Prüfbericht-Nr.: NN20YH2U 001 Auftrags-Nr.: 170251121

Prüfbericht - Produkte

Test Report - Products

Prüfbericht-Nr.: Test report no.:

NN20YH2U 001 Auftrags-Nr.: Order no.:

170251121 Seite 1 von 62 Page 1 of 62

Kunden-Referenz-Nr.: Client reference no.:

N/A Auftragsdatum: Order date:

07.09.2020

Auftraggeber: Client:

Anker Innovations Limited Room 1318-19, Hollywood Plaza, 610 Nathan Road, Mongkok, Kowloon, Hong Kong

Prüfgegenstand: Test item:

Relocatable Power Taps

Bezeichnung / Typ-Nr.: Identification / Type no.:

A9191

Auftrags-Inhalt: Order content:

cTUVus

Prüfgrundlage: Test specification:

UL 1363:2018 R6.18

C22.2 No. 308-18

Wareneingangsdatum: Date of sample receipt:

08.09.2020

Prüfmuster-Nr.: Test sample no:

A002904991 001-018

Prüfzeitraum: Testing period:

18.09.2020 – 07.11.2020

Ort der Prüfung: Place of testing:

TÜV Rheinland (Guangdong) Ltd

Prüflaboratorium: Testing laboratory:

TÜV Rheinland (Shanghai) Co., Ltd

Prüfergebnis*: Test result*:

Pass

geprüft von: tested by:

genehmigt von: authorized by:

Datum: Date: 25.02.2021

Ausstellungsdatum: Issue date:

Stellung / Position: PE Stellung / Position: TC

Sonstiges / Other:

Zustand des Prüfgegenstandes bei Anlieferung: Condition of the test item at delivery:

Prüfmuster vollständig und unbeschädigt Test item complete and undamaged

* Legende: P(ass) = entspricht o.g. Prüfgrundlage(n) F(ail) = entspricht nicht o.g. Prüfgrundlage(n) N/A = nicht anwendbar N/T = nicht getestet

* Legend: P(ass) = passed a.m. test specification(s) F(ail) = failed a.m. test specification(s) N/A = not applicable N/T = not tested

Dieser Prüfbericht bezieht sich nur auf das o.g. Prüfmuster und darf ohne Genehmigung der Prüfstelle nicht auszugsweise vervielfältigt werden. Dieser Bericht berechtigt nicht zur Verwendung eines Prüfzeichens.

This test report only relates to the a. m. test sample. Without permission of the test center this test report is not permitted to be duplicated in extracts. This test report does not entitle to carry any test mark.

TUV Rheinland (Shanghai) Co., Ltd. No.177, 178, Lane 777 West Guangzhong Road, Jing'an District,Shanghai, China

Mail: [email protected] · Web: www.tuv.com

Allen Chen Yi Zeng

www.tuv.com Page 2 of 62

Report No.: NN20YH2U 001

TRF No. UL1363:2018 R6.18_2018A

TEST REPORT UL 1363

Relocatable Power Taps

Report reference No . ...................... : NN20YH2U 001

Tested by (printed name and signature) .......... : See cover page

Approved by (printed name and signature) .......... : See cover page

Date of issue ................................... : See cover page

Testing Laboratory Name ............... : See cover page

Address ........................................... : See cover page

Applicant's Name ............................ : See cover page

Address ........................................... : See cover page

Test specification

Standard .......................................... : UL 1363:2018 R6.18

C22.2 No. 308-18

Test procedure ................................ : cTUVus

Non-standard test method .............. : N/A

Test Report Form No.

TRF originator . ................................ : TUV RH SZ

Master TRF ..................................... : UL1363:2018 R6.18_2018A

Test item description ....................... : Relocatable Power Taps

Trademark ....................................... :

Manufacturer ................................... : Same as client

Model and/or type reference ........... : A9191

Rating(s) .......................................... : 125V ~ 15A, 1875W



TRF No. UL1363:2018 R6.18_2018A

List of Attachments (including a total number of pages in each attachment):

Appendix 1: National difference of C22.2 No. 308-18

Appendix 2: Additional requirement of CSA C22.2 No. 21-18

Attachment 1: SPD module test report (total 141 pages)

Attachment 2: test report of UL 498 and CSA C22.2 No. 42 (total 109 pages)

Summary of testing:

Tests performed (name of test and test clause):

All applicable tests are applied.

Testing location:

TUV Rheinland (Guangdong) Ltd.

No.199 Kezhu Road, Guangzhou Science City, Guangzhou 510663, Guangdong Province P.R. China

Copy of marking plate:



Test case verdicts

Test case does not apply to the test object ... : N/A

Test item does meet the requirement ........... : Pass (P)

Test item does not meet the requirement ..... : Fail (F)

Testing

Date of receipt of test item ............................ : See cover page

Date(s) of performance of test ...................... : See cover page

General remarks

This report shall not be reproduced except in full without the written approval of the testing laboratory. The test results presented in this report relate only to the item(s) tested. ”(see remark #)" refers to a remark appended to the report. "(see Annex #)" refers to an annex appended to the report. Throughout this report a point is used as the decimal separator.



TRF No. UL1363:2018 R6.18_2018A

General product information:

This is a Relocatable Power Taps with SPD functions, for indoor use only.

125VAC, 60Hz, 15A Max.

Rated power: 1875W Max.

Factory name: 1. Shenzhen Lianxunfa science and Technology Co., Ltd Address: No.8-2, Xingye 2nd Road Fenghuang, 4th Industrial Area, Fuyong Street, Bao'an District, Shenzhen,

Guangdong, China

2. GOLD CABLE VIET NAM COMPANY LIMITED

Address: Road D3, Part D, Pho Noi A Industrial Park, Lac Hon Van Lam District, Hung Yen Province, Vietnam



UL 1363

Clause Requirement + Test Result - Remark Verdict

TRF No. UL1363:2018 R6.18_2018A

CONSTRUCTION

7 General P

7.1 Only materials that are suitable for the particular use shall be used in a RPT.

P

7.2 If a RPT employs a decorative or ancillary feature, such as a LED Luminaire, a rock, bird or animal, or a storage compartment, it shall be designed so that the addition of the decorative feature part(s) does not:

No such decorative part N/A

a) Interfere with the function or temporary mounting means described in Section 11, Temporary Mounting Means;

N/A

b) Interfere with turning the power “on” or “off” using the switch provided on the RPT; or

No such part N/A

c) Interfere with an attachment plug from fully seating in the outlet slot(s) of the RPT.

N/A

7.3 The base or column of a pedestal mounted RPT is not considered an electrical enclosure if the only electrical component within the base or column is a power supply cord and contains no splices.

N/A

7.4 The base or column of a pedestal mounted RPT is considered an electrical enclosure when electrical components other than specified in 4.3 are placed within the base or column.

N/A

7.5 A RPT that incorporates devices such as an integral appliance timer to control all or some of the receptacles shall comply with the Standard for Clock-Operated Switches, UL 917 or the Standard for Solid-State Controls for Appliances, UL 244A. Compliance with the Standard for Automatic Electrical Controls – Part 1: General Requirements, UL 60730-1, and/or the applicable Part 2 standard from the UL 60730 series fulfills the UL 244A requirements.

N/A

7.6 Products that employ timer(s) as specified in 7.3 shall be marked as specified in 51.20 to warn the user of the possible hazards.

N/A

7.7 A RPT that employs an integral cord reel for the power supply cord shall comply with the requirements in this standard and shall also comply with the applicable requirements in the Standard for Cord Reels, UL 355.

N/A



UL 1363


TRF No. UL1363:2018 R6.18_2018A

7.8 Telephone equipment and communication circuit protectors included in a RPT shall comply with the requirements in the Standard for Information Technology Equipment – Safety – Part 1: General Requirements, UL 60950-1 or the Standard for Audio/Video Information and Communication Technology Equipment – Part 1: Safety Requirements, UL 62368-1 and the requirements in the Standard for Secondary Protectors for Communications Circuits, UL 497A.

N/A

7.9 A RPT that incorporates an antenna discharge unit or provides antenna connections to a television, a high-voltage video product, or antenna shall comply with the applicable requirements in the Standard for Antenna-Discharge Units, UL 452, and the Standard for Audio-Video Products and Accessories, UL 1492 or the Standard for Audio, Video, and Similar Electronic Apparatus – Safety Requirements, UL 60065, or the Standard for Audio/Video Information and Communication Technology Equipment – Part 1: Safety Requirements, UL 62368-1.

N/A

7.10 A cord and plug connected RPT with three or more receptacle outlets that employs an electromagnetic interference filter shall also comply with the Standard for Electromagnetic Interference Filters, UL 1283.

N/A

7.11 A cord and plug connected RPT with three or more receptacle outlets that employs a surge protective device shall also comply with the Standard for Surge Protective Devices, UL 1449, for SPD Type 3.

SPD, UL 1449, Type 3 P

8 Enclosure P

8.1 General P

8.1.1 The enclosure shall be formed and assembled so that it has the strength and rigidity required to resist the abuses to which it is subjected, without resulting in a risk of fire, electric shock, or injury to persons, due to total or partial collapse with resulting reduction of spacings, loosening or displacement of parts or other serious defects.

P

8.1.2 The enclosure shall not have any openings or knockouts that are capable of being used for permanent mounting or connection to a permanent wiring system. See Temporary Mounting Means, Section 11.

No opening. N/A



UL 1363


TRF No. UL1363:2018 R6.18_2018A

8.1.3 An opening in an enclosure shall have such size and shape – or shall be so covered by screening or barrier or by an expanded, perforated, or louvered panel – that a test rod having a maximum diameter of 1/16 in (1.6 mm) shall be prevented from contacting live parts.

P

8.1.4 A keyhole slot, notch, or similar means for temporary mounting, when provided, shall be located so that the supporting screws or the like cannot damage any electrical insulation or reduce spacings to live parts.

P

8.1.5 A barrier that covers a mounting hole and thereby forms part of the required enclosure shall be subjected to the Mounting Hole Barrier Tests, Section 36.

P

8.1.6 A part which forms the decorative feature of a RPT shall be for ornamental purposes only and not serve as an enclosure or insulation of live parts.

N/A

8.1.7 A RPT employing a decorative feature that encapsulates the RPT or surrounds the enclosure of the RPT, shall be constructed in such a manner that all marking requirements identified in Section 51, Details, shall remain visible when the decorative feature is installed.

N/A

8.1.8 Enclosure parts shall be secured together by a positive means. Press fit alone is not considered a positive means of securement.

By screws P

8.2 Metallic N/A

8.2.1 A metal enclosure of a RPT shall have a minimum thickness in accordance with Table 8.1.

N/A

8.3 Nonmetallic P

8.3.1 A polymeric enclosure shall comply with the flammability requirements in the Standard for Polymeric Materials – Use in Electrical Equipment Evaluations, UL 746C, for non-attended, non-intermittent duty portable equipment.

UL E121562, 945 (GG), Thickness: min.1.0mm

V-0

P

8.3.2 The enclosure shall comply with the strain relief, impact, crush and mold stress-relief test requirements of Sections 37, 38, 39 and 43 respectively, of this standard.

P



UL 1363


TRF No. UL1363:2018 R6.18_2018A

8.3.3 A RPT that employs a decorative feature or storage compartment which is constructed of polymeric material shall comply with the flammability requirements for an enclosure material as identified in the Standard for Polymeric Material – Use in Electrical Equipment Evaluations, UL 746C, for non-attended, non-intermittent duty portable equipment.

N/A

9 Mechanical Assembly P

9.1 A RPT shall be formed and assembled so as to reduce the risk of contact with any sharp edges, fins, burrs or the like that are capable of increasing the risk of injury to persons, or abrade the insulation on conductors or otherwise damage wires.

P

9.2 A switch, a lampholder, a power-supply cord and its strain-relief bushing, receptacle, or similar component shall be mounted securely and, except as noted in 9.3 and 9.4, shall be restrained from turning. See 9.5.

P

9.3 The requirement that a switch be restrained from turning is capable of being waived when all of the following conditions are met:

N/A

a) The switch is to be of the plunger or other type whose actuator does not tend to rotate when operated (the actuator of a toggle or rocker switch is considered to be subject to forces that tend to turn the switch during operation of the switch).

N/A

b) The means of mounting the switch makes it unlikely that operation of the switch loosens it.

N/A

c) The spacings are not to be reduced below the minimum acceptable values when the switch rotates.

N/A

9.4 A lampholder of a type in which the lamp is not intended to be replaced, such as a neon pilot or indicator light in which the lamp is sealed in a nonremovable jewel, is not required to be restrained from turning when the rotation is not capable of reducing spacings below the minimum acceptable values.

