TUFF-SEAL TM TECHNICAL REFERENCE SECTION

Transcription

1 TUFF-SEAL TM TECHNOLOY TUFF-SEAL TM TECHNICAL REFERENCE SECTION OPERATIN TEMPERATURES Material Temperature range Aluminum -40 F to +300 F (-40 C to +149 C) Buna-N -40 F to +50 F (-40 C to +11 C) Nylon -40 F to +5 F (-40 C to +107 C) Steel -F to F (-51 C to +537 C) Stainless Steel -F to F (-51 C to +537 C) Neoprene (bushings) -40 F to +50 F (-40 C to +11 C) Silicone (bushings) -150 F to F (-101 C to +199 C) Valox -40 F to +50 F (-40 C to +11 C) Dome-Cap Connectors: Non-Metallic - F to +176 F (-30 C to +80 C) Metallic -40 F to +1 F (-40 C to +100 C) STATEMENT Remke Industries supports supports the European the European Union s Union s efforts to efremove harmful chemicals from electrical products. In compliance with Directive 011/65/EU of the European Parliament and the Council of the European Union regarding the restriction of the use of certain hazardous substances in electrical and electronic equipment (RoHS), Remke Industries certifies either: 1. The maximum concentration values of weight in homogenous materials for the substances referred to in Article 4(1) of directive 00/95/EC that are contained in the Products do not exceed the maximum concentration values of 0.1% in respect of lead, mercury, hexavalent chromium, polybrominated biphenyls, polybrominated diphenyl ethers, and 0.01% in respect of cadmium. OR. The product supplied is exempt from this directive. Remke Industries certifies that all products of our manufacture are fully compliant to the current RoHS Directive. KNOCKOUT DIMENSIONS N.P.T. Hub Size ISO CERTIFICATION On July 1st, 003 Remke Industries received ISO 9001 : 000 certification which certifies that Remke is compliant with current ISO standards. Knockout Hole Recommended (Min to Max/ Inches) 1/4".540 to.570 3/8".671 to.701 1/".859 to.906 3/4" to " to /4" to /" to.016 ".453 to.500 1/".953 to " to /" TO " TO FLAMMABILITY Component Mesh rip Rating UL 94HB Fitting UL 94V- Note: Non-metallic cord connectors will not support combustion. APPROVALS, CERTIFICATION & COMPLIANCES AENCY FILE NUMBER PRODUCT OR COMPONENT Underwriters Laboratories Inc. (UL) Canadian Standards Association (CSA) National Electrical Code (NEC) ROHS & WEE HAZARDOUS LOCATIONS Definition E53599 E500 The Remke products listed are suitable for use in hazardous locations per Class I, Div., Class II, Div 1 &, and Class III, Div. 1 & E500(N) E157356(N) 8985 Remke Products RSR Series (Straight, 90, 45 ) RSP Series (Straight, 90 ) RSM Cord rips RSRS Cord rips Liqua-Seal Connectors RSR Series (Straight, 90, 45 ) RSP Series (Straight, 90 ) RSRS Cord rips RSSS Series RSPV Series RTK Series MC Cable Connectors Watertight Conduit Hubs Articles RSR Series (Straight, 90, 45 ) Articles Articles 501-4(B) Articles 50-4(A) Articles 503-3(A) RSP Series (Straight, 90 ) RSM Cord rips RSRS Cord rips All Tuff-Seal and Tuff-Link Products are Compliant RSR Series (Straight, 90, 45 ) RSP Series (Straight, 90 ) RSM Cord rips, RSRS Cord rips -5 34

