Quickfitting Type Vacuum Pad Vacuum Pad tandard Type Features ntistatic rubber low resistance type is made up of carbonadded butadiene and its surface resistance become less than 00Ω. The surface resistance of anistatic rubber is 0 to 0 Ω. NR suited to the Food anitation ct. satisfies the Food and dditives tandard and is applicable to food package conveyor. Pad dia : φ to φ00mm (φ0.0~.in.) Pad materials : Nitrile rubber, ilicon rubber, urethan rubber, fluoric rubber, antistatic rubber, antistatic rubber (low resistance type), NR suited to the Food anitation ct. Pad shape : types(generaltype and deeptype) Holder shape : types odel Designation (Example) VP () 0 () RN () J () () () () ()Holder type VP Vacuum port VPD pring type Vacuum port VP Vacuum port VPE Direct mounting fixed type VP pring type Vacuum port VPF Direct mounting pring type ()Joint size and type mm pt Joint type Quickfitting joint urbed joint Quickfitting joint urbed joint J J size(o.d. I.D.).. (mm) φ~φ φ~φ0 Pad size (inch) φ0.0~φ0. φ0.~φ.9 Joint type Quickfitting joint urbed joint Quickfitting joint urbed joint /J / /J / size(o.d. I.D.) / 0.inch / 0.inch / 0.inch / 0.inch φ~φ φ~φ0 Pad size (mm) (inch) φ0.0~φ0. φ0.~φ.9 Joint type ize Female thread Female thread Female thread Female thread 0 / 0 / N N NPT/ NPT/ φ0~φ00 φ0~φ00 φ0~φ00 φ0~φ00 Pad size (mm) (inch) φ.~φ.9 φ.9~φ.9 φ.~φ.9 φ.9~φ.9 *VPR to VPR() are all monoblock type, so that the barb joint can not be separated. () 0 0 mm φ φ φ φ φ φ0 φ φ0 φ dia. inch 0.0 0. 0. 0. 0. 0.9 0.9 0.9 0.9 code 0 mm φ0 dia. 0 φ0 0 φ0 0 φ0 0 φ0 00 φ00 0 φ0 inch...9...9.9. *φ~φ only in antistatic rubber. φ~φ0 only in antistatic rubber low resistance and NR suited to the Food anitation ct. ()Pad Type Pad type Nitrile rubber ilicon rubber Urethane rubber Fluoric rubber ntistatic rubber eneral type Deep type RN N R RU U RF F RE Pad type ntistatic rubber(low resistance type) NR suited the Food anitation T. eneral type RE R Deep type *The antistatic rubber(re) is a sillicon rubber capable of releasing static electricity. 00 φ00 ()Free Holder(option) FH : Free holder swing angle 0 FHH : Free holder swing angle ()Filter(option) F : Filter *VFF can be mounted as factry option. ()Hexagon flattoflat specification U: Hexagon flattoflat inch spec. (NPT) No code: Hexagon flattoflat mm spec. eneral type(r) Deep type()
! Detailed safety Instructions efore using the PIO device, be sure to read the "afety Instructions", "ommon afety Instructions for Products Listed in This anual" on pages ~ and "ommon afety Instructions for Vacuum Pads on pages 9~0. Pad mounting shape φ φ. φ VP R~R VP R R VP 0R~0R VP 0R 0R 0R φ φ0 VP 0R 00R Type Pad outer dia VP R 0. 0. VP R. 0. VP R. 0. VP R 0. VP R VP 0R 0 0. VP R() 0. 9(0).() VP 0R() 0..(.) () VP R()..(.) () VP 0R() 0..(.) (.) VP 0R() 0..(9) (.) VP 0R() 0..(9.) (.) VP 0R() 0 0 0.. (.).(9.) VP 0R() 0 0. 9. () (.) VP 00R() 00 0.. () (0) VP 0R 0 0 VP 00R 00 0 0 *The dimention in ( ) is that for the deep type. *pecify pad material in in type. Pad materials are as follows; N : Nitrile rubber (Pad dia : φmm~φ00mm) : ilicon rubber (Pad dia : φmm~φ00mm) U : Urethane rubber (Pad dia : φmm~φ00mm) F : Fluoric rubber (Pad dia : φmm~φ00mm) φ VP 0R 00R unit : mm E : ntistatic rubber (Pad dia : φmm~φmm) E : ntistatic rubber(low resistance type) (Pad dia : φmm~φ0mm) : NR suited the Food anitation cf (Pad dia : φmm~φ0mm)
Vacuum eries Vacuum Pad tandard Type VP Dimensions for pad φ~φ H L H H L L Details (VP 0~00) L odel Tube dia. ass L L H H VP R J 0. 0 0 VP R J 0. 0 0 VP R J 0. 0 0 VP R J 0 9.. VP R J 0. VP 0R J 0. 0. VP R() J () (). VP 0R() J 0.(.).(.). VP R() J.(.).(.). VP 0R() J 0.(.).(.).. VP 0R() J 0.() 9.().. VP 0R() J 0.(.) 0.(.). VP 0R() 0 0 / 0 0 VP 0R() 0 0 / 0 0. VP 00R 0 00 / 0 0 VP 0R 0 0 / 9 0 0 0 9. VP 00R 0 00 / 00 0 0 0 0 VP Dimensions for pad φ~φ H L L H H L L pecify pad material in in type. Pad materials are as follows; code N U F E E pad material Nitrile rubber ilicon rubber Urethane rubber Fluoric rubber ntistatic rubber ntistatic rubber (low resistance type) NR suited the Food anitation ct pad size φ~φ00mm φ~φ00mm φ~φ00mm φ~φ00mm φ~φmm φ~φ0mm φ~φ0mm odel Tube dia. ass L L H H VP R. 0.. VP R. 0.. VP R. 0.. VP R 0... 0.. 0 VP R 0. 0.. 0 VP 0R 0 0... 0 0 VP R() 0..(.) (). 0 0 VP 0R() 0.(.) ().. VP R().(.) ().. VP 0R() 0.(.) (0). 0 VP 0R() 0.(0) 0(.).. VP 0R() 0.(0.) ()..
