PFxx-OMX0007 Approx. 1.1 mm Insulator Colours Brown, blue, black, white Sheath Finish O.D. 4 -53No.PF-OMX0007-A Characteristics data Flow rate/Analogue output 0 L/min A 2 B 0 L/min C 2 D Voltage output (1 to 5 V) 1 1 V 1.04 V 5 V Voltage output (0 to 10 V) 1, 3 0 V 0.1 V 10 V Current output 1 4 mA 4.16 mA 20 mA Models Minimum value of rated flow range *4 Maximum value of rated flow range PF3A701H 10 L
V Ps + 0.1 293 S = 12.1 log10 () (6) t P + 0.1 T S : Effective area [mm2] V : Air tank capacity [dm3] t : Discharging time [s] Ps : Pressure inside air tank before discharging [MPa] P : Residual pressure inside air tank after discharging [MPa] T : Temperature inside air tank before discharging [K] Pressure switch Power supply Thermometer Solenoid valve Equipment for test Control circuit
Symbol (B) 2 (A) 4 1 (P) 3 (R) Flow Rate Characteristics C [dm3/(sbar)] b Cv C [dm3/(sbar)] b Cv 14/2(PA/B) 4/25/3(A/BEA/EB) Flow rate characteristics Valve model Port size Body ported 10-VQD1121(V)-L M-M5 10-VQD1121 -L M-M5 10-VQD1151(V)-L M-M5 10-VQD1151W-L M-M5 0.05 0.07 0.06 0.07 Base mounted (With sub-plate) 0.22 0.27 0.22 0.27 0.16 0.24 0.10 0.25 0.05 0.07 0.05 0.07 0.19 0.28 0.22 0.27
Table(2) Rated Voltage-Electrical Entry-Electrical Option PAX Table(1) Connection Size and Applicable Model Insulation type Electrical entry Electrical option 1 (100 V) 2 (200 V) 3 (110 V) 4 (220 V) 7 (240 V) 8 (48 V) 5 (24 V) 6 (12 V) Class B Class H G C D, T G, C T PB S L, Z S L, Z S Note ) Connection Applicable model VXP2130-02 VXP2130-03,VXP2140-03 VXP2130-04,VXP2140-04 VXP2150-06
ALARM is expressed as negative-logic circuit. (2) Positioning Operation (4) Stop by the STOP Signal 24 V 0 V 24 V 0 V Power supply Power supply ON OFF ON OFF IN0-3 IN0-3 Input Input ON OFF OUT0-3 STOP Output ON OFF BUSY OUT0-3 Release Hold BUSY External lock Output ALARM 0 mm/s Speed Positioning operation Release Hold External lock OUT0-3 output signals are ON in the same state as the input
4 mA 4.16 mA 20 mA E F G Voltage output (0 to 10 V) 1 0 V 0.10 V 10 V 1: The analogue output current from the connected equipment should be 20 A or less when selecting 0 to 10 V.
Normally closed Normally open Double acting VNA01 VNA02 VNA03 Coil rated voltage (V) AC (50/60 Hz) 100 V, 200 V, Other voltage (Option) 24 V, Other voltage (Option) 15% to +10% of rated voltage 35C or less (When rated voltage is applied.) 5.6 VA (50 Hz), 5.0 VA (60 Hz) 12 VA (50 Hz), 10.5 VA (60 Hz) 3.4 VA (50 Hz), 2.3 VA (60 Hz) 7.5 VA (50 Hz), 6 VA (60 Hz) DC 12 (P1) 12 (P1) 10 (P2) Allowable
Applicable for strong alkali-based cleaning fluid Suitable for filtering cutting fluids P.57 P.57 P.58 (For coarse filtration) (For coarse filtration) Leg Material: Stainless Steel X47 P.58 54 FGF Series Made to Order Please consult with SMC for details.
wire Connector Grommet Diagnostic indication (2-color indication) 3-wire (NPN) 3-wire (PNP) IC circuit 5 V, 12 V Grommet 2-wire 12 V Connector Relay, PLC 24 V 3-wire (NPN) 3-wire (PNP) IC circuit Diagnostic indication (2-color indication) 5 V, 12 V Grommet 2-wire 12 V Water resistant (2-color indication) With diagnostic output (2-color indication) 5 V, 12 V IC circuit 4-wire (NPN
AS 0 0.1 0.15 0.2 0.25 0.3 Return stroke pressure (MPa) ASP ASN v v w w a a o o l l v v l l F F e e AQ ASV u u r r e e s s v v s s a a e e l l v v r r P P e e AK ASS ASR ASF Working stroke Working stroke Return stroke Return stroke Pressure valve Flow valve 15-16-1 2 Cuts air consumption by operating the return stroke at a reduced pressure.
