Brass ball valves 60 series

Transcription

1 Brass ball valves 60 series /8 to 3 Rp /4 to Rp Ideally suited for most industrial applications Easy installation, simple operation and maintenance free Full bore passage giving minimum flow resistance 3-way ball valves with surface conforms to ISO 5 for rotary actuators Technical data Medium: ompressed air, water, inert gases and any other fluid compatible with the valve materials Port sizes: Mini /8 to / Standard /8 to 3 3-way /4 to 3/4 as approved Rp /4 to Rp Operating : See individual details Operating temperature: Refer to table over the page Materials Body: nickel plated brass to UNI Seats: virgin PTFE Seals: virgin PTFE, FKM or nitrile Ball: chromium plated brass andle with PV grip: zinc plated steel (plastic handle on mini ball range) Ordering information To order quote the appropriate product numbers from the tables on the following pages. 5/09 Our policy is one of continued research and development. We therefore reserve the right N/en

2 eneral information Symbol Series Type pplication Materials Max. Temperature Thread body seats/seals range standards 60 Mini eneral, light duty Brass PTFE & nitrile O ring 0-0 to +90 ISO 8/ Lockable exhausting eneral, with exhaust Brass PTFE 3,6 4 to 60 ISO 8/ Standard eneral purpose Brass PTFE & viton O ring 0 to 45-0 to +50 ISO 8/ 0 60 Three way eneral diverting Brass PTFE & nitrile O ring 6 to 5-5 to +50 ISO 8/ Exhausting eneral with exhaust Brass PTFE 40 to 64-0 to +00 ISO 8/ 604 Standard ommercial gas and Brass PTFE 63-5 to +0 ISO 7/ Rp general 5 for gas -0 to +60 for gas 60: Light duty in-line brass ball valves suitable for a wide variety of low industrial uses. 608: Medium duty in-line brass exhausting ball valves. Venting action & lockout design adds safety feature to valve. 60: Medium duty in-line brass ball valves for most applications. vailable as a standard valve, a three way diverting valve or with a downstream exhaust option. 604: esigned and certified to comply with the EN33 European norm covering gas ball valves. 60 series Miniball Reduced bore, female/female B Model B Ø E Weight 608 / , , / , , / , , / , ,37 Reduced bore, male/female B Model B Ø E Weight 608 /8 / , , /4 / , , /8 3/ , , / / ,0 5,300 N/en Our policy is one of continued research and development. We therefore reserve the right 5/09

3 60 series Standard ball valve Full bore, female/female Model Max. Ø Ø Weight E F / , / , / , / ,3 3 0, , 38 0, / ,4 47 0,880 60B8 0 / , ,7 66, / , 85 3,770 60E ,3 00 5,840 Full bore, male/female Model Max. Ø E Ø F Weight /4 / , /8 3/ , / / , /4 3/ , , /4 / ,97 For T handle valves, substitute for at 4th digit. Pressure/temperature diagram bar /4 3 /8 / 3 /4 /4 - / Exhausting ball valve Full bore, female/female Model Max. Ø E Ø F Weight 6038EX 64 / , EX 64 3/ , EX 50 / , EX 50 3/ , EX , EX 40 / ,550 For T handle valves, substitute for at 4th digit. Exhaust 5/09 Our policy is one of continued research and development. We therefore reserve the right N/en

4 60 3-way ball valve conforms to ISO S J K 9 5,5 M 7 andle and fitting kit supplied lose ø 36 Two screws for dead stops (90 increments) Full bore Model Max. Ø E Ø F J Flow Weight Kv / ,5 0, / ,5 6,8 0, / ,5 5 33,5 7 3,9 0, / ,5 3 7,9 0,60 N/en Our policy is one of continued research and development. We therefore reserve the right 5/09

5 604 as approved ball valve Pressure/temperature diagram bar Full bore Model Max. B Ø E Ø F Weight Fluid as Rp/ , Rp3/8 4 49, , Rp/ , Rp3/ , , Rp , Rp / , B Rp / , , Rp , Lockable exhausting ball valve Full bore, female/female 7,5 Model Max. B Ø E Weight ,6 / , ,6 3/ , ,6 / , ,6 3/ , , ,60 Lever lockable only in closed position. Standard handle accepts Ø 7 mm shackle. Test specification differs from standard. Please consult our Technical Service for futher details. Exhaust 5/09 Our policy is one of continued research and development. We therefore reserve the right N/en

6 Warning These products are intended for use in industrial compressed air systems only. o not use these products where s and temperatures can exceed those listed under Technical ata. Before using these products with fluids other than those specified, for non-industrial applications, life-support systems, or other applications not within published specifications, consult NORREN. Through misuse, age, or malfunction, components used in fluid power systems can fail in various modes. The system designer is warned to consider the failure modes of all component parts used in fluid power systems and to provide adequate safeguards to prevent personal injury or damage to equipment in the event of such failure. System designers must provide a warning to end users in the system instructional manual if protection against a failure mode cannot be adequately provided. System designers and end users are cautioned to review specific warnings found in instruction sheets packed and shipped with these products. N/en Our policy is one of continued research and development. We therefore reserve the right 5/09