2 35 RATINS/MATERIAL OF CONSTRUCTION MATERIAL IP 54 AND NEMA 3 IP 54 AND NEMA 3R IP65 AND NEMA 4 IP 56 AND NEMA 4X IP67 AND NEMA 6 IP 5 AND NEMA 1 Aluminum X X X X X Nickel-Plated Aluminum X X X X X X Steel X X X X X IP RATINS Stainless Steel DEFINITION X X X X X X First IP RATINS Nylon DEFINITION X X X X X IP RATINS DEFINITION Solid Objects First IP From First Valox IP RATINS DEFINITION X X From X X X X Solid IP First Solid Objects From 0 0 From IP First RATINS DEFINITION Solid Objects From IP Solid Objects From 0 From IP First 01 RATINS DEFINITION Solid Objects From 01 First Solid Objects From From vertically First From 0 Solid Objects From 1 Solid Objects IP RATINS DEFINITION Protected 0 0 solid objects over 1 01 falling drops vertically of From vertically vertically solid objects Solid over Objects 1 falling drops of 0 e.g hands, large tools vertically solid solid objects objects over over 0 First From Solid Objects 0 falling drops 1 of e.g hands, large tools 1 falling drops of From solid e.g hands, objects large over tools 1 vertically 0 falling drops of vertically e.g hands, large tools solid e.g hands, objects large over tools 10 solid Protected objects over 1 falling drops of vertically falling drops of vertically 1 solid e.g solid e.g Protected hands, objects large over hands, objects large over tools tools 1 falling drops of falling drops of vertically P e.g solid e.g hands, objects large large over tools tools falling drops of e.g hands, large tools Protected vertically 1 Protected over solid objects over 1 falling drops of large tools solid Protected objects over Protected sprays of up to a direct solid e.g hands, over large tools e.g hands, large tools solid Protected objects over sprays of angleup to a solid objects over e.g hands, large tools angle Protected sprays of angleup direct to a e.g hands, large tools angle solid e.g hands, objects large over tools sprays of angle solid Protected objects over up direct to a sprays of up direct to a over e.g large tools sprays of angle solid e.g up to a Protected hands, objects large over tools sprays of angle up direct to a e.g large tools angle solid e.g hands, objects large over tools Protected sprays of angle up to a solid e.g objects hands, over large tools 3 from entry by solid 3 angle from entry by solid 3 direct direct e.g hands, from large entry tools by solid angledirect objects objects over over 3 from entry by solid 3 from entry by solid 3 objects over e.g. e.g. wire wire or or small small tools tools angle from over entry by solid 3 sprays of up direct to a e.g. or small tools angle objects over 3 angle from entry by solid 3 e.g. objects from or over small entry tools by solid 3 e.g. wire or small tools sprays of angle up direct to a angle 3 objects from over entry by solid 3 e.g. objects wire or over small tools sprays of up direct to a sprays of angleup to a 3 e.g. objects wire e.g. from or from or over small small entry tools entry by tools by solid 3 solid sprays of angle angleup direct to a direct e.g. 3 objects wire or over over small tools 3 sprays sprays of of angle up to a up to a 4 e.g. wire wire from or small or entry small tools by tools solid 4 angle angle from entry by solid from entry by solid 4 over sprayed from any direction. 4 objects objects from over over entry by solid 4 sprayed sprayed from from any direction. any direction. e.g. wires from or entry tools by solid 4 Limited permitted. objects e.g. wires e.g. wires from over entry or or tools tools by solid 4 sprayed Limited Limited from any permitted. direction. permitted. 4 objects over sprayed from any direction. objects e.g. wires from over entry or tools by solid 4 sprayed Limited from any permitted. direction. e.g. wires from entry or tools by solid 4 Limited permitted. 4 objects e.g. objects wires from over over or entry tools by solid 4 sprayed Limited sprayed from any from permitted. direction. any direction. from entry by solid 4 e.g. 4 objects wires over or tools Limited 4 sprayed from permitted. objects e.g. wires from over entry or tools by solid 4 sprayed Limited from any any permitted. direction. direction. objects e.g. e.g. wires wires over or tools or tools Limited sprayed Limited from permitted. any permitted. direction. deposits of 5 low 5 e.g. dust e.g. wires equipment or tools of pressure Limited jets from lowpermitted. deposits of 5 dust e.g. deposits of 5 pressure jets from low damage e.g. due to deposits equipment any pressure direction. jets from 5 dust e.g. due to equipment deposits of of 5 5 pressure any direction. jets from low damage due to deposits Limited any permitted direction. low dust dust damage e.g. e.g. due to equipment deposits equipment of 5 Limited pressure any pressure direction. jets from 5 permitted deposits of 5 Limited jets from lowpermitted dust damage e.g. due to deposits of pressure jets low from pressure damage due to deposits Limited any any direction. permitted direction. 