached temperature profile： □其他Other： □符合製程要求Compliance □不符合製程要求(需PE評估) Non-Compliance of the requirement(Need Process Engineer Assessment) 3.連接器鍍金厚度查核□μ" (inch) □μm (meter) The thickness check of the gold plate for the contacts of connector 4.MTBF Report□H@°C@V or □Failure Rate: 5.1106-LED、1109-Switch、1111-Terminal Block、1115-LCM、1121-Fan、1126-Connector、1701~1711-Cable (1)料類需設定機構為Reviewer且機構需確認尺寸及組裝相容性公差. (2)若為執行「料件承認程序單」或KCL流程，則無需設定機構為Review，因於該流程機構已確認尺寸及組裝相容性公差。 6.可用容量查核 (僅記憶卡/模組、硬碟類料件) □已完成Completed ( Byte) User Capacity Check (Only Flash Memory Card/Module, Hard Disk) 7. RAM Module的顆粒廠牌、數量及速度查核 □已完成Completed Chip Brand:Number of RAM RAM Module Chip Brand、Number of RAM and Component Config Check Component Config: 封裝及包裝說明Package and Packing Description IC封裝方式Package： REV.: B DATE: 2021/1/19 CUSTOMER: 四零四科技股份有限公司 CUSTOMER MODEL NO.: JOYMAX MODEL NO.: KPX-026XNFX9-244 DESCRIPTION: #026 5.15~5.85GHz Panel Antenna 承認書 APPROVALSHEET Customer ApprovalJoymax Approval 桃園市中壢區中壢工業區東園二路5號 No.5 Dong Yuan Rd.2,Jhongli industrial Park, Jhongli Dist,Tao Yuan,Taiwan,R.O.C. http://www.joymax.com.tw Tel:+886-3-4335698 Fax:+886-3-4337898 E-mail:[email protected] Index 1. Specification & Dimension 3 2. Test Condition & Report 2.1 V.S.W.R 5 2.2 Pattern 2.2.1 XY-Plane6 2.2.2 XZ-Plane7 2.2.3 YZ-Plane8 2.3 3D Pattern9 2.4 Gain and Efficiency11 2.5 Pattern Test Equipment12 3. Package 13 4. FAI 14 5. ROHS 15 6. Material proof 16 Modification History: Date 2020/11/18 2021/1/7 ------------------------------------ ------------------------------------ ------------------------------------ ------------------------------------ ------------------------------------ ------------------------------------ ------------------------------------ ------------------------------------ ------------------------------------ ------------------------------------ ------------------------------------ ------------------------------------ Rev.Content A B Change drawing specifications, add material certificate Page: 2 /13 V.S.W.R. 2.Test Condition & Report 2.1 V.S.W.R Page: 5 /13 2.2 Pattern 2.2.1 XY-Plane Page: 6 /13 2.2 Pattern 2.2.2 XZ-Plane Page: 7 /13 2.2 Pattern 2.2.3 YZ-Plane Page: 8 /13 2.3 3D Pattern Page: 9 /13 2.3 3D Pattern Page: 10 /13 2.4 Gain and Efficiency Page: 6 /7 Source Antenna: ETS-3164 Dual Polarized Horn Network Analyzer: Agilent E5071B 100kHz~8.5GHz 2.5 Pattern Test Equipment Anechoic chamber: 100MHz~6GHz 8*6*6m (※ 1m Quiet zone at 800MHz) Page: 12 /13