N/A

9.5 The means by which the turning specified in 9.2 is prevented is to include more than friction between surfaces. For example, a lockwasher, properly applied, is not prohibited from being used as a means to restrain turning of a device having a single-hole mounting means.

P



UL 1363


TRF No. UL1363:2018 R6.18_2018A

9.6 A base and column or sections of columns of a pedestal mounted RPT that does not form an electrical enclosure may be disassembled for shipment. When disassembled for shipment all the following shall apply:

N/A

a) When disassembled there shall be no sharp edges exposed to conductors, cords or to the user. A method for determining sharp edges is the standard for Tests for Sharpness of Edges on Equipment, UL 1439.

N/A

b) Assembly shall not require cutting or drilling. Assembly shall not subject conductors, cords or splices to damage.

N/A

c) A pedestal mounted RPT not completely assembled when shipped shall be provided with assembly instructions.

N/A

9.7 A pedestal mounted RPT shall comply with the Impact Tests, Section 38, the Stability Test, Section 41 and the Tipover Test, Section 42.

N/A

Exception: The tip over test need not be performed if the overall height of the pedestal mounted RPT is lower than 3 ft (0.91 m).

N/A

9.8 The power supply cord shall enter the pedestal within 1 ft (305 mm) of the floor or base.

N/A

10 Accessibility of Live Parts P

10.1 The electrical parts of a RPT that do not require use of a tool for access shall be located or enclosed so that persons are protected against inadvertent contact with uninsulated live parts and film-coated magnet wire.

P

Exception: Connectors and contacts supplied by an isolated secondary circuit meeting Class 2 or Limited Power Circuit (LPS) power levels may be accessible to the user.

N/A

10.2 An opening in the enclosure of a RPT is not prohibited when an uninsulated live part or film-coated magnet wire is not capable of being contacted by the probe shown in Figure 10.1. The probe shall be applied to any depth that the opening permits, and shall be rotated or angled before, during, and after insertion through the opening to any position that is required to examine the enclosure. The probe shall be applied in any possible configuration; and, when required, the configuration shall be changed after insertion through the opening.

P



UL 1363


TRF No. UL1363:2018 R6.18_2018A

10.3 The probe shall be used as a measuring instrument to evaluate the accessibility provided by an opening, and not as an instrument to evaluate the strength of a material; it shall be applied with the minimum force required to determine accessibility.

P

11 Temporary Mounting Means P

11.1 A RPT may be provided with a means for temporary mounting. A tool shall not be required to dismount a RPT.

Temporary Mounting Hole P

11.2 A means for temporary mounting shall provide for secure positioning that requires a positive, deliberate action by the user to dismount it.

P

11.3 A keyhole slot, notch, or similar means for temporary mounting, shall be located so that the screw head, nail head, hook, or other supporting device is not accessible for further securing of the RPT once it is mounted.

P

Exception: A temporary mounting means that does not comply with the above requirement is capable of being used when investigated for the purpose.

N/A

11.4 When a temporary mounting means is provided, installation instructions shall be furnished with the product. When the mounting means requires special hardware, to comply with the requirements in the Adequacy of Mounting Test, Section 40, or 11.1 – 11.3, the hardware shall be provided with the product.

N/A

Exception: Installation instructions are not required to be furnished when it is determined that the mounting means is obvious.

P

11.5 The temporary mounting means shall comply with the requirements in 8.1.4 and Sections 36 and 40.

P

11.6 An RPT intended to be mounted on a desk or similar furnishing surface shall comply with the requirements in 16.5 and Section 44, Spill Test.

N/A

12 Corrosion Protection P

12.1 Iron and steel parts or other parts not inherently corrosion resistant shall be protected against corrosion by painting, enameling, galvanizing, plating, or other equivalent means.

N/A

Exception: Minor parts of iron or steel, such as washers, screws and the like that are not in the grounding conductor path are not required to comply with this requirement.

Screws only P

13 Insulating Materials P



UL 1363


TRF No. UL1363:2018 R6.18_2018A

13.1 A barrier or integral part, such as an insulating washer or bushing, and a base or support for the mounting of live parts, shall be of a moisture-resistant material that will not be damaged by the temperature and stresses to which it will be subjected under conditions of actual use.

P

13.2 An insulating material is to be investigated with regard to its acceptability for the application in accordance with the Standard for Polymeric Materials – Use in Electrical Equipment Evaluations, UL 746C. Materials, such as mica, ceramic, or some molded compounds are capable of being used as the sole support of live parts. When it is required to investigate a material to determine its acceptability, consideration is to be given to such factors as its mechanical strength, resistance to ignition sources, dielectric strength, insulation resistance, and heat-resistant properties in both the aged and unaged conditions, the degree to which it is enclosed, and any other features affecting the risk of fire and electric shock.

UL E121562, 945 (GG), Thickness: min.1.0mm

P

13.3 Vulcanized fiber, industrial laminates, polymeric films or similar materials are capable of being used for insulating bushings, washers, separators, and barriers, but not as sole support for uninsulated live parts. Hard rubber is not to be used.

N/A

Exception: Industrial laminates that have been investigated for the purpose are capable of being used as sole support for uninsulated live parts.

N/A

14 Power-Supply Cord Approved cord P

14.1 General P

14.1.1 The power-supply cord shall be of the grounding type and shall employ one of the following flexible cord Types: SJ, SJE, SJO, SJT, SJTO, or equivalent.

SJT 3X14 AWG P

Exception: SPT-3 is not prohibited from being used on a RPT rated 15 A or less when marked in accordance with 51.11.

N/A

14.1.2 A detachable power-supply cord shall not be used. P

14.1.3 The minimum conductor size of the power-supply cord shall be as indicated in Table 14.1.

P

14.1.4 The length of a power-supply cord – as measured from the outside surface of the enclosure of the RPT to the plane of the face of the attachment plug – shall not exceed 25 ft (7.62 m) nor be less than 1.5 ft (0.46 m).

XX P



UL 1363


TRF No. UL1363:2018 R6.18_2018A

14.1.5 A power-supply cord shall have a voltage rating not less than the rated voltage of the RPT and have an ampacity not less than the current rating of the RPT.

P

14.1.6 The power-supply cord shall not include a through-cord switch.

No such switch P

14.2 Class 2 lead N/A

14.2.1 A Class 2 lead may be one of the following types: N/A

a) Type CL2 cable in accordance with the Standard for Power-Limited Circuit Cables, UL 13.

N/A

b) An appliance wiring material with a maximum length of 10 feet (3.5 m), minimum of 26 AWG, rated minimum VW-1 flammability and minimum 300 V, in accordance with the Standard for Appliance Wiring Material, UL 758.

N/A

14.2.2 One end of a Class 2 lead shall be either molded-on or permanently attached to the RPT housing or enclosure. Where the Class 2 leads pass into the interior of the RPT housing or enclosure, the power-limited cable shall be separated in accordance with 24.1 from AC power circuit conductors and from conductive parts energized by AC power circuits.

N/A

14.2.3 The other end of a Class 2 lead shall terminate in a connector capable of being inserted into the mating connector of the Class 2 separable interface.

N/A

14.2.4 Permanently attached can be achieved by crimping, welding, riveting, or equivalent to render the connector non-rewireable.

N/A

14.3 Bushings P

14.3.1 Where the power-supply cord passes through an opening in the enclosure, a smooth,well-rounded surface shall be provided to protect the cord from damage.

P

15 Strain Relief P

15.1 Strain relief shall be provided so that a mechanical stress on a power-supply cord, cord connector, flexible cord, or Class 2 lead is not transmitted to terminals, splices, or interior wiring. See Strain Relief Test, Section 37.

P

15.2 The strain relief means shall not damage the insulation or cord jacket. The normal compressive deformation inherent in providing strain relief is not considered to be damage.

P

16 Receptacles P



UL 1363


TRF No. UL1363:2018 R6.18_2018A

16.1 The receptacle outlets of a RPT shall have a current rating of 15 or 20 A and a voltage rating of 125 or 250 V. The contact components of a receptacle shall have a voltage and current rating equal to that of the attachment plug on the power-supply cord.

5-15R P

Exception: A 15 A receptacle is not prohibited from being used with a RPT rated 20 A with a 20 A attachment plug.

N/A

16.2 All of the receptacle outlets of a RPT shall have the same current rating and shall be of the grounding type. They are not prohibited from being of the same or different slot configurations (locking and non-locking) or employing a spring-actuated latching mechanism for locking a mated attachment plug in place after the blades have been inserted into the female contacts.

P

16.3 The receptacle outlets of a RPT shall comply with the applicable requirements in the Standard for Attachment Plugs and Receptacles, UL 498 and shall comply with the requirements of the Grounding Contact Test in UL 498.

P

16.4 The receptacle outlets of a RPT that also incorporates terminals for coaxial cable (TV/CATV) connection shall be marked in accordance with 51.10.

N/A

16.5 An RPT intended to be mounted on a desk or similar furnishing surface shall be covered or otherwise protected from spillage while not in use and shall comply with the Spill Test, Section 44.

N/A

Exception: When the intended use of the RPT is for it to be mounted above the furnishing surface and oriented such that spilled liquid on the furnishing surface cannot enter any part of the RPT, these requirements do not apply.

N/A

16.6 The receptacle outlets of an RPT shall be wired in one of the following methods:

P

a) Always On (Unswitched) – all receptacles on the RPT energized when the RPT is plugged into a receptacle; or

N/A

b) Switched – all receptacles switched via one or more switches; or

One switch P

c) Partially switched – combination of one or more switched and one or more always on (unswitched) receptacles. The “always on” (unswitched) receptacles are energized at all times when the RPT is plugged into a receptacle.

N/A



UL 1363


TRF No. UL1363:2018 R6.18_2018A

16.7 The cord connectors that is employed in an RPT shall be molded-on or assembled-on to the flexible cord. The cord connector shall be the grounding type and shall comply with the requirements in the Standard for Attachment Plugs and Receptacles, UL 498 or the Standard for Cord Sets and Power Supply Cords, UL 817. The flexible cord employed shall be of the type as specified in 14.1.1 and shall have the conductor size, voltage and current rating as specify in Table 14.1 and 14.1.5.

No such part N/A

16.8 A RPT employing tamper-resistant receptacle outlets may be marked “TR” or “Tamper Resistant” provided the receptacle outlets comply with the Tamper-Resistant Receptacle requirements, as specified in the Standard for Attachment Plugs and Receptacles, UL 498.

P

17 Supplementary Protection P

17.1 An RPT having 14 AWG (2.1 mm2) flexible cord and four to six receptacle outlets, and all RPT’s having LED Luminaires, wireless charging circuits or six or more receptacle outlets, shall be provided with supplementary overcurrent protection. See Table 14.1.

XXXXXXXXXXXXxx P

17.2 A supplementary protection device shall not open during the Temperature Test, Section 30.

P

Exception: See note (g) of Table 14.1. N/A

17.3 An RPT that requires supplementary overcurrent protection shall have a supplementary overcurrent protective device connected between the power-supply cord and the receptacles; see Table 14.1.

P

17.4 A supplementary overcurrent protection device shall be capable of clearing a fault current of not less than that indicated in Table 17.1 and shall comply with the requirements in the Standard for Supplementary Protectors for Use in Electrical Equipment, UL 1077. The supplementary overcurrent protection device shall have been subjected to the Overload Test in UL 1077, tested for motor starting at 6 times the AC full load current rating.

1kA P

Exception No. 1: A fuse that is capable of clearing a fault current of not less than that indicated in Table 17.1, and that complies with the requirements in the Standard for Low-Voltage Fuses – Part 14: Supplemental Fuses, UL 248-14, is not prohibited from being used as a supplementary overcurrent protection device.

N/A



UL 1363


TRF No. UL1363:2018 R6.18_2018A

Exception No. 2: A circuit breaker that complies with the requirements in the Standard for Molded-Case Circuit Breakers, Molded-Case Switches, and Circuit-Breaker Enclosures, UL 489, and is in accordance with the National Electrical Code, ANSI/NFPA 70 for branch circuit protection, is not prohibited from being used in lieu of a supplementary overcurrent protection device.

N/A

17.5 The overcurrent protective device shall be a supplementary protector of the automatic-trip-free, manual-reset type or a replaceable fuse installed in an extractor type fuse holder. An RPT that is provided with fuses that are intended to be replaced in the field shall be marked in accordance with the requirements in 51.8.

P

17.6 A single-pole supplementary protection device shall be connected in the ungrounded (line) conductor of the supply circuit only. A double-pole device shall be connected on both the ungrounded and grounded (neutral) conductors such that when it operates, it opens both ungrounded and grounded conductors.

