SurgeArrest - Surge protector APC - Free user manual and instructions

Type of product	Surge protector
Brand	APC
Model	SurgeArrest
Dimensions (approx.)	12 x 6 x 4 inches (30.5 x 15.2 x 10.2 cm)
Weight	2 lb (0.9 kg)
Power rating	120 V, 15 A
Surge energy rating	1080 Joules
Outlets	6 grounded outlets
Cord length	6 ft (1.8 m)
Indicator lights	Protection status, Ground fault
Circuit breaker	15 A resettable
EMI/RFI filtering	Yes
Maintenance	Wipe with dry cloth; do not use liquids
Cleaning	Unplug before cleaning; use soft dry cloth
Safety certifications	UL 1449, cUL
Spare parts	Not user-serviceable; replace unit if damaged
Reparability	No user-repairable parts; contact APC for service
Warranty	Lifetime warranty on product, $150k connected equipment warranty
Operating temperature	32°F to 104°F (0°C to 40°C)
Storage temperature	-4°F to 149°F (-20°C to 65°C)
Relative humidity	0% to 95% (non-condensing)

Frequently Asked Questions - SurgeArrest APC

How do I know if my APC SurgeArrest is protecting my equipment?

The Protection Indicator light should be illuminated when the unit is plugged in and turned on. If it is off, the surge protection has failed and the unit should be replaced immediately.

What does it mean when the ground fault indicator light is on?

The Ground Fault Indicator light indicates that your outlet is not properly grounded. The surge protector will still provide power but surge protection may be compromised. Contact a qualified electrician.

Can I plug my surge protector into an extension cord?

It is not recommended. Plug the surge protector directly into a grounded wall outlet to ensure proper protection. Using an extension cord can reduce surge suppression effectiveness.

How often should I replace my APC SurgeArrest?

Surge protectors degrade over time. It is recommended to replace your unit every 3-5 years, or immediately if the Protection Indicator light goes out.

What is the maximum surge voltage the SurgeArrest can handle?

The APC SurgeArrest can handle surge voltages up to 6,000 volts (per UL 1449 standard). The specific clamping voltage is around 330 V phase-to-neutral.

Why did my surge protector turn off and the circuit breaker trip?

This indicates an overload or a serious surge. Press the Circuit Breaker button to reset. If it trips again, reduce the load or check for a faulty connected device.

Can I use my APC SurgeArrest with a UPS or another surge protector?

Do not daisy-chain surge protectors. Plugging a surge protector into a UPS can cause interference. It is safe to plug a UPS into a surge protector, but not the other way around.

What is the connected equipment warranty?

APC offers a $150,000 connected equipment warranty if your connected equipment is damaged by a surge while properly connected to the SurgeArrest. Specific terms apply.

How do I clean my SurgeArrest?

Unplug the unit and wipe it with a soft, dry cloth. Do not use any liquids, abrasives, or solvents as they may damage the casing.

The protection light is off but power is still on. Is it safe?

No. If the Protection Indicator light is off, surge protection is lost. The unit no longer protects against surges and should be replaced immediately.

USER MANUAL SurgeArrest APC

Technical Compliance Statement FCC Test Report

For the following information

Ref. File No.: C1M2208189

Product : Relocatable Power Taps

Model Number : P11U2

Serial No : P11U2xxxxxxxxx ("x" can be 0-9, A-Z," - " or blank)

Brand : APC or APC by Schneider Electric

Applicant : American Power Conversion Holdings Inc., Taiwan Branch

Rules and Standards : Title 47 FCC CFR, Part 15, Subpart B, Class B ANSI C63.4-2014/ ANSI C63.4a-2017

We hereby certify that the above product has been tested by us and complied with above FCC official limits. The test was performed according to the procedures ANSI C63.4-2014/ ANSI C63.4a-2017. The equipment might be marketed in US in accordance with the rules of 47 CFR FCC Part 2 regulations.

The test data and results are issued on the test report no. EM-F160444B.

Signature

Test Laboratory:

AUDIX Technology Corporation, EMC Department

NVLAP Lab. Code: 200077-0

FCC OET Designation: TW1004 & TW1090

Web Site: www.audixtech.com

The statement is based on a single evaluation of one sample of the above-mentioned products. It does not imply an assessment of the whole production and does not permit the use of the test lab logo.

