%silltr Dia 25 2t.2 24.5 30 25 42.5 3t.5 2t23 106 32 39.2 45 40.5 54.8 46.2 77 58.2 3920 196 40 54.5 62.5 56.4 76.3 64.2 107 80.9 5450 272.5 50 85 97.7 88 I l 9 100.2 t67.3 126.4 8500 63 135 155 t39.8 r89 t59.2 265.5 200.5 13500 675 80 zl7.'
-See "How lo Order Manilold Assemblies," pg 46 Manifold. ifications Applicable solenoid valve Base mounted rype Plug-in lype NWsFRGOlT NVFR4OOO-OF NVFR4OlO-OD NVFR4Ol O-OE Non Plug-in type NWsFR4-10 Series NVFR4000: Base Mounted Tlpe Plus-in ryie: Wilh -@3T) l*-.,"o" a lvlaster conneclion of power and solenoid valves aQuick wiring permits ease of insiallalion.
,|e 4 = \bh unit only (N\6A31 14 only; see page 7) 5 = Foot mounting;pipe tap in body hing 0O = Manilold mounting (NVSA 3114) 01 = 1/8" NPrF 0 SA 31 15, 3125) 02 = 1/4" NPTF (N\6A 3t 15, 3t25) 03 = 3/8" NPTF N\ISA 3135) (X = 1/2" NPTF (N\^sA 31 35, 31 45) 06 = 3/,1" NPTF (N!6A 3145) DIBECTIOI{ALAIBVALYE DIMENSIONS/PARTS LIST SERIES NVSA 3115 NVSA 3115 oPttot{a!l frg. lasE axl 338.
A graph relating the time elapsed to the vacuum pressure achieved is shown below. lt is such that at time T,, 63% of the final stable vacuum oressure P has beeri reached, and at time 3T., 95% his been achieved.
A graph relating the time elapsed to the vacuum pressure achieved is shown below. lt is such that at time T,, 63% of the final stable vacuum oressure P has beeri reached, and at time 3T., 95% his been achieved.
t : Position command acceleration/ deceleration time constant (parameter No.PB03) t Time (3t) 5 31 5.
Dia 25 2t.2 24.5 30 25 42.5 3t.5 2t23 106 32 39.2 45 40.5 54.8 46.2 77 58.2 3920 196 40 54.5 62.5 56.4 76.3 64.2 107 80.9 5450 272.5 50 85 97.7 88 I l 9 100.2 t67.3 126.4 8500 63 135 155 t39.8 r89 t59.2 265.5 200.5 13500 675 80 zl7.'
-See "How lo Order Manilold Assemblies," pg 46 Manifold. ifications Applicable solenoid valve Base mounted rype Plug-in lype NWsFRGOlT NVFR4OOO-OF NVFR4OlO-OD NVFR4Ol O-OE Non Plug-in type NWsFR4-10 Series NVFR4000: Base Mounted Tlpe Plus-in ryie: Wilh -@3T) l*-.,"o" a lvlaster conneclion of power and solenoid valves aQuick wiring permits ease of insiallalion.
,|e 4 = \bh unit only (N\6A31 14 only; see page 7) 5 = Foot mounting;pipe tap in body hing 0O = Manilold mounting (NVSA 3114) 01 = 1/8" NPrF 0 SA 31 15, 3125) 02 = 1/4" NPTF (N\6A 3t 15, 3t25) 03 = 3/8" NPTF N\ISA 3135) (X = 1/2" NPTF (N\^sA 31 35, 31 45) 06 = 3/,1" NPTF (N!6A 3145) DIBECTIOI{ALAIBVALYE DIMENSIONS/PARTS LIST SERIES NVSA 3115 NVSA 3115 oPttot{a!l frg. lasE axl 338.
Solenoid: No.3 Solenoid, Body Option: 9 (50A), Style: 0 (Energized Open/N.C.), Option: D (BC6, Copper Body & Shading Coil, FPM Seal, Class H Coil), Port Size: 20 [2 (50A)], Thread: T (NPTF), Voltage: 3 (110VAC 50/60HZ), Lead Wire: T (Conduit Terminal)
Solenoid: No.3 Solenoid, Body Option: 50A, Style: Energized Open/N.C., Option: BC6, Copper Body & Shading Coil, FPM Seal, Class H Coil, Port Size: 20 [2 (50A)], Thread: NPTF, Voltage: 110VAC 50/60HZ, Lead Wire: Conduit Terminal, Surge Suppressor: -, Bracket: -
It is inversely proportional to the molecular density (pressure) and may be characterized as =0.7/n2 or =2.33 x 10-20T/P2. Here is the molecular diameter (cm), n is the molecular density (units/cm3), T is the absolute temperature (K), and P is the pressure (Torr). In the case of air, for example, this becomes approximately 5cm at room temperature with 10-3 Torr.
