1、C22.2 No. 156-M1987(reaffirmed 2013)Solid-State Speed ControlsStandards Update ServiceC22.2 No. 156-M1987November 1987Title: Solid-State Speed ControlsPagination: 23 pages, each dated November 1987To register for e-mail notification about any updates to this publicationgo to shop.csa.caclick on CSA
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3、2 No. 156-M1987 Solid-State Speed Controls Industrial Products Forming Part of Canadian Electrical Part II Code, Safety Standards for Electrical Equipment ISSN 0317-5669 Published in November 1987 by Canadian Standards Association (Incorporated 1919) 178 Rexdale Boulevard Rexdale (Toronto), Ontario
4、Canada M9W 1R3 Canadian Standards Association 1987 All rights reserved. No part of this publication may be reproduced in any form, in an electronic retrieval system or otherwise, without the prior permission of the publisher. Contents Contents Technical Committee on Industrial Products 4 Tables 19 S
5、ubcommittee on C22.2 No. 156 5 Figure 22 Preface 6 Appendix AGuidance for the Minimum Quantities of Samples to Be Used for the Tests Foreword 7 and the Sequence in Which the Tests Are to Be 1. Scope 9 Performed 23 2. Definitions 9 3. General Requirements 10 4. Construction 10 4.1 General 10 4.2 Encl
6、osures 10 4.3 Mounting Materials 11 4.4 Mounting 11 4.5 TerminaiPartsand Leads 11 4.6 Disconnecting Means 11 4.7 Spacings 11 4.8 Actuating Members 12 4.9 Assembly 12 5. Marking 12 6. Tests 13 6.1 General 13 6.2 Line Conducted Interference Level 13 6.3 Overload 14 6.4 Endurance 14 6.5 Temperature 15
7、6.6 Dielectric Strength 15 6.7 Mould Stress Relief 15 6.8 Breakdown of Components 16 6.9 Strain Relief 16 6.10 Leakage Current 16 6.11 Limited Short-Circuit 16 6.12 Printed Circuit Board Coatings 17 6.13 Moisture Absorption Resistance 18 6.14 Impact 18 Sohd-State Speed Controls November1987 3 Techni
8、cal Committee Technical Committee on Industrial Products C.E. McRoberts Thorn hill, Ontario Vice-Chairman Representing Manufacturers B. Dyczkowsky Canadian Standards Association, Standards Rexdale, Ontario Administrator, Nonvoting Representing Regulatory Authorities F.M. Bragg City of Halifax, Halif
9、ax, Nova Scotia D.H. Dunsire Manitoba Hydro, Winnipeg M. Riendeau Ministre de lHabitation et de Ia Protection du consommateur, Montral, Qubec G.A.H. Ward British Columbia Ministry of Labour, Vancouver Representing Manufacturers R.D. Colvin Allen-Bradley Canada Ltd., Cambridge, Ontario R.A. Wilson We
10、stinghouse Canada Inc., Hamilton, Ontario Representing General Interests C. Allan Etobicoke, Ontario Representing Canadian Electrical Contractors Association G.E. Davidson Toronto, Ontario Consumer Representative R.E. Dowling Canadian Standards Association, Alternate Rexdale, Ontario M.D. Skinner Pu
11、blic Works Canada, Ottawa, Ontario R.H. Smith Canadian Standards Association, Rexdale, Ontario C22.2 No. 156-M1987 4 November 1987 Subcommittee Subcommittee on C222 No. 156 R.D. Colvin Allen-Bradley Canada Ltd., Chairman Cambridge, Ontario R.E. Boes Beaver Delta Machinery Corp., Guelph, Ontario D.S.