In the line coductor P

17.7 A supplementary protection device shall not be connected in the grounding conductor.

P

17.8 The ampere rating of the overcurrent protective device of 17.2 shall not be greater than the ampacity of:

P

a) The configuration of the receptacles it is to protect;

P

b) That of the power-supply cord; or P

c) Other electrical components, whichever is lower. P

17.9 When a single overcurrent protective device does not protect all receptacle outlets, more than one overcurrent protective device shall be used, and each receptacle outlet shall be marked to indicate the rating of the overcurrent protective device connected to it. See 51.5.

Protect all receptacle N/A

17.10 Thermal cutoff devices, thermal relays, and similar devices, shall not be used as supplementary overcurrent protection devices.

No such device P

18 Switches N/A



UL 1363


TRF No. UL1363:2018 R6.18_2018A

18.1 An RPT may be provided with a switch(es) to control receptacles/circuits employed in the RPT. Each switch, if provided, shall have voltage and current ratings not less than the load it is intended to control. A switch shall open all ungrounded circuit conductors and, in addition, is not prohibited from opening the grounded circuit conductor.

N/A

18.2 A switch provided in a RPT shall comply with the requirements of the Standard for Switches for Appliances – Part 1: General Requirements – UL 61058-1. The switch shall be rated for use with other than resistive (Res), AC Tungsten filament lamp (L), or AC and DC Tungsten filament lamp (T) loads.

N/A

Exception: A switch that complies with the requirements of the Standard for General-Use Snap Switches, UL 20, for a general-use AC switch is not prohibited from being used in a RPT.

N/A

18.3 Each switch shall indicate to the user when its associated circuit is energized. See 51.7.

N/A

Exception: A RPT is not prohibited from being equipped with indicator or pilot lights, such as neon-series-resistor, LED type, or similar items, to show which receptacles are live, or to indicate that the unit is energized.

N/A

19 Live Parts P

19.1 Current-carrying parts shall have adequate ampacity, and shall be of copper, a copper-base alloy, or other material determined to be acceptable for the use.

P

19.2 Uninsulated live parts shall be secured to the base or mounting surface so that they do not turn or shift in position, when such motion results in a reduction of spacings below the minimum acceptable values.

P

19.3 Friction between surfaces is not to be used as the sole means to prevent shifting or turning of live parts. A lockwasher is not prohibited from being used in such a manner.

P

20 Internal Wiring P

20.1 The internal wiring of a RPT shall be rated for the voltage, temperature, and other conditions of use as indicated in Table 14.1.

P



UL 1363


TRF No. UL1363:2018 R6.18_2018A

20.2 Internal wiring shall be routed and secured to reduce the risk of mechanical damage to the insulation or stress on wiring terminations. The internal wiring shall be positively routed away from any exposed screw threads.

P

20.3 Screw threads, including those of sheet metal screws, shall not be exposed for more than 3/16 in (4.76 mm) inside a compartment containing wiring and shall be located so that contact with conductor insulation is unlikely.

N/A

20.4 Metal clamps and guides used for routing wiring shall have smooth, well-rounded edges.

N/A

20.5 A hole through which insulated wires pass through a sheet-metal wall within the overall enclosure of a RPT shall be provided with a smooth, well rounded bushing or any surfaces upon which the wire can bear shall be smooth and well-rounded.

N/A

20.6 All splices and connections shall be mechanically secure and shall provide sufficient ampacity. A soldered connection shall be made mechanically secure before being soldered.

P

Exception: Printed-wiring board joints are not required to be mechanically secure before soldering.

P

20.7 A lead is considered to be mechanically secure when it is:

P

a) Wrapped at least halfway (180 degrees) around a terminal,

P

b) Provided with at least one right angle bend when passed through an eyelet or opening, or

P

c) Twisted with other conductors. N/A

20.8 A splice shall be provided with insulation at least equivalent to the conductor insulation.

N/A

20.9 In determining whether splice insulation consisting of coated-fabric, thermoplastic, or another type of tape or tubing is capable of being used, consideration is to be given to such factors as mechanical strength, dielectric properties, heating and moisture-resistant characteristics, and the equivalent.

N/A



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20.10 Where stranded wiring is connected to a wire-binding screw, the construction shall be such that any loose strand of wire is prevented from contacting live parts of opposite polarity or dead metal parts that may be grounded. This can be accomplished by use of upturned lugs on the terminal plate, pressure terminal connectors, soldering lugs, crimped eyelets, or equivalent means.

N/A

20.11 Soldered stranded (bunch tinned/solder dipped/tinned bonded) wire shall not be used with the terminals of a receptacle unless the receptacle has been investigated for such use.

P

20.12 A conductor that passes through and/or is connected to a movable joint such that the conductor will be flexed, shall be subjected to the Flexing Endurance Test, Section 47.

P

21 Spacings P

21.1 The spacings of a RPT shall comply with the requirements of Table 21.1.

L to N: 7.0mm

L to earth: 2.8mm

P

Exception No. 1: The spacings between the live parts of a receptacle or switch and the intended mounting surface for the receptacle or switch shall not be less than 3/64 in (1.2 mm).

N/A

Exception No. 2: As an alternative to Table 21.1, lesser spacings may be acceptable when determined in accordance with the requirements for Clearance and Creepage Distances – Isolated Secondary Circuits, Section 22.

N/A

Exception No. 3: The acceptability of the inherent spacings of a component shall be based on the requirements for the component.

N/A

Exception No. 4: Circuits that comply with the requirements for Isolated Secondary Circuits need not be evaluated for spacings. The spacing between these circuits and other circuits shall comply with Table 21.1.

P



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21.2 A barrier or liner of insulating material used in areas where spacings do not comply with the requirements in this standard shall be evaluated and determined to comply with the requirements for internal barriers outlined in the Standard for Polymeric Materials – Use in Electrical Equipment Evaluations, UL 746C, and shall be secured in place or its position fixed by space limitations. An adhesive used to position a barrier shall be investigated for the effects of temperature, humidity, and cyclic conditions outlined in UL 746C.

P

21.3 Vulcanized fiber not less than 0.028 in (0.71 mm) thick is not prohibited from being used as a barrier or liner.

N/A

Exception: Where required spacings are insufficient but at least 1/2 of the required spacing is provided, the vulcanized fiber is not prohibited from being 1/64 in (0.40 mm) thick. 21.4 All uninsulated live parts connected to different circuits shall be spaced from one another as though they were parts of opposite polarity, in accordance with the requirement in 21.6, and shall be investigated on the basis of the highest voltage involved.

N/A

21.5 An electrically energized live screw head or nut on the underside of an insulating base shall be prevented from loosening and shall be insulated or spaced from the mounting surface.

No such part N/A

21.6 In multicomponent equipment, the spacings from one component to another, from any component to the enclosure, or to other uninsulated dead metal parts excluding the component mounting surface, are based on the maximum voltage rating of the complete equipment and not on the individual component ratings. The inherent spacings within an individual component are investigated on the basis of the voltage used and controlled by the individual component. Spacings between metal oxide varistors, capacitors, and other components shall comply with the minimum spacing requirements in Table 21.1.

P

21.7 Spacings at a fuse and fuseholder are to be measured with a fuse in place that has the maximum standard dimensions for the rating, and such spacings are to not be less than those specified in Table 21.1.

N/A

22 Clearance and Creepage Distances – Isolated Secondary Circuits

N/A



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22.1 As an alternative approach to the spacing requirements specified in 21.1, and other than as noted in 22.2, clearances and creepage distances in isolated secondary circuits of RPT’s are able to be evaluated in accordance with the requirements in the Standard for Insulation Coordination Including Clearance and Creepage Distances for Electrical Equipment, UL 840, as described in 22.2.

N/A

22.2 In conducting evaluations in accordance with the requirements in the Standard for Insulation Coordination Including Clearance and Creepage Distances for Electrical Equipment, UL 840, the following guidelines shall be used:

N/A

a) Unless specified elsewhere in this standard, the pollution degree within an RPT housing, based on the presence of contaminants and possibility of condensation or moisture, shall be pollution degree 2 – Normal;

N/A

b) Pollution degree 2 exists on a printed wiring board between adjacent conductive material which is covered by any coating which provides an uninterrupted covering over at least one side and the complete distance up to the other side of conductive material;

N/A

c) Any printed wiring board which complies with the requirements in the Standard for Printed Wiring Boards, UL 796, shall be considered to provide a Comparative Tracking Index (CTI) of 100, and if it further complies with the requirements for Direct Support in UL 796 then it provides a CTI of 175;

N/A

d) For the purposes of compliance with the requirements for coatings of printed wiring boards used to achieve pollution degree 1 in accordance with UL 840, a coating which complies with the requirements for Conformal Coatings in the Standard for Polymeric Materials – Use in Electrical Equipment Evaluations, UL 746C, complies with the requirements;

N/A

e) Pollution degree 1 is also achievable at a specific printed wiring board location by application of at least a 0.79 mm (1/32 inch) thick layer of silicone rubber or for a group of printed wiring boards through potting, without air bubbles, in epoxy or potting material;

N/A



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f) Evaluation of clearances, only, to determine equivalence with current through air spacings requirements are able to be conducted in accordance with the requirements for Clearance A (Equivalency) of UL 840. An impulse test potential having a value as determined in UL 840 is to be applied across the same points of the device as would be required for the Dielectric Voltage- Withstand Test, Section 31;

N/A

g) As an alternative approach to the spacing requirements specified in 21.1 evaluation of clearances and creepage distances shall be conducted in accordance with the requirements in UL 840 for Clearance B (Controlled Overvoltage), and Creepage Distances;

N/A

h) The System Voltage used in the evaluation of the isolated secondary circuitry is able to be interpolated with interpolation continued across the table for the Rated Impulse Withstand Voltage Peak and Clearance; and

N/A

i) Determination of the dimensions of clearance and creepage distances shall be conducted in accordance with the requirements for Measurement of Clearance and Creepage Distances of UL 840.

N/A

23 Printed-Wiring Boards P

23.1 A printed-wiring board shall comply with the requirements in the Standard for Printed-Wiring Boards, UL 796, and shall be classed V-0, V-1, or V-2 in accordance with the requirements in the Standard for Tests for Flammability of Plastic Materials for Parts in Devices and Appliances, UL 94.

Approved material used. P

23.2 A resistor, capacitor, inductor, or other part that is mounted on a printed-wiring board to form a printed-wiring assembly shall be secured to reduce the risk of electric shock or fire as the result of displacement from forces exerted on it during assembly, normal operation, or servicing.

P

23.3 The receptacle outlets of a RPT shall comply with the applicable requirements in the Standard for Attachment Plugs and Receptacles, UL 498.

P

23.4 A RPT that has a receptacle grounding path through traces on a printed-wiring board shall comply with the Fault Current Test, Section 34, and the Overcurrent Test, Section 35.

N/A



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23.5 A RPT that has a load-current-carrying circuit conductor path through traces on a printed-wiring board shall comply with the Overcurrent Test, Section 35.

N/A

24 Separation of Circuits P

24.1 A RPT employing connection to telephone communication or to data communication or incorporating isolated secondary circuits or power-limited Class 2 circuits shall be provided with a barrier, physically secured by means other than friction, which separates the AC power circuit conductors from the conductors of the other circuits. Bonding of the equipment grounding conductor and the referenced conductors of the telecommunication circuits is permissible.

P

Exception No. 1: A barrier is not required between conductors that are separated by a minimum spacing of 2 inches (50.8 mm), including lead dress.

N/A

Exception No. 2: Conductors that are suitably insulated for the maximum AC power circuit voltage involved are not required to be separated from the AC power circuit conductors, when breakage or loosening of a conductor at a terminal in either circuit cannot result in contact between uninsulated parts of one circuit and uninsulated or inadequately insulated parts of the other circuit.

N/A

Exception No. 3: For conductors other than AWM (traces on a printed-wiring board, terminals mounted on insulating blocks, and the like), the minimum separation between communication circuits and the AC power circuits shall be in accordance with Table 21.1.

N/A

25 Grounding P

25.1 General P

25.1.1 A metallic enclosure and other dead metal parts that are exposed to contact by persons shall be conductively connected to the grounding conductor of the power-supply cord.

No such part N/A



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Exception No. 1: Dead metal parts that are isolated from grounded metal and are not a part of the enclosure are not required to be connected to the grounding conductor of the power-supply cord. Exception No. 2: A small metal part, such as an adhesive-attached foil label, a screw, or the like, that is on the exterior of the enclosure and separated from all electrical components by grounded metal or is electrically isolated from all components, is not required to be connected to the grounding conductor of the power-supply cord.

N/A

25.1.2 A RPT having a 125/250 V rating shall not use the neutral circuit conductor as the equipment-grounding conductor.

P

25.1.3 The conductive connection of parts required by 25.1.1 shall be by a clamp, bolt, screw, braze, weld or an equivalent positive means that cannot be loosened from the outside and may include a corrosion resistant strap or jumper; see 25.2.2. Mechanical connections shall be secured. A solder connection is not prohibited from being used when the power-supply cord grounding lead is mechanically secure to the enclosure in accordance with 20.7. A push-in (screwless), quick-connect, or similar friction-fit connector shall not be used for this connection.