For example, when analogue output is 1 to 5 V, F.S. = 5[V] 1[V] = 4[V], (ref. 1%F.S. = 4[V] x 1% = 0.04[V]) F.S. (Full span, Full scale) H Hysteresis The difference between ON and OFF points used to prevent chattering. Hysteresis can be effective in avoiding the effects of pulsation.
16 10 2 0 0 0 0 100 200 300 400 500 600 V (mm/s) 0 100 200 300 400 500 600 V(mm/s) 0 100 200 300 400 500 600 V(mm/s) -9- (1)(DC24V) LEFS40 (mm) 1) 200, 300, (400), 500, (600) (700), 800, (900), (1000) 50 60 (kg) ) 23 (mm/s) 2) 20500 10250 (mm/s 2) 3,000 (mm) 0.02 (mm) 20 10 (m/s 2) 3) 50/20 () 540 (%) 90 RH ) 56.4 (DC24V) A/B 800 / (V) DC2410% (W) 4) 100 (W) 5) 43 (W) 6) 141 7)
PA IN PAX Solenoid coil PB Coil: Class B, Class H Rated voltage Model AC Standard Option 100 V, 200 V 48 V, 110 V, 220 V, 240 V Orifice size (mm) Model Port size 10 VXD2130 Rc 1 4, 3 8, 1 2 Rc 3 8, 1 2 Rc 3 4 DC 24 V 12 V 15 20 VXD214 VXD215 VXD226 VXD227 VXD238 VXD239 2 0 Standard Option 2 0 2 0 Rc 1 25 Material 2 0 32A 35 40A 40 2 0 Body Seal Brass/BC6, Stainless steel NBR, EPDM, FKM
Connector pin numbers -18No.PS-OMX1005 Internal circuit and wiring examples ZSE20AF---Output specification -N NPN open collector 1 output Max. 28 V, 80 mA Residual voltage 1 V or less -P PNP open collector 1 output Max. 80 mA Residual voltage 1 V or less -A NPN open collector 2 outputs Max. 28 V, 80 mA Residual voltage 1 V or less -B PNP open collector 2 outputs Max. 80 mA Residual voltage
= 200 mm/s Supply pressure: P = 0.5 MPa Load mass: M = 0.2 kg (2N) Cylinder stroke: 300 mm Load mass: M = 10 kg Cylinder stroke: 400 mm Actuating orientation: Vertical transfer of work (Rod side flange) Maximum speed: v = 300 mm/s Supply pressure: P = 0.5 MPa REC25 provisionally selected from graph (1) (M = 10 kg, v = 300 mm/s) REC20 provisionally selected from graph (1) (M = 0.2 kg, v =
= 200 mm/s Supply pressure: P = 0.5 MPa Load mass: M = 0.2 kg (2N) Cylinder stroke: 300 mm Load mass: M = 10 kg Cylinder stroke: 400 mm Actuating orientation: Vertical transfer of work (Rod side flange) Maximum speed: v = 300 mm/s Supply pressure: P = 0.5 MPa REC25 provisionally selected from graph (1) (M = 10 kg, v = 300 mm/s) REC20 provisionally selected from graph (1) (M = 0.2 kg, v =
= 200 mm/s Supply pressure: P = 0.5 MPa Load mass: M = 0.2 kg (2N) Cylinder stroke: 300 mm Load mass: M = 10 kg Cylinder stroke: 400 mm Actuating orientation: Vertical transfer of work (Rod side flange) Maximum speed: v = 300 mm/s Supply pressure: P = 0.5 MPa REC25 provisionally selected from graph (1) (M = 10 kg, v = 300 mm/s) REC20 provisionally selected from graph (1) (M = 0.2 kg, v =