Vacuum eries Vacuum Pad tandard Type VP E H( F) E Details (VP 0~00) L odel Tube dia. ass L E E H F VP R J 0... VP R J 0... VP R J 0... VP R J 0.. VP R J 0.... VP 0R J 0 (). 9 9. VP R() J () 9(0). 9 0 VP 0R() J 0 (9) 0(). 9. VP R() J 9(0) (). 9. VP 0R() J 0 9() (). 9 VP 0R() J 0 (.) (.). 9 VP 0R() J 0 () (). 9 9. VP 0R() 0 0 /. 9 0 VP 0R() 0 0 /. VP 00R 0 00 /. VP 0R 0 0 / 0 90 VP 00R 0 00 / 0 VP E L H( F) E pecify pad material in in type. Pad materials are as follows; N U F E E Pad material Nitrile rubber ilicon rubber Urethan rubber Fluoric rubber ntistatic rubber ntistatic rubber (low resistance type) NR suited the Food anitation ct Pad size φ ~ φ00mm φ ~ φ00mm φ ~ φ00mm φ ~ φ00mm φ ~ φmm φ ~ φ0mm φ ~ φ0mm 9 odel Tube dia. ass L E E H F VP R. 0. VP R. 0. VP R. 0. VP R 0. 9 VP R 0... 9 VP 0R 0. VP R() () 9(0) VP 0R() 0 (9) 0() 0 VP R() 9(0) (). VP 0R() 0 9() () VP 0R() 0 (.) (.) 0. VP 0R() 0 () ()
Vacuum eries Vacuum Pad tandard Type VP pring type H H L L Details (VP 0~00) L odel Tube dia. L L VP R J. 0.9~.9 VP R J. 0.9~.9 VP R J. 0.9~.9 VP R J 0. 0.9~.9 VP R J.... 0.9~.9 VP 0R J 0 9. 0..9~. VP R() J 0.(.) 9(0) () 0..9~.. VP 0R() J 0.(.) 0() (9) 0..~9.0. VP R() J.(.) () 9(0) 0..~9.0. VP 0R() J 0.(.) () 9() 0..~9.0 0 VP 0R() J 0.(9) (.) (.) 0..~9.0 VP 0R() J 0.(9.) () () 0..~9.0. VP 0R() 0 0 / 0 9.~. 0. VP 0R() 0 0 / 0 0 9.~.. VP 00R 0 00 / 0 9.~.. VP 0R 0 0 / 0 0 0.~.. VP 00R 0 00 / 0 9 0 0 0.~.. VP pring type H H L L L L troke N U F E E H H Pad material Nitrile rubber ilicon rubber Urethan rubber Fluoric rubber ntistatic rubber ntistatic rubber (low resistance type) NR suited the Food anitation ct pring force (N) pecify pad material in in type. Pad materials are as follows; ass Pad size φ ~ φ00mm φ ~ φ00mm φ ~ φ00mm φ ~ φ00mm φ ~ φmm φ ~ φ0mm φ ~ φ0mm odel Tube dia. troke pring force ass L L L H H (N) VP R. 0. 0.. 0 0 0.9~.9. VP R. 0. 0.. 0 0 0.9~.9. VP R. 0. 0.. 0 0 0.9~.9. VP R 0. 0 0 0.9~.9. VP R 0. 9... 0 0 0.9~.9 VP 0R 0. 0.9~. VP R().(9.) 9(0) () 0.9~.. VP 0R() 0 9.(0.) 0() (9) 0.~9.0. VP R() 0.(.) () 9(0) 0.~9.0 VP 0R() 0 0.(.) () 9() 0.~9.0. VP 0R() 0.() (.) (.) 0.~9.0 VP 0R() 0.(.) () () 0.~9.0.