P

Exception: A splicing wire connector that complies with the Standard for Splicing Wire Connectors, UL 486C, and the Standard for Grounding and Bonding Equipment, UL 467, is acceptable within the ground path when located within the electrical enclosure and used in accordance with its ratings.

N/A

25.1.4 Connections in the equipment-grounding conductor path from the receptacle grounding contact to the equipment-grounding conductor of the power-supply cord shall be welded, bolted, mechanically secured and soldered, or made by equivalent positive means. A quick-connect, or similar friction-fit connector shall not be used in the grounding conductor path.

soldered. P

Exception: Grounding connections provided as part of a cord reel shall comply with the applicable requirements in the Standard for Cord Reels, UL 355.

N/A



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25.1.5 The equipment-grounding conductor of the power-supply cord shall be green with or without one or more yellow stripes and of the same size as the current-carrying conductors. No other lead in the power-supply cord shall be so identified. The equipment-grounding conductor shall be secured to the frame or enclosure of a metallic RPT by a reliable means, such as a screw, that is not removed during ordinary servicing not involving the power-supply cord. The grounding connection shall penetrate nonconductive coatings, such as paint or vitreous enamel. All conductors in the grounding circuit of a RPT shall be green with or without one or more yellow stripes.

P

25.1.6 The yoke or faceplate mounting screws of the receptacle shall not be used to provide or maintain the grounding means of the receptacle or enclosure of a RPT.

P

25.1.7 When a receptacle used in a RPT is provided with a grounding screw, this screw shall be used to provide the ground connection to the receptacle.

N/A

25.1.8 An equipment-grounding conductor shall be of copper, copper alloy, or other material that has been investigated for use as an electrical conductor. A ferrous metal part in the grounding path shall be protected against corrosion.

P

25.1.9 A copper-base-alloy rivet that is used to secure parts in the grounding path, or that forms a part of the grounding path, shall contain not less than 80 percent copper.

P

25.1.10 The line and neutral circuit conductor path shall not be connected to the grounding circuit conductor path.

P

Exception: Connection between the line or neutral conductor path and the grounding conductor path are able to be made when the components are investigated for the application (such as an across-the-line capacitor investigated to the Standard for Fixed Capacitors for Use in Electronic Equipment – Part 14: Sectional Specification: Fixed Capacitors for Electromagnetic Interference Suppression and Connection to the Supply Mains, UL 60384-14).

N/A

25.1.11 A conductor utilized for grounding that passes through and/or is connected to a movable joint such that the conductor will be flexed, shall be subjected to the Flexing Endurance Test, Section 47.

P

25.2 Bonding P



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25.2.1 Accessible dead-metal or other conductive parts that become energized and not connected directly to the grounding conductor shall be bonded to grounded parts by clamps, rivets, bolts, screws, brazes, welds, or an equivalent positive means that is capable of including a corrosion-resistant strap or jumper.

N/A

25.2.2 A corrosion-resistant bonding strap or jumper providing positive electrical connection is capable of being used.

P

25.2.3 A bonding conductor shall be of copper, copper alloy, aluminum or other material that has been investigated for use as an electrical conductor. A ferrous metal part in the grounding path shall be protected against corrosion.

P

25.2.4 Metal parts in a bonding path shall be galvanically compatible so as to reduce electrolytic action between dissimilar metals.

P

25.2.5 A bonding member shall: P

a) Be protected from mechanical damage; P

b) Not be secured by a removable fastener used for any purpose other than bonding unless the bonding conductor is not omitted after removal or replacement of the fastener; and

P

c) Have the flexibility required to withstand mechanical stress.

P

25.2.6 When a bonding means depends on screw thread, two or more screws shall be employed, or at least two full threads of a single screw shall engage metal.

N/A

25.2.7 A bonding connection shall penetrate a nonconductive coating such as paint.

N/A

25.2.8 A bonding conductor shall not be spliced. N/A

Exception: A splicing wire connector that complies with the Standard for Splicing Wire Connectors, UL 486C, and the Standard for Grounding and Bonding Equipment, UL 467, is acceptable within the bond path when located within the electrical enclosure and used in accordance with its ratings.

N/A

25.2.9 A conductor utilized for bonding that passes through and/or is connected to a movable joint such that the conductor will be flexed, shall be subjected to the Flexing Endurance Test, Section 47.

P

26 Storage Compartment N/A



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TRF No. UL1363:2018 R6.18_2018A

26.1 The storage compartment of a RPT shall not exceed 12 in (304.8 mm) long by 6 in (152.4 mm) wide by a height of 6 in (152.4 mm). The storage compartment may be segmented.

N/A

26.2 In addition to the applicable requirements contained in this standard, a RPT that incorporates a storage compartment shall comply with the Water Leakage Test, Section 45, and marking requirements identified in 51.21 – 51.22.

N/A

26.3 The storage compartment of a RPT shall not be provided with cord passageways that promote charging of electronic devices while stowed in the compartment.

N/A

27 Cord Reel Feature N/A

27.1 A RPT that has a receptacle grounding path other than through internal wiring, such as a brush contact shall comply with the Fault Current Test, Section 34, and the Overcurrent Test, Section 35.

N/A

27.2 When performing the Short Circuit Test of the Standard for Cord Reels, UL 355, the circuit supply currents of Table 17.1 shall be employed.

N/A

28 Low Voltage Charging and Isolated Secondary Output Circuits

N/A

28.1 A charging circuit and/or isolated secondary output circuit provided in a RPT, shall comply with the Standard for Class 2 Power Units, UL 1310 or the Standard for Information Technology Equipment - Safety – Part 1: General Requirements, UL 60950-1 for Limited Power Circuits.

N/A

28.2 A RPT provided with a wireless charging circuit shall comply with the Standard for Induction Power Transmitters and Receivers for Use with Low Energy Products, UL 2738.

N/A

PERFORMANCE

29 General P

30 Temperature Test P

31 Dielectric Voltage-Withstand Test P

32 Leakage Current Test P

33 Grounding Continuity Test P

34 Fault Current Test P

35 Overcurrent Test P

36 Mounting Hole Barrier Tests P

37 Strain Relief Test P



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38 Impact Tests P

39 Crushing Test P

40 Adequacy of Mounting Test P

41 Stability Test N/A

42 Tipover Test N/A

43 Mold Stress-Relief Distortion Test P

44 Spill Test N/A

45 Water Leakage Test N/A

46 Permanence of Cord Tag Test N/A

47 Flexing Endurance Test N/A

MANUFACTURING AND PRODUCTION-LINE TESTS

48 Dielectric Voltage-Withstand Test P

49 Grounding Continuity Test P

RATINGS

50 Details P

MARKINGS

51 Details P

INSTRUCTIONS

52 Details P

SUPPLEMENT SA EXTENDABLE RELOCATABLE POWER TAPS

INTRODUCTION

SA1 Scope N/A

SA2 Glossary N/A

CONSTRUCTION

SA3 General N/A

SA4 Electrical Contact Devices N/A

SA5 Enclosures N/A

SA6 Performance N/A

SA7 Markings N/A

SA8 Instruction Manual N/A

SUPPLEMENT SB - RELOCATABLE POWER TAPS INCORPORATING BATTERIES

INTRODUCTION

SB1 Scope N/A

SB2 Glossary N/A

SB3 General N/A



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SB4 Battery Chargers and Circuits N/A

CONSTRUCTION

SB5 Batteries N/A

SB6 Battery Compartments N/A

SB7 Battery Circuits N/A

SB8 Battery Charging N/A

PERFORMANCE

SB9 Temperature Test N/A

SB10 Discharge Test N/A

SB11 Lithium-ion Batteries N/A

SB12 Markings N/A

SB13 Installation and Operation Instructions N/A

SUPPLEMENT SC - RELOCATABLE POWER TAPS EMPLOYING AN INTEGRAL THERMAL

INTERRUPTION MECHANISM

INTRODUCTION

SC1 Scope N/A

SC2 Glossary N/A

CONSTRUCTION

SC3 General N/A

PERFORMANCE

SC4 General N/A

SC5 Abnormal Slow Heat Rise Test N/A

SC6 Abnormal Fast Heat Rise Test N/A

SC7 Abnormal Switch Test N/A

MARKINGS

SC8 Details N/A

INSTRUCTIONS

SC9 Details N/A



Appendix 1: National differences according to C22.2 No.308-18


TRF No. UL1363:2018 R6.18_2018A

4 Cord reels and cord set storage winders

4.1 Construction N/A

4.1.1 General N/A

4.1.1.1 Component parts shall be of types specifically approved for the use intended or shall be investigated as an integral part of the device

N/A

General requirements applicable to this Standard are given in the latest edition of CAN/CSA-C22.2 No. 0

N/A

4.1.1.2 A cord reel ,including commercial/ industrial cord reels, shall consist of the following:

N/A

a) a length of flexible cord of a type suitable for the intended use, with insulation thickness not less than 1.14 mm and not smaller than 16 AWG (1.31 mm2). A special use cord reel shall be provided with a flexible cord of a type and length suitable for the specific intended use, except that a heater type cord shall be restricted to use on equipment where the suitability of the combination has been separately investigated. A cord reel with 18 AWG (0.824 mm2) conductors shall be provided with an integral nontamperable fuse or circuit breaker;

N/A

c) a take-up reel mechanism designed for permanent connection to the supply or by means of an attachment plug, as applicable;

N/A

d) a cord connector, at the load end of the supply cord. In the case of a general use cord reel, the maximum number of sets of female contacts shall be 6. The cord connector may be omitted in the case of a special use cord reel that is intended to be an integral part of other equipment; and

N/A

e) an integral circuit breaker or circuit protector with manual reset, except for extension lamp cord reels having only a lampholder at the load end, and for industrial, nonportable types of cord reels for use in a controlled environment and that are intended to be connected to a branch circuit having protection in accordance with the Rules of the Canadian Electrical Code, Part I. Fuses shall not be used in cord reels

N/A

4.1.1.3 Cord reels provided with a round-jacketed cord of the outdoor type, intended for use in other than dry locations, shall comply with Clause 4.3.7.

N/A





TRF No. UL1363:2018 R6.18_2018A

4.1.1.4 An extension handlamp provided as a component of a cord reel assembly shall comply with the applicable requirements for portable luminaires in CSA No. 250.4.

N/A

4.1.2 Enclosure N/A

4.1.2.1 A reel shall be provided with an enclosure of noncombustible, nonabsorbent material that will house all bare live parts, except that wiring terminals, wiring joints, and live parts that will be inside an outlet box or the enclosure of equipment or an appliance when the reel is installed need not be additionally enclosed

N/A

4.1.2.2 For unreinforced flat surfaces of an enclosure of a cord reel, cast metal shall be not less than 3.2 mm thick, except that malleable iron shall be not less than 2.4 mm thick and die cast metal shall be not less than 2.0 mm thick. If the surface under consideration is curved, ribbed, or otherwise reinforced, or if the shape or size, or both, of the surface is such that adequate mechanical strength is provided, corresponding thickness of cast metal, malleable iron, and die cast metal shall be not less than 2.4, 1.6, and 1.2 mm, respectively. Sheet steel employed for an enclosure on a cord reel shall have a thickness of not less than 0.75 mm

N/A

4.1.2.3 An enclosure of polymeric material shall Required by Cl. 5 P

a) have a flammability rating of V-0, V-1, or V-2 in accordance with CAN/CSA-C22.2 No. 0.17; and

V-0 P

b) comply with the enclosure impact test of Clause 8.2.

P

4.1.2.4 A polymeric material used as electrical insulation shall comply with the requirements of Clauses 4.1.2.5 and 4.1.2.6 when the polymeric part is

Required by Cl. 5 P

a) in direct contact with a live part P

b) used to enclose live parts and is within 0.8 mm (0.032 in) of a live part; or

P

c) used to enclose arcing parts and within 13 mm (0.50 in) of such live parts. The high current arc ignition (HAI) shown in Table 3 only applies in this application.

P

4.1.2.5 A polymeric material (thermoplastic or thermoset) used as electrical insulation shall have a flammability rating in accordance with Table 3

Required by Cl. 5, V-0 P





TRF No. UL1363:2018 R6.18_2018A

4.1.2.6 A polymeric material used as electrical insulation or enclosure as defined in Clause 7.2.2 of CSA No. 21, shall be able to withstand the hot wire ignition (HWI), the comparative tracking index test (CTI), and the high current arc ignition (HAI), to a level not exceeding the values in accordance with Table 3.

