Microspeed Cylinder When a load, such as a relay or solenoid valve, which generates surge is directly driven, use a type of switch with a built-in surge absorbing element. 8.
If there is a risk of contact, provide safety measures such as a cover or a system that uses sensors that will activate an emergency stop before contact is made. 2. Use a balance circuit in which lurching of the piston is taken into consideration.
The cylinder should be operated using a connection method which allows for shaft alignment variations and deflection due to the cylinder's own weight. A drawing of a recommended mounting method is shown in Figure 1.
Lead Wire Clamp/Lead Wire Cap (Option) CNS Series Lead wire clamp LC-01 Lead wire cap LP-01 ML1C CLS Lead Wire Clamp/Lead Wire Cap (Option) (mm) CLQ 25 32 40 Mounting position Series Series Lead wire clamp Lead wire cap A 124.8 148.8 173.8 LP-01 ML1C LC-01 ML1C MLGP B 113.2 137.2 162.2 25 32 40 Series Mounting position RLQ ML1C 177.5 A 128.5 152.5 B 123.5 147.5 172.5 MLU Operating Range Minimum
Lead Wire Clamp/Lead Wire Cap (Option) CNS Series Lead wire clamp LC-01 Lead wire cap LP-01 ML1C CLS Lead Wire Clamp/Lead Wire Cap (Option) (mm) CLQ 25 32 40 Mounting position Series Series Lead wire clamp Lead wire cap A 124.8 148.8 173.8 LP-01 ML1C LC-01 ML1C MLGP B 113.2 137.2 162.2 25 32 40 Series Mounting position RLQ ML1C 177.5 A 128.5 152.5 B 123.5 147.5 172.5 MLU Operating Range Minimum
40 Mounting position Series Series Lead wire clamp Lead wire cap A 124.8 148.8 173.8 LP-01 ML1C ML1C LC-01 B 113.2 137.2 162.2 25 32 40 Mounting position Series ML1C 177.5 A 128.5 152.5 B 123.5 147.5 172.5 4.7-11
With a model that has the maximum flow rate line below the obtained intersecting point, the flow rate will be exceeded, thus leading to a problem such as being unable to satisfy the specifications. 4.6-23 Super Mist Separator Series AME Construction Component Parts q Description Aluminum die cast Aluminum die cast Material Note No.
Metric size Inch size Type Elbow Universal 2 3 1 8" 5 32" 23 01 3.2 4 6 8 10 12 04 06 08 10 12 03 05 07 09 11 13 3 16" 1 4" 5 16" Control type Meter-out Meter-in 0 1 3 8" 1 2" Use 1/8" tube.
Base mounted Body ported Base mounted Voltage 5 6 24VDC 12VDC Port size Nil M5 01 01F 01N 01T Without sub-plate (PVQ13, 33) With sub-plate (PVQ13 only) Rc 1/8 G 1/8 NPT1/8 NPTF 1/8 Electrical entry Orifice size L type plug connector, with lead wire (PVQ13 only) M type plug connector, with lead wire (PVQ13 only) Grommet (PVQ31, 33) L 03 04 06 08 16 23 40 0.3mm ( for PVQ13) 0.4mm ( for PVQ13
MPa 02 43 70 75H 02 43 2 75 010 MPa A 75H 015 MPa 1 02 Rc1/4 N02 NPT1/4 S M12 (5m) F02 G1/4(ISO1179) L M12 (5m) 1 27 2 NPN 2 M SI 2 43 NPN 1 1 PNP 1 P psi() 1 65 PNP 1 1 2MPa 67 2 PNP 2 ZS-31-A A M12 (5 m) ZS-31-B S M12 (5 m) ZS-31-C L -8No.PS-OMH0002CN-D LCD () SET UP DOWN 4 24 ()OUT1ON LCD 4 UPON/OFF DOWNON/OFF SET -27-67 (-27-67 OUT2()) -9No.PS-OMH0002CN-D 7 7 "8"7
This is a legacy product.
A A B A B A B A B A B A B 122.3 4 A SMC 53.6 2 B 37.6 18.5 Approx. 12 Approx. 12 EXH. outlet Applicable connector: Flat cable connector (20P) (conforms to MIL-C-83503) Triangle mark indicator position Approx. 10 D side U side Station 1 2 3 4 5 6 7 8 n C10: R(EXH) port For top ports C10: P(SUP) port 4 A 3 4 A 4 A 4 A 4 A 4 A 4 A 4 A R 62 41.5 (58) 39.5 P B 2 B 2 B 2 B 2 B 2 B 2 B 2 B 2 25.5
(The diagram below is provided as a guide.)
DC+COM A(-) C(+) COM B(-) 1N.C.ON 2 ZNR/ 3AB 23 - No.ZB-OM00301 (10ms ) 1 210ms 2 330m/s 4() A-C ON B-C ON N.C. A-C ON OFF 10msec ON 10 A B OFF 50 A B 10 1 50 3 3 24 - No.ZB-OM00301 ZB / / Assy /HNBR Assy //HNBR 25 - No.ZB-OM00301 2 ()() 5kPa () ZFAZFBZFC ON ZB1-VQ110U N.C (0.3 0.4 0.5 0.6) ZB1-VQ110L (0.30.4) ZB1-VQ120U N.C ZB1-VQ110N.C.
For futhr details ol accessorbs. reler lo 'accessorles' on page 6. 4 rP300 METHOD OF OPERATION Signal pressure from a controlled pressure source enters the 1P300 input chamber and exerts a force on the diaphragms. A pressure differential between the two diaphragms creates a force to open the pilot valve.
For futhr details ol accessorbs. reler lo 'accessorles' on page 6. 4 rP300 METHOD OF OPERATION Signal pressure from a controlled pressure source enters the 1P300 input chamber and exerts a force on the diaphragms. A pressure differential between the two diaphragms creates a force to open the pilot valve.
For futhr delalls ol accs3sorbs, reler lo 'accssorls' on p6se 6. 4 2grtc tP300 METHOD OF OPERATION Signal pressure from a controlled pressure source enters the 1P300 input chamber and exerts a force on the diaphragms. A pressure difierential between the two diaphragms creates a force to open the pilot valve.
(A) (C) (A) (C) BLEED SUP OUT SU P N/ M Pa/ ( S) N N m 1 1 M Pa/m ( ) m 2 M Pa M Pa (A) /N (B) / ( ) m 2 ( A ) m 2 5- I R 3 0 0 1 SUP OUT 2 3%F.S. 3 R B(P36203018) G 2 3 RcF N IR3000G43-2-01 G43-P2-N01-X30 IR3010G43-4-01 G43-P4-N01-X30 IR3020G43-10-01 G43-P10-N01-X30 02:1/4 03:3/8 04:1/2 Rc FG NNPT 00.010.2MPa 10.010.4MPa 20.010.8MPa PRECI SI O N REG U LATO R
/ M Pa/ m M Pa/ ( S) () m 2 1 1 m N MPa M Pa N m (A) / N ( B) /N () m 2 ( A) m 2 N -5- 1 SUP OUT 2 %F.S. 3 , 4 R B(P36201023) G 2 3 Rc,F N IR1000G33-2-01 G33-P2-N01-X30 IR1010G33-4-01 G33-P4-N01-X30 IR1020G33-10-01 G33-P10-N01-X30 011/84 Rc NNPT FG 00.0050.2MPa 10.010.4MPa 20.010.8MPa PRECI SI O N REG U LATO R I R101BG M AX.