TEST REPORT

Product: Relocatable Power Taps

Model: P11U2

Serial No.: P11U2xxxxxxxxx ("x" can be 0-9, A-Z," - " or blank)

Brand : APC or APC by Schneider Electric

Applicant for:

American Power Conversion Holdings Inc., Taiwan Branch 5F., No.189, Sec. 2, Jiuzong Rd., Neihu District, Taipei City 11494, Taiwan

Prepared by:

Audix Technology Corporation, EMC Department

No. 491, Zhongfu Rd., Linkou Dist.,

New Taipei City 244, Taiwan

Testing Laboratory 1724

NVLAP LAB CODE 200077-0

File No. : C1M2208189

Report No. : EM-F160444B

Date of Report of Rev. B : 2022.08.26

The test report is based on a single evaluation of one sample of the above-mentioned products. It does not imply an assessment of the whole production and does not permit the use of the test lab logo.

The report must not be used by the client to claim product certification, approval, or endorsement by NVLAP, NIST, or any agency of the U.S. Government.

Test Report

Applicant : American Power Conversion Holdings Inc.,

Taiwan Branch

EUT Description

(1) Product : Relocatable Power Taps
(2) Model : P11U2
(3) Serial No : P11U2xxxxxxxxx ("x" can be 0-9, A-Z," - " or blank)
(4) Brand : APC or APC by Schneider Electric
(5) Power Rating : 120V, 50/60Hz

Rules of Compliance and Applicable Standards:

Title 47 FCC CFR, Part 15, Subpart B, Class B ANSI C63.4-2014 / ANSI C63.4a-2017

The device described above was tested by Audix Technology Corporation to determine the maximum emission levels emanating from the device. All of the tests were requested by the applicant and the results thereof based upon the information that the applicant provided to us. We, Audix Technology Corporation assumes full responsibility for the accuracy and completeness of these measurements. This report is made under FCC Part 2.938 and shows that the EUT is technically compliance with the class B limit for both FCC rule standard described as above.

No modifications were required during testing to bring this product into compliance.

This report applies to above tested sample only and shall not be reproduced in part without written approval of Audix Technology Corporation.

This report is based on report of EM-F160444 & EM-F160444A.

Date of Report of Rev. B: 2022.08.26

Reviewed by:

Albee Lee

(Albee Lee/Administrator)

Approved by:

Oluo Deng

(Alex Deng/Deputy Manager)

Name of the Representative of the Responsible Party:

Signature:

Table of Content

1. Revision of Test Report......4

2. Summary of Test Result...... 5

2.1. Test Result....5

2.2. Description of Test Firm....6

1. General Information....7

3.1. Description of Application 7

3.2. Description of the EUT 7

3.3. Highest Frequency within EUT 8

3.4. Determination of Worse Case Operating Modes....8

3.5. Final Test Configuration 8

1. Measurement Arrangement....9

4.1. Equipment and cables arrangement 9

4.2. Method of Exercising EUT 9

4.3. List of Supported Units under Test.... 10

4.4. List of Used Cables under Test.... 10

1. Measurement of Conducted Emissions.... 11

5.1. List of Test Instruments.... 11

5.2. Test Setup.... 11

5.3. Power-line Conducted Emission Limits 12

5.4. Measurement Procedure 12

5.5. Measurement Result.... 13

1. Measurement of Radiated Emissions 15

6.1. List of Test Instruments.... 15

6.2. Test Setup.... 16

6.3. Radiation Emission Limits 17

6.4. Measurement Procedure 18

6.5. Measurement Result.... 19

1. Measurement Uncertainty List.... 21

2. Photographs...... 24

8.1. Powerline Conducted Emission Measurement.... 24

8.2. Radiated Emissions Measurement 25

APPENDIX (Photos of EUT)

1. Revision of Test Report

Issued Date	Revision Summary Report Number
2016. 07. 07	Original Report.	EM-F160444
2021. 05. 20	1. To update standard.2. To modify address of applicant.	EM-F160444A
2022. 08. 26	1.To add a USB charger module type.2.To deleted ICES-003 standard.	EM-F160444B

2. Summary of Test Result

2.1. Test Result

Test Item	Referred Rules/Standard	Limit	Result
Power-line conducted emission	Title 47 FCC CFR Part 15 Subpart B	Class B	Pass
			Margin 2.29dB at 0.551MHz
Radiated emission (30 – 1000MHz)	Title 47 FCC CFR Part 15 Subpart B	Class B	Pass
			Margin 5.84dB at 119.562MHz (Vertical, 1m/25°)
Radiated emission (Above 1GHz)	Title 47 FCC CFR Part 15 Subpart B	Class B	N/A
Note :The uncertainties value is not used in determining the result.N/A is an abbreviation for Not Applicable.Special measures: NoneDecision and justification not to measure: None