Required by Cl. 5

HWI: PLC 3

CTI: PLC 2

HAI: PLC 3

P

4.1.2.7 A commercial/industrial cord reel may be provided with a motor internal to the enclosure. The motor shall be provided with overload protection. The enclosure material, if non-metallic, shall be noncombustible and shall have adequate material properties exceeding the temperature characteristics of the motor under locked rotor condition

N/A

4.1.2.8 A commercial/industrial cord reel provided with a motor shall meet the requirements of CSA C22.2 No. 77 and CSA C22.2 No. 100, as applicable

N/A

4.1.3 Mounting N/A

4.1.3.1 A general use cord reel intended to be connected to a supply outlet by means of an attachment plug shall be provided only with temporary means for mounting.

N/A

4.1.3.2 The temporary means for mounting specified in Clause 4.1.3.1 shall be in the form of a keyhole slot, a notch, a hanger hole, or a hanger ring 13 mm or larger in diameter, or similar means. A separate bracket may be provided as a temporary means of mounting, if it is suitable for permanent attachment to a wall or other surface, and if the cord reel may be attached to the bracket by a readily removable swivel pin or the like.

N/A

4.1.4 Spacings for commercial/industrial cord reels N/A

Except as permitted in Clause 5.7.4, minimum spacings between live parts of opposite polarity and between live parts and grounding/bonding conductor, including field wiring terminals, shall be as follows:

N/A

a) up to 250 V rms, 2 mm (through air and over surface);

N/A

b) 251 – 600 V rms, 9.5 mm (through air); and N/A

c) 251 – 600 V rms, 12.7 mm (over surface). N/A

4.2 Marking N/A

Each cord reel shall be marked in a permanent manner with the following:

N/A

a) manufacturer's name, trademark, tradename, or other symbol of identification; and

N/A





TRF No. UL1363:2018 R6.18_2018A

b) electrical rating in amperes, volts, and maximum total watts.

N/A

Note: The ampere rating of the cord set is to be no greater than the rating of the component of the cord set having the lowest ampere rating

N/A

4.2.2 A cord reel that is of the indoor type and not provided with round-jacketed flexible cord shall bear the following permanent caution marking or the equivalent wording:

N/A

CAUTION: FOR DRY INDOOR USE ONLY AT TEMPERATURES ABOVE 0 °C.

N/A

And N/A

ATTENTION : UTILISER DANS UN ENDROIT SEC ET À L’INTÉRIEUR SEULEMENT, À DES TEMPÉRATURES SUPÉRIEURES À 0 °C

N/A

4.2.3 A cord reel provided with round-jacketed flexible cord of the outdoor type but not complying with the requirements of Clause 4.3.7 shall bear the following permanent caution marking or the equivalent wording on the outside of the enclosure:

N/A

CAUTION: USE ONLY IN DRY LOCATIONS N/A

And N/A

ATTENTION : UTILISER DANS UN ENDROIT SEC ET À L’INTÉRIEUR SEULEMENT.

N/A

4.3 Test N/A

4.3.1 General N/A

In addition to other applicable tests in CSA C22.2 No. 21, cord reels shall comply with Clauses 4.3.2 to 4.3.7

N/A

4.3.2 Endurance (cord reel) N/A

A cord reel having a spring-retractable device shall withstand 6000 cycles of operation of reeling and unreeling the cord in the intended manner

N/A

a cord reel requiring winding by hand shall withstand 2000 cycles of operation of reeling and unreeling the cord in the intended manner

N/A

There shall be no perceptible abrasion of or other damage to the cord insulation and no evidence of undue wear of movable and stationary contacts

N/A

4.3.3 Heating (cord reel) N/A





TRF No. UL1363:2018 R6.18_2018A

A cord reel shall not attain a temperature at any point sufficiently high to constitute a fire hazard or to affect injuriously any materials employed in the device, nor show temperature rises at specific points greater than those indicated in Table 1

N/A

For the heating test of a reel, a 60 Hz essentially sinusoidal current having a value equal to the maximum current rating of the reel shall be circulated through the flexible cord. The length of the cord to be left unreeled during the test shall be as indicated in Table 2

N/A

4.3.4 Abnormal heating (cord reel) N/A

The abnormal heating test described in Clause 4.3.4.2 shall be conducted on the cord and reel to determine the effect on the cord. The reel need not be operable at the completion of this test, but no fire or shock hazard shall result as evidenced by emission of flame or molten metal or rupture of the bonding fuse

N/A

4.3.5 Dielectric strength N/A

A cord reel shall be capable of withstanding without breakdown, for a period of 1 min, the application of an ac voltage of 1000 V plus twice the rated voltage applied between any two conductors and, in the case of a cord reel, between live parts and exposed non-current-carrying metal parts

N/A

4.3.6 Endurance (extension cord set storage winder) N/A

An extension cord set storage winder shall be capable of completing 2000 cycles of operation, unwinding and winding manually for the maximum length specified for the device

N/A

4.3.7 Cord reels, switches, or other intermediate devices intended for use in other than dry locations

N/A

Cord reels, switches, or other intermediate devices intended for use in other than dry locations shall be tested in accordance with the rain test for Enclosure 3R of CAN/CSA-C22.2 No. 94.2, with the enclosure or fittings, or both, in normal operating orientations in which they might be used

N/A

Cord reels, switches, or other intermediate devices that have been subjected to the test in Clause 4.3.7.1 shall withstand, without breakdown, the dielectric strength test in Clause 4.3.5

N/A

5 Cord-connected, multiple receptacle extension boxes

P





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5.1 Construction P

5.1.1 For use in dwellings, a multiple receptacle extension box shall be provided with suitable supplementary overcurrent protection if provided with more than three single receptacles, and may be provided with switches, clock operated switches, or photocells (dusk-to-dawn applications) in any combination. A multiple receptacle extension box may also employ transient voltage surge suppression (TVSS) and/or an electromagnetic interference (EMI) filter

OCP provided P

5.1.2 For use in areas other than dwellings, electrical components, such as fuses, circuit breakers, snap switches, clock-operated switches, TVSS and/or an EMI filter, provided as part of the multiple receptacle extension box shall be suitable for the application and shall comply with the CSA Standard covering such components.

N/A

5.1.3 For use in dwellings, a cord-connected, multiple receptacle extension box shall comply with the following requirements:

P

a) Receptacles: P

i) Number — If more than three single receptacles or the equivalent are provided, overcurrent protection shall be provided;

OCP provided P

ii) Type — Two-pole, three-wire grounding; 5-15R P

iii) Rating — 15 A, 125 V (CSA 5-15R); and 15A P

iv) Bonding — In accordance with CAN/CSA-C22.2 No. 0.4

N/A

b) Overcurrent protection: P

i) Type — A circuit breaker or manual reset circuit protector; and

P

ii) Rating — 15 A maximum, except that when 16 AWG (1.31 mm2) supply cord is used, the maximum shall be 12 A

15A P

c) Flexible supply cord: P

i) Minimum type — SPT-3 or SJ series; SJT P

ii) Minimum size — 14 AWG (2.08 mm2), except that 16 AWG (1.31 mm2) may be used when 12 A overcurrent protection is provided;

14AWG P

iii) Number of conductors — Three, one being a bonding conductor; and

3 P





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iv) Length — Of suitable length, not exceeding 4.6 m for Type SPT-3; not exceeding 30 m for Types SJOW, SJTW, SOW, SOOW, or STW except for cords having 16 AWG (1.31 mm2) conductors, which shall not exceed 15 m

1.8m P

d) Attachment plug: P

i) Type — Two-pole, three-wire grounding; and 5-15P P

ii) Rating — 15 A, 125 V (CSA 5-15P). 15A P

e) Enclosure: P

i) Material — Steel, No. 20 MSG minimum thickness, or other materials meeting the requirements of CSA C22.2 No. 42 for crushing, impact, and insulation thickness.

Materials other than steel shall provide equivalent mechanical strength. Polymeric materials shall comply with Clauses 4.1.2.3 to 4.1.2.6. Outdoor enclosures shall also comply with Clause 6.1.3.

Polymeric materials P

ii) Mounting means (optional) — When provided, shall be external to the enclosure and shall have at least two-point support.

N/A

iii) Bushing — Insulating type, at the point of cord entry.

P

iv) Bonding — In accordance with CAN/CSA-C22.2 No. 0.4.

N/A

5.1.4 For use in areas other than dwellings, a cord-connected multiple receptacle extension box intended for use in areas other than dwellings shall comply with the following requirements:

N/A

a) Receptacles: N/A

i) Type — Shall be of a type that is in accordance with the requirements of the Canadian Electrical Code, Part l. If more than three single receptacles or the equivalent are provided, overcurrent protection shall be provided.

N/A

b) Overcurrent protection: N/A

i) Ratings — Overcurrent protection shall be supplied and sized in accordance with the current rating of the receptacle it is required to protect. If the receptacles are of lesser rating than the attachment plugs, the overcurrent protection provided shall be minimum Type U3 supplementary protector in accordance with CSA C22.2 No. 235.

N/A

c) Flexible supply cord: N/A





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i) Type, length, and size — Flexible supply cord, when supplied, shall be the hard usage type. Length and wire size shall be as defined in CSA C22.2 No. 49.

N/A

d) Attachment plug: N/A

i) Type — Attachment plugs, when supplied, shall be of a type in accordance with the requirements of the Canadian Electrical Code, Part l.

N/A

e) Enclosure: N/A

i)Material — Steel, No. 20 MSG minimum thickness; or other materials meeting the requirement of CSA C22.2 No. 42 for crushing, impact, and insulation thickness.

Materials other than steel shall provide equivalent mechanical strength. Polymeric materials shall comply with Clauses 4.1.2.3 to 4.1.2.6.

N/A

ii)Mounting means (optional): When provided, shall be external to the enclosure and shall have at least two-point support.

N/A

iii)Bushing: Insulating type, at the point of cord entry. N/A

iv)Bonding: In accordance with CAN/CSA-C22.2 No. 0.4.

N/A

5.1.5 Devices shall not have an enclosure which is shaped and decorated so that the appliance is likely to be treated as a toy by children.

P

5.1.6 Cord-connected, multiple receptacle extension boxes incorporating filters shall comply with CSA C22.2 No. 8.

N/A

5.1.7 Cord-connected, multiple receptacle extension boxes incorporating night lights shall comply with the applicable requirements of CSA C22.2 No. 256 and the following:

N/A

a)The nightlight cover shall be mechanically secured in place by means of screws and can only be removed with the use of tools. The cover shall have the same flame rating as the power bar housing material. The nightlight cover is considered as part of the power bar enclosure.

N/A

b) The nightlight cover shall comply with the crush test of CSA C22.2 No. 21.

N/A

c) The nightlight cover shall comply with the impact test of CSA C22.2 No. 256, Clause 10.7.

N/A





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d) After the impact or crushing test, there shall not be any cracking or breakage, deformation, or other adverse effect that results in making uninsulated live parts or internal wiring accessible to contact by the probe. Dielectric withstand shall be conducted following impact and crushing tests.

N/A

e) In addition to the applicable markings of CSA C22.2 No. 21 and CSA C22.2 No. 256, the following additional markings shall be provided for devices incorporating nightlights:

N/A

i)“Secure cover in place with screw at all times and after replacing nightlight bulb”.

N/A

ii)“To reduce the risk of electric shock, disconnect power to the receptacle before installing or removing the nightlight”.

N/A

5.1.8 An enclosure of polymeric material shall comply with Clauses 4.1.2.3 to 4.1.2.6.

P

5.2 Enclosures P

5.2.1 Enclosures shall be made of metal or polymeric material in compliance with Clauses 5.3 and 5.4.

P

5.2.2 The enclosure shall not have any openings or knockouts that are capable of being used for permanent mounting or connection to a permanent wiring system (see Clause 5.5).

P

5.2.3 Openings in enclosures (i.e., cord entry, receptacle faces, etc.) shall be covered to comply with the appropriate clauses of this Standard. Drain holes, if provided, shall be minimum 3.2 mm diameter.

N/A

5.2.4 Enclosures shall not be constructed of metals in any combinations such as to cause galvanic action which will adversely affect any part of the equipment exposed to moisture

P

5.2.5 Holes for mounting the enclosure shall be external to the enclosure and shall have at least two-point support (see Clause 5.5).

N/A

5.3 Metallic enclosures N/A

5.3.1 General N/A

A metal enclosure of a multiple receptacle extension box shall have a minimum thickness in accordance with Table 4 and shall be protected from rusting in accordance with Clause 5.3.2.

N/A

5.3.2 Protection against rusting N/A





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5.3.2.1 Except as permitted in Clause 5.3.2.2, all exterior surfaces of an enclosure constructed of ferrous materials shall be acceptably protected against rust by a protective coating system.