Vacuum eries Vacuum Pad tandard Type VPD pring type L L L H H E Details (VPD 0~00) Tube dia. troke pring force ass odel L L L E E H H (N) VPD R VPD R J J 0. 0. 9 9.... 0 0 0.9~.9 0.9~.9 VPD R J 0. 9.. 0 0.9~.9 VPD R J 0. 0... 0 0.9~.9. VPD R J 0. 9.... 0 0.9~.9. VPD 0R J 0 0 0. 9...9~. VPD R() J () 9(0) () 0. 9...9~.. VPD 0R() J 0 () 0() () 0. 9...~9.0 9. VPD R() J () () (9) 0. 9...~9.0 0. VPD 0R() J 0 () () () 0. 9...~9.0 VPD 0R() J 0 (9.) (.) (.) 0. 9...~9.0 0 VPD 0R() J 0 (0) () () 0. 9...~9.0. VPD 0R() 0 0 / 9 0 0.~.. VPD 0R() 0 0 / 9 9 0 0.~. VPD 00R 0 00 / 00 0 0.~.. VPD 0R 0 0 / 0 0 0 0.~.. VPD 00R 0 00 / 0 9 0 0 0 0.~.. VPD pring type odel Tube dia. L L H L L H L E E VPD R. 0. 9.. 9. 0 0.9~.9 0 VPD R. 0. 9.. 9. 0 0.9~.9 0 VPD R. 0. 9.. 9. 0 0.9~.9 0 VPD R 0. 0. 9. 0 0.9~.9 VPD R 0. 9.. 9. 0 0.9~.9. VPD 0R 0 0 0. 0..9~.. VPD R() () 9(0) () 0. 0..9~. VPD 0R() 0 () 0() () 0. 0..~9.0. VPD R() () () (9) 0. 0..~9.0. VPD 0R() 0 () () () 0. 0..~9.0 0 VPD 0R() 0 (9.) (.) (.) 0. 0..~9.0. VPD 0R() 0 (0) () () 0. 0..~9.0. L E troke E pecify pad material in in type. Pad materials are as follows; N U F E E E Pad material Nitrile rubber ilicon rubber Urethan rubber Fluoric rubber ntistatic rubber ntistatic rubber (low resistance type) NR suited the Food anitation ct H H φ ~ φ00mm φ ~ φ00mm φ ~ φ00mm φ ~ φ00mm φ ~ φmm φ ~ φ0mm φ ~ φ0mm pring force (N) ass 9 0
Vacuum eries Vacuum Pad tandard Type VPE Fixed Direct ounting Type H L L odel ass L L H VPE R VPE R 0. 0... 0. 0... VPE R VPE R VPE R 0. 0. 0... 0. 0.... pecify pad material in in type. Pad materials are as follows; N : Nitrile rubber : ilicon rubber U : Urethan rubber F : Fluoric rubber E : ntistatic rubber E : ntistatic rubber (low resistance type) : NR suited the Food anitation ct VPF pring & Direct ounting Type H L H L L odel troke pring force ass L L L H H (N) VPF R VPF R 0 0 9. 9....9~.9.9~.9.. VPF R VPF R VPF R 0 0 0. 0. 9. 9. 9.....9~.9.9~.9.9~.9.. VPF 0R VPF R() 0 9(0) 9. 0.(.).. 9 9.~..~.. VPF 0R() VPF R() 0 0() ().(.).(.).. 9 9.~..~.. VPF 0R() VPF 0R() 0 0 () (.).(.).(0).. 9 9.~..~. 9. VPF 0R() 0 ().(0.). 9.~. pecify pad material in N : Nitrile rubber ( : φmm~φ0mm) : ilicon rubber ( : φmm~φ0mm) U : Urethan rubber ( : φmm~φ0mm) F : Fluoric rubber ( : φmm~φ0mm) in type. Pad materials are as follows; E : ntistatic rubber ( : φmm~φmm) E : ntistatic rubber(low resistance type) ( : φmm~φ0mm) : NR suited the Food anitation ct ( : φmm~φ0mm)
Vacuum eries Vacuum Pad tandard Type VP Pad Rubber Only VP R~R VP R~0R VP R R 0R VP 0R~00R odel ass VP R VP R.. 0. 0. VP R. 0. VP R VP R. 0. 0. VP 0R VP R() 0 9(0) 0 0. VP 0R() VP R() 0 0() ().. VP 0R() VP 0R() 0 0 () (.).. VP 0R() VP 0R() 0 0 () 0 0 VP 0R() VP 00R() 0 00 VP 0R VP 00R 0 00 0 9 VP 0R() 0. VP 00R() 00. VP 0R 0 0 VP 00R 00 0 0 pecify pad material in in type. Pad materials are as follows; N : Nitrile rubber ( : φmm~φ0mm) : ilicon rubber ( : φmm~φ0mm) U : Urethan rubber ( : φmm~φ0mm) F : Fluoric rubber ( : φmm~φ0mm) E : ntistatic rubber ( : φmm~φmm) E : ntistatic rubber(low resistance type) ( : φmm~φ0mm) : NR suited the Food anitation ct ( : φmm~φ0mm) 9