2.2. Description of Test Firm

Name of Test Firm	Audix Technology Corporation / EMC DepartmentNo. 491, Zhongfu Rd., Linkou Dist., New Taipei City 244, TaiwanTel: [phone]Fax: [phone]Website : www.audixtech.comContact e-mail: [e-mail]
Accreditations	The laboratory is accredited by following organizations under ISO/IEC 17025:2017(1) NVLAP(USA)NVLAP Lab Code 200077-0(2) TAF(Taiwan)No. 1724
Test Facilities	FCC OET Designation Number under APEC MRA by BSMI is : TW1004 & TW1090(1) No. 3 Shielding Room(2) No. 6 Open Area Test Site

3. General Information

3.1. Description of Application

Applicant	American Power Conversion Holdings Inc., Taiwan Branch5F., No.189, Sec. 2, Jiuzong Rd., Neihu District, Taipei City 11494, Taiwan
Product	Relocatable	Power	Taps
Brand APC or APC	by Schneider Electric
Model Number P11	U2
Serial No	P11U2xxxxxxxxx (“x” can be 0-9, A-Z,” - “ or blank)

3.2. Description of the EUT

Test Model P11U2
Serial Number N/A
Power Rating 120V	50/60Hz
Firmware Version N/A
Sample Status Trial	Sample
Date of Receipt of Rev. B	2022. 08. 15
Date of Test of Rev. B	2022. 08. 17
I/O Ports List	• AC Surge Protected Outlets x11• USB x2 (DC 5V, 2.4A)
Accessories Supplied	• AC Power Cord(3C)

3.3. Highest Frequency within EUT

The highest frequency operating in EUT is less than 108MHz. The highest measured frequency is performed according to the requirement of FCC Part 15.33.

3.4. Determination of Worse Case Operating Modes

● The EUT is an additional version with original report number EM-F160444.

The differences with original reports is:

1. To add a USB charger module type.

2. To deleted ICES-003 standard.

● Depending on all different, the EUT was re-tested to comply with the standards requirements. The supplementary test data are recorded in this report of EM-F160444B.

3.5. Final Test Configuration

Test Item Operating of EUT
Power-line conducted emission	Load With Lamp + R Load
Radiated emission(30 – 1000MHz)	Load With Lamp + R Load

4. Measurement Arrangement

4.1. Equipment and cables arrangement

- Connection Diagram of EUT and Peripheral Devices

(worst mode)

graph TD
    A["AC SOURCE"] --> B["Lamp Load (A)"]
    B --> C["RELOCATABLE POWER TAPS (EUT)"]
    C --> D["2 R-Load (B)"]
    C --> E["2 R-Load (B)"]
    C --> F["1 AC Outlet"]
    C --> G["1 AC Outlet"]
    C --> H["1 AC Outlet"]
    C --> I["1 AC Outlet"]
    C --> J["1 AC Outlet"]
    C --> K["1 AC Outlet"]
    C --> L["1 AC Outlet"]
    C --> M["1 AC Outlet"]
    C --> N["1 AC Outlet"]
    C --> O["1 AC Outlet"]
    C --> P["1 AC Outlet"]

4.2. Method of Exercising EUT

The methods for exercising the EUT during the measurement specified in ANSI C63.4-2014 clause 11.2, 11.3 and figure 16 were used.

1. To turn on the power of all equipments.

2. The EUT (Relocatable Power Taps) was linked to bulbs load and R-Load was tested in full load mode during the testing.

4.3. List of Supported Units under Test

Item	Product	Brand	Model No.	Serial No.	Approval
A Lamp Load (60W*11)		N/A	N/A	N/A	N/A
B	R-Load	N/A	N/A	N/A	N/A
C	R-Load	N/A	N/A	N/A	N/A

4.4. List of Used Cables under Test

Item	Type Qty.		Length (m)	Shielding (Yes/No)	Cores (Qty.)	Remark
1	AC Power Cord 11	1.8 No 0	Provided by LAB
2	USB-C Cable	2	1.0	Yes	0	Provided by LAB
3	AC Power Cord (3C)	1	1.0	No	0	Accessories of EUT

5. Measurement of Conducted Emissions

5.1. List of Test Instruments

Item	Equipment	Manufacture	Model No.	Serial No.	Cal. Date	Cal. Interval
1	Test Receiver R&S	ESR3 101772	2022. 07. 22	1 Year
2	A.M.N. R&S ENV4	200 825358/003	2022. 05.	11 1 Year
3	L.I.S.N.	Kyoritsu	KNW-407	8-1539-2	2021. 12. 19	1 Year
4	Pulse Limiter	R&S	ESH3-Z2	100041	2021. 12. 23	1 Year
5	Signal Cable	CDM Elec-tronics, Inc.	RG-142	CE-02	2022. 01. 20	1 Year
6	Digital Ther-mo-Hygro Meter	WISEWIND	5330	No.3 S/R	2022. 04. 14	1 Year
7	Test Software	Audix	e3	V6.120703a	N.C.R.	N.C.R.