12、 Edmonton Alberta Department of Labour, Edmonton B. Ender Leviton Manufacturing of Canada Ltd., Montreal, Quebec J.A. Gibson Trivar Inc., Mississauga, Ontario D.W. Hay Canadian Standards Association, Rexdale, Ontario M.A. Lamothe M.A. Lamothe (b) provide an explanation of circumstances surrounding t
13、he actual field condition; and (c) be phrased where possible to permit a specific “yes“ or “no“ answer. Interpretations are published in “CSA In formation Update“. For subscription details and a free sample copy, write to CSA Marketing or telephone (416) 747-2292. C22.2 No. 156-M1987 6 November 1987
14、 Foreword Foreword Canadian Standards Association provides certification services for manufacturers who, under license from CSA, wish to use the appropriate registered CSA Marks on certain products of their manufacture to indicate conformity with CSA Standards. CSA Certification for a number of prod
15、ucts is provided in the interest of maintaining agreed-upon standards of quality, performance, interchangeability, and/or safety, as appropriate. Where applicable, certification may form the basis for acceptance by authorities. Where feasible, programs will be developed for additional products for w
16、hich certification is desired by producers, consumers or other interests. In performing its functions in accordance with its objectives, CSA does not assume or undertake to discharge any responsibility of the manufacturer or any other party. The opinions and findings of the Association represent its
17、 professional judgement given with due consideration to the necessary limitations of practical operation, and the state of the art at the time the Standard is processed. Products in substantial accord with this Standard but which exhibit a minor difference or a new feature may be deemed to meet the
18、Standard providing the feature or difference is found acceptable utilizing appropriate CSA Certification Division Operating Procedures. Products which comply with this Standard shall not be certified if they are found to have additional features which are inconsistent with the intent of this Standar
19、d. Products shall not be certified if they are discovered to contravene applicable Federal laws or regulations. Testing techniques, test procedures, and instrumentation frequently must be prescribed by the CSA Certification Division in addition to the technical requirements contained in Standards of
20、 CSA. Beyond the markings specified in the Standard, the CSA Certification and Testing Division may require special cautions, markings, and instructions that are not specified by the Standard. Some tests required by CSA Standards may be inherently hazardous. The Association neither assumes nor accep
21、ts any responsibility for any injury or damage that may occur during or as the result of tests wherever performed whether performed in whole or in part by the manufacturer or the Association, and whether or not any equipment, facility, or personnel for or in connection with the test is furnished by
22、the manufacturer or the Association. Manufacturers should note that, in the event of the failure of the CSA Certification and Testing Division to resolve an issue arising from the interpretation of requirements, there is an appeal procedure: the complainant should submit the matter, in writing, to t
23、he Secretary of the Canadian Standards Association. If this Standard is to be used in obtaining CSA Certification please remember, when making application for certification, to request all current Amendments, Bulletins, Notices, and Technical Information Letters that may be applicable, and for which
24、 there may be a nominal charge. For such information or for further information concerning details about CSA Certification please address your inquiry to the Applications and Records Section, Canadian Standards Association, 178 Rexdale Boulevard, Rexdale (Toronto), Ontario MSW 1R3. Publication DateD
25、ecember 31, 1987 (ie, the date on or after which this Standard may, at the discretion of the applicant, be used for certification). Effective DateMay 31, 1989* (ie, the date on which this Standard shall be applicable to equipment being submitted for certification and to equipment already certified a
26、nd manufactured on or after that date). * Unless otherwise noted in the text or General Instruction. Solid-State Speed Controls November 1987 7 C22.2 No. iS6-M1987 8 November 1987 C22.2 No. 156-M1987 Solid-State Speed Controls ScopeDefinitions 1. Scope 1.1 This Standard applies to solid-state, singl
27、e-phase motor speed controls, rated at 300 V and less, 20 A and less, designed to be used in circuits for the control of shaded pole, permanent split capacitor, or universal motors, and other motors suitable for use with this type of control, intended for use in nonhazardous locations in accordance
28、with the Canadian Electrical Code, Part I. 1.2 This Standard applies to controls that may incor- porate a switch to place an air gap in series with the motor; and when provided with a series switch, (a) incorporate solid-state components in a phase shift network to provide a controlled voltage outpu
29、t and designed so that (I) Type I: the ON/OFF function is independent of the output voltage setting; or (ii) Type II: the ON/OFF function can be operated at minimum output voltage setting only; or (iii) Type Ill: the ON/OFF function can be operated at maximum output voltage setting only; or (b) (Typ
30、e IV) incorporate solid-state components to provide one or more, but not an infinite number of positions of control. 1.3 This Standard applies to controls intended for (a) flush mounting; (b) surface mounting; (c) use as a table-mounted control to which a portable motor can be temporarily connected;
