Shenzhen Shenzhen Anbotek Compliance Laboratory Limited ...€¦ · Shenzhen Shenzhen Anbotek...

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Transcript of Shenzhen Shenzhen Anbotek Compliance Laboratory Limited ...€¦ · Shenzhen Shenzhen Anbotek...

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Copy of marking plate

Summary of testingThe samples were tested and found to compliance with requirement of IEC 60730-2-5:2015.

Test case verdicts

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

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

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

Testing

Date of receipt of test item ..............................................: Apr, 06, 2016

Date(s) of performance of test........................................ : Apr, 06, 2016 to May. 10, 2016

General remarks

This test 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 tested.

"(see remark #)" refers to a remark appended to the report.

"(see appended table)" refers to a table appended to the report.

Throughout this report a dot is used as the decimal separator.

Coffee roaster

Type: TJ-067

Rating: 220V, 50/60Hz, 200W

North Coffee Equipment Co., LtdNo 1 Xikeng Xihu Industrial Area Henggang Town

Longgang District Shenzhen City

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IEC 60730-1

Clause Requirement - Test Result - Remark Verdict

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5 RATING P

5.1 The maximum rated voltage is 690V 250V P

5.2 The maximum rated current is 63A 16A P

5.3 Compliance Checked by the informationrequirements in clause 7

P

6 CLASSIFICATION P

6.1 According to nature of supply Control for a.c. only P

6.2 According to type of load to be controlled by eachcircuit of the control

P

6.3 According to their purpose Thermostat P

6.4 According to features of automatic action Type 1.B and 1.H P

6.5 According to the degree of protection and controlpollution degree

Could be evaluated in finalsystem

N

6.6 According to method of connection P

6.6.1 Control with at least one terminal intended for theconnection of fixed wiring.

N

6.6.2 Control with at least one terminal intended for theconnection of a flexible cord.

Three terminals for connectionof cord

P

6.6.3 Control without any terminals intended for theconnection of an external conductor.

This type of control is intended for the connectionof only integrated or internal conductors.

N

6.7 According to ambient temperature limits of theswitch head

N

6.8 According to protection against electric shock Could be evaluated in finalsystem

N

6.9 According to circuit disconnection or interruption Micro-disconnection P

6.10 According to number of cycles of actuation (M) ofeach manual action

N

6.11 According to number of automatic cycles (A) ofeach automatic action

100 000 cycles P

6.12 According to temperature limits of the mountingsurface of the control

P

6.12.1 Control suitable for mounting on a surface whichis not more than 20 K above the ambienttemperature classified in 6.7.

N

6.12.2 Control suitable for mounting on a surface whichis more than 20 K above the ambienttemperature classified in 6.7.

25-500°C P

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IEC 60730-2-5

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6.13 According to value of proof tracking index (PTI)for the insulation material used

P

6.14 According to period of electrical stress acrossinsulating parts supporting live parts and betweenlive parts and earthed metal

Long period P

6.15 According to construction Incorporated control P

6.16 According to ageing requirements (Y) of theequipment in which, or with which, the control isintended to be used

N

6.17 According to use of the thermistor N

6.18 According to software class N

7 INFORMATION P

7.1 General requirements All necessary informationprovided

P

7.2 Methods of providing information P

7.2.1 Provided by marking, or P

Provided by documentation P

Provided by declaration P

7.2.2 Information which is indicated as being requiredby marking (C) or by documentation (D) shall alsobe provided for the testing authority in an agreedmanner if so requested by the testing authority

P

7.2.3 For controls submitted in, on or with anequipment, the requirement for documentation(D) is replaced by declaration (X)

N

7.2.4 For an integrated control forming part of a morecomplex control, the marking relating to theintegrated control may be included in the markingof the more complex control

N

7.2.5 Documentation (D) has been provided by marking(C)

N

7.2.5.1 Declaration (X) has been provided by eitherdocumentation (D) or by marking (C)

N

7.2.6 Except as indicated in 7.4, for integrated controlsall information is provided by means ofdeclaration (X). Unless otherwise indicated in apart 2, for incorporated controls, the only markingrequired is the manufacturer's name or trademark and the unique type reference, if otherrequired marking is provided by documentation(D). For incorporated controls declared underitem 50, see the explanation of documentation(D) contained in 7.2.1

Incorporated control P

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7.2.7 For controls that are neither integrated norincorporated, where lack of space preventslegible marking as specified, the control shall bemarked with the manufacturer's name (or trademark) and the unique type reference only. Theother marking required shall be included indocumentation (D)

N

7.2.8 Additional marking or information is allowed P

7.2.9 Symbols used P

7.3 Class II symbol Not in-line type N

7.3.1 The symbol for class II construction shall be usedonly for controls classified according to 6.8.3.4

N

7.3.2 The dimension of the symbol for class IIconstruction

N

7.4 Additional requirements for marking P

7.4.1 Required marking on a control shall preferably beon the main body of the control but may beplaced on non-detachable parts

P

Required markings shall be legible and durable P

7.4.2 Terminals of controls intended for the connectionof supply conductors shall be indicated by anarrow pointing towards the terminal, unless themethod of connection to the supply mains is of noimportance or is self-evident

Does not intended to beconnected to the supply mains

N

7.4.3 Terminals intended exclusively for a neutralexternal conductor shall be indicated by the letter"N"

N

7.4.3.1 Earthing terminals for external earthingconductors, and terminals for earthing continuityof class II and class III controls, shall be indicatedby the earth symbol

N

7.4.3.2 All other terminals shall be suitably identified,their purpose self-evident or the control circuitryvisually apparent. The arrow, the letter "N" or theearth symbol shall not be used except asindicated above

N

7.4.4 Controls intended to be set by the user or by theequipment manufacturer during installation shallbe provided with an indication of the direction toincrease or decrease the response value

Control Panel P

Controls intended to be set by the equipmentmanufacturer or the installer shall beaccompanied by documentation (D) indicating theproper method for securing the setting

Control Panel P

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7.4.5 Marking for parts destroyed during the normaloperation of the control and which have to bereplaced

No such parts N

8 PROTECTION AGAINST ELECTRIC SHOCK N

8.1 General requirements Incorporated control, could beevaluated in final system

N

8.1.1 Adequate protection against accidental contactwith live parts

N

8.1.2 For class II controls and controls for class IIequipment, metal parts separated fromhazardous live parts by basic insulation only

N

8.1.3 The insulating properties of lacquer, enamel,paper, cotton, oxide film on metal parts, beadsand sealing compounds

N

8.1.4 Class II controls and controls for class IIequipment connected in normal use to the gassupply mains or to the water supply mains

N

8.1.5 Class II controls and controls for class IIequipment intended to be permanently connectedto fixed wiring

N

8.1.6 Integrated and incorporated controls N

8.1.7 In-line cord and free-standing controls N

8.1.8 Independently mounted controls N

8.1.9 Checked by inspection and by specified tests N

8.1.10 See annex H N

8.1.11 Between class III circuits and circuits connectedto the mains or earth, insulation external to thesafety isolating transformer shall comply with allrequirements for class II insulation

N

8.1.12 Live part considered to be hazardous N

8.2 Actuating members and actuating means N

8.2.1 An actuating member shall not be live N

8.2.2 Unless either it is provided with an insulatedactuating member which is adequately fixed orthe actuating means is not accessible when theactuating member is removed

N

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8.2.3 For controls other than class III or controls forequipment other than those of class III, actuatingmembers and handles held in normal use shall beeither of insulating material, or adequatelycovered by insulating material; or, if of metal, theiraccessible parts shall be separated from theiractuating means, or fixings by supplementaryinsulation, if such would be likely to become livein the event of an insulation fault

N

For controls for connection to fixed wiring, or forcontrols for stationary equipment this requirementdoes not apply provided that such parts areeither:

N

- reliably connected to an earthing terminal orearthing contact; or

N

- shielded from hazardous live parts by earthedmetal

N

8.3 Capacitors N

8.3.1 For class II in-line cord controls andindependently mounted controls, capacitors shallnot be connected to accessible metal parts. Forcontrols for class II equipment, capacitors shallnot be connected to metal likely to be connectedto accessible metal when the control is mountedin accordance with the manufacturers'declarations. Metal casings of capacitors shall beseparated by supplementary insulation fromaccessible metal parts, and from other metalparts likely to be connected to accessible metal,when the control is mounted in accordance withthe manufacturers' declarations

N

8.3.2 No risk of electric shock from charged capacitors N

8.4 Covers and uninsulated live or hazardous parts N

Controls provided with a cover or cover plate ofnon-metallic material shall be so designed thatthe cover fixing screws are not accessible, unlessthey are either earthed or separated fromhazardous live parts by double insulation orreinforced insulation or not accessible aftermounting in the equipment

N

9 PROVISION FOR PROTECTIVE EARTHING N

9.1 General requirements Plastic enclosure and noearthing terminal

N

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9.1.1 Accessible metal parts, other than actuatingmembers, of in-line cord, free-standing andindependently mounted controls of class 0I andclass I which may become live in the event of aninsulation fault, shall be permanently and reliablyconnected to an earthing terminal or terminationwithin the control, or to the earthing contact of anequipment inlet

