> > for linear stretch blow moulding machines > > Compact and safe design > > Best suited for PET bottles up to litres, depending on cycle time Technical features Medium: Compressed air (purity class 3..3 acc. to ISO 8573-1:010) 5 μm filtered, non-lubricated Operation: Poppet valve, solenoid pilot actuated Operating pressure: Pre-blowing () 5 1 bar Blowing () 6 0 bar Pilot air supply () 6 10 bar (bar) 36 38 0 (bar) 7, 7,6 8,0 Flow (Kv): : 1,3 m 3 /h : 3,0 m 3 /h Exhaust: 3,8 m 3 /h Port sizes (when fitted on base plate): Pre-blowing () G3/ Blowing () G1 Exhaust (EXH) G1 1/ Pilot air supply () G1/ Cavity () G1 Pilot valves: 3/ (, ), 3/ (EXH) sol/spring valve Temperature: Media +3... +30 C max. (+37... +86 F) Ambient: 0... + C max. (0... 1 F) Materials: Body: anodised aluminium Valve piston & seal: FDA compliant synthetic material O-rings: NBR Screws: steel, zinc coated Flow control indicator: tempered stainless spring steel Technical data solenoid operators Type 15 mm solenoid valve wi h sub base inlet and outlet connections Circuit function 3/ Normally closed or 3/ Normally open Orifice 1,1 mm Seal material NBR Body & coil material PPS, PA, stainless steel Nominal voltages DC Power watts Voltage tolerance -10%/+15% of nominal Electrical connection Manual override Pressure range Fluid temperature range Ambient temperature range Duty cycle Response time Protection class pin industrial standard;, mm Without 0...10 bar -10... +30 C -10... + C 100% ED 8... 10 ms IP65 with connector Accessories Connector Base plate Base plate to connect with air recover valve Air recover valve Silencer Page 3 Page Page Page 5 M/P308 SPCH/10003 SPCH/130015 SPCH/1000 T30BA800 M/P3086 (LED+VDR, V DC) T31BA800 M/P3066 (with 1 m flying leads) en 5.5.100.01
Pneumatic diagram SPCH/10003 Output to cavity Possibility for pressure sensor Pre-lowing Blowing Exhaust EXH Flow control Pilot valve Pilot valve Pilot valve EXH Pilot air supply () Pneumatic diagram SPCH/10003 with air recovery system and a possible pressure curve to blow a PET bottle Output to cavity Possibility for pressure sensor SPCH/10003 SPCH/1000 Check valve Pre-lowing Blowing Exhaust EXH Air recover AR Flow control Pilot valve Pilot valve Pilot valve EXH Pilot valve AR AR Pilot air supply () Pilot air supply () Attention: Pressurising procedure must be achieved as follow: 1) Pressurise ) After pressurising the / is also to feed in the bloc delayed for minimum 1 second. The pressure level for exhaust must be at minimum 15 bar. Pressure 15 bar Recuperation range max Otherwise EXH will not open completely. 0 Time en 5.5.100.0
Dimensions 15,5 1 3 30 10 8 7 6 5 3 1 1,5,5 78 1 7,5 3,5 38 5 10 15,5 56 < < < < 1,5 6,5 10 30 3,5 30 3 3 5 6 7 8 1/ 0 10 1 Pilot valve Pilot valve 3 Air control () G1/ plugged for optional pressure sensor 5 Outlet to cavity () 6 Blowing () 7 Pre-blowing () 8 Pilot air supply Connector interface, Type C industrial (, mm) 10 Exhaust port Base plate (SPCH/10003) 16 131,5 6 G1/ G 3/ 7 3 15 3,5 6 en 5.5.100.03
Base plate to connect with air recover valve (SPCH/130015) G1/ Air recover valve (SPCH/1000) 6 0 G 3/ M6 M6 0 6 7 3 15 6 1 37 0,5 G1/8 6 AR 10 7 5 13,5 3 ø33, 58 8 0 58 151 15 157 131,5 3,5 3 37 Connector interface en 5.5.100.0
Silencer (T30BA800) 5,5 30 5,5 16 17 ø73 R1 1/ ø8 R1 1/ 33 Silencer (T31BA800) 0 Warning These products are intended for use in industrial compressed air systems only. Do not use these products where pressures and temperatures can exceed those listed under»technical features/data«. 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 IMI RGREN. 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. en 5.5.100.05