31、 (d) installation in other equipment as part of the control package for that equipment; (e) permanent installation in the supply line of a motor; or (f) other similar applications within the general outline above. 1.4 This Standard does not apply to resistor, trans- former, and variable frequency ty
32、pe motor speed controls. 2. Definitions 2.1 The following definitions apply in this Standard: Actuating memberthat part which is pulled, pushed, orturned in operating the control mechanism. Controla solid-state, single-phase motor speed control. Field wiring terminala terminal to which power supply,
33、 equipment control leads, or equipment grounding or bonding connections will be made in the field when the control is installed. Liningan insulating material covering the interior surface of the metal cover or enclosure of a control to prevent electrical contact between bare live parts and the cover
34、 or enclosure. Thermoplastica plastic that repeatedly can be softened by heating and hardened by cooling through a temperature range characteristic of the plastic, and which, in the softened state, can be shaped byflow into articles by moulding orextrusion. Thermoseta material that, after having bee
35、n cured by heat or other means, is substantially infusible and insoluble. Type I controla control in which the ON/OFF function is independent of the output voltage setting. Type II controla control in which the ON/OFF function can be operated at the minimum output voltage setting only. Type III cont
36、rola control in which the ON/OFF function can be operated at maximum output voltage setting only. Solid-State Speed Controls November 1987 9 DefinitionsGeneral RequirementsConstruction Type IV controla control incorporating solid-state components to provide one or more but not an infinite number of
37、positions of control. 3. General Requirements 3.1 General requirements applicable to this Standard are given in CSA Standard C22.2 No. 0, General RequirementsCanadian Electrical Code, Part II. 3.2 Reference Publications 3.2.1 Where reference is made to CSA Standards of the Canadian Electrical Code,
38、Parts / and II, such reference shall be considered to refer to the latest edition and revision thereto, unless otherwise specified. This Standard refers to the following such Standards and the year dates shown indicate the latest editions available at the time of printing: C22.1-1 986, Canadian Elec
39、trical Code, Part I; C22.2 No. 0-M1982, General RequirementsCanadian Electrical Code, Part II; 022.2 No. O.6-M1982, Flammability Testing of Polymeric Materials; C22.2 No. 0.11-M1985, Classification of Polymeric Compounds; 022.2 No. 94-1 976, Special Purpose Enclosures 2, 3, 4, and 5. 3.2.2 This Stan
40、dard refers to the following Publications and where such reference is made it shall be to the edition listed below: CSA Standard 0108.5.4-1975, Tolerable Limits and Methods of Measurement of Line Conducted Interference from Low Voltage Apparatus (.49 MHz-30 MHz). ASTM Standard Dl 000-72b, Methods of
41、 Testing Pressure-Sensitive Adhesive Coated Tapes Used for Electrical Insulation. CGSB* Standard 67-GP-7-1 975, Standard for Cotton, Absorbent, Sterile and Non- Ste rile. * Canadian General Standards Board. 4. Construction 4.1 General 4.1.1 Electric component parts of controls shall be of types spec
42、ifically approved for the use intended or shall be investigated as an integral part of, and with, the control. 4.1.2 When a control contains components that are covered by other CE Code, Part II Standards, such components shall be suitable for the intended application, and shall (a) be approved; or
43、(b) comply with those requirements of the com- ponent Standard which are pertinent to the intended application. 4.2 Enclosures 4.2.1 Controls shall be provided with complete enclosures that house all bare live parts, except that controls intended specifically for use in devices where they will be so
44、 enclosed as to prevent the exposure of bare live parts to accidental contact, need not be provided with such enclosures. Note: The term “bare live parts“, as used throughout this Standard, includes film coated wire. 4.2.2 An enclosed control intended to be exposed to falling moisture orto external
45、splashing shall comply with the applicable requirements for Enclosure 3 of GSA Standard 022.2 No. 94. 4.2.3 Non-metallic enclosures shall have a minimum flammability classification of 0.6 V-2 in accordance with the vertical burning test requirements of GSA Standard 022.2 No. 0.6. 4.2.4 Thermoplastic
46、 enclosures shall meet the test requirements for mould stress relief specified in Clause 6.7. 4.2.5 Enclosures for cord connected or direct plug-in devices shall meet the impact test requirements of Clause 6.14. C22.2 No. 156-M1987 10 November 1987 Construction 4.3 Mounting Materials 4.3.1 Material
47、on which bare live parts are mounted shall be of absorption resistant insulating material meeting the test of Clause 6.13. 4.3.2 Material on which bare live parts are mounted shall have a minimum flammability classification of 0.6 V-2 in accordance with the vertical burning test requirements of CSA
48、Standard C22.2 No. 0.6. 4.4 Mounting 4.4.1 Controls for flush mounting shall be provided with means for mounting in a device box or on an outlet box cover. The mounting strap or mounting ears either shall be made of steel at least 1.0 mm thick or, if thinner or made of other material, shall be forme
49、d or reinforced so as to have equivalent mechanical strength. If steel is used, it shall be suitably treated to prevent rusting (see CSA Standard C22.2 No. 0). Note: The mounting strap or mounting ears may be provided with extension plaster ears, which may be scored so that they can be broken off if not needed. 4.4.2 Controls for flush mounting shall be designed so that metal face plates, when installed in the intended manner, shall be bonded to the outlet boxes. 4.4.3 Mounting for controls not intended for flush mounting shall be suitable for the application. 4.5 T