5.2. Test Setup

The EUT and test equipment were configured in accordance with the requirement of ANSI C63.4-2014 clause 5.2.

graph TD
    A["Vertical RGP"] --> B["EUT"]
    B --> C["Peripherals"]
    C --> D["AMN"]
    D --> E["Horizontal RGP"]
    E --> F["Pulse Limiter"]
    F --> G["Test Receiver"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333
    style G fill:#fcc,stroke:#333

5.3. Power-line Conducted Emission Limits

- For FCC §15.107

Frequency Range (MHz)	Class A Limits Class B Limits
	Quasi Peak dB(μV)	Average dB(μV)	Quasi Peak dB(μV)	Average dB(μV)
0.15 – 0.50 79 66	66 – 56* 56	-46*
0.50 – 5.0	73	60	56	46
5.0 – 30 60 50

Note: * Decreases with the logarithm of the frequency.

5.4. Measurement Procedure

The power-line conducted emission measurement was performed in accordance with the procedure of ANSI C63.4-2014 clause 7.3.

- Setup the EUT and associated equipment described as section 4.1, and they were located 40cm from the vertical conducting plane.

- Connect the EUT power cord to the main A.M.N and associated equipment to the second A.M.N. All ports of the A.M.N not connecting to the measuring equipment was terminated into 50 ohm resistive load.

- Setup the resolution bandwidth of the test receiver at 9kHz (while testing within 0.15 to 30MHz).

- Operate the EUT system as described in section 4.2.

- Both sides of A.C. line were checked for maximum conducted interference. In order to find the maximum emission, all of the interconnecting cables were manipulated.

- For the exploratory measurement, determine the highest emission amplitude relative to the limit on each of the EUT power cord with the peak detector by each of the EUT operation over the specified frequency range and record it.

- For final measurement, select the EUT operation mode that produced the highest amplitude in the exploratory measurement to determine the highest emissions with each specified detector and record it. All of the current-carrying conductors of each of the EUT power cords, except the ground conductor, must be measured over the specified frequency range.

● The measurement result was calculated by following formula:

Emission Level (dBμV) = Reading (Receiver) (dBμV) + Factor (A.M.N) (dB) + Cable Loss (dB) + Pulse Limiter (dB)

- If the average limit is met when using a Quasi-Peak detector receiver, the EUT is deemed to meet both limits and measurement with the average detector is unnecessary.

5.5. Measurement Result

The following data are the worst emissions based on the prescan measurement result.

Test Phase Neutral Test Result Pass
Test Mode Mode 1, Load With Lamp + R Load

Site No.	: No.3 Shielded Room	Data No. : 2
Instrument 1	: Receiver ESR(772)
Instrument 2	: ENV4200 (8-003)(A)|CE-02|ESH3-Z2 (041)
Limit	: CLASS-B (QP)	Phase : Neutral
Environment	: 25°C / 48%	Engineer : John He
EUT Model	: P11U2	Test Rating : 120V/60Hz
Test Mode	: Mode 1

	Freq. (MHz)	AMN Factor (dB)	Cable Loss (dB)	Pulse Att. (dB)	Reading (dBμV)	Emission Level (dBμV)	Limits (dBμV)	Margin (dB)	Remark
1	0.383	10.24	0.02	9.86	22.03	42.15	48.22	6.07	Average
2	0.383	10.24	0.02	9.86	26.49	46.61	58.22	11.61	QP
3	0.479	10.24	0.02	9.86	22.03	42.15	46.35	4.20	Average
4	0.479	10.24	0.02	9.86	27.29	47.41	56.35	8.94	QP
5	0.551	10.24	0.02	9.86	23.59	43.71	46.00	2.29	Average
6	0.551	10.24	0.02	9.86	28.75	48.87	56.00	7.13	QP
7	0.643	10.24	0.03	9.86	22.60	42.73	46.00	3.27	Average
8	0.643	10.24	0.03	9.86	28.72	48.85	56.00	7.15	QP
9	1.593	10.25	0.04	9.86	22.71	42.86	46.00	3.14	Average
10	1.593	10.25	0.04	9.86	27.90	48.05	56.00	7.95	QP
11	13.247	11.55	0.13	9.91	11.49	33.08	50.00	16.92	Average
12	13.247	11.55	0.13	9.91	20.88	42.47	60.00	17.53	QP

Remarks: 1. Emission Level= AMN Factor + Cable Loss + Pulse Att. + Reading. 2. If the average limit is met when using a quasi-peak detector, the EUT shall be deemed to meet both limits and measurement with average detector is unnecessary.