N/A

5.3.2.2 The requirements of Clause 5.3.2.1 shall not apply to the following:

N/A

a)bearings, sliding surfaces of a hinge or shaft, and the like located on the exterior of enclosures where such protection is impractical;

N/A

b) cut edges of galvanized sheet steel; or N/A

c)parts such as a decorative grill, etc., that are not required to form part of the enclosure.

N/A

5.3.2.3 Copper, copper alloys, stainless steel, aluminum (sheet, extruded, or cast), die-cast zinc, or another metal of a grade of alloy known to be inherently resistant to rusting may be used without additional protection.

N/A

5.3.2.4 A protective coating system finish shall comply with one of the following tests:

N/A

a) the rust resistance test of Clause 8.8; or N/A

b) the paint adhesion test of Clause 8.10. N/A

5.3.3 Bonding of the accessible metal parts N/A

Non-current carrying metal parts and metalized polymeric parts that are accessible during normal use or user maintenance without the use of tools, and which could involve the risk of shock, shall be bonded to ground

N/A

5.4 Non-metallic enclosures and insulating materials P

5.4.1 Non-metallic enclosures P

A polymeric enclosure shall comply with the insulating material requirements specified in Clause 5.4.2, and the following applicable tests:

P

a) the mould stress relief test of Clause 8.15; P

b) the impact test of Clause 8.2; and P

c) the crush test of CSA C22.2 No. 21. P

5.4.2 Insulating materials P

5.4.2.1 Insulating material in contact with current-carrying members shall be suitable for the particular application, and may include certain ceramic, thermoset, thermoplastic, and elastomeric materials.

P





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5.4.2.2 Insulating materials in contact with current-carrying members shall have a minimum CTI of 175 V when tested in accordance with CAN/CSA-C22.2 No. 0.17.

P

5.4.2.3 Insulating materials in contact with current-carrying members of multiple receptacle extension boxes shall have the following minimum ratings or better in accordance with test requirements of

CAN/CSA-C22.2 No. 0.17:

P

a) flammability V-2; V-0 P

b) relative thermal index, mechanical, without impact minimum 80 °C; and

120°C P

c ) glow wire 650 °C. 800°C P

5.4.2.4 Insulating material not in contact with current carrying parts (e.g., covers, etc.) shall meet the requirements of the component standard, as applicable, and also meet the following or better:

P

a) flammability HB; and P

b) relative thermal index, mechanical, without impact minimum 60 °C.

P

The requirements in Items a) and b) do not apply to the mounting stakes

P

5.5 Temporary mounting means N/A

5.5.1 A multiple receptacle extension box may be provided with a means for temporary mounting. A tool shall not be required to dismount a multiple receptacle extension box.

N/A

5.5.2 A means for temporary mounting shall provide for secure positioning that requires a positive, deliberate action by the user to dismount it

N/A

5.5.3 A keyhole slot, notch, or similar means for temporary mounting, shall be located so that the screw head, nail head, hook, or other supporting device is not accessible for further securing of the multiple receptacle extension box once it is mounted

N/A

5.5.4 Installation instructions shall be furnished with the multiple receptacle extension box. When the mounting means requires special hardware, to comply with the requirements in the adequacy of mounting means test in Clause 8.28, the hardware shall be provided with the product.

N/A

5.5.5 A keyhole slot, if provided, shall locate mounting screws in such a position as to not reduce the spacings, as noted in Clause 5.7.

N/A





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Note: Other methods of mounting other than wall mount or stake mount are to be subject to investigation.

N/A

5.6 Receptacles P

5.6.1 Receptacles shall be of 5-15R (15A 125V) configuration only.

P

5.6.2 Receptacles may be moulded as part of the enclosure where the enclosure itself is the sole support for the current carrying parts or they may be of insert appliance type. If of the moulded construction as part of the enclosure, the insulating material and enclosure requirements shall apply. If receptacles are of the insert appliance type, the construction shall comply with CSA C22.2 No 42.

P

5.6.3 All receptacles shall comply with the retention of blades, overload, temperature, retention of blades repeated, and resistance to arcing tests in CSA C22.2 No 42. Devices rated ac only may be overload tested with ac voltage at 75% power factor.

P

5.6.4 The grounding terminal of each receptacle shall be reliably bonded to ground.

P

5.6.5 Receptacles shall allow the complete seating of an attachment plug without resulting in a gap between the faces of the mated fittings that exceeds 2.0 mm during any of the low temperature insertions as required by Clause 8.30

P

5.7 Spacings P

5.7.1 General P

Minimum spacings through air and over surface shall be 1.2 mm for multiple receptacle extension boxes, between uninsulated live parts of opposite polarity and between an uninsulated live part and a non-current-carrying metal part that is likely to be bonded to ground or exposed to contact by persons during installation or use in the intended manner.

P

5.7.2 Requirements — Standards P

The inherent spacings of a component supplied as part of a switch shall comply with the requirements for that component (e.g., CSA C22.2 No. 177, CSA C22.2 No. 55, and CSA C22.2 No. 111).

N/A

5.7.3 Insulating barrier or liner — Sole part P





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Except as noted in this Clause and in Clause 5.7.4.3, an insulating barrier or liner used as the sole separation between uninsulated live parts and non-current-carrying metal parts (including the enclosure), or between uninsulated live parts where there is a difference in potential, shall be of material of a type that is suitable for the mounting of uninsulated live parts and not less than 0.8 mm in thickness (minimum 0.71 mm). Otherwise, a barrier shall be used in conjunction with at least 0.8 mm air spacing.

P

5.7.4 Insulating barrier or liner separation — Additional to air space

P

5.7.4.1 Except as noted in this Clause, an insulating barrier or liner that is used in addition to an air space, in place of the required spacing through air, shall be not less than 0.8 mm thick. If the barrier or liner is of fibre, the air space shall be not less than 0.8 mm, and if the barrier or liner is of other material of a type that is not suitable for the support of uninsulated live metal parts, the air space provided shall be such that, upon investigation, it will be found to be adequate for the particular application.

P

5.7.4.2 A barrier or liner that is used in addition to not less than one-half the required spacing through air may be less than 0.8 mm but not less than 0.4 mm (minimum 0.33 mm) in thickness, provided that the barrier or liner is of material of a type that is suitable for the mounting of uninsulated live parts, of adequate mechanical strength if exposed or otherwise likely to be subjected to mechanical injury, reliably held in place, and so located that it will not be affected adversely by operation of the equipment in service.

P

5.7.4.3 Insulating material having a thickness less than that indicated in Clauses 5.7.3 and 5.7.4.1 may be used if, upon investigation, it is found to be suitable and adequate for the particular application.

N/A

5.7.5 Fibre (or similar material) insulating barriers N/A

Insulating barriers or liners of fibre or similar material may be used in place of required spacings. If used, the barriers or liners shall

N/A

a) have adequate mechanical strength and be permanently retained in place;

N/A

b) be moisture-absorption resistant as determined by the test specified in Clause 8.18;

N/A





TRF No. UL1363:2018 R6.18_2018A

c) have a minimum CTI of 175 in accordance with CAN/CSA-C22.2 No. 0.17;

N/A

d) be suitable for the temperature encountered, as determined by the temperature test specified in Clause 5.6.3; and

N/A

e) have adequate dielectric strength as determined by the tests specified in Clause 8.13

N/A

5.7.6 Spacings for printed wiring boards P

Except as permitted in Clause 5.7.4, minimum spacings between live parts of opposite polarity and between live parts and grounding/bonding conductor on printed wiring boards shall be as follows:

a) up to 50 V rms, 1 mm; N/A

b) 51 – 250 V rms, 2 mm; and P

c) 251 – 600 V rms, 3.2 mm. N/A

5.8 Power supply cords P

5.8.1 Power supply cords shall comply with the applicable requirements of CSA C22.2 No. 49,

CSA C22.2 No. 21, and the applicable Clauses of this Standard. Power supply cords shall have moulded- on plug caps of 5-15P configuration and shall be hard usage, outdoor type, as specified in Canadian Electrical Code, Part I, Table 11. They shall be of sizes No. 14 or No. 12 AWG and shall contain a bonding conductor.

P

5.8.2 Power supply cords shall be 15.2 m (50 ft) maximum length, securely fastened to the enclosure, and shall meet the requirements of the strain relief test in Clause 8.29.

P

5.8.3 A power supply cord does not need to be provided if the multiple receptacle extension box is provided with a power inlet 5-15P configuration.

N/A

5.8.4 Power inlets shall meet the requirements of Clause 8.31.

N/A

5.9 Switches N/A

5.9.1 Each switch shall have voltage and current ratings not less than 15 A resistive/tungsten and 125 Vac. A switch shall open all ungrounded/unbonded circuit conductors and, in addition, shall not open the grounded/bonded circuit conductor.

N/A

5.9.2 A switch provided in multiple receptacle extension boxes shall comply with the requirements of the CSA C22.2 No 55 or CSA C22.2 No 111.

N/A





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5.10 Clock-operated switches, solid state lighting controls, photo cells, etc.

N/A

Clock-operated switches or solid state lighting controls or both, incorporated in multiple receptacle extension boxes, shall meet the requirements of the following CSA Standards:

N/A

a) ........................................... CSA C22.2 No 177; N/A

b) .................................... CSA C22.2 No 184; and N/A

C) ........................................ CSA C22.2 No. 284. N/A

5.11 Overcurrent protection P

5.11.1 Multiple receptacle extension boxes and cord reels containing more than three receptacles shall be provided with supplementary overcurrent protection in the form of a supplementary breaker (re- settable type) or a fuse rated 15 A. If the fuse is replaceable, the extension box shall be marked in accordance with Clause 7.1 f).

P

5.11.2 For commercial/industrial applications, protectors shall have a minimum short circuit rating of 1000 A and be of type U as per CSA C22.2 No. 235.

P

5.12 Printed wiring boards P

Printed wiring boards shall meet the spacing requirements as noted in Clause 5.7.6 and be rated minimum V-0 in accordance with CAN/CSA-C22.2 No. 0.17.

P

6 Outdoor multiple receptacle extension boxes N/A

6.1 General N/A

6.1.1 Multiple receptacle extension boxes intended for outdoor use shall meet all of the requirements for multiple receptacle extension boxes in Clause 5, in addition to Clauses 6.1.2 to 6.1.4 and the following clauses for sealing compounds, covers and hoods, and gaskets (see Clauses 6.2 to 6.4).

N/A

6.1.2 A multiple receptacle extension box shall be provided with suitable supplementary overcurrent protection when provided with more than three single receptacles, and may be provided with switches, clock operated switches or photocells (dusk-to-dawn applications) in any combination.

N/A

6.1.3 A polymeric enclosure and mounting stake, if provided, shall comply with the insulating material requirements as follows, and the applicable tests below:

N/A





TRF No. UL1363:2018 R6.18_2018A

a) cold impact test for covers, hoods and enclosures in accordance with Clause 8.20;

N/A

b) a polymeric enclosure material shall be UV rated or shall comply with the test requirements of Clause 8.17; and

N/A

c) water absorption test of Clause 8.18 N/A

6.1.4 The mounting stake, if provided, shall be adequately designed with a minimum length of 30 cm (12 in) and a maximum length of 90 cm (36 in).

N/A

6.2 Sealing compounds N/A

When sealing compounds are provided, they shall be tested in accordance with Clause 8.16, shall prevent the entrance of water between the cover plate/hood and the mounting surface, shall remain adhered to the surfaces, and shall not show evidence of cracking or hardening.

N/A

6.3 Covers and hoods N/A

6.3.1 Multiple receptacle extension boxes for outdoor use shall be provided with covers and/or hoods to provide protection against ingress of water for receptacles while not in use.

N/A

6.3.2 An opening for a receptacle shall be such that the face of a receptacle is flush with or projects from the outer plane of the opening in the cover plate if the cover plate is separate from the enclosure.

N/A

6.3.3 A cover or hood shall be provided to prevent moisture due to outdoor conditions from entering into the enclosure and come in contact with current carrying parts. They shall be permanent and not readily be removable without a tool.

N/A

6.3.4 A cover or hood shall not hinder the complete seating of an attachment plug (5-15P) intended for use with the receptacle. Covers or hoods shall allow plugs to be fully engaged in receptacles and flexible cords to exit through an exit hole while remaining closed and comply with the resistance to moisture and sprinkler tests

N/A

6.3.5 A cover or hood shall be subjected to the cycling test in accordance with Clause 8.21. A cover or hood with a component that requires positioning or movement in normal use shall not crack, deform, or allow the entrance of water

N/A

6.3.6 A cover or hood material shall comply with water absorption test of Clause 8.18

N/A

6.4 Gaskets N/A





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6.4.1 Compression set N/A

When subjected to the compression set test in accordance with Clause 8.22, the thickness of a gasket shall not be less than five-sixths of its original (before conditioning) thickness.

