UL 201:2008 pdf download.Garage Equipment.
17.2.3 Sleeving. tape. and tubing used for insulation on wires shall be rated for the voltage and temperature Involved.
17.2.3 effectIve ,January 27, 2007
17.3 SplIces and connections
17.3.1 Splices and connections shall be mechanically secure and provide electrical contact. A soldered connection shall be made mechanically secure before being soldered.
17.3.1 effective Januaay 27, 2007
17.3.2 Equipment subject to vibration shall be provided with lock washers or other means to mechanically secure wire binding screws and nuts. A twist on type connector shall be additionally secured to the wires by means of at least two layers of tape. Tape used for this means shall be suitable for use and comply with the Standard for Polyvinyl Chloride, Polyethylene, and Rubber Insulating Tape. UL 510.
17.32 effective January 27, 2007
17.3.3 A splice shall be provided with insulation equivalent to that of the wires connected if spacing between the splice and other metal parts is not maintained.
17.3.3 effective January 27. 2007
17.3.4 Insulation consisting of two layers of tape is acceptable on a splice if the voltage involved is less than 250 volts. In determining if splice insulation is acceptable, consideration is given to such factors as Its dielectric properties. heat resistance, and moisture resistance. Tape shall not be wrapped over a sharp edge.
17.34 effective January 27, 2007
17.3.5 It internal winng Is stranded, loose strands of wire shall not contact other uninsulated live pans of opposite polarity, or dead metal parts. At a wire binding screw, this may be accomplished by using upturned lugs, a cupped washer, barriers, or other equivalent means to hold the wires under the head of the screw. Other acceptable means of retaining the loose stranded internal wiring in position are use of a pressure terminal connector, soldering lug. or crimped eyelet.
17.3.5 effective January 27, 2007
17.3.6 Aluminum conductors, insulated or uninsulated, used as internal wiring, such as for interconnection between current carrying parts or as motor windings, shall be terminated at each end by a method that is acceptable for the combination of metals involved at the connection point.
17.2.3 effectIve ,January 27, 2007
17.3 SplIces and connections
17.3.1 Splices and connections shall be mechanically secure and provide electrical contact. A soldered connection shall be made mechanically secure before being soldered.
17.3.1 effective Januaay 27, 2007
17.3.2 Equipment subject to vibration shall be provided with lock washers or other means to mechanically secure wire binding screws and nuts. A twist on type connector shall be additionally secured to the wires by means of at least two layers of tape. Tape used for this means shall be suitable for use and comply with the Standard for Polyvinyl Chloride, Polyethylene, and Rubber Insulating Tape. UL 510.
17.32 effective January 27, 2007
17.3.3 A splice shall be provided with insulation equivalent to that of the wires connected if spacing between the splice and other metal parts is not maintained.
17.3.3 effective January 27. 2007
17.3.4 Insulation consisting of two layers of tape is acceptable on a splice if the voltage involved is less than 250 volts. In determining if splice insulation is acceptable, consideration is given to such factors as Its dielectric properties. heat resistance, and moisture resistance. Tape shall not be wrapped over a sharp edge.
17.34 effective January 27, 2007
17.3.5 It internal winng Is stranded, loose strands of wire shall not contact other uninsulated live pans of opposite polarity, or dead metal parts. At a wire binding screw, this may be accomplished by using upturned lugs, a cupped washer, barriers, or other equivalent means to hold the wires under the head of the screw. Other acceptable means of retaining the loose stranded internal wiring in position are use of a pressure terminal connector, soldering lug. or crimped eyelet.
17.3.5 effective January 27, 2007
17.3.6 Aluminum conductors, insulated or uninsulated, used as internal wiring, such as for interconnection between current carrying parts or as motor windings, shall be terminated at each end by a method that is acceptable for the combination of metals involved at the connection point.