Test Phase Line Test Result Pass
Test Mode Mode 1, Load With Lamp + R Load

Site No. : No.3 Shielded Room Data No. : 1

Instrument 1 : Receiver ESR(772)

Instrument 2 : ENV4200 (8-003)(A)|CE-02|ESH3-Z2 (041)

Limit : CLASS-B (QP)

Environment : 25*C / 48%

EUT Model : P11U2

Test Mode : Mode 1

Phase : Line

Engineer : John He

Test Rating : 120V/60Hz

	Freq. (MHz)	AMN Factor (dB)	Cable Loss (dB)	Pulse Att. (dB)	Reading (dBμV)	Emission Level (dBμV)	Limits (dBμV)	Margin (dB)	Remark
1	0.482	10.25	0.02	9.86	19.94	40.07	46.31	6.24	Average
2	0.482	10.25	0.02	9.86	25.01	45.14	56.31	11.17	QP
3	0.554	10.25	0.02	9.86	20.72	40.85	46.00	5.15	Average
4	0.554	10.25	0.02	9.86	26.81	46.94	56.00	9.06	QP
5	1.716	10.29	0.04	9.86	22.77	42.96	46.00	3.04	Average
6	1.716	10.29	0.04	9.86	28.01	48.20	56.00	7.80	QP
7	2.955	10.33	0.06	9.86	17.73	37.98	46.00	8.02	Average
8	2.955	10.33	0.06	9.86	22.74	42.99	56.00	13.01	QP
9	13.786	11.24	0.13	9.91	12.20	33.48	50.00	16.52	Average
10	13.786	11.24	0.13	9.91	22.32	43.60	60.00	16.40	QP
11	19.639	11.92	0.16	9.94	13.28	35.30	50.00	14.70	Average
12	19.639	11.92	0.16	9.94	18.37	40.39	60.00	19.61	QP

Remarks: 1. Emission Level= AMN Factor + Cable Loss + Pulse Att. + Reading.
2. If the average limit is met when using a quasi-peak detector, the EUT shall be deemed to meet both limits and measurement with average detector is unnecessary.

6. Measurement of Radiated Emissions

6.1. List of Test Instruments

● For measurement of 30 to 1000MHz frequency range

Item	Equipment	Manufacture	Model No.	Serial No.	Cal. Date	Cal. Interval
1	Spectrum Analyzer	Agilent N90	10A-503 MY51	120074 2021. 11.	10 1 Year
2	Test Receiver R&S	ESCS30 1003	37 2022. 04. 27	1 Year
3	Amplifier	HP	8447D	2727A05737	2021. 12. 23	1 Year
4	Bilog Antenna	Schaffner	CBL6112B	2818	2021. 12. 17	1 Year
5	Signal Cable	HUBER+SUH NER	RG217U	RE-07	2022. 01. 20	1 Year
6	Test Software	Audix	e3	V9 18621a	N.C.R.	N.C.R.
7	Digital Thermo-Hygro Meter	iMax	HTC-1	No.6 O/S	2022. 04. 14	1 Year

6.2. Test Setup

The EUT and test equipment were configured in accordance with the requirement of ANSI C63.4 2014 clause 5.4. and 5.5.

- For frequency range 30 to 1000MHz (at Open Area Test Site)

● For frequency range 30 to 1000MHz (at Semi Anechoic Chamber)

6.3. Radiation Emission Limits

- For Below 1GHz, FCC §15.109(a)(g)/CISPR 22

Frequency Range (MHz)	Distance (meter)	Class A Limits Class B Limits
		Quasi-Peak [dB(μV/m)]	Quasi-Peak [dB(μV/m)]
30 – 230	10	40	30
230 – 1000 47 37
30 – 230	3	50	40
230 – 1000 57 47

- For Above 1GHz, FCC §15.109(a)(g)/CISPR 22

Frequency Range (MHz)	Distance (meter)	Class A Limits Class B Limits
		Peak [dB(μV/m)]	Average [dB(μV/m)]	Peak [dB(μV/m)]	Average [dB(μV/m)]
Above 1000 3 79.54 59.54		73.98	53.98

• The tighter limit applies at the edge between two frequency bands.
• Distance refers to the distance in meters between the measuring instrument antenna and the closed point of any part of the E.U.T.
• The limits from 30 to 1000MHz are referred to CISPR 22 standard, which are in accordance with the requirement of FCC Part 15.38 (b)(3)、Part 15.109 (a)(g).