N

9.1.2 Accessible metal parts, other than actuatingmembers, of integrated and incorporated controlsfor class 0I and class I equipment which maybecome live in the event of an insulation faultshall have provision for earthing

N

9.1.3 Earthing terminals, earthing terminations andearthing contacts shall not be electricallyconnected to any neutral terminal

N

9.2 Class II and class III controls shall have noprovision for protective earthing

N

9.3 Adequacy of earth connections N

9.3.1 General requirements N

9.3.2 Fixed wiring and methods X and M N

9.3.3 External conductors N

9.3.4 Size of accessible earthing terminals N

9.3.5 Size of non-accessible earthing terminals N

9.3.6 Locking of earthing terminals N

9.4 Corrosion resistance N

All parts of an earthing terminal shall be resistantto corrosion resulting from contact between thoseparts and the copper of the earthing conductor orany other metal that is in contact with those parts

N

9.4.1 Materials N

9.4.2 Frames or enclosures of aluminum N

9.5 Other requirements N

9.5.1 Detachable parts N

9.5.2 Incorporated control N

10 TERMINALS AND TERMINATIONS P

10.1 Terminals and terminations for external copperconductors

No such terminals andterminations used

N

10.1.1 Terminals for fixed wiring and for non-detachablecords using attachment methods X and M, exceptas specified in 10.1.3

N

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10.1.2 Screws and nuts which clamp externalconductors

N

10.1.3 Soldered, welded, crimped or similar terminations N

10.1.4 Allow at least the connection of conductorshaving nominal cross-sectional areas as shown intable 10.1.4

N

10.1.5 So fixed that, when the clamping means istightened or loosened, the terminal does not workloose, internal conductors are not subjected tostress, and creepage distances and clearancesare not reduced below the values specified inclause 20

N

10.1.6 So designed that they clamp the conductorbetween metal surfaces with sufficient contactpressure and without undue damage to theconductor, except that for screwless terminalsintended for circuits carrying a current notexceeding 2 A, one of the surfaces may be ofnon-metallic material

N

10.1.7 Not require special preparation of the conductorin order to effect correct connection

N

10.1.8 So designed or placed that neither the conductornor a wire of a stranded conductor can slip outwhile any clamping screws or nuts are beingtightened, or while any equally effective device isbeing operated

N

10.1.9 Clamp the conductor reliably N

10.1.10 Do not attain excessive temperature in normaluse, so as to damage the material of thesupporting insulation, or the insulating covering ofthe clamped conductors

N

10.1.11 So located that each core contained within anyfixed wiring sheath or flexible cord sheath can beterminated in reasonable proximity to the othercores within the same sheath, unless there is agood technical reason for the contrary

N

10.1.12 So located or shielded, that should a wire escapewhen the conductors are fitted, there is no risk ofaccidental contact between live parts andaccessible metal parts, and for class II controlsand controls for class II equipment, between liveparts and metal parts separated from accessiblemetal parts by supplementary insulation only.Furthermore, there shall be no risk of short-circuiting a declared action providing a full-disconnection or a micro-disconnection

N

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10.1.13 So designed that circuit continuity is notmaintained by pressure transmitted throughinsulating material other than ceramic, or otherinsulating material with characteristics no lesssuitable, unless there is sufficient resilience in theappropriate metal parts to compensate for anyshrinkage or distortion

N

10.1.14 Screws and threaded parts of terminals shall beof metal

N

10.1.15 Terminals of the pillar type and the mantle type N

10.1.16 Flying leads (pig tails) N

10.2 Terminals and terminations for internalconductors

P

10.2.1 Allow the connection of conductors havingnominal cross-sectional areas as shown in table10.2.1

P

10.2.2 Terminals and terminations shall be suitable fortheir purpose. Terminations for making soldered,crimped and welded connections shall be capableof withstanding the stresses which occur innormal service

P

10.2.3 Soldered terminals Not this type N

10.2.4 Flat push-on connectors P

10.3 Terminals and terminations for integratedconductors

N

11 CONSTRUCTIONAL REQUIREMENTS P

11.1 Materials P

11.1.1 Insulating materials – Impregnated No such materials used N

11.1.2 Current-carrying parts P

11.1.3 Non-detachable cords No non-detachable cord N

11.2 Protection against electric shock P

11.2.1 Double insulation N

11.2.2 Infringement of double or reinforced insulation Reinforced insulation P

11.2.3 Integrated conductors No integrated conductorsprovided

N

11.2.4 Flexible cord sheaths N

11.2.5 See annex H N

11.3 Actuation and operation P

11.3.1 Full disconnection N

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11.3.2 Micro-disconnection Meet the electric strengthrequirements of clause 13

P

11.3.3 Reset buttons No reset button N

11.3.4 Setting by the manufacturer N

11.3.5 Contacts – General N

11.3.6 Contacts for full-disconnection and micro-disconnection

P

11.3.7 The requirements of 11.3.5 and 11.3.6 shall notapply to contacts where inspection shows theycannot be operated on-load or are not intended tobe operated on-load, nor to contacts which do notarc under conditions of normal use

N

11.3.8 Contacts rest position When actuating member is inrest position, contacts are open

P

11.3.9 Pull-cord actuated control Not this type N

11.4 Actions See below P

11.4.1 Combined actions N

11.4.2 Setting by the manufacturer N

11.4.3 Type 2 action N

11.4.4 Type 1.A or 2.A action N

11.4.5 Type 1.B or 2.B action Checked by the test of clause13 and the relevantrequirements of clause 20

P

11.4.6 Type 1.C or 2.C action N

11.4.7 Type 1.D or 2.D action N

11.4.8 Type 1.E or 2.E action N

11.4.9 Type 1.F or 2.F action N

11.4.10 Type 1.G or 2.G action N

11.4.11 Type 1.H or 2.H action N

11.4.12 Type 1.J or 2.J action N

11.4.13 Type 1.K or 2.K action N

11.4.14 Type 1.L or 2.L action N

11.4.15 Type 1.M or 2.M action N

11.4.16 See annex H N

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A Type 2.N action shall be so designed that in theevent of a leak in the sensing element, or in anyother part between the sensing element and theswitch head, the declared disconnection orinterruption is provided before the sum of thedeclared operating value and drift is exceeded

N

11.5 Openings in enclosures N

Drain holes, if any, shall have a minimum area of20 mm2, a maximum area of 40 mm2 andminimum dimension of 3 mm

No drain hole N

11.6 Mounting of controls Methods of mounting inaccordance with themanufacturer's declaration donot adversely affectcompliance with this standard

P

11.6.3 Mounting of independently mounted controls Not this type N

11.7 Attachment of cords N

11.7.1 Flexing N

11.7.2 Cord anchorages N

11.8 Size of cords – non-detachable N

11.9 Inlet openings Incorporated control, no inletopenings

N

11.9.1 Inlet openings for flexible external cords shall beso designed and shaped, or shall be providedwith an inlet bushing, so that the covering of thecord can be introduced without risk of damage

N

11.9.2 If an inlet bushing is not provided then the inletopening shall be of insulating material

N

11.9.3 If an inlet bushing is provided then it shall be ofinsulating material

N

11.9.4 An inlet bushing shall not be of rubber, with theexception that for attachment methods M, Y andZ for class 0, class 0I or class I controls, rubber isallowed if the bushing is integral with the sheathof a cord of rubber

N

11.9.5 Enclosures of independently mounted controlsintended to be permanently connected to fixedwiring shall have cable entries, conduit entries,knockouts or glands which permit the connectionof the appropriate conduit, cable or cord, asapplicable

N

11.10 Equipment inlets and socket-outlets N

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11.10.1 The design of equipment inlets and socket-outletsintended for use by the user for theinterconnection of controls and equipment shallbe such as to render unlikely their engagementwith each other or with equipment inlets orsocket-outlets intended for other systems if suchengagement could result in fire, or injury orelectric shock to persons or damage toequipment or surroundings

N

11.10.2 In-line cord controls provided with an equipmentinlet or socket-outlet shall be so rated, or soprotected, that unintentional overloading of eitherthe control, equipment inlet or socket-outletcannot occur in normal use

Not in-line cord contorl N

11.10.3 Controls provided with pins, blades, or otherconnecting/adapting means, in order to beintroduced into fixed socket outlets shall complywith the requirements of the appropriate socket-outlet system

N

11.11 Requirements during mounting, maintenance andservicing

P

11.11.1 Covers and their fixing P

11.11.2 Cover fixing means P

11.11.3 Actuating member N

11.11.4 Parts forming supplementary or reinforcedinsulation

Plastic part P

11.11.5 Sleeving as supplementary insulation N

11.11.6 Pull-cords N

11.11.7 Insulating linings N

11.12 Controls using software No software used N

11.13 Protective controls and components of protectivecontrol systems

P

11.13.1 Protective controls N

11.13.2 Pressure limiting devices N

11.13.3 Temperature monitoring devices Have an adequate responsetime on safety grounds,consistent with measurementfunction