5 dust e.g. 5 dust e.g. equipment due to equipment deposits of deposits 5 5 Limited Limited pressure any jets direction. from permitted any jets from direction. permitted low 5 dust damage damage e.g. due due to to deposits equipment deposits deposits of 5 Limited Limited pressure any direction. permitted permitted jets from low dust damage e.g. due to equipment deposits Limited pressure any direction. permitted jets from 6 Total damage protection due to deposits dust 6 Limited any direction. high permitted Total protection e.g. Dust-Tight dust pressure Limited jets from high 6 permitted any Total Total protection protection e.g. Dust-Tight dust dust 6 6 pressure jets from high high direction. Limited any e.g. e.g. Dust-Tight Dust-Tight dust 6 pressure pressure direction. Limited jets from jets high high any from any 6 Total protection dust 6 permitted. pressure high Total protection dust 6 Total protection e.g. dust 6 e.g. Dust-Tight 6 pressure direction. direction. jets permitted. Limited Limited e.g. Dust-Tight pressure from jets any from high direction. jets any from any 6 Total protection e.g. Dust-Tight dust 6 pressure direction. Limited permitted. permitted. direction. Limited jets permitted. from Limited any high 6 Total protection e.g. Dust-Tight dust 6 direction. pressure permitted. Limited permitted. jets from high any 6 Total protection e.g. Dust-Tight dust 6 pressure direction. permitted. Limited jets from high any 7 immersion IP CODE EXAMPLE e.g. Dust-Tight pressure direction. between permitted. Limited 15cm and immersion jets from any 1M IP IP54 CODE = IP EXAMPLE (IP LETTER CODE), 5 (1st ), 4 (nd ) 7 7 between 15cm direction. and immersion permitted. Limited 1Mimmersion IP IP CODE IP54 = IP (IP LETTER CODE), 5 (1st ), 4 (nd ) IP CODE EXAMPLE EXAMPLE 7 between between 15cm and immersion 15cm permitted. 1Mand 1M IP IP54 CODE = IP IP EXAMPLE (IP LETTER CODE), 5 (1st ), 4 4 (nd (nd ) ) 777 immersion IP CODE IP54 = IP EXAMPLE (IP LETTER CODE), 5 (1st ), 4 (nd ) between between 15cm 15cm and immersion and 1M IP IP54 CODE IP EXAMPLE (IP LETTER CODE), 5 (1st ), 4 (nd ) between 15cm and 1M IP54 = IP (IP LETTER CODE), 5 (1st ), 4 (nd ) 7 between 15cm and 1Mimmersion IP CODE IP54 = IP EXAMPLE (IP LETTER CODE), 5 (1st ), 4 (nd ) 7 between 15cm and immersion 1M IP IP54 CODE = IP EXAMPLE (IP LETTER CODE), 5 (1st ), 4 (nd ) 8 7 between 15cm complete and immersion 1M IP IP54 CODE = IP EXAMPLE (IP LETTER CODE), 5 (1st ), 4 (nd ) and continuous between immersion 15cm complete and in 1M IP54 = IP (IP LETTER CODE), 5 (1st ), 4 (nd ) 8 and continuous immersion complete under pressure in 8 complete 88 and and continuous under immersion pressure complete in in e.g Water-Tight 8 8 and and under continuous e.g pressure under continuous Water-Tight immersion pressure immersion in e.g complete Water-Tight complete in and continuous and e.g under Water-Tight under pressure continuous immersion pressure immersion in in 8 e.g Water-Tight e.g under Water-Tight complete pressure under pressure 8 and e.g Water-Tight continuous e.g Water-Tight immersion complete in 8 and continuous under immersion pressure complete in and continuous e.g under Water-Tight immersion pressure in e.g under Water-Tight pressure e.g Water-Tight REMKE CORD CORD CONNECTORS CORD CORD CONNECTORS WIRE WIRE MESH WIRE WIRE MESH RIPS MESH MESH RIPS RIPS PICO-LINK PICO-LINK MICRO-LINK MICRO-LINK MINI-LINK MINI-LINK MULTI-PORT MULTI-PORT BOXES BOXES BOXES BUS BUS BUS SYSTEM BUS SYSTEM BUS PRODUCTS SYSTEM PRODUCTS CORD CORD CONNECTORS CORD CORD CORD CONNECTORS WIRE WIRE MESH WIRE MESH WIRE RIPS WIRE MESH MESH RIPS MESH RIPS RIPS RIPS PICO-LINK PICO-LINK PICO-LINK MICRO-LINK MICRO-LINK MICRO-LINK MINI-LINK MINI-LINK MINI-LINK MULTI-PORT MULTI-PORT MULTI-PORT BOXES BOXES BOXES BOXES BOXES BUS BUS SYSTEM BUS SYSTEM BUS SYSTEM BUS PRODUCTS SYSTEM PRODUCT -53

