(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in6R 1/8AS2201FG-01-06AS2211FG-01-06AS2301FG-01-06AS2311FG-01-06
PSxx-OMH0002CN 01[MPa] F.S.=1-0=1[MPa] (1F.S.=10.01=0.01[MPa]) F.S.
02 01 02 14 20 VEX312VEX322VEX332VEX342VEX350VEX370VEX390( ) VEX1-18-1A VEX5-32A VEX7-32A VEX9-32A ( ) VEX1-18-2A VEX3-32-2A P2 AN120-M5 AN103-01 AN210-02 1) VEX1-9-1P VEX4-2A-P VEX1-11-2 VEX4-4 DXT152-14-1A NXT013-3 VO307K-1 2) 3) VEX322 VEX342 Rc A 1/8 1/4 F G VVEX2 VVEX4 B 1/4 3/8 N NPT ( ) VEX1-17 VEX4-5 C 1/2 T NPTF 11 No.VEX-OMY0001 (2) () 3 2(A) 23(P2) 12(P1) a,b 12(P1
Elbow/Universal Type Flow rate and effective area AS221FM-02 AS221FM-01 Model AS121FM-M5 AS231FM-02 AS231FM-01 AS131FM-M5 3.2, 4, 6 6, 8 Metric sizes 3.2, 4 8, 10 4 6 Tubing O.D. 1/8", 5/32", 3/16" 1/4" 3/16", 1/4" 5/16" 1/4", 5/16" 3/8" Inch sizes 1/8", 5/32" 5/32" 3/16" l/min (ANR) {Nl/min} 38 7 Flow rate 12 Controlled flow Effective area mm 0.6 0.2 0.1 l/min (ANR) {Nl/min} 230 Flow rate
(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in4R 1/8AS2201FG-01-04AS2211FG-01-04AS2301FG-01-04AS2311FG-01-04
(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in4R 1/8AS2201FG-01-04AS2211FG-01-04AS2301FG-01-04AS2311FG-01-04
(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in6R 1/8AS2201FG-01-06AS2211FG-01-06AS2301FG-01-06AS2311FG-01-06
(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in6R 1/8AS2201FG-01-06AS2211FG-01-06AS2301FG-01-06AS2311FG-01-06
(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in8R 1/8AS2201FG-01-08AS2211FG-01-08AS2301FG-01-08AS2311FG-01-08
(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in8R 1/8AS2201FG-01-08AS2211FG-01-08AS2301FG-01-08AS2311FG-01-08
Thi s product i s adj ust ed f or each speci f i cat i on at t he t i m e of shi pm ent f rom t he f act ory.
fluid [Ai r] dry air, N2 Page 28 [F 4] [rEF] Reference condition [Anr] Standard condition Page 29 [F 5] [eES] Response time [1.00] 1 second Page 30 [F 6] [dSP] Display mode [inS] Instantaneous flow Page 31 [F 7] [inP] External input [r_ r] Accumulated flow external reset Page 32 [F 8] [drE] Display resolution [1E2] 100-split Page 35 [F 9] [PrS] Auto-preset [oFF] Manual Page 36 [F10] [EEP
The main F-Parameters are: F_Source/Destination_Address (F-Address for short) The F-Source address is combined with the F-destination address to generate a Codename to identify the communication relationship between two devices.
Number of fingers and therefore, When = 0.2 When = 0.1 mg F > 2 x mg F = x 4 2 x 0.2 mg F = x 4 2 x 0.1 With a representing the extra margin, F is determined by the following formula: = 10 x mg = 20 x mg mg F = x a 2 x 10 x Workpiece weight 20 x Workpiece weight Note) Even in cases where the coefficient of friction is greater than = 0.2, for reasons of safety, select a gripping force
Male Rod End F . Female Rod End B .
0 Units selection function 30 F 1 Setting of OUT1 34 F 2 Setting of OUT2 37 F 3 Digital filter setting 39 F 4 Auto-preset function 40 F 5 FUNC terminal setting 42 F 6 Fine adjustment of display value 46 F10 Sub display setting 47 F11 Display resolution setting 53 F80 Power saving mode 54 F81 Security code 55 F82 Input of line name 57 F90 Setting of all functions 58 F96 Input signal check
0 Units selection function 30 F 1 Setting of OUT1 31 F 2 Setting of OUT2 34 F 3 Digital filter setting 36 F 4 Auto-preset function 37 F 5 FUNC terminal setting 39 F 6 Fine adjustment of display value 40 F10 Sub display setting 41 F11 Display resolution setting 47 F14 Zero cut-off setting 48 F80 Power saving mode 49 F81 Security code 50 F90 Setting of all functions 52 F96 Number of pressurizing
IODD file 1 ISA3-F SMC-ISA3-F-ymmdd-IODD1.1 2 ISA3-G SMC-ISA3-G-ymmdd-IODD1.1 3 ISA3-H SMC-ISA3-H-ymmdd-IODD1.1 : "ymmdd" indicates the file preparation date. y is the year, mm is the month and dd is the date. The IODD file can be downloaded from the SMC Web site (https://www.smcworld.com).
The main F-Parameters are: F_Source/Destination_Address (F-Address for short) The F-Source address is combined with the F-destination address to generate a Codename to identify the communication relationship between two devices.