P

12 MOISTURE AND DUST RESISTANCE

12.1 Protection against ingress of water and dust Could be evaluated in finalsystem

N

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12.1.1 Controls shall provide the degree of protectionagainst ingress of water and dust appropriate totheir IP classification when mounted and used inthe declared manner

N

12.1.2 Compliance is checked by first preparing thecontrol as described in 12.1.3 to 12.1.6

N

12.1.3 Controls are allowed to stand in normal test roomatmosphere for 24 h before being subjected tothe appropriate test

N

12.1.4 Controls provided with a detachable cord arefitted with an appropriate equipment inlet andflexible cord; controls with a non-detachable cordusing attachment method X are fitted with theappropriate conductors with the smallest cross-sectional area specified in 10.1.4; controlsprovided with a non-detachable cord usingattachment methods M, Y or Z are tested with thecord declared or delivered with the samples

N

12.1.5 Detachable parts are removed and subjected, ifnecessary, to the tests with the main part

N

12.1.6 Sealing rings of glands and other sealing means,if any, are aged in an atmosphere having thecomposition and pressure of the ambient air, bysuspending them freely in a heating cabinet,ventilated by natural circulation. They are kept inthe cabinet at a temperature of (70 ± 2) °C, for 10days (240 h)

N

12.2 Protection against humid conditions P

12.2.1 All controls shall withstand humid conditionswhich may occur in normal use

P

12.2.2 Compliance is checked by the test sequencedescribed in 12.2.3, after the humidity treatmentof 12.2.5 to 12.2.9, inclusive

P

12.2.3 For in-line cord, free-standing, independentlymounted controls, the test of 13.2 is conductedimmediately after the humidity treatment. Forintegrated and incorporated controls, the test of13.2 is conducted immediately after the humiditytreatment. These tests shall be conducted in sucha manner that condensation does not occur onany surface of the test samples

The test of 13.2 wasconducted immediately afterthe humidity treatment

P

12.2.4 The control shall show no damage so as to impaircompliance with this standard

P

12.2.5 Cable inlet openings, if any, and drain holes areleft open. If a drain hole is provided for an IPX7control, it is opened

N

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12.2.6 Detachable parts are removed and subjected, ifnecessary, to the humidity treatment with themain part

N

12.2.7 Before being placed in the humidity cabinet, thesample is brought to a temperature between t and(t + 4) °C. The sample is then kept in the humiditycabinet for:

– 2 days (48 h) for IPX0 controls;

– 7 days (168 h) for all other controls

48 h P

12.2.8 The humidity treatment is carried out in ahumidity cabinet containing air with a relativehumidity between 91 % and 95 %. Thetemperature of the air, at all places wheresamples can be located, is maintained within 1 °Cof any convenient value (t) between 20°C and30°C

Relative humidity: 93%

Temperature: 25°C

P

12.2.9 After this treatment the tests of clause 13 aremade either in the humidity cabinet, or in theroom in which the samples were brought to theprescribed temperature after the reassembly ofany detached parts

P

12.3 For in-line cord and free-standing controls, onesample is subjected to the test of 12.3.1 to 12.3.7inclusive prior to the other tests of clause 12

Not in-line cord and free-standing controls

N

12.3.1 The control is connected to a supply voltageequal to 1,06 times the rated voltage. The test isconducted at the maximum rated current and themaximum declared ambient temperature

N

12.3.2 The leakage current is measured between partsas indicated in 13.3.1 and measurements aremade as indicated in this subclause and in 13.3.1

N

12.3.3 Measuring circuits for controls using differentsupplies

N

12.3.4 During measurement all control circuits shall beclosed. However, controls tested according tofigures 26, 29 and 30 shall have leakage currentschecked with switch S1 in the open and theclosed position

N

12.3.5 The measuring circuit shall have a totalimpedance of (1 750 ± 250) Ω and be shunted bya capacitor such that the time constant of thecircuit is (225 ± 15) μs

N

12.3.6 The measurement circuit shall not have an errorof more than 5 % at an indicated 0,75 mA ofleakage and shall have an accuracy of within 5 %for all frequencies in the range of 20 Hz to 5 kHz

N

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12.3.7 The maximum leakage current, after thetemperature of the control has stabilized, shall notexceed the values given in 13.3.4

N

13 ELECTRIC STRENGTH AND INSULATION RESISTANCE P

13.1 Insulation resistance N

The insulation resistance of in-line cord, freestanding and independently mounted controlsshall be adequate

Not in-line cord, free standingand independently mountedcontrols

N

13.2 Electric strength P

The electric strength of all controls shall beadequate

(see appended table) P

13.3 For in-line cord and free-standing controls, afterthe tests of 13.1 or 13.2, as appropriate, thesample that was subjected to the tests of 12.3shall be subjected to the tests of 13.3.1 to 13.3.4inclusive

Not such types N

Class III controls are not tested under thesesubclauses

N

14 HEATING P

14.1 Controls and their supporting surfaces shall notattain excessive temperatures in normal use

Tested as specified

(see appended table)

P

14.2 Terminals and terminations which are intendedfor the connection of external conductors, otherthan those for non-detachable cords usingattachment methods M, Y or Z, shall be fitted withconductors of the intermediate cross-sectionalarea appropriate to the type of conductor andrating used in 10.1.4

Terminals used for theconnection of internalconductors

N

14.3 In-line cord controls are stood or rested on a dullblack painted plywood surface

Not in-line cord control N

14.4 Controls shall be connected to a supply havingthe most unfavourable voltage between 0,94 VRand 1,06 VR. Circuits which are not voltagesensitive may be connected to a lower voltage(but not less than 10 % of VR and loaded suchthat the most unfavourable current between 0,94and 1,06 times the rated current flows in thecircuit)

N

14.5 Controls are tested in an appropriate heatingand/or refrigerating apparatus such that theconditions in 14.5.1 and 14.5.2 are obtained

Tests performed in specifiedconditions

P

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Except for controls submitted in or withappliances, the test shall be conducted in anenvironment protected from drafts. Naturalconvection is permitted

P

14.6 The temperatures specified for the switch head,the mounting surfaces and sensing element shallbe attained in approximately 1 h

P

14.7 The temperature of the medium in which theswitch head is located, and the value of theactivating quantity to which the sensing elementis exposed, shall be measured as near aspossible to the center of the space occupied bythe samples and at a distance of approximately50 mm from the control

P

15 MANUFACTURING DEVIATION AND DRIFT N

15.1 Those parts of controls providing a Type 2 actionshall have adequate consistency of manufacturewith regard to their declared operating value,operating time, or operating sequence

Type 1 action provided only,requirements of this clausedoes not applied

N

15.2 Compliance is checked by the appropriate testsof this clause

N

15.3 For those controls which are completely orpartially destroyed during their normal operation,the tests of the appropriate subclauses of clause17 are deemed to be sufficient

N

15.4 For those controls which are dependent on themethod of mounting on, or incorporation in anequipment for their operation the manufacturingdeviation and the drift shall be declaredseparately and be comparative values. Thedeclared manufacturing deviation should beexpressed as a bandwidth or spread (for example10 K) and the drift by an alteration of value (forexample ±10 K or +5 K, –10 K)

N

15.5 The consistency shall be determined as specified N

15.6 For those controls which are not dependent fortheir operation on the method of mounting on, orincorporation in, an equipment (for exampletimers, current sensing controls, voltage sensingcontrols, energy regulators or the drop-out currentof electrically operated controls); thedetermination of consistency shall be as follows

N

15.7 See annex J N

16 ENVIRONMENTAL STRESS P

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16.1 Controls which are sensitive to the environmentalstresses of temperature shall withstand the levelof the appropriate stress likely to occur intransportation and storage

Checked by following tests P

16.2 Environmental stress of temperature P

16.2.1 Effect of temperature (–10 ± 2)°C for 24 h, (60 ±5) °C for 4 h

P

16.2.2 The control is not energized during either test P

16.2.3 After each test a control with an actuatingmember or actuating means shall be capable ofbeing actuated to provide correctly the class ofcircuit disconnection declared, in so far as thiscan be determined without dismantling thecontrol. This test is carried out at normal roomtemperature

N

The control is held at room temperature for 8 hprior to actuation

N

16.2.4 In addition, for controls with Type 2 actions, theappropriate test of clause 15 shall be repeatedafter each of the above tests.