3 RSR STRAIHT CORD RIP DIMENSIONS ALUMINUM AND NICKEL-PLATED ALUMINUM Conduit Size RSR Series Form Size A Inside Body Dia. B C D Body Hex E Nut 1/4" /8" /" /" /" /4" /4" /4" " " /4" /" /" " " /" " " /" " Dimension A is the minimum Inside Body Diameter. Other dimensions are nominal. Dimension E is cross corners of the nut. NYLON AND VALOX Conduit Size Form Size A Inside Body Dia. B C D Body Hex E Nut 3/8" /" /4" STEEL Conduit Size Form Size A Inside Body Dia. B C D Body Hex E Nut 3/8" /" /4" " STAINLESS STEEL Conduit Size RSSS SERIES Form Size A Inside Body Dia. B C D Body Hex E Nut 3/8" /" /4" " /4" /" " /" " /1" , "

4 RSR SERIES 90 CORD RIP DIMENSIONS Note: Dimension "E" is across flats Dimension "F" is across corners ALUMINUM AND NICKEL-PLATED ALUMINUM Conduit Size A Body Bore B C D E Body Hex F Nut 3/8" /" /4" " /4" /" " NOTE: 1 1/4" and 1 1/" size grips have hex positioned per right view above. All other sizes have hex positioned per left view below. RSR SERIES 45 CORD RIP DIMENSIONS Note: Dimension "E" is across flats Dimension "F" is across corners ALUMINUM AND NICKEL-PLATED ALUMINUM Conduit Size A Body Bore B C D E Body Hex F Nut 3/8" /" /4" " /4" /" " NOTE: 1 1/4" and 1 1/" size grips have hex positioned per right view above. All other sizes have hex positioned per left view below. CONDUIT SEALS AND LOCKNUTS Conduit Sesld Size Locknuts SOR-38 3/8" LN-38 SOR-1-VNT 1/" LN-50 SOR- 3/4" LN-75 SOR-3 1" LN-100 SOR-4 1 1/4" LN-15 SOR /" LN-150 SOR-16 " LN-00 1/" LN-50 3" LN-300 RSR SERIES CORD RIPS WITH O-RINS These Tuff-Seal RSR grips feature an O-ring that creates a tight seal when they are used in a taper tapped conduit hub. In these applications gaskets must be used in either the knockouts or clearance drilled holes. To ensure a more reliable seal an embedded O-ring should be utilized. Many of the standard Tuff-Seal cord grips listed in this catalog feature a body hex large enough to permit machining a groove for the embedded O-ring

5 RSRF SERIES CORD RIP DIMENSIONS SPECIFICATIONS Conduit Size A Body Bore B C D E Body Hex F Nut 3/8" /" /4" " /4" /" " NOTE: Dimensions for the RSRH Hub Style Cord rips are the same as above except for the addition of the nipple. RSP AND RSPV STRAIHT CORD RIPS DIMENSIONS SPECIFICATIONS Conduit Size A Body Bore B C D E Body Hex F Nut 3/8" /" /4" Dimension A is the minimum Body Bore. Other dimensions are nominal. Dimension D is with the Nut snug but bushing uncompressed. Dimension E is across the Straight Body hex. flats. Dimension F is across Nut hex. flats. Dimensions are approximate. LIQUA-SEAL CONNECTOR DIMENSIONS SPECIFICATIONS Conduit Size Hub Size A A* B C Flats C Corners D E F 3/8" 1/" /" 1/" /4" 3/4" " 1" /4" 1 1/4" /" 1 1/" " " NOTE: Nominal Dimensions in Inches. A* Dimension is overall length of connector with wire mesh grip. Larger sizes are available. Contact factory

6 THREAD SPECIFICATIONS P THREAD SPECIFICATIONS Thread Size Major Diameter (mm) Pitch (mm) Pg Pg Pg Pg Pg Pg Pg Pg Pg Pg NPT THREAD SPECIFICATIONS Thread Size Major Diameter (mm) Pitch (mm) NPT 1/4" NPT 3/8" NPT 1/" NPT 3/4" NPT 1" NPT 1-1/4" NPT 1-1/" NPT " METRIC THREAD SPECIFICATIONS Thread Size Major Diameter (mm) Pitch (mm) M1 X M16 X M0 X M5 X M3 X M40 X M50 X M63 X