• The limits above 1GHz are referred to FCC Part 15.109(a)

- The EUT with open case was measured, the limit not exceed the radiated emission limits specified in Section 15.109 of this part by more than 6 dB.

● Required highest frequency for radiated measurement

Highest frequency generated or used in the device or on which the device operates or tunes (MHz)	Upper frequency of measurement range (MHz)
Below 1.705 30
1.705 – 108 1000
108 – 500 2000
500 – 1000 5000
Above 1000	5th harmonic of the highest frequency or 40 GHz, whichever is lower.

6.4. Measurement Procedure

The radiated emission measurement was performed in accordance with the procedure of the ANSI C63.4-2014 clause 8.3.

- The EUT and peripherals were placed on the rotatable non-conduction table, which is 0.8 meters above the ground reference plane at the semi anechoic chamber or OATS as described in section 4.1 and 6.2.

- The measurement distance is set as specified in section 6.3. The specified distance is between the horizontal projection onto the ground plane of the closest periphery of the EUT and the projection onto the ground plane of the center of the axis of the elements of the receiving antenna.

- The resolution bandwidth of the test receiver was at 120kHz (testing from 30 to 1000MHz) or 1MHz (testing above 1000MHz).

- Operate the EUT system as described in section 4.2.

- For the exploratory measurement, determine the highest emission amplitude relative to the limit on each of antenna polarization with the peak detector by each of the EUT operations over the specified frequency range and record it.

- For final measurement, select the EUT operation mode that produced the highest amplitude in the exploratory measurement to determine the highest emissions with each specified detector and record it.

- In order to determine the maximum emission level, must rotate the table in 360 degree and move the receiving antenna between 1\~4m height above the ground reference plane.

- In order to find the maximum emission, all of the interconnecting cables were manipulated, except for the bundled cable.

● Both polarizations of receiving antenna were determined.

● The measurement result was calculated by following formulas:

(30 - 1000MHz)

Emission Level (dBμV/m) = Reading (Receiver) (dBμV) + Cable Loss (dB) + Antenna Factor (dB/m)

(Above 1GHz)

Emission Level (dBμV/m) = Reading (Spectrum) (dBμV) + Cable Loss (dB) + Antenna Factor (dB/m) - Preamp Gain (dB)

- The 3dB bandwidth of the horn antenna is minimum 52 degree (or w = 2.93 m at 3m distance) for 1\~6 GHz.

6.5. Measurement Result

- For frequency range 30 – 1000MHz

Ant. Polarity Horizontal Test Result Pass
Test Mode Mode 1, Load With Lamp + R Load

Site No.	: No.6 Open Area Test Site	Data No. : 2
Instrument 1	: Receiver ESCS(337)
Instrument 2	: CBL6112B (818)|RE-07
Distance/Limit	: 10m /CISPR22 CLASS-B	Ant. Pol. : Horizontal
Environment	: 29*C/58%	Engineer : Eason Hsu
EUT Model	: P11U2	Test Rating : 120Vac/60Hz
Test Mode	: Mode 1

	Freq. (MHz)	Ant. Factor (dB/m)	Cable Loss (dB)	Reading (dBμV)	Emission Level (dBμV/m)	Limits (dBμV/m)	Margin (dB)	Remark
1	60.528	12.91	1.08	7.61	21.60	30.00	8.40	QP
2	77.625	13.27	1.24	8.62	23.13	30.00	6.87	QP
3	135.628	17.60	1.74	3.61	22.95	30.00	7.05	QP
4	192.618	15.57	2.32	5.75	23.64	30.00	6.36	QP
5	257.628	18.86	2.51	6.85	28.22	37.00	8.78	QP
6	324.510	20.21	2.81	4.63	27.65	37.00	9.35	QP

Remarks: 1. Emission Level= Antenna Factor + Cable Loss + Reading. 2. The emissions not reported are 10 dB lower than the specified limit.