Type 1 action N

17 ENDURANCE P

17.1 General requirements P

17.1.1 Controls, including those submitted in or with anequipment, shall withstand the mechanical,electrical and thermal stresses that occur innormal use

P

17.1.2 Controls with Type 2 actions shall operate suchthat any operating value, operating time oroperating sequence does not change by anamount greater than the declared drift

Type 1 action N

17.1.3 Test sequence and conditions P

17.1.4 See annex H P

17.2 Electrical conditions for the tests Loaded according to theratings declared by themanufacturer

P

17.3 Thermal conditions for the tests Specified temperature P

17.4 Manual and mechanical conditions for the tests No manual action N

17.5 Dielectric strength requirements Requirements of 13.2 applied P

17.6 Ageing test Not type 1.M and 2.M action N

17.7 Overvoltage test of automatic action ataccelerated rate

P

17.8 Test of automatic action at accelerated rate P

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17.9 Test of automatic action at slow rate Not slow-make, slow-breakautomatic actions

N

17.10 Overvoltage test of manual action at acceleratedspeed

Automatic action N

17.11 Test of manual action at slow speed N

17.12 Test of manual action at high speed N

17.13 Test of manual action at accelerated speed N

17.14 Evaluation of compliance ---

– all actions function automatically and manuallyin the intended and declared manner within themeaning of this standard;

P

– the requirements of clause 14 with regard tothose items designated by Note 1 of table 14.1,that is, terminals, current-carrying parts andsupporting surfaces, are still met.

P

– the requirements of clause 8, 17.5 and clause20 are still met. For the tests of 17.5 and clause20, controls for which special samples weresubmitted for clause 13, are tested at anappropriate condition to ensure that the contactsare open;

P

– for Type 2 actions, the appropriate test ofclause 15 is repeated and the operating value,operating time or operating sequence shall still bewithin the value of drift, or within the values ofcombined drift and manufacturing deviation,whichever was declared;

N

– the circuit disconnection declared for eachmanual action can still be obtained;

N

– there is no evidence that any transient faultbetween live parts and earthed metal, accessiblemetal parts or actuating members has occurred

P

See also annex H P

17.16 Test for particular purpose controls P

17.17 See annex J N

17.18 See annex J N

18 MECHANICAL STRENGTH N

18.1 General requirements N

18.2 Impact resistance Incorporated control, tested bythe equipment standard

N

18.4 Alternate compliance – Impact resistance N

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18.5 Free-standing controls Not such type N

18.6 In-line cord controls N

18.7 Pull-cord actuated controls N

18.8 Foot actuated controls N

18.9 Actuating member and actuating means N

19 THREADED PARTS AND CONNECTIONS P

19.1 Threaded parts moved during mounting orservicing

P

19.1.1 Threaded parts, electrical or otherwise which arelikely to be operated while the control is beingmounted or during servicing shall withstand themechanical stresses occurring in normal use

Terminal screws P

19.1.2 Such parts shall be easily replaceable ifcompletely removed

Restrict the complete removalof screws

P

19.1.3 Such threaded parts shall have a metric ISOthread or a thread of equivalent effectiveness

See below N

19.1.4 If such a threaded part is a screw and if itgenerates a thread in another part, it shall not beof the thread cutting type. It may be of the threadforming (swaging) type. There is no requirementfor the type of thread so produced

N

19.1.5 Such screws may be of the space threaded type,(sheet metal) if they are provided with a suitablemeans to prevent loosening

N

19.1.6 Such threaded parts shall not be of non-metallicmaterial if their replacement by a dimensionallysimilar metal screw could impair compliance withclause 13 or 20

N

19.1.7 Such screws shall not be of metal which is soft orliable to creep such as zinc or aluminum

P

This requirement is not applicable to parts usedeither as a cover to limit access to setting means,or as setting means such as flow or pressureadjusters in gas controls

N

19.1.8 Such screws operating in a thread of non-metallicmaterial shall be such that the correct introductionof the screw into its counterpart shall be ensured

No such construction N

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19.1.9 Such threaded parts, when used for in-line cordcontrols, if they are transmitting contact pressureand if they have a nominal diameter less than 3mm, shall screw into metal. If they are of non-metallic material they shall have a nominaldiameter of at least 3 mm, and shall not be usedfor any electrical connection

N

19.1.10 Compliance with 19.1.1 to 19.1.9 inclusive ischecked by inspection and by the test of 19.1.11to 19.1.15, inclusive

P

19.1.11 Threaded parts are tightened and loosened: ---

– 10 times if one of the threaded parts is of non-metallic material, or

c N

– five times if both parts are of metallic material P

19.1.12 Screws in engagement with a thread of non-metallic material are completely removed andreinserted each time. When testing terminalscrews and nuts, a conductor of the largest cross-sectional area used in 10.1.4 or of the minimumcross-sectional area specified in 10.2.1 is placedin the terminal

N

19.1.13 The shape of the screwdriver should suit thehead of the screw to be tested

P

19.1.14 The conductor is moved each time the threadedpart is loosened. During the test no damageimpairing the further use of the threaded partsshall occur, such as breakage of screws ordamage to the slot head or washers

P

19.1.15 The test is made by means of a suitable testscrewdriver, spanner or key, applying a torque,without jerks, as shown in table 19.1

P

19.2 Current-carrying connections P

19.2.1 Current-carrying connections which are notdisturbed during mounting or servicing and theefficiency or security of which is maintained bythe pressure of a screw, threaded part, rivet orthe like shall withstand the mechanical, thermaland electrical stresses occurring in normal use

Not disturbed during mountingor servicing

N

19.2.2 Such current-carrying connections which are alsosubject to torsion in normal use, (that is, havingparts integral with or connected rigidly to screwterminals etc.) shall be locked against anymovement which could impair compliance withclauses 13 or 20

N

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19.2.3 Such current-carrying connections shall be sodesigned that contact pressure is not transmittedthrough non-metallic material other than ceramicor other non-metallic material havingcharacteristics no less suitable, unless there issufficient resilience in the corresponding metalparts to compensate for any shrinkage ordistortion of the non-metallic material

P

19.2.4 Such current-carrying connections shall not makeuse of space threaded screws, unless the screwsclamp the current-carrying parts directly incontact with each other, and are provided with asuitable means of locking

P

19.2.4.1 Space threaded screws may be used to provideearthing continuity if at least two such screws areused for each connection

N

19.2.5 Such current-carrying connections may make useof thread cutting screws if these produce a full-form standard machine screw thread

N

19.2.5.1 Thread cutting screws may be used to provideearthing continuity if at least two such screws areused for each connection

N

19.2.6 Such current-carrying connections, whose partsrely on pressure for their correct function, shallhave resistance to corrosion over the area ofcontact not inferior to that of brass. Thisrequirement does not apply to parts whoseessential characteristics may be adverselyaffected by plating such as bimetallic blades,which if not plated shall be clamped into contactwith parts which have adequate resistance tocorrosion. Suitable corrosion resistance may beachieved by plating or a similar process

P

19.2.7 Compliance with 19.2.1 to 19.2.6 inclusive ischecked by inspection. In addition, compliancewith 19.2.3 and 19.2.6 is checked by aninspection of the metallic resilient parts after thetests of clause 17 have been completed

P

20 CREEPAGE DISTANCES, CLEARANCES AND DISTANCES THROUGH SOLIDINSULATION

P

Controls shall be constructed so that theclearances, creepage distances and distancesthrough solid insulation are adequate to withstandthe electrical stresses that can be expected

See below P

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Printed wiring boards conforming with all of therequirements for type B coating as specified inIEC 60664-3 shall comply with the minimumrequirements of 20.3 for solid insulation. Nocreepage or clearance dimensions apply toconductor dimensions under the type B coating.See also annex Q

N

Creepage distances and clearances betweenterminals for the connection of externalconductors shall be not less than 2 mm, or thespecified limit, whichever is the highest. Thisrequirement does not apply to such terminals ifthey are only used for factory attachment ofconductors or if they are used for connection inextra-low voltage circuits

N

20.1 Clearances P

Clearances shall not be less than the valuesshown in table 20.2 for case A, taking intoaccount the pollution degree and the ratedimpulse voltage required to serve the overvoltagecategories of table 20.1, except that, for basicand operational insulation, smaller distances maybe used if the control meets the impulsewithstand test of 20.1.12 and the parts are rigid orheld by mouldings, or if the construction is suchthat there is no likelihood of the distances beingreduced by distortion or by movement of the parts(e.g. during operation or during assembly), but inno case shall the clearances be less than thevalues for case B

P

20.1.1 The clearances of basic insulation shall besufficient to withstand the overvoltages that canbe expected in use, taking into account the ratedimpulse voltage. The values of table 20.2, case Aapply except as permitted by 20.1.7

P

20.1.2 For operational insulation, table 20.2, case Aapplies

P

- except as permitted by 20.1.7; or P

- except that clearances for electronic controlsare not specified if the requirements of H.27.1.3are met with the clearances short-circuited

P

20.1.3 Compliance with 20.1 is checked bymeasurement using the methods of measurementas given in annex B and figure 17

P

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20.1.4 Distances through slots or openings in surfacesof insulating material are measured to metal foil incontact with the surface. The foil is pushed intocorners and the like by means of the standardtest finger shown in figure 2, but is not pressedinto openings

N

20.1.5 The standard test finger is applied to apertures asspecified in 8.1, the distance through insulationbetween live parts and the metal foil shall thennot be reduced below the values specified

