Metallic Systems Accessories - Lock Nuts

Transcription

1 ccessories - Lock Nuts Lock nuts, for securing threaded fittings into knocknuts and fixing holes Features Female threaded locknut, made from nickel plated brass Degree of mechanical protection is high UV protection is very high Conformity pprovals Fire Performance Metric s EN60423 & S3643 PG s DIN Test Standard Not Rated Performance Rating Not Rated NPT s NSI SME Degree of Mechanical Protection IP Rating ppropriate Fitting UV Protection Temperature Range High For use with: see below Very High Static pplication: -50ºC to +350ºC Dynamic pplication: -45ºC to +250ºC For Use With - Fittings Type of Material Finish Testing Data Fitting Characteristics ll metallic fittings in the daptaflex range Nikel Plated rass (LN) Female threaded locknut Galvanised Steel (LNS) LN/M12x1 M10 x LN/M12 M12 x LN/M16 M16 x LN/M20 M20 x LN/M25 M25 x LN/M32 M32 x LN/M40 M40 x LN/M50 M50 x LN/M63 M63 x LN/M75 M75 x

2 ccessories - Lock Nuts Metric mm Standard conforming to EN60423 & S3643 Ext Int M M M M M M M M M LN/PG7 PG LN/PG9 PG LN/PG11 PG LN/PG13 PG LN/PG16 PG LN/PG21 PG LN/PG29 PG LN/PG36 PG LN/PG42 PG LN/PG48 PG PG German Standard thread conforming to DIN40430 Ext Int PG PG PG PG PG PG PG PG PG PG

3 ccessories - Lock Nuts LNS/M16 M16 x LNS/M20 M20 x LNS/M25 M25 x LNS/M32 M32 x LNS/M40 M40 x LNS/M50 M50 x LNS/M75 M75 x Metric mm Standard conforming to EN60423 & S3643 Ext Int M M M M M M M M M

4 ccessories - Lock Nuts Nominal Dimensions (Inches) LNS/050 1/2 NPT LNS/075 3/4 NPT LNS/100 1 NPT LNS/ /4 NPT LNS/ /2 NPT LNS/200 2 NPT LNS/050 1/2 NPT LNS/075 3/4 NPT LNS/100 1 NPT LNS/ /4 NPT LNS/ /2 NPT LNS/200 2 NPT NPT Inch US taper seal pipe thread conforming to NSI/SME Ext Outside Diameter / / / / /

5 ccessories - Lock Nuts Nickel Plated rass Chemical Resistance stm No.1 Diesel oil Methyl romide Sulphur Dioxide (Gas) stm No.2 Diethylamine MEK Sulphuric cid (10%) stm No.3 Ethanol Nitric cid (10%) Sulphuric cid (70%) cetic cid (10%) Ether Nitric cid (70%) Toluene cetone Ethylamine Oxalic cid Transformer Oil luminium Chloride Ethylene Glycol Ozone (Gas) 1,1,1-Trichloroethane niline Ethyl Ethanoate Paraffin oil Trichloroethylene enzaldehyde Freon 32 Petrol Turpentine enzene Hydrochloric cid (10%) Phenol Vegetable Oil Carbon tetrachloride Hydrochloric cid (36%) Sea Water Vinyl cetate Chlorine water Hydrogen Peroxide (35%) Silver Nitrate Water Chloroform Hydrogen Peroxide (87%) Skydrol White Spirit Citric cid Lactic cid Sodium Chloride Zinc Chloride Copper Sulphate Lubricating oil Sodium Hydroxide (10%) Cresol Methanol Sodium Hydroxide (60%) Key: Suitable Limited Suitability Unsuitable Not Tested Galvanised Steel Chemical Resistance stm No.1 Diesel oil Methyl romide Sulphur Dioxide (Gas) stm No.2 Diethylamine MEK Sulphuric cid (10%) stm No.3 Ethanol Nitric cid (10%) Sulphuric cid (70%) cetic cid (10%) Ether Nitric cid (70%) Toluene cetone Ethylamine Oxalic cid Transformer Oil luminium Chloride Ethylene Glycol Ozone (Gas) 1,1,1-Trichloroethane niline Ethyl Ethanoate Paraffin oil Trichloroethylene enzaldehyde Freon 32 Petrol Turpentine enzene Hydrochloric cid (10%) Phenol Vegetable Oil Carbon tetrachloride Hydrochloric cid (36%) Sea Water Vinyl cetate Chlorine water Hydrogen Peroxide (35%) Silver Nitrate Water Chloroform Hydrogen Peroxide (87%) Skydrol White Spirit Citric cid Lactic cid Sodium Chloride Zinc Chloride Copper Sulphate Lubricating oil Sodium Hydroxide (10%) Cresol Methanol Sodium Hydroxide (60%) The information above is given as a guide only and is based on published technical data and experience. The chemical resistance of the above products is dependant on factors such as chemical exposure, concentration of the chemical and temperature. The above chemicals are valid for a temperature of 23 C. Use of the above table is at the users own discretion and risk. Those using it must satisfy themselves that their application presents no health and safety risks. The end user should assess compatibility with their application and contact Thomas & etts for further information. DHERENCE TO THE CURRENT WIRING REGULTIONS S7671 OR NEC WIRING REGULTIONS (FOR US) IS STRONGLY DVISED. MINIMUM END RDIUS FOR FLEXING IS DEPENDNT UPON MINIMUM TEMPERTURE, ENDING FREQUENCY ND CHEMICL ENVIRONMENT.