Ant. Polarity Vertical Test Result Pass
Test Mode Mode 1, Load With Lamp + R Load

Site No.	: No.6 Open Area Test Site	Data No. : 1
Instrument 1	: Receiver ESCS(337)
Instrument 2	: CBL6112B (818)|RE-07
Distance/Limit	: 10m /CISPR22 CLASS-B	Ant. Pol. : Vertical
Environment	: 29*C/58%	Engineer : Eason Hsu
EUT Model	: P11U2	Test Rating : 120Vac/60Hz
Test Mode	: Mode 1

	Freq. (MHz)	Ant. Factor (dB/m)	Cable Loss (dB)	Reading (dBμV)	Emission Level (dBμV/m)	Limits (dBμV/m)	Margin (dB)	Remark
1	56.215	13.69	1.03	6.53	21.25	30.00	8.75	QP
2	69.528	12.96	1.16	9.44	23.56	30.00	6.44	QP
3	119.562	18.71	1.60	3.85	24.16	30.00	5.84	QP
4	176.251	15.89	2.18	5.63	23.70	30.00	6.30	QP
5	209.510	16.15	2.39	3.51	22.05	30.00	7.95	QP
6	286.510	19.29	2.63	5.53	27.45	37.00	9.55	QP

Remarks: 1. Emission Level= Antenna Factor + Cable Loss + Reading. 2. The emissions not reported are 10 dB lower than the specified limit.

7. Measurement Uncertainty List

The measurement uncertainty was estimated for test on the EUT according to CISPR 16-4-2. This uncertainty represents an expanded uncertainty expressed at approximately the 95% confidence level using a coverage of K=2.

The uncertainties value is not used in determining the PASS/FAIL results.