N

20.1.6 If necessary, a force is applied to any point onbare live parts which are accessible before thecontrol is mounted, and to the outside of surfaceswhich are accessible after the control is mounted,in an endeavour to reduce the creepagedistances, clearances and distances throughinsulation while taking the measurements

N

20.1.7 For basic and operational insulation, smallerdistances may be permitted if the control meetsthe impulse withstand test of 20.1.12 and theparts are rigid or held by mouldings, or if theconstruction is such that there is no likelihood ofthe distances being reduced by distortion, bymovement of the parts, or during assembly, but inno case shall the clearances be less than thevalues for case B

P

20.1.8 Clearances of supplementary insulation shall benot less than those specified for basic insulationin table 20.2, case A

N

20.1.9 Clearances of reinforced insulation shall be notless than those in table 20.2, case A but usingthe next higher step for rated impulse voltage asa reference

P

20.1.10 For controls or portions of controls supplied froma transformer with double insulation, clearancesof operational insulation and basic insulation onthe secondary side are based on the secondaryvoltage of the transformer which is used as thenominal voltage of table 20.1

N

In the case of supply voltages derived fromtransformers without separate windings, the ratedimpulse voltage shall be determined from table20.1 based on the primary voltage for stepdowntransformers, and based on the maximummeasured r.m.s. value of the secondary voltagefor step-up transformers

N

Table 2 of IEC 60664-1 gives clearancedimensions for higher impulse withstand voltages

N

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20.1.11 For circuits having extra-low voltage which arederived from the supply by means of protectiveimpedance, clearances of operational insulationare determined from table 20.1 based on themaximum measured value of the working voltagein the extra-low voltage circuit

N

20.1.12 The impulse voltage test, when required, isapplied in accordance with 4.1.1.2.1 of IEC60664-1

N

The impulse voltage is applied between live partsand metal parts separated by basic or operationalinsulation

N

20.1.13 If the secondary of a transformer is earthed, or ifthere is an earthed screen between the primaryand secondary windings, the clearances of basicinsulation on the secondary side shall not be lessthan those specified in Table 20.2 but using thenext lower step for rated impulse voltage as areference

N

For circuits supplied with a voltage lower thanrated voltage, for example, on the secondary sideof a transformer, clearances of functionalinsulation are based on the working voltage,which is used as the rated voltage for Table 20.1

N

20.2 Creepage distances P

20.2.1 Controls shall be constructed so that creepagedistances for basic insulation are not less thanthose specified in table 20.3 for the rated voltage,taking into account the material group and thepollution degree

P

Creepage distances are not specified forelectronic controls if the requirements of H.27.1.3are met with the creepage distance short-circuited

P

20.2.2 Controls shall be constructed so that creepagedistances for operational insulation are not lessthan those specified in table 20.4 for workingvoltage, taking into account the material groupand the pollution degree

P

20.2.3 Creepage distances of supplementary insulationshall be not less than those appropriate for basicinsulation taking into account the material groupand the pollution degree

N

20.2.4 Creepage distances of reinforced insulation shallbe not less than double those appropriate forbasic insulation, taking into account the materialgroup and the pollution degree

P

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20.3 Solid insulation P

Solid insulation shall be capable of durablywithstanding electrical and mechanical stressesas well as thermal and environmental influenceswhich may occur during the anticipated life of theequipment

P

20.3.1 There is no dimensional requirement for thethickness of basic or operational insulation

P

20.3.2 The distance through insulation forsupplementary and reinforced insulation, forworking voltages up to and including 300 V,between metal parts shall not be less than 0,7mm

N

For controls having parts with double insulationwhere there is no metal between basic insulationand supplementary insulation, the measurementsare made as though there is a metal foil betweenthe two layers of insulation

N

21 RESISTANCE TO HEAT, FIRE AND TRACKING P

21.1 General requirements P

All non-metallic parts of a control shall beresistant to heat, fire and tracking

Checked by the tests of 21.2 P

21.2 Integrated, incorporated and in-line cord controls Test sequences conducted asappropriate to the position ofthe non-metallic part and thedeclared category

P

21.2.1 For parts which are accessible when the controlis mounted in its manner of intended use, and thedeterioration of which may result in the controlbecoming unsafe:

P

- the ball pressure test of 21.2.5; followed by (see appended table) P

- either the horizontal burning test of clause G.1of annex G;

N

- or, the glow-wire test of clause G.2 of annex Gcarried out at 550 °C

(see appended table) P

21.2.2 For parts which retain in position current-carryingparts other than electrical connections:

N

- the ball pressure test of 21.2.6; followed by N

- either the horizontal burning test of clause G.1of annex G;

N

- or, the glow-wire test of clause G.2 of annex Gcarried out at 550 °C

N

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21.2.3 For parts which maintain or retain in positionelectrical connections, the tests shall be asindicated for the declared category of the control:

P

Category A N

Category B N

Category C N

Category D (see appended table) P

21.2.4 For all other parts, (except decorative trim, knobsand other small parts too small to be subjected tothe glow wire test and, therefore, unlikely to beignited, for which no test is required):

N

- either the horizontal burning test of clause G.1of annex G;

N

- or, the glow-wire test of clause G.2 of annex Gcarried out at 550 °C

N

21.2.5 Ball pressure test 1 (see appended table) P

21.2.6 Ball pressure test 2 (see appended table) P

21.2.7 Resistance to tracking N

All non-metallic parts for which a creepage path isspecified between live parts of different polarity,between live parts and earthed metal andbetween live parts and accessible surfaces (ifrequired by clause 20), shall have a resistance totracking as declared

N

Controls designed for operation at extra-lowvoltage are not subjected to a tracking test

N

21.3 Independently mounted controls Incorporated control N

21.3.1 Preconditioning N

Preconditioning shall be carried out in a heatingcabinet prior to the tests of 21.3.2 to 21.3.5,inclusive, as specified

N

21.3.2 Insulating parts retaining live parts shall complywith the requirements of Category B or D

N

21.3.3 Accessible non-metallic parts shall comply withthe requirements of 21.2.1

N

21.3.4 Other non-metallic parts shall comply with therequirements of 21.2.4

N

21.3.5 Independently mounted controls shall comply withthe requirements of 21.2.7

N

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21.4 Controls employing a mercury-tube switchintended for connection to a working-voltagecircuit as defined in 2.1.3

No such device N

The enclosure and any other exposed metal areto be grounded and cotton is to be placed aroundall openings in the enclosure

N

There shall be no ignition of the cotton orinsulation on circuit conductors nor emission offlame or molten metal except mercury from theenclosure housing the switch. Wiring attached tothe device, except tube leads, shall not bedamaged. Successive operations are to beconducted by alternately closing the mercury-tubeswitch on the short circuit and closing the shortcircuit on the mercury tube by means of anysuitable switching device

N

Cotton used shall be as specified in annex C N

The switch need not be operative after the tests N

22 RESISTANCE TO CORROSION N

22.1 Resistance to rusting N

22.1.1 Ferrous parts, including covers and enclosures,the corrosion of which might impair compliancewith this standard, shall be protected againstcorrosion

N

22.1.2 This requirement does not apply to temperaturesensing elements or to other component partswhose performance would be adversely affectedby protective treatment

N

22.1.3 Compliance is checked by the following test N

22.1.4 The parts are subjected to a test of 14 daysduration at 93 % to 97 % relative humidity at (40± 2) °C

N

22.1.5 After the parts have been dried for 10 min in aheating cabinet at a temperature of (100 ± 5) °C,their surfaces shall show no corrosion whichmight impair compliance with clauses 8, 13, and20

N

22.1.6 Traces of rust on sharp edges and a yellowishfilm removable by rubbing are ignored

N

23 ELECTROMAGNETIC COMPATIBILITY (EMC) REQUIREMENTS-EMISSION N

24 COMPONENTS P

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24.1 Transformers intended to supply power to asafety extra-low voltage circuit (SELV) shall be ofthe safety isolating type and shall comply with therelevant requirements of IEC 61558-2-6

No transformer used N

Capacitors used to provide radio interferencesuppression shall comply with the requirementsof IEC 60384-14

No such capacitors used N

Fuses shall comply with the requirements of IEC60127 or IEC 60269, as appropriate

No fuses used N

24.1.1 Controls that incorporate a safety isolatingtransformer as the source of supply to an externalisolated limited secondary circuit are subjected toan output test with the primary energized at fullrated voltage as indicated in 17.2.2, 17.2.3.1 and17.2.3.2

N

Under any non-capacitive conditions of loading(from no load to the short-circuiting of any or allsecondary low-voltage installation wiringterminals) and without disturbing internalconnections, the secondary output voltage shallbe not greater than that defined in 2.1.5

N

The secondary output power at the terminals tothe external circuit shall not exceed 100 VA andthe secondary output current shall not exceed 8 Aafter 1 min of operation with overcurrentprotection, if provided, bypassed

