• Electric silICOn rubber(8lack with -MIne two marKs) Hardness NBR (500) , Silicon rubber (40") , Urethane rubber-Fluorine rubber{60-) Electric NBR (50') , Electric silicon rubber(500) How To Order 1 ~ _ _ -.J Pad dla/mm) 02 12 Mounting thread (Application: Refef to List.)
1 to 50 51 to 100 101 to 150 151 to 200 201 to 300 301 to 400 401 to 500 20 25 32 40 143 156 168 181 206 231 256 147 160 172 185 210 235 260 149 162 174 187 212 237 262 181 194 206 219 244 269 294 For short strokes, a solenoid valve may protrude from the rod cover end.
NW3Z3-40R-92 BkmkPlateAss'A lDxTl7(}2S.lA DXT2flI&lA Apdlcabf. b6 . M r'323-20-e1 Aedlcatto bo! . subgtate DXT200-1 3-1TP . NW3Z3-ZR-G1 . tlW3Z3-4(>61 . NW3Z3-4SO2 . NW3Z3-|oR-O1 .
NW3Z3-40R-92 BkmkPlateAss'A lDxTl7(}2S.lA DXT2flI&lA Apdlcabf. b6 . M r'323-20-e1 Aedlcatto bo! . subgtate DXT200-1 3-1TP . NW3Z3-ZR-G1 . tlW3Z3-4(>61 . NW3Z3-4SO2 . NW3Z3-|oR-O1 .
I/O LEC-CN5-* 1 1 PLC 3 DC24V CN5 CN4 CN3 1 2 LE-C*-*-* LE-C*-*-S 120.3 120.3 mm mm CN2 200 200 mm/s mm/s 100 500 100 500 1 1 200 1000 200 1000 2 2 CN1 50 200 50 200 3 3 <> AWG20 (0.5mm 2) 3 DC24V USB (A-miniB type) USB LEC-W2 3m :LEC-T1-3JG* 1 2 1.2 http://www.smcworld.com/ 3 UL,UL1310Class2 7 USB LAN 16 - 5. 1 2 CN4 5.1 3 ,5.2 4 LECPA 5.3(1) 5.3(2)
Meaning of each bit (ON: 1) b7 b6 b5 b4 b3 b2 b1 in HOLD inputting Indication overflow 1 : fixed Indication underflow Counter overflow (reset is required) 0 : fixed Output of cylinder stop (