਑ҹ२ҹᔠࢗൔ֋! 㕮ờ䷏噆ƝHQ-PD.155 䈯㜓Ɲ2.5 柨㬈Ɲ1/4 ਑ҹ२ҹᔠࢗൔ֋ FAI Report ਑ ဦ Part Number 1710010111110 ࠔ Ӝ Part Name ANT-WDB-PNF-1011 ᇙ ೷ ୘ Manufacture Name γፉ ᇙ೷୘਑ဦ Manufacture Part Number TPX-026XNFX9-244 ኗቪൂՏ Department CE ኗቪΓ Writer Travy В ය Date 2022/4/21 Ўҹހҁ Revision C ਑ҹ܍ᇡբ཰ዴᇡ Approval Checklist 1.πբ/ᓯӸྕࢗࡋਡȐπߎ਑ҹନѦȑ „ԋֹςCompletedȐT OP Ǻ -40~85 ǴT STG Ǻ -40~85 ȑˎдځOtherǺ Operating/Storage temperature range check(Except metal parts) 2.ᇙําऐྕࢗਡȐ໻SMD/DIP਑ҹȑ ˎԋֹςCompletedȐT P Ǻ ɗ/ Secȑ Processing temperature check (Only SMD/DIP Parts)ġġġġġˎୖԵߕҹTemperature Profile Please refer attached temperature profileǺ ˎдځOtherǺ ˎ಄ӝᇙําा؃Compliance ˎό಄ӝᇙําा؃(ሡPEຑ՗) Non-Compliance of the requirement(Need Process Engineer Assessment) 3.ਡࢗࡋࠆߎೱௗᏔᗓˎ μ" (inch) ˎ μm (meter) The thickness check of the gold plate for the contacts of connector 4.MTBF Reportˎ H@ °C@ V or ˎFailure Rate: 5. 1106-LEDǵ1109-Switchǵ1111-Terminal Blockǵ1115-LCMǵ1121-Fanǵ1126-Connectorǵ1701~1711-Cable (1) ਑ᜪሡ೛ۓᐒᄬࣁReviewerЪᐒᄬሡዴᇡЁκϷಔး࣬৒܄Ϧৡ. (2)ऩࣁ୺ՉȨ਑ҹ܍ᇡําׇൂȩ܈KCLࢬําǴ߾คሡ೛ۓᐒᄬࣁReviewǴӢܭ၀ࢬําᐒᄬςዴᇡЁκϷಔး࣬৒܄ϦৡǶ 6.ёҔ৒ໆࢗਡ (໻૶Ꮻь/ኳಔǵฯᅷᜪ਑ҹ) ɍςֹԋCompleted ( Byte) User Capacity Check (Only Flash Memory Card/Module, Hard Disk) 7. RAM ModuleޑᗭಈቷจǵኧໆϷೲࢗࡋਡ ɍςֹԋCompleted Chip Brand: Number of RAM RAM Module Chip BrandǵNumber of RAM and Component Config Check Component Config: ࠾းϷхးᇥܴPackage and Packing Description IC࠾းБԄPackageǺ ˢœņŗįĻġġłġ ˢŅłŕņĻġġijıijIJİIJİIJĺ ˢńŖŔŕŐŎņœĻġġ⚃暞⚃䥹(九)偉ấ㚱旸℔⎠ ˢńŖŔŕŐŎņœġŎŐŅņōġŏŐįĻġġ ˢŋŐŚŎłřġŎŐŅņōġŏŐįĻġŕőřĮıijķřŏŇ řĺĮijĵĵ ˢŅņŔńœŊőŕŊŐŏĻġġĤıijķġijįĵĬĶňʼnŻġőŢůŦŭġłůŵŦůůŢ ᇡਜ܍ APPROVALSHEET &XVWRPHU$SSURYDO-R\PD[$SSURYDO 㟫⚺ⶪᷕ⢊⋨ᷕ⢊ⶍ㤕⋨㜙⚺Ḵ嶗嘇 ŏŰįĶġŅŰůŨġŚŶŢůġœťįijĭŋũŰůŨŭŪġŪůťŶŴŵųŪŢŭġőŢųŬĭ ŋũŰůŨŭŪġŅŪŴŵĭŕŢŰġŚŶŢůĭŕŢŪŸŢůĭœįŐįńį ũŵŵűĻİİŸŸŸįūŰźŮŢŹįŤŰŮįŵŸ ŕŦŭĻĬĹĹķĮĴĮĵĴĴĶķĺĹġġŇŢŹĻĬĹĹķĮĴĮĵĴĴĸĹĺĹ ņĮŮŢŪŭĻŴŦŷŪŤŦŁūŰźŮŢŹįŤŰŮįŵŸ ,QGH[ 6SHFLILFDWLRQ 'LPHQVLRQ  7HVW&RQGLWLRQ 5HSRUW 96:5 3DWWHUQ ;<3ODQH ;=3ODQH <=3ODQH '3DWWHUQ *DLQDQG(IILFLHQF\ 3DWWHUQ7HVW(TXLSPHQW 3DFNDJH  )$,  52+6  0DWHULDOSURRI  0RGLILFDWLRQ+LVWRU\ 'DWH  5HY&RQWHQW $             őŢŨŦĻġijġİIJĴ 96:5 7HVW&RQGLWLRQ 5HSRUW 96:5 őŢŨŦĻġĶġİIJĴ 3DWWHUQ ;<3ODQH őŢŨŦĻġķġİIJĴ 3DWWHUQ ;=3ODQH őŢŨŦĻġĸġİIJĴ 3DWWHUQ <=3ODQH őŢŨŦĻġĹġİIJĴ '3DWWHUQ őŢŨŦĻġĺġİIJĴ '3DWWHUQ őŢŨŦĻġIJıġİIJĴ *DLQDQG(IILFLHQF\ őŢŨŦĻġIJIJġİIJĴ 6RXUFH$QWHQQD(76'XDO3RODUL]HG+RUQ 1HWZRUN$QDO\]HU$JLOHQW(%N+]a*+] $QHFKRLFFKDPEHU0+]a*+]  P  ɈP4XLHW]RQHDW0+] 3DWWHUQ7HVW(TXLSPHQW őŢŨŦĻġIJijġİIJĴ

Report No.: 2650506R-RFUSV17S-A Page: 1 of 8 Test Report No: 2650506R-RFUSV17S-A RF EXPOSURE EVALUATION DECLARATION Product Name Industrial Wireless Access Point/Client Brand Name MOXA Model No. TAP-M310R-1PSFP-US-CT-T FCC ID SLE-TAP-M310R-SFP Applicant¥s Name / Address Moxa Inc. No. 1111, Heping Rd., Bade Dist., Taoyuan City 334004, Taiwan Manufacturer’s Name Moxa Inc. Test Method Requested, Standard FCC CFR Title 47 Part 2.1091 Radiofrequency radiation exposure evaluation: mobile devices. Verdict Summary IN COMPLIANCE Documented by Genie Chang Tested By Alan Chen Approved By Tim Sung Date of Receipt 2026/05/20 Date of Issue 2026/07/16 Report Version V1.0 Report No.: 2650506R-RFUSV…

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