N/A

6.4.2 Hardness N/A

When subjected to the hardness test in accordance with Clause 8.23, a solid elastomer gasket shall not show apparent deterioration and shall not change in hardness by more than 10 units.

N/A

6.4.3 Flammability N/A

6.4.3.1 When subjected to the flammability test in accordance with Clause 8.24, a gasket shall not openly flame for more than 1 min and the top edge shall not be consumed after the application of the test flame.

N/A

6.4.3.2 A gasket material rated HB, HBF, HF-1, HF-2, V-0, V-1, V-2, 5VA, or 5VB is not required to be subjected to the flammability test in accordance with Clause 8.24

N/A

6.4.3.3 A gasket that functions only to exclude water from the installed assembly is not required to be subjected to the flammability test in accordance with Clause 8.24

N/A

6.4.4 Dielectric voltage-withstand (gasket) N/A

6.4.4.1 When subjected to the dielectric voltage-withstand test in accordance with Clause 8.25, a gasket shall withstand for 1 min without breakdown the application of a 60 Hz, sinusoidal potential of at least 1500 V ac

N/A

6.4.4.2 A gasket that functions only to exclude water from the installed assembly or a gasket of a material that has been found to withstand a 60-Hz, sinusoidal potential of at least 1500 V ac is not required to be subjected to the dielectric voltage withstand test in accordance with Clause 8.25

N/A

6.4.5 Insulation resistance (gasket) N/A

When subjected to the insulation resistance test in accordance with Clause 8.26, the resistance between the metal plates shall not be less than 25 MΩ. A gasket that functions only to exclude water from the installed assembly is not required to be subjected to the insulation resistance test in accordance with Clause 8.26

N/A





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6.4.6 Closed and open cell flat gaskets shall comply with the gasket test requirements of Clause 8.27.

N/A

6.4.7 Rain and sprinkler tests N/A

6.4.7.1 The rain test shall be performed on all multiple receptacle extension boxes in accordance with Clause 8.11. The sprinkler test of Clause 8.12 shall be performed only on those multiple receptacle

extension boxes that are to be mounted below 90 cm (3 ft) from the ground level and are not marked in accordance with Clause 7.1 g).

N/A

6.4.7.2 When subjected to the rain test and sprinkler test in accordance with Clauses 8.11 and 8.12, an enclosure and cover hood shall

N/A

a) .................... exclude water from the enclosure; N/A

b) exclude water from the interior of a wiring device, and

N/A

c) prevent water from dripping down from the upper surface of a cover plate/hood during the water exposure, as evidenced at the conclusion of the exposure by water droplets clinging to the upper edge of the test assembly or wetness on the uppermost surface of the attachment plug.

N/A

6.4.7.3 When the rain test as specified in Clause 8.11 results in condensation, the test shall be repeated using water of a temperature within 2 °C of the room air temperature to reduce the possible effects of the condensation

N/A

6.4.7.4 When subjected to the compression test in accordance with Clause 8.19, an enclosure and/or cover/ hood, shall withstand, a compressive force of 667 N (150 lb) and shall not crack to the extent such that a 0.8 mm (1/32 in) diameter rod can be inserted through the crack

N/A

6.4.7.5 Bare live parts shall not be accessible to the articulate probe described in Clause 19.22 of CSA C22.2 No. 250.0

N/A

7 Marking P

7.1 Cord-connected, multiple receptacle extension boxes shall be marked with the following:

P

a)the manufacturer's name, registered trademark, or other recognized symbol of identification, and catalogue or type number;

P

b)the voltage and ampere rating as applicable, e.g., 120 125 V, 15 A, or 120 125 V, 12 A

P





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c) a warning (unless designed for other environments): CAUTION: USE ONLY IN DRY LOCATIONS and ATTENTION : UTILISER DANS UN ENDROIT SEC ET À L’INTÉRIEUR SEULEMENT, or the equivalent

N/A

d) for outdoors, an accepted type adhesive label affixed to the power supply cord of each device, approximately 1 in from the plug cap: CAUTION: PLUG INTO GROUND FAULT PROTECTED RECEPTACLE ONLY and ATTENTION : BRANCHER À UNE PRISE PROTÉGÉE CONTRE LES FUITES À LA TERRE SEULEMENT, or the equivalent

N/A

e) for outdoors, an accepted type adhesive label on the device: CAUTION: SUITABLE FOR OUTDOOR USE, WET LOCATION. STORE IN DRY LOCATION WHEN NOT IN USE and ATTENTION : CONCU POUR L’UTILISATION EXTÉRIEUR, CONDITIONS HUMIDES. ENTREPOSER DANS UN ENDROIT SEC LORSQU’INUTILISÉ(E), or the equivalent;

N/A

f) for outdoors, the words "Refer to Installation Instructions" or equivalent wording. A multiple receptacle extension box intended to accommodate a replaceable fuse shall be permanently and legibly marked directly adjacent to the fuse holder with the following: USE ONLY WITH A 125 V XX A max Type XX FUSE; and

N/A

g) for outdoors, a multiple receptacle extension box intended to be mounted at least 90 cm (3 ft) above the ground level shall be marked: MOUNT AT LEAST 90 cm ABOVE GROUND or equivalent wording

N/A

7.2 For outdoors, installation instructions shall be provided on the smallest unit packaging or the stuffer sheet, as follows:

N/A

a) CAUTION: PLUG INTO GROUND FAULT PROTECTED RECEPTACLE ONLY and ATTENTION : BRANCHER À UNE PRISE PROTÉGÉE CONTRE LES FUITES À LA TERRE SEULEMENT, or the equivalent;

N/A

b) . CAUTION: SUITABLE FOR OUTDOOR USE, WET LOCATION. STORE IN DRY LOCATION WHEN NOT IN USE and ATTENTION : CONCU POUR L’UTILISATION EXTÉRIEUR, CONDITIONS HUMIDES.

ENTREPOSER DANS UN ENDROIT SEC LORSQU’INUTILISÉ(E), or the equivalent; and

N/A





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c) Ratings and types of loads that can be plugged into multiple receptacle extension box Intended installation including orientation of mounting and height of mounting above the ground level.

N/A

8 Test P

8.1 General P

In addition to other applicable tests in CSA C22.2 No. 21, multiple receptacle extension boxes shall comply with Clauses 8.4 to 8.7

P

8.2 Impact test for cord-connected, multiple receptacle extension boxes (power bars) having a nonmetallic enclosure

P

There shall be no breakage or other damage that could interfere with the function of the enclosure to enclose and support live parts. The specimens shall comply with the dielectric strength test of

Clause 8.3

P

8.3 Dielectric strength P

A multiple receptacle extension box shall be capable of withstanding without breakdown, for a period of 1 min, the application of an ac voltage of 1000 V plus twice the rated voltage applied between any two conductors and between live parts and exposed non-current-carrying metal parts

P

8.4 Multiple receptacle extension boxes with surge suppression

P

A multiple receptacle extension box shall meet the requirements for surge protected devices type 3 in CSA C22.2 No. 269.3

P

8.5 Wiring devices incorporating components intended for surge suppression and/ or filtering of connected loads

N/A

A wiring device incorporating components intended for surge suppression and/or filtering of connected loads, shall comply with the applicable requirements of CAN/CSA-C22.2 No. 60065 and CSA C22.2 No. 8. In addition, a wiring device incorporating ac line connected varistor shall be capable of withstanding the surge withstand, overvoltage, and thermal stress tests described in Clause 8.3 in CSA C22.2 No. 42

N/A

8.6 Temperature test P





TRF No. UL1363:2018 R6.18_2018A

8.6.1 A multiple receptacle extension box shall be tested at rated current and voltage, with an attachment plug connected to the last receptacle and any other receptacle judged to be close to heat-generating components

P

8.6.2 Receptacle contact temperature rise shall not exceed 30 °C and the maximum enclosure temperature shall not exceed 90 °C at points of support, 70 °C for metal surface subject to contact in normal use, and 95 °C for nonmetallic surface subject to contact in normal use. Materials and components shall not exceed their rated temperatures.

P

8.7 Leakage current test P

Multiple receptacle extension boxes shall comply with leakage current test in accordance with CSA C22.2 No. 177

P

8.8 Rust resistance N/A

The enclosure, or representative parts of the enclosure or plaques, shall be subjected to a salt spray (fog) using the test method in ASTM B117 for 24 h. At the end of the test, the specimens shall be removed from the chamber, washed, and dried. Corrosion products may be removed by light brushing if required to observe the condition of the underlying surface

N/A

Note: Washing and drying as recommended in ASTM B177 is an acceptable method.

N/A

8.9 Blade pull at elevated temperature N/A

8.9.1 Except as permitted by Clause 8.9.2, a specimen of moulded-on attachment plug with 5-15P configuration shall be securely mounted so that the line blades are positioned downward through a circular hole (with a diameter just large enough to allow the line blades and any grounding pin to pass through) in a 6.4 mm thick steel plate mounted horizontally within an air-circulating oven that has been heated to 60 ± 2 °C

N/A

A 4.5 kg mass shall be attached to each of the line blades. The oven temperature shall then be maintained at 60 ± 2 °C for 4 h

N/A





TRF No. UL1363:2018 R6.18_2018A

At the conclusion of the conditioning period, the mass shall be removed from each line blade and the specimen taken from the oven and allowed to

cool to 23 ± 4 °C. The average displacement of the

blades from their original position shall be a maximum of 1.6 mm, using four measurements for each blade to determine compliance with this requirement

N/A

8.9.2 To facilitate the placement of the test masses within the test chamber, testing may instead be accomplished by first attaching the mass to the right-hand blade of the specimen; a second specimen that has been conditioned as described in Clause 8.9.1 may then be tested with the mass attached to the left-hand blade

N/A

8.10 Paint adhesion

8.11 Rain N/A

8.12 Sprinkler N/A

8.13 Dielectric N/A

A multiple receptacle extension box shall be capable of withstanding without breakdown, for a period of 1 min, the application of an ac voltage of 1000 V plus twice the rated voltage applied between any two conductors and between live parts and exposed non-current-carrying metal parts

N/A

8.14 Leakage current N/A

The leakage current of a cord-connected and/or a plug-in device rated for a nominal 120 125 V supply when tested in accordance with Clauses 8.14.2 to 8.14.5 shall be not more than 0.5 mA

N/A

8.15 Mould stress relief test P

Six samples of the non-metallic enclosure, cover plate, or outlet box hood shall be conditioned for 7 h in an air-circulating oven at a temperature not less than 70 °C. After cooling to room temperature, the samples shall comply with the applicable requirements of this Standard

P

8.16 Sealing compounds test N/A

8.17 Resistance to ultraviolet light and water test (for outdoor use only)

N/A

8.18 Water absorption test (for outdoor use only) N/A

8.19 Compression test N/A

8.20 Cold impact test (for outdoor only) N/A





TRF No. UL1363:2018 R6.18_2018A

8.21 Cycling N/A

8.22 Gasket compression set test N/A

8.23 Gasket hardness test N/A

8.24 Gasket flammability test N/A

8.25 Gasket dielectric voltage-withstand test N/A

8.26 Gasket insulation resistance test N/A

8.27 Gasket (closed and open cell constructions only) N/A

8.28 Adequacy of mounting means test N/A

8.29 Strain relief P

8.30 Low temperature insertion test N/A

8.31 Blade security N/A

9 Hospital grade power bars N/A

9.1 Construction N/A

9.1.1 Enclosure N/A

The following requirements shall apply: N/A

a) .... Type — Steel No. 20 MSG or other material having the flammability rating and equivalent mechanical strength described in this Clause. The enclosure may be designed to allow for the inspection of internal wiring and for reassembly.

N/A

b) . Mounting means — External to the enclosure. N/A

c) Bushing — Insulating type, at the point of cord entry.

N/A

d) .......... Bonding — Shall comply with applicable requirements of CAN/CSA-C22.2 No. 0.4

N/A

e)Flammability rating — Shall be resistant to burning by being made of metal, except for metals such as unalloyed magnesium, or by being made of polymeric material that will comply with the flammability rating of 5 VA in accordance with CAN/CSA-C22.2 No. 0.17

N/A

f) ........ Mold stress relief — Shall comply with the requirements of Clause 9.3.5

N/A

g)Strain relief — Shall comply with the requirements of Clause 8.1.3 of C22.2 No. 21

N/A

h)Impact — Shall comply with the requirements of Clause 9.3.6

N/A

i)Deflection — Shall comply with the requirements of Clause 9.3.7

N/A





TRF No. UL1363:2018 R6.18_2018A

9.1.2 Bonding terminal or post N/A

A bonding terminal or post shall be provided to permit the use of a redundant bonding conductor not smaller than 10 AWG (5.26 mm2). The redundant bonding means shall comply with the applicable requirements of CAN/CSA-C22.2 No. 0.4

N/A

9.1.3 Attachment plug N/A


a) .... Type — Attachment plug complying with the requirements for hospital grade in CSA C22.2 No. 21 and CSA C22.2 No. 42

N/A

b) ....................... Rating — 15 A, 125 V maximum N/A

c) .......................... Configuration — NEMA 5-15P N/A

d)Strain relief — Shall comply with the requirements of Clause 6.6.4 of C22.2 No. 21

N/A

9.1.4 Flexible supply cord N/A


a)Type — Hard-usage or extra-hard-usage round-jacketed cords in accordance with CSA C22.2 No. 49.