Test Items/Facilities Frequency/Equipment/Unit Uncertainty
Conducted emissionsat AC mains power port	9kHz-150kHz	±3.7dB
	150kHz-30MHz	±3.4dB
Conducted emissions at wired network port 150kHz-30MHz		±3.4dB
Conducted emissions at broadcast receiver tuner port 150kHz-30MHz		±3.4dB
Conducted emissions Power Clamp(No. 7 Shielded Room)	30MHz-300MHz	±4.4dB
Conducted emissions Power Clamp(No. 8 Shielded Room)	30MHz-300MHz	±4.4dB
Radiated, magnetic field (Triple-Loop Antenna) 9kHz-30MHz		±1.5dB
Radiated, magnetic field (Loop Antenna)	9kHz-150kHz	±3.1dB
	150kHz-30MHz	±3.0dB
Radiated emissions(No.1 10m Semi Anechoic Chamber)	30MHz-200MHz, 3m, Horizontal	±4.5dB
	200MHz-1000MHz, 3m, Horizontal	±4.1dB
	30MHz-200MHz, 3m, Vertical	±4.4dB
	200MHz-1000MHz, 3m, Vertical	±4.4dB
	30MHz-200MHz, 10m, Horizontal	±4.4dB
	200MHz-1000MHz, 10m, Horizontal	±3.9dB
	30MHz-200MHz, 10m, Vertical	±4.4dB
	200MHz-1000MHz, 10m, Vertical	±4.1dB
	1GHz-6GHz, 3m	±4.7dB
	6GHz-18GHz, 3m	±4.4dB
Radiated emissions(No.2 10m Semi Anechoic Chamber)	30MHz-200MHz, 3m, Horizontal	±4.1dB
	200MHz-1000MHz, 3m, Horizontal	±4.0dB
	30MHz-200MHz, 3m, Vertical	±4.5dB
	200MHz-1000MHz, 3m, Vertical	±4.4dB
	30MHz-200MHz, 10m, Horizontal	±4.1dB
	200MHz-1000MHz, 10m, Horizontal	±3.8dB
	30MHz-200MHz, 10m, Vertical	±4.4dB
	200MHz-1000MHz, 10m, Vertical	±4.2dB
	1GHz-6GHz, 3m	±4.8dB
	6GHz-18GHz, 3m	±4.4dB
Radiated emissions(No.1 3m Semi Anechoic Chamber)	30MHz-200MHz, 3m, Horizontal	±3.8dB
	200MHz-1000MHz, 3m, Horizontal	±4.1dB
	30MHz-200MHz, 3m, Vertical	±4.5dB
	200MHz-1000MHz, 3m, Vertical	±4.5dB
	1GHz-6GHz, 3m	±4.7dB
	6GHz-18GHz, 3m	±4.1dB
Radiated emissions(No.2 3m Semi Anechoic Chamber)	30MHz-200MHz, 3m, Horizontal	±3.6dB
	200MHz-1000MHz, 3m, Horizontal	±3.9dB
	30MHz-200MHz, 3m, Vertical	±4.1dB
	200MHz-1000MHz, 3m, Vertical	±4.6dB
	1GHz-6GHz, 3m	±4.8dB
	6GHz-18GHz, 3m	±4.2dB
Radiated emissions(No.3 3m Semi Anechoic Chamber)	30MHz-200MHz, 3m, Horizontal	±3.9dB
	200MHz-1000MHz, 3m, Horizontal	±4.2dB
	30MHz-200MHz, 3m, Vertical	±4.3dB
	200MHz-1000MHz, 3m, Vertical	±4.5dB
Radiated emissions(No.4 3m Semi Anechoic Chamber)	30MHz-200MHz, 3m, Horizontal	±4.1dB
	200MHz-1000MHz, 3m, Horizontal	±4.5dB
	30MHz-200MHz, 3m, Vertical	±4.4dB
	200MHz-1000MHz, 3m, Vertical	±4.8dB
	1GHz-6GHz, 3m	±5.0dB
	6GHz-18GHz, 3m	±4.7dB
Radiated emissions(No.5 3m Semi Anechoic Chamber)	30MHz-200MHz, 3m, Horizontal	±4.2dB
	200MHz-1000MHz, 3m, Horizontal	±4.3dB
	30MHz-200MHz, 3m, Vertical	±4.3dB
	200MHz-1000MHz, 3m, Vertical	±4.7dB
	1GHz-6GHz, 3m	±4.8dB
	6GHz-18GHz, 3m	±4.5dB
Radiated emissions(No.6 Open Area Test Site)	30MHz-200MHz, 3m, Horizontal	±3.6dB
	200MHz-1000MHz, 3m, Horizontal	±4.1dB
	30MHz-200MHz, 3m, Vertical	±3.6dB
	200MHz-1000MHz, 3m, Vertical	±4.1dB
	30MHz-200MHz, 10m, Horizontal	±3.6dB
	200MHz-1000MHz, 10m, Horizontal	±3.9dB
	30MHz-200MHz, 10m, Vertical	±3.6dB
	200MHz-1000MHz, 10m, Vertical	±3.9dB
Radiated emissions(No.7 Open Area Test Site)	30MHz-200MHz, 3m, Horizontal	±4.0dB
	200MHz-1000MHz, 3m, Horizontal	±4.3dB
	30MHz-200MHz, 3m, Vertical	±4.4dB
	200MHz-1000MHz, 3m, Vertical	±4.7dB
	30MHz-200MHz, 10m, Horizontal	±4.0dB
	200MHz-1000MHz, 10m, Horizontal	±4.2dB
	30MHz-200MHz, 10m, Vertical	±4.4dB
	200MHz-1000MHz, 10m, Vertical	±4.5dB
Radiated emissions(No.8 Open Area Test Site)	30MHz-200MHz, 3m, Horizontal	±4.3dB
	200MHz-1000MHz, 3m, Horizontal	±4.8dB
	30MHz-200MHz, 3m, Vertical	±4.5dB
	200MHz-1000MHz, 3m, Vertical	±4.8dB
	30MHz-200MHz, 10m, Horizontal	±4.3dB
	200MHz-1000MHz, 10m, Horizontal	±4.7dB
	30MHz-200MHz, 10m, Vertical	±4.5dB
	200MHz-1000MHz, 10m, Vertical	±4.6dB

8. Photographs

8.1. Powerline Conducted Emission Measurement

Laboratory setup with two illuminated light bulbs on a wooden table, surrounded by wiring and equipment (no visible text or symbols)

Front View of Conducted Measurement

Interior view of a lab or workshop with a wooden table, equipment, and a central display unit (no visible text or symbols)

Back View of Conducted Measurement

8.2. Radiated Emissions Measurement

- For Frequency Range 30 – 1000MHz

Interior view of a workshop with a wooden table, test equipment, and a concrete structure under an arched window (no visible text or symbols)

Front View of Radiated Measurement

Interior view of a workshop with a wooden table, wires, and light bulbs, overlooking a large open window (no visible text or symbols)

Back View of Radiated Measurement

APPENDIX

(Photos of EUT)

Figure 1
General Appearance (Front & Side View)

Black electrical power strip device placed next to a ruler for scale, no visible text or symbols on the device itself.

Figure 2

General Appearance (Back & Side View)

Black electronic device with attached cable and a yellow label, placed next to a ruler for scale (no visible text or symbols on the device itself)

Figure 3
General Appearance (Top View)

Black APC power strip device with multiple switches and a coiled cable, placed next to a ruler for scale (no visible text or symbols on device body)