N

24.2 Components other than those detailed in 24.1 arechecked when carrying out the tests of thisstandard

P

24.2.1 However, for components which have previouslybeen found to comply with a relevant IEC safetystandard, to reduce the testing necessary,assessment is limited to the following:

P

1) the application of the component within thecontrol is checked to ensure that it is covered byprevious testing to the IEC safety standard;

P

2) testing according to this standard of anyconditions not covered by the previous testing tothe IEC safety standard

P

24.2.2 See also annex J N

25 NORMAL OPERATION P

See annex H P

26 ELECTROMAGNETIC COMPATIBILITY (EMC) REQUIREMENTS-IMMUNITY N

See clause H.26 Not checked in this report N

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27 ABNORMAL OPERATON P

27.1 See annex H P

27.2 Burnout test N

27.3 Overvoltage and undervoltage test N

27.4 See annex H P

28 GUIDANCE ON THE USE OF ELECTRONIC DISCONNECTION N

See annex H N

A ANNEX A (NORMATIVE)

INDELIBILITY OF MARKINGS

P

A.1 Markings on controls shall be adequately indeliblefor safety and are therefore classified accordingto the requirements for indelibility

P

A.2 Compliance with the requirements for indelibilityof markings classified according to A.1.2 ischecked by the specified tests

P

A.3 Compliance with the requirements for indelibilityof markings classified according to A.1.3 ischecked by the specified tests

P

B ANNEX B (NORMATIVE)

MEASUREMENT OF CREEPAGE DISTANCES AND CLEARANCES IN AIR

P

When determining and measuring creepagedistances and clearances, the specifiedassumptions are made

P

C ANNEX C (NORMATIVE)

COTTON USED FOR MERCURY SWITCH TEST

N

C.1 Classification N

C.2 General requirements N

Absorbent cotton shall be made from cordedfibres, bleached white, free from adheringimpurities and fatty material

N

C.3 Fibre length N

Not less than 60 % of the fibres by mass shall beat least 12 mm in length; not more than 10 % bymass may be 6 mm or less in length

N

C.4 Absorbency N

A specimen of cotton shall be completelysubmerged in water within 10 s. The specimenshall retain not less than 24 times its mass ofwater

N

C.5 Acidity and alkalinity N

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A water extract of the cotton shall be neutral N

C.6 Residue on ignition N

There shall be not more than 0,2 % of residue N

C.7 Water soluble material N

There shall be not more than 0,25 % of residue N

C.8 Fatty material N

There shall be no trace of blue, green or brownishcolour in the ether solution and the amount ofresidue shall not exceed 0,7 %

N

C.9 Dyes N

There shall be no evidence of a blue or green tint.A slight yellow is acceptable

N

C.10 Other foreign matter N

The pinches of cotton taken for determination offibre length shall not contain oil stains or metallicparticles

N

D ANNEX D (INFORMATIVE)

HEAT, FIRE AND TRACKING

N

D.1 Insulating materials used for direct and indirectsupport of live parts

N

D.1.1 Insulating materials shall comply with any of theflammability classifications according to IEC60707 and the corresponding electrical,mechanical and thermal requirements given intable D for their intended purpose of either director indirect support of live parts

N

D.1.2 Tests for verification of compliance with D.1.1 aremade on samples of the same insulating materialas used in the device part(s) according to the teststandards in table D

N

D.1.3 Relative temperature index test N

D.1.4 Volume resistivity N

D.1.5 Dielectric voltage withstand N

D.1.6 High-voltage arc tracking resistance N

D.1.7 Water absorption N

D.1.8 Dimensional stability N

D.1.9 Distortion under load and stress relief N

D.1.10 High current arc resistance to ignition N

D.1.11 Hot wire ignition N

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D.1.12 High voltage arc resistance to ignition N

D.2 Polymeric materials used for enclosures forportable, stationary and fixed controls

N

D.2.1 Requirements for polymeric materials used forenclosures are specified in table D.2

N

D.2.2 Temperature rating (relative thermal index) N

D.2.3 Flammability class for polymeric materials usedas enclosures

N

D.2.4 Portable control enclosures flammability – 19 mmflame

N

D.2.5 Stationary and fixed control enclosureflammability – 127 mm flame

N

D.2.6 Exposure to ultraviolet light (outdoor installations) N

D.2.7 Water exposure and immersion N

D.2.8 Volume resistivity N

D.2.9 Resistance to hot wire ignition N

D.2.10 Distortion under load N

D.2.11 Resistance to impact N

D.2.12 Crush resistance N

D.2.13 Stress-relief distortion N

D.2.14 Input after stress-relief distortion test N

D.2.15 Dielectric withstand N

D.2.16 Conduit continuity N

D.2.17 Conduit pull-out, torque, bending N

D.2.18 Knockouts N

D.2.19 Abnormal operation N

D.2.20 High current arc resistance to ignition N

D.2.21 Strain-relief test N

D.2.22 Severe conditions N

D.3 Reference documents N

E ANNEX E (NORMATIVE)

CIRCUIT FOR MEASURING LEAKAGE CURRENT

P

A suitable circuit for measuring leakage current inaccordance with H.8.1.10 is shown in figure E.1

P

F ANNEX F (INFORMATIVE)

HEAT AND FIRE RESISTANCE CATEGORIES

P

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F.1 The following descriptions of heat and fireresistance categories are based on IEC 60335-1and are given for information only. Requirementsfor heat and fire resistance are contained in theappropriate equipment standard(s)

P

F.2 Category A controls have a rating of less than 0,5A or are suitable for use in appliances having arating of less than 0,5 A or are for hand-heldappliances, appliances kept switched on by hand,or continuously loaded by hand

N

F.3 Category B controls are suitable for use as analternative to categories C or D

N

F.4 Category C controls are suitable for use inappliances which are operated while attendedand which have a current rating greater than 0,5A

N

F.5 Category D controls are suitable for use inappliances which are operated while unattendedand which have a current rating greater than 0,5A

P

G ANNEX G (NORMATIVE)

HEAT AND FIRE RESISTANCE TESTS

P

G.1 Burning test N

The burning test is made on a specially preparedsample having a thickness of (3 ± 0,2) mm inaccordance with IEC 60707

N

G.2 Glow-wire test P

The glow-wire test is made in accordance withIEC 60695-2-1

P

G.3 Needle-flame test N

The needle-flame test is made in accordance withIEC 60695-2-2

N

G.4 Proof tracking test N

The proof tracking test is made in accordancewith IEC 60112

N

H ANNEX H (NORMATIVE)

REQUIREMENTS FOR ELECTRONIC CONTROLS

P

This annex supplements or modifies thecorresponding clauses of this standard

P

H.2 Definitions ---

H.2.4 Definitions relating to disconnection andinterruption

---

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H.2.5 Definitions of type of control according toconstruction

---

H.2.7 Definitions relating to protection against electricshock

---

H.2.16 Definitions relating to the structure of controlsusing software

---

H.2.17 Definitions relating to error avoidance in controlsusing software

---

H.2.18 Definitions relating to fault/error controltechniques for controls using software

---

H.2.19 Definitions relating to memory tests for controlsusing software

---

H.2.20 Definitions of software terminology – General ---

H.2.21 Definitions relating to software classes ---

H.4 General notes on tests P

H.4.1 Conditions of test P

H.6 Classification P

H.7 Information P

H.8 Protection against electric shock N

H.8.1 General requirements N

H.11 Constructional requirements P

H.11.2 Protection against electric shock N

H.11.4 Actions P

H.11.12 Controls using software N

H.13 Electric strength and insulation resistance P

H.13.2 Electric strength P

H.17 Endurance P

H.17.1 General requirements P

H.17.14 Evaluation of compliance P

H.18 Mechanical strength N

H.18.1 General requirements N

H.20 Creepage distances, clearances and distancesthrough insulation

P

H.20.1.9 Electronic controls P

H.21 Resistance to heat, fire and tracking N

H.21.2.6 Ball pressure test 2 N

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the temperature achieved during the test ofH.27.1.3, if this is higher than the temperaturegiven in the preceding four dashed paragraphs

N

H.23 Electromagnetic compatibility (EMC)requirements – emission

N

H.23.1 Electronic controls shall be so constructed thatthey do not emit excessive electric orelectromagnetic disturbances in their environment

N

H.23.1.1 Low frequency emission, disturbances in supplysystems

N

H.23.1.2 Radio frequency emission N

H.25 Normal operation P

H.25.1 The output waveform of electronic controls shallbe as declared

P

The output waveform of the control shall beexamined under all normal operating conditionsand shall be either sinusoidal or as declared intable 7.2, requirement 53

P

H.26 Electromagnetic compatibility (EMC)requirements – Immunity

N

H.26.1 Electronic controls shall be so constructed as towithstand the effects of mains-borneperturbations and electromagnetic phenomenawhich may occur in normal use

N

H.26.2 For protective and operating controls with eithertype 1 or 2 action, and either integrated,incorporated, independently mounted, or free-standing, compliance is checked at test levels asindicated by the following Table H.26.2.1. Thecontrols shall comply with H.26.15