N/A

b) ..............Minimum size — 14 AWG (2.08 mm2) N/A

c) ................................... Maximum length — 4 m. N/A

9.1.5 Receptacles N/A


a) .......... Type — Receptacles complying with the requirements for hospital grade outlined in CSA C22.2 No. 42.

N/A

b)Number — Six single or three duplex maximum N/A

c) ....................... Rating — 15 A, 125 V maximum N/A

d) ......................... Configuration — NEMA 5-15R. N/A

e) Bonding — In accordance with CAN/CSA-C22.2 No. 0.4

N/A

9.1.6 Overcurrent protective device N/A


a) .................................. Rating — 15 A maximum N/A

b)Type — A circuit breaker or manual reset circuit protector. Fuses shall not be used

N/A

9.1.7 Internal wiring N/A





TRF No. UL1363:2018 R6.18_2018A

Wiring internal to the power bar shall be 14 AWG (2.08 mm2) minimum and colour coded in accordance with Clause 9.1.8

N/A

9.1.8 Supply cord polarity — Three-conductor cords N/A

The polarity of the conductors of jacketed cords and internal wiring shall be identified as follows:

N/A

a) ..................................... Line — Black or Brown; N/A

b) ......... Identified (Neutral) — White or Blue; and N/A

c) .......... Ground/bond — Green or Green/Yellow. N/A

9.2 Marking N/A

9.2.1 Hospital grade power bars shall be marked with the following:

N/A

a)The manufacturer's name, registered trademark, or other recognized symbol of identification and catalogue or type number;

N/A

b)The voltage and maximum total current rating as applicable, e.g., 125 V, 15 A; and

N/A

c) .... The caution, CAUTION: USE ONLY IN DRY LOCATIONS and ATTENTION : UTILISER DANS UN ENDROIT SEC ET À L’INTÉRIEUR SEULEMENT

N/A

9.2.2 Hospital grade power bars shall be marked as closely as possible to the bonding terminal with the following:

N/A

CAUTION: REDUNDANT BONDING CONDUCTOR SHALL BE CONNECTED TO A LOCAL GROUNDING POINT UNLESS THE TOTAL SYSTEM LEAKAGE CURRENT FROM ALL LOADS COMBINED IS VERIFIED TO BE LESS THAN 500 µA

N/A

And N/A

ATTENTION : LE CONDUCTEUR DE CONTINUITÉ DES MASSES ADDITIONNEL DOIT ÊTRE RACCORDÉ AU POINT DE MASSE LOCAL, SAUF SI LE COURANT DE FUITE TOTAL DE SYSTÈME DE TOUTES LES CHARGES COMBINÉES EST VÉRIFIÉ D’ÊTRE INFÉRIEUR À 500 μA

N/A

9.3 Tests N/A

9.3.1 General N/A

In addition to the test requirements (e.g., temperature) outlined in CSA C22.2 No. 21 and CSA C22.2 No. 42, the tests in Clauses 9.3.2 to 9.3.5 shall also be conducted

N/A





TRF No. UL1363:2018 R6.18_2018A

9.3.2 Limited short circuit N/A

9.3.3 Ground resistance N/A

9.3.4 Bonding impedance N/A

9.3.5 Mold stress relief — Non-metallic enclosures N/A

9.3.6 Impact — Non-metallic enclosures N/A

9.3.7 Deflection N/A



Appendix 2: Additional requirement of CSA C22.2 No.21-18

Requirement + Test Result - Remark Verdict

TRF No. UL1363:2018 R6.18_2018A

CONSTRUCTION P

5.1 Fitting- General P

5.1.1 Configurations and dimensions P

5.1.2 Flammability P

5.1.3 Accessibility of live parts P

5.1.4 Connection to fittings P

5.1.5 Identification and wiring P

5.1.6 Treatment of card-conductor coverings P

5.1.7 Outdoor-use fittings Indoor use only N/A

5.2 Plugs Approved plug used N/A

5.2.1 Blades N/A

5.2.2 Attachment plug grip N/A

5.2.3 Hospital grade attachment plugs N/A

5.3 Cord connectors P

5.3.1 General P

5.3.2 Holes, indentations, and projections No such hole N/A

5.3.3 Improper insertion P

5.3.4 Mismating N/A

5.3.7 Hospital grade connectors N/A

5.4 Other components N/A

5.4.1 General N/A

5.4.2 Metal strain relief clamps Plastic N/A

5.4.3 Switches N/A

5.4.4 Switches - Outdoor N/A

5.4.5 Current taps and pendant switches N/A

5.4.6 Through-cord heating-pad switch N/A

5.4.7 Fittings intended to accommodate overcurrent protective devices

N/A

5.4.8 Overcurrent protection N/A

5.4.9 Cord restraint devices N/A

5.4.10 Supplementary circuit N/A

5.4.11 Devices employing remote control features N/A





TRF No. UL1363:2018 R6.18_2018A

6 Assembly P

6.1 Power-supply cords Approved cord used N/A

6.1.1 General N/A

6.1.2 Attachment to fittings N/A

6.1.2.1 Plugs N/A

6.1.3 Other components N/A

6.1.4 Flexible cord N/A

6.1.5 Length N/A

6.1.6 Ratings N/A

6.1.7 Markings N/A

6.2 Special-use power-supply cords N/A

6.3 Recreational vehicle power-supply cords N/A

6.3.1 General N/A


6.3.3 Plugs N/A

6.4 Mobile home power-supply cords N/A

6.4.1 General N/A


6.4.3 Plugs N/A

6.4.4 Rating N/A

6.5 Range and dryer power-supply cords N/A

6.5.1 General N/A

6.5.2 Attachment plug N/A

6.6 Range and dryer power-supply cord kits N/A

6.6.1 General N/A


6.6.3 Length N/A

6.6.4 Strain relief N/A

6.6.5 Cord push-back relief N/A

6.6.6 Termination of conductors N/A

6.7 Extension cord sets P





TRF No. UL1363:2018 R6.18_2018A

6.7.1 Construction P

6.7.1.1 Outdoor-use assemblies N/A

6.7.1.1 Outdoor-use assemblies N/A

6.7.2 Fittings (indoor and outdoor) P

6.7.2.1 General P

6.7.2.2 Cold-usage cord sets P

6.7.3 Other components N/A

6.7.3.1 Overcurrent protection N/A

6.7.3.2 Switches N/A

6.7.4 Flexible cord P

6.7.4.1 General P

6.7.4.2 Indoor use P

6.7.5 Lengths P

6.7.5.1 lndoor use P

6.7.5.2 Outdoor use N/A

6.7.6 Ratings P

6.7.6.1 General P

6.7.6.2 Indoor use P

6.7.6.3 Outdoor use N/A

6.8 Adapter cord sets N/A

6.8.1 General N/A

6.8.2 Fittings N/A


6.8.4 Joints N/A

6.8.5 Ratings N/A

6.9 Special-use cord sets N/A

6.9.1 General N/A

6.9.2 Plugs N/A


6.9.5 Length N/A

6.9.6 Markings N/A

6.10 Vacuum cleaner and floor-finishing machine cord N/A





TRF No. UL1363:2018 R6.18_2018A

sets

6.11 Recreational vehicle cord sets N/A

6.12 Hospital grade power-supply cords, extension cords, and cord sets

N/A

6.12.1 Hospital grade power-supply cords N/A

6.12.2 Hospital grade extension cords N/A

6.12.3 Hospital grade cord sets N/A

6.12.4 Markings N/A

6.13 Heater cord sets N/A

6.14 Cord sets with appliance plugs N/A

6.15 Cord sets with flatiron plugs N/A

6.16 Cord sets for appliances rated 50 W or less N/A

6.16.1 General N/A


6.16.3 Appliance coupler N/A

6.16.4 Ratings N/A

6.17 Replacement-use with nonstandard polarization N/A

6.17.1 General N/A

6.17.2 Replacement cord sets N/A

7 Performance P

7.1 Attachment plugs and cord connectors For cord connector only P

7.1.1 Conductor secureness test

P

7.1.2 Security of insulation test

N/A

7.1.3 Strain relief test P

7.1.4 Dielectric voltage-withstand test

P

7.1.5 Insulation resistance test P

7.1.6 Accelerated aging test P

7.1.7 Crushing test P

7.1.8 Impact resistance test P

7.1.9 Flexing test P

7.1.10 Jacket retention test P

7.1.11 Adhesion test P





TRF No. UL1363:2018 R6.18_2018A

7.1.12 Cycling heat test P

7.2 Tests for attachment plugs Approved plug used N/A

7.2.1 Security of blades and pins test N/A

7.2.2 Temperature test N/A

7.2.3 Plug grip test N/A

7.2.4 Blade pull test at elevated temperature N/A

7.2.5 Abrupt pull test N/A

7.3 Tests for range and dryer power-supply cord kits N/A

7.3.1 Strain relief test N/A

7.3.2 Accelerated aging test N/A

7.3.3 Push-back force test N/A

7.3.4 Flexing tests for range and dryer power-supply cord kits

N/A

7.4 Tests for cord connectors P

7.4.1 Depth of cavity test P

7.4.2 Conditioning cycles for blade retention test P

7.4.3 Retention of blades test P

7.4.4 Overload test P

7.4.5 Temperature test P

7.4.6 Retention of blades test (repeated) P

7.4.7 Resistance to arcing test P

7.4.8 Improper insertion test P

7.4.9 Low-temperature insertion test P

7.4.10 Closure of openings test P

7.5 Tests for flatiron and appliance plugs N/A

7.6 Tests for overcurrent protective devices N/A

7.6.1 General N/A

7.6.2 Calibration test N/A

7.6.3 Short-circuit tests for all products with overcurrent protection

N/A

7.6.4 Short-circuit test for fuses N/A

7.6.5 Abnormal test N/A

7.6.6 Water exclusion test for enclosures of outdoor-use products

N/A





TRF No. UL1363:2018 R6.18_2018A

7.7 Hospital grade molded-on plugs and connectors N/A

7.7.1 General N/A

7.7.2 Strain relief tests N/A

7.7.3 Bonding (grounding) pin retention — Hospital grade cord connector

N/A

7.7.4 Attachment plug connection and separation - Hospital grade cord connector

N/A

7.7.5 Grounding contact temperature hospital grade cord connector

N/A

7.7.6 Bond resistance hospital grade cord connector N/A

7.7.7 Crushing hospital grade attachment plug and cord connector

N/A

7.7.8 Impact hospital grade attachment plug and cord connector

N/A

7.7.9 Mechanical drop hospital grade attachment plug and cord connector

N/A

7.8 Tests for cord restraint devices N/A

7.8.1 Temperature test N/A

7.9 Test for permanence of warning tag N/A

7.9.1 Cords other than outdoor type N/A

7.9.2 Outdoor-type (W) cords N/A

7.9.3 Oil-resistant cords N/A

7.9.4 Test procedure N/A

7.9.5 Evaluation N/A

8 Marking P

8.1 General P

8.2 Extension cord sets P

8.2.1 General P

8.2.2 Polarization N/A

8.2.3 Indoor-use extension cord sets P

8.3 Outdoor-use extension cord sets N/A

8.4 Heater cord sets N/A

8.5 Adapter cord sets N/A

8.6 Cord restraint devices N/A

8.7 Replacement cord sets N/A

8.8 Recreational vehicle and mobile home applications N/A





TRF No. UL1363:2018 R6.18_2018A

8.9 Power-supply cords - Shielded N/A

8.10 Hospital grade attachment plugs, connectors and hospital grade extension cords

N/A

8.11 Range and dryer power-supply cord kits N/A

8.12 Power-supply cords for replacement use N/A

8.13 Special-use power supply cords N/A

8.14 Special-use cord sets N/A

8.15 Special use cord sets intended for replacement use N/A

Annex A (normative)

Component standards reference list

P

Annex B (normative)

Illustrative definitions P

Annex C (informative)

Marking translations

P

Annex D (normative)

Seasonal-use cord sets N/A

Annex E (normative)

Manufacturing and production tests

P

Annex F (normative)

Marine cord set N/A

Documents

Prüfbericht-Nr.: NN20YH2U 001 Auftrags-Nr.: 170251121