60 l66l 8.03 t2a4) 4,66 '220) 1.57 4.02 h02) t.o7 (78) 0.98 (25) 2.05 (52) t.55 i14l 0.43 121) ).43 t l l I 1.89 (44) M22xL5 1.46 ) 7 9 (20t 457 1 1 1 5 1 1 . 1 0 (2Al r.21 :;dd5r 3 1 . 5 : 3 : l 2.36 (60) 2.gJ 171) 9.25 t235) I0.04 t255) 2.56 (65) 0.49 1 2 5 ) 1 . 1 5 t80l 9.61 1244\ (264) 1.57 4.57 ( 1 1 6 ) 3.62 (92) 1 . 1 8 (30) 2.05 (52) ).55 (14) 0 4 3 t21) 1.43 l l 1 ) 2.25 (54) M26xl
60 l66l 8.03 t2a4) 4,66 '220) 1.57 4.02 h02) t.o7 (78) 0.98 (25) 2.05 (52) t.55 i14l 0.43 121) ).43 t l l I 1.89 (44) M22xL5 1.46 ) 7 9 (20t 457 1 1 1 5 1 1 . 1 0 (2Al r.21 :;dd5r 3 1 . 5 : 3 : l 2.36 (60) 2.gJ 171) 9.25 t235) I0.04 t255) 2.56 (65) 0.49 1 2 5 ) 1 . 1 5 t80l 9.61 1244\ (264) 1.57 4.57 ( 1 1 6 ) 3.62 (92) 1 . 1 8 (30) 2.05 (52) ).55 (14) 0 4 3 t21) 1.43 l l 1 ) 2.25 (54) M26xl
It is inversely proportional to the molecular density (pressure) and may be characterized as =0.7/n2 or =2.33 x 10-20T/P2. Here is the molecular diameter (cm), n is the molecular density (units/cm3), T is the absolute temperature (K), and P is the pressure (Torr). In the case of air, for example, this becomes approximately 5cm at room temperature with 10-3 Torr.
For actuators with external stopper, the rotation end can be set within the ranges shown in the drawing by adjusting the stopper bolt. c l o r e c t k n w u o i s C e CRB2 CRBU2 CRB1 MSU B port A port C e l o s c i w k CRJ Basic type For 90 and 100 For 180 and 190 CRA1 Single flat Single flat CRQ2 MSQ MRQ D+10 0 B port A port B port A port +8 0 00 20t 1 0 t 9 fla la gle e f gl sin sin of
Mounting plate material ZNCM-20T Aluminum ZNCM-20TS Stainless steel Mounting (20) Air supply port PA
.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com Basic type For 90 and 100 For 180 and 190 CRA1 Single flat Single flat CRQ2 MSQ MRQ D+10 0 B port A port B port A port +8 0 00 20t 1 0 t 9 fla la gle e f gl sin sin of of ge ge an an n r tio ta n r Ro +8 0 io Ro tat tat Ro 80 io t 1 n r fla an ge gle
FC A Bore size (mm) 10 16 CS1 91 63 4.5 13.5 14.5 M8 x 1.0 18 21 M4 x 0.7 28 6.5 7.5 32 8 14 4 24 17 1.6 15 4.5 15 14.5 92 64 5.5 13.5 14.5 M10 x 1.0 18 21 M5 x 0.8 28 6.5 7.5 42 8 20 5 33 20 2.3 18.3 5.5 15 19 C76 Double Clevis Style (D) C85 CJ2ZD Bore size Stroke C95 CP95 NCM NCA Z + Stroke S + Stroke D+0.030 0 CDH9 Rod end nut Piping port 2-M5 x 0.8 Clevis pin (cdd9 ) 0.030 0.060 -X 20T-bracket
6 -X 20t e o !8 q !1 Data (Piston part) @3 y i e w y @3 i @3 y y i CXSWL1015 CXSW6 CXSW10 CXSW25, 32 Component Parts Note Nickel plated Note Hard anodized Hard chrome plated Hard chrome plated Description Material Special steel Synthetic resin Synthetic resin Polyurethane Chromium steel Aluminum alloy NBR NBR NBR NBR No. q w e r t y u i o !