(Or None in the Case of No Switch), Auto Switch Mounting Bracket: C
(Or None in the Case of No Switch), Auto Switch Mounting Bracket: C
NVJ100, NVJ300, NVJ3000 3,5 Port Solenoid Valve/Rubber Seal Type Solenoid Pilot ODerated Series: NVJ3OO t_l f ;+;,a"ten"tdPit.top"[t.o-Serie-f,tV-.t-SOOO] iMKx;;*.Ki -t witrr-SuigJv.lt g" --lzvo-c-1 rw I t l r v n c i l i o l 5 w t t r12V0C 1l i0.r5w)i l e v P { a I 6VDC tl sVDC I 1W I NVJ100: Can be used for vacuum application. NVJ300: jSuppressor L \_l_, ! 1 r-, Diodel ;lCoil I sru"o !
Solenoid Pilot ODerated Series: NVJ3OO t_l f ;+;,a"ten"tdPit.top"[t.o-Serie-f,tV-.t-SOOO] iMKx;;*.Ki -t witrr-SuigJv.lt g" --lzvo-c-1 rw I t l r v n c i l i o l 5 w t t r12V0C 1l i0.r5w)i l e v P { a I 6VDC tl sVDC I 1W I NVJ100: Can be used for vacuum application. NVJ300: jSuppressor L \_l_, ! 1 r-, Diodel ;lCoil I sru"o !
Solenoid Pilot ODerated Series: NVJ3OO t_l f ;+;,a"ten"tdPit.top"[t.o-Serie-f,tV-.t-SOOO] iMKx;;*.Ki -t witrr-SuigJv.lt g" --lzvo-c-1 rw I t l r v n c i l i o l 5 w t t r12V0C 1l i0.r5w)i l e v P { a I 6VDC tl sVDC I 1W I NVJ100: Can be used for vacuum application. NVJ300: jSuppressor L \_l_, ! 1 r-, Diodel ;lCoil I sru"o !
W hi t e I nput si gnal Bl ue G N D ( CO M M O N ) Bl ack M oni t or out put Brow n Bl ue W hi t e Bl ack W i ri ng di agram ( Pow er suppl y and i nput si gnal ) Current /Vol t age t ypeI TV 0 0I TV 0 1I TV 0 2I TV 0 3 Pow er suppl y 24VD C I TV 0 0Brow n + 1215VD C I TV 0 1Bl ue Pow er suppl y I nput si gnal 420m AD C I TV 0 0 W hi t e 020m AD C I TV 0 1 + Bl ack 0 5VD C I TV
Cont act SM C. Readi ng and w ri t i ng errors occurred i n m em ory. Cont act SM C. Repl ace t he sol enoi d val ve. For t he repl acem ent procedure cont act SM C. Sol enoi d val ve f ai l ure. Ref er t o t he SM C w ebsi t e ( U RL ht t p: //w w w . sm cw orl d. com ) f or m ore i nf orm at i on about t roubl eshoot i ng.
Peri odi c cl eani ng i s necessary. D o not use sol vent s such as benzene, t hi nner et c. t o cl ean t he product i ncl udi ng t he sw i t ch cover. U se a sof t cl ot h t o rem ove st ai ns. Ref er t o t he SM C w ebsi t e ( U RL ht t p: //w w w . sm cw orl d. com ) f or m ore i nf orm at i on about t roubl eshoot i ng. Thi s docum ent descri bes t he general purpose product .
dr to the current leakage llowing throuth the C-R element.
A B c D E F H K lil N P O (Ihpth) Tol{ances Tolerances NCDBBlBWlO 1 . 1 4 0.750.98 !.
A B c D E F H K lil N P O (Ihpth) Tol{ances Tolerances NCDBBlBWlO 1 . 1 4 0.750.98 !.
Cylinder (Tube) Inner Diameter(φ): 32, Stroke(mm): 150, Cylinder Operation Method: [Double Acting] Double Acting, Rod Operation Method: Single Rods, Main Body Shape: Standard, Additional Function: Standard, Environment, Applications: Non-use of Copper and fluoropolymer-based Material (Partially Plating), End Locking: [Included] Presence, Valves: -, Cushion: Air cushion, Operating Pressure
Magnet: D (Built-in), Mounting: F (Front Flange), Style: A (Non-lube Air Cushion), Bore Size: 32mm, Stroke: 150mm, Rod Boot: w/o Rod Boot, Lock Position: H (Rear Lock), Release of Manual: L (Locking)
Magnet: D (Built-in), Mounting: F (Front Flange), Style: A (Non-lube Air Cushion), Bore Size: 32mm, Stroke: 150mm, Rod Boot: w/o Rod Boot, Lock Position: H (Rear Lock), Release of Manual: N (Non-locking Type)
Cylinder (Tube) Inner Diameter(φ): 32, Stroke(mm): 150, Cylinder Operation Method: [Double Acting] Double Acting, Rod Operation Method: Single Rods, Main Body Shape: Standard, Additional Function: Standard, Environment, Applications: Non-use of Copper and fluoropolymer-based Material (Partially Plating), End Locking: [Included] Presence, Valves: -, Cushion: Air cushion, Operating Pressure
Magnet: Built-in, Mounting: Front Flange, Style: Non-lube Air Cushion, Bore Size: 32mm, Stroke: 150mm, Rod Boot: w/o Rod Boot, Lock Position: Rear Lock, Release of Manual: Locking, Auto Switch: -, Lead Wire or Prewired Connector: -, Number: -, Auto Switch Mounting Bracket: -
r a c h l o r i d e , e t c , 5 u r f u r i c a c i d , n i t r i c a c i d , h y d r o c h l o r i c a c i d , a c e t i c a c i d , I a t i c a c i d , c h r o m i c a c i d , e t c , C n l o r i n e , s u l f u r o u s a c i d , h y d r o g e n s u l f i d e , b r o I I ] i n e , e t H y d r a u l i c f l u i d ( P h o s p h a t i c e s t e r ) , f u e l o i l , k e r o s e n e , v /
W hi t e I nput si gnal Bl ue G N D ( CO M M O N ) Bl ack M oni t or out put Brow n Bl ue W hi t e Bl ack W i ri ng di agram ( Pow er suppl y and i nput si gnal ) Current /Vol t age t ypeI TV 0 0I TV 0 1I TV 0 2I TV 0 3 Pow er suppl y 24VD C I TV 0 0Brow n + 1215VD C I TV 0 1Bl ue Pow er suppl y I nput si gnal 420m AD C I TV 0 0 W hi t e 020m AD C I TV 0 1 + Bl ack 0 5VD C I TV
W hi t e I nput si gnal Bl ue G N D ( CO M M O N ) Bl ack M oni t or out put Brow n Bl ue W hi t e Bl ack W i ri ng di agram ( Pow er suppl y and i nput si gnal ) Current /Vol t age t ypeI TV 0 0I TV 0 1I TV 0 2I TV 0 3 Pow er suppl y 24VD C I TV 0 0Brow n + 1215VD C I TV 0 1Bl ue Pow er suppl y I nput si gnal 420m AD C I TV 0 0 W hi t e 020m AD C I TV 0 1 + Bl ack 0 5VD C I TV
(See note 2.) .I" END "B Er{O "4" El|D o c c o o c o st noit I Srrlro[ 2 $rl|oir ! STA!|O|{ a @