N

H.26.5 Voltage dips and voltage interruptions in thepower supply network

N

H.26.5.1 Purpose of the test N

H.26.5.2 Test values N

H.26.5.3 Test procedure N

H.26.5.4 Severity levels N

H.26.5.4.1 Purpose of the test N

H.26.5.4.2 The duration and procedure N

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H.26.5.4.3 The control is subjected to each of the specifiedvoltage test cycles three times with 10 s intervalsbetween each test cycle for the mostrepresentative modes of operation. Additionalvoltage test levels may be specified in part 2

N

H.26.8 1,2/50 µs – 8/20 µs voltage-current surge test N

H.26.8.1 Purpose of the test N

H.26.8.2 Test values N

H.26.8.5 Test procedure N

H.26.9 Electrical fast transient/burst test N

H.26.9.1 Purpose of the test N

H.26.9.2 Test levels N

H.26.9.3 Test procedure N

H.26.10 Ring wave test N

H.26.10.1 Purpose of the test – Range of application N

H.26.10.2 Test wave characteristics N

H.26.10.3 Test equipment/test generator N

H.26.10.4 Severity levels N

H.26.10.5 Test procedure N

H.26.11 Electrostatic discharge test N

H.26.12 Radio-frequency electromagnetic field immunity N

H.26.12.1 Purpose of the test N

H.26.12.1.1

If the criticality of level 2 testing is not affectedafter level 3 testing, the testing of level 2 need notbe carried out

N

H.26.12.2 Immunity to conducted disturbances N

H.26.12.2.1

Test levels for conducted disturbances N

H.26.12.2.2

Test procedure N

H.26.12.3 Radiated electromagnetic fields immunityevaluation

N

H.26.12.3.1

Test level for radiated electromagnetic fields N

H.26.12.3.2

Test procedure N

H.26.13 Test of influence of supply frequency variations N

H.26.13.1 Purpose of the test N

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H.26.13.2 Test levels N

H.26.13.3 Test procedure N

H.26.14 Power frequency magnetic field immunity test N

H.26.14.1 Purpose of the test N

H.26.14.2 Test levels N

H.26.14.3 Test procedure N

H.26.15 Evaluation of compliance N

H.27 Abnormal operation P

H.27.1 Electronic controls shall be assessed for theeffects of failure or malfunction of circuitcomponents

P

H.27.1.1 Fault conditions specified in H.27.1.4 are notapplied to circuits or parts of circuits where all ofthe specified conditions are met

N

H.27.1.2 The control shall be operated under the specifiedconditions

P

H.27.1.3 With each fault described in Table H.27.1,simulated or applied to one circuit component at atime, the control shall comply with specifiedrequirements

P

H.27.1.3.1 Guidelines for the tests of H.27.1.3 P

H.27.1.4 Electronic circuit fault conditions P

For the purpose of Clause H.27, the applicablefailure modes are given in Table H.27.1

P

H.27.1.5 If the load includes a motor load (see 6.2.2 or6.2.5), and the failure or malfunction of anelectronic circuit component causes a change inthe supply waveform to the controlled motor, thecontrol shall be subjected to the specified tests

P

H.27.4 Controls providing electronic disconnection (Type1.Y or 2.Y) shall withstand the abnormalovervoltage conditions which may occur

P

H.27.4.1 The control is loaded as indicated in 17.2 andsubjected to 1,15 × VR for 5 s, when the control isproviding electronic disconnection

P

H.27.4.2 During and after the test, the control shallcontinue to provide electronic disconnection asdetermined by the test of H.11.4.16.2

P

H.28 Guidance on the use of electronic disconnection P

H.28.1 Main features of solid-state switching devices P

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H.28.2 Application of solid-state switching devices P

J ANNEX J (NORMATIVE)

REQUIREMENTS FOR CONTROLS USING THERMISTORS

N

This annex supplements or modifies thecorresponding clauses of this standard

N

J.1 scope N

J.1.1.1 Additional paragraphs N

This annex is applicable to controls usingthermistors constructed of ceramic or polymericsemiconductor materials

N

This standard applies to the inherent safety, theoperating temperature values and testing ofcontrols using thermistors either within the controlor remote from it

N

J.2 Definitions N

J.2.15 Definitions pertaining to thermistors N

J.2.15.1 thermistor N

J.2.15.2 PTC thermistor N

J.2.15.3 NTC thermistor N

J.2.15.4 thermistor control element N

J.2.15.5 self-controlled heater N

J.2.15.6 thermistor sensing element N

J.4 General notes on tests N

J.4.3.5 According to purpose N

J.4.3.5.4 Type 1 controls using thermistors as temperaturesensing devices where selfheating is negligibleare not subjected to the tests for thermistors

N

J.6 Classification N

J.6.4 According to features of automatic action N

J.6.4.3.3 Additional paragraph: N

For the purpose of this standard, a PTCthermistor control or sensing element that is inthe switched mode (high resistance) or an NTCthermistor in the unswitched mode (highresistance), are considered to provide theequivalent of micro-interruption

N

J.6.15 According to construction N

J.6.15.5 Control using NTC or PTC thermistors N

J.6.17 According to use of the thermistor N

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J.6.17.1 – thermistor control element; N

J.6.17.2 – self-controlled heater; N

J.6.17.3 – thermistor sensing element N

J.12 Moisture and dust resistance N

J.12.2 Protection against humid conditions N

J.12.2.1 Addition: N

For Type 2 controls using thermistors, R/Tmeasurements are performed before and afterthe test and the R/T characteristic and its driftshall be within the declared limits

N

J.13 Electric strength and insulation resistance N

J.13.2 Electric strength N

J.15 Manufacturing deviation and drift N

J.15.7 The resistance/temperature (R/T) characteristicshall be determined as indicated in J.12.2.1 andJ.17.17 using the method declared by themanufacturer as specified in table 7.2,requirement 65

N

J.17 Endurance N

J.17.17 The sequence of tests is as specified N

J.17.17.1 After the tests of J.17.18.1 to J.17.18.4 inclusive,the performance of the control shall not beadversely affected and it shall function asintended and declared

N

Additionally, for Type 2 controls usingthermistors, the R/T characteristic or range ofcharacteristics shall be determined as indicated initem b) of J.17.17 and shall be as declared inrequirement 63 of table 7.2

N

J.17.17.2 After the tests of J.17.18.5 and J.17.18.6 thecontrol shall continue to comply with therequirements of clauses 8 and 13. During andafter the tests, there shall be no emission offlames or expulsion of particles

N

J.17.18 Test conditions N

Unless otherwise indicated, the control is notpowered or energized during the tests of J.17.18.The complete sequence of tests is conducted onthree samples, except that the tests ofJ.17.18.3.1 and J.17.18.3.2 may be conductedsimultaneously on separate samples

N

J.17.18.1 Method of R/T measurement N

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The method of measurement used (see Table7.2, requirement 65) shall include considerationssuch as self-heating, thermal dissipation andvoltage effect, which may produce an erroneousR/T curve

N

J.17.18.2 Extended cycling N

The thermistor is subjected to the number ofcycles declared by the manufacturer as specifiedin table 7.2 requirement 64 over the portion of theR/T curve used in the application

N

J.17.18.3 Thermal conditioning N

The temperatures for the tests of J.17.18.3.1 andJ.17.18.3.2 are taken from the R/T declaration intable 7.2 requirement 62

N

J.17.18.3.1 Unswitched mode N

The control is conditioned without energization ina circulating air oven for a period of 1 000 h at atemperature just below the temperatureincrement in which a step-like change inresistance occurs

N

J.17.18.3.2 Switched mode N

The control is conditioned without energization ina circulating air oven for a period of 1 000 h at atemperature 30 K above the temperatureincrement in which a step-like change inresistance occurs

N

J.17.18.4 Cold environmental electrical cycling N

The control is placed in a chamber at 0 °C orTmin, whichever is the lower, and allowed toattain this temperature. The thermistor is thencycled at the declared maximum rated electricalconditions over the significant portion of the R/Tcurve for 1 000 cycles

N

J.17.18.5 Thermal runaway N

The thermistors are to be energized and operatedunder maximum rated conditions until thermallystabilized. The voltage is then to be graduallyincreased until breakdown occurs, or two timesthe working voltage of the thermistor is reached,at which time the test may be terminated

N

J.17.18.6 Overcurrent test N

This test is applicable to controls using NTCthermistors as control elements

N

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The thermistors are to be operated at thedeclared maximum rated electrical conditionsuntil thermally stabilized. The current through theelement is then to be gradually increased until 1,5times the maximum working current of thethermistor is reached

N

J.24 Components N

J.24.2.1 Add the following: N

This subclause is applicable to thermistorspreviously tested under IEC 60738-1, IEC 60738-1-1 or IEC 60539

N

K ANNEX K (INFORMATIVE)

NOMINAL VOLTAGES OF SUPPLY SYSTEMS FOR DIFFERENT MODES OFOVERVOLTAGE CONTROL

N

Table K.1 – Inherent control or equivalent protective control N

Table K.2 – Cases where protective control is necessaryand control is provided by surge arresters havinga ratio of clamping voltage to rated voltage notsmaller than that specified by IEC 60099-1

N

L ANNEX L (NORMATIVE)

OVERVOLTAGE CATEGORIES

N

Overvoltage category is a numeral characterizinga transient overvoltage condition

N

The following information on overvoltagecategories is based on IEC 60664-1

N

Equipment of overvoltage category IV is for useat the origin of the installation

N

Equipment of overvoltage category III isequipment in fixed installations and for caseswhere the reliability and the availability of theequipment is subject to special requirements

N

Equipment of overvoltage category II is energyconsuming equipment to be supplied from thefixed installation

P

If such equipment is subjected to specialrequirements with regard to reliability andavailability, overvoltage category III applies

N

Equipment of overvoltage category I is equipmentfor connection to circuits in which measures aretaken to limit transient overvoltages to anappropriately low level

N

M ANNEX M (INFORMATIVE)

TYPICAL USAGE

P

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IEC 60730-2-5

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N ANNEX N (NORMATIVE)

POLLUTION DEGREES

N

N.1 Pollution It only could be checked in finalsystem

N

The micro-environment determines the effects ofpollution on the insulation. Themacroenvironment, however, has to be taken intoaccount when considering the micro-environment

N

Means may be provided to reduce pollution at theinsulation under consideration by the effectiveuse of coatings, enclosures, encapsulation orhermetic sealing. Such means to reduce pollutionmay not be effective when the equipment issubject to condensation or if, in normal operation,it generates pollutants itself

N

Small clearances can be bridged completely bysolid particles, dust and water and thereforeminimum clearances are specified wherepollution may be present in the micro-environment

N

N.2 Degrees of pollution in the micro-environment N

For the purpose of evaluating creepage distancesand clearances, the following four degrees ofpollution in the micro-environment areestablished:

N

Pollution degree 1 N

Pollution degree 2 N

Pollution degree 3 N

Pollution degree 4 N

P ANNEX P (NORMATIVE)

PRINTED CIRCUIT BOARD COATING PERFORMANCE TEST

N

P.1 A coating intended to be used on a printed circuitboard that has creepages in accordance withclause 20, pollution degree 1, shall comply withthe requirements of this annex

N

P.2 A printed circuit board assembly that is used witha coating, including inks, solder resists andassembled components, is to be acceptable forits application in terms of temperature, solderconditions, conductor size and adhesion to thebase material as determined by the requirementsof IEC 60249 and IEC 60326

N

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IEC 60730-2-5

Clause Requirement - Test Result - Remark Verdict

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P.3 Electric strength of coating – A coating shallwithstand the electric strength test of 13.2 foroperational insulation at a test voltage determinedfrom table 13.2, based on the maximum workingvoltage supplied to the board assembly, after theconditioning of clauses P.3.3 and P.3.4

N

P.3.1 Ten test samples shall be prepared with theminimum applicable creepage distances and theminimum coating thickness using the patternshown in figure P.1. The samples are to beprepared by normal production means using theprimer or cleaner employed prior to applying thecoating to the board. Wiring suitable to thevoltages and temperatures involved is to beattached

N

P.3.2 Ageing test – Five samples of the coated boardas described in P.3.1 shall be subjected to atemperature of 130 °C ± 2 °C for 1 000 h

N

P.3.3 Humidity conditioning – The five samples of thecoated board which were subjected to the ageingtest of P.3.2 are to be conditioned for 48 h in atest chamber at a temperature of (35 ± 1) °C and(90 ± 5) % relative humidity. Immediatelyfollowing removal from the test chamber, eachsample is to be subjected to the electric strengthtest described in P.3.5 and P.3.6

N

P.3.4 Environmental cycle conditioning – Five of thesamples of the coated board described in P.3.1are to be subjected to three complete cycles ofenvironmental conditioning as described in tableP.1. Immediately following the conditioning, eachsample is to be subjected to the electric strengthtest described in P.3.5 and P.3.6

N

P.3.5 After conditioning, the samples of the coatedboard as described in P.3.1 are to be providedwith tight-fitting aluminum foil (representing anelectrically conductive deposit along the surfaceof the coating) that covers the test pattern exceptfor the insulated test lead wire and solder points

N

P.3.6 The voltage stress is to be applied according toP.3 to each conditioned sample between leads A,B, and C individually and the common lead (seefigure P.1). No flashover or breakdown shalloccur. Glow discharges without drop in voltageare neglected

N

Q ANNEX Q (NORMATIVE)

PRINTED CIRCUIT BOARD COATING PERFORMANCE TEST

N

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IEC 60730-2-5

Clause Requirement - Test Result - Remark Verdict

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Q.1 A printed wiring board conforming with all of therequirements for type A coating as specified inIEC 60664-3 shall comply with the minimumcreepage requirements of clause 20 of thisstandard, pollution degree 1

N

Q.2 A printed wiring board conforming with all of therequirements for type B coating as specified inIEC 60664-3 shall comply with the minimumrequirements for solid insulation as specified in20.3 of this standard. No creepage or clearancedimensions apply to conductor dimensions fortype B coating

N

Q.3 Actual printed boards representative ofproduction samples or standard test boardsaccording to figures Q.1 and Q.2 may be used forthe tests. Thirteen samples are required for typeA tests, seventeen samples for type B tests

N

Q.4 Compliance with the requirements for type A ortype B coating shall be checked by the tests ofIEC 60664-3, clause 6

N

Q.5 For the tests of IEC 60664-3, clause 6, thespecified test levels or conditions apply:

N

R ANNEX R (INFORMATIVE)

EXPLANATORY NOTES FOR SURGE IMMUNITY TEST

N

R.1 Different source impedances N

R.2 Application of the tests N

R.2.1 Equipment level immunity N

R.2.2 System level immunity N

R.3 Installation classification N

R.3.1 Equipment level immunity of ports connected tothe power supply network

N

R.3.2 Equipment level immunity of ports connected tointerconnection lines

N

S ANNEX S (INFORMATIVE)

GUIDANCE FOR APPLYING CLAUSE 20

P

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13.2 TABLE: ELECTRIC STRENGTH P

test voltage applied between: Test voltage (V) Breakdown

(Yes/No)

Basic insulation 1450 No

Live parts and enclosure 2900 No

Micro-disconnection 500 No

13.3 TABLE: LEAKAGE CURRENT N

Single phase appliances: 1,06 times ratedvoltage (V) .................................................................

---

Three phase appliances 1,06 times ratedvoltage divided by √3 (V) .........................................

---

leakage current I between: I (mA) Required I (mA)

14.1 TABLE: HEATING TEST, THERMOCOUPLES P

room temperature t1 () ...........................................: 24,5 ---

room temperature t2 () ...........................................: 24,7 ---

test voltage (V) ........................................................... : 235V ---

temperature T of part/at: T () required T ()

Terminal 30,4 85

Metal enclosure 33,7 85

Plastic enclosure 33,9 155

Knob 37,7 130

14.1 ABLE: HEATING TEST, RESISTANCE METHOD N

room temperature t1 () ...........................................: ---

room temperature t2 () ...........................................: ---

test voltage (V) ........................................................... : ---

temperature rise of winding: R1 (Ω) R2 (Ω) dT (K) required dT(K)

insulationclass

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14.1 TABLE: HEATING TEST, THERMOCOUPLES P

room temperature t1 () ...........................................: 24,6 ---

room temperature t2 () ...........................................: 24,3 ---

test voltage (V) ........................................................... : 265V ---

temperature T of part/at: T () required T ()

Terminal 31,4 85

Metal enclosure 35,1 85

Plastic enclosure 34,5 155

Knob 37,9 130

14.1 ABLE: HEATING TEST, RESISTANCE METHOD N

room temperature t1 () ...........................................: ---

room temperature t2 () ...........................................: ---

test voltage (V) ........................................................... : ---

19.1 TABLE: THREADED PART TORQUE TEST P

Threaded partidentification

Diameter of thread

(mm)

Column number

(I, II or III)

Applied torque

(Nm)

Terminal 2,5 I 0,2

21.2 TABLE: BALL-PRESSURE TESTS P

part test temperature () impression diameter(mm)

Plastic enclosure 75 1,05

21.2 TABLE: GLOW-WIRE TESTS P

part Test temperature () Ignition Remarks

Plastic enclosure 550 No P

24 TABLE: COMPONENTS P

object/part No. manufacturer/trademark

type/model technical data standard mark(s) ofconformity1)

TUBE

CHANGYUAN

ELECTRONICS

(SHENZHEN) CO

LTD

CB-TT-S V-0, 130 UL94 UL E180908

Plasic enclosureCHI MEI

CORPORATIONPA-765(+) V-0, 80 UL94 UL-E56070

1) an asterisk indicates a mark which assures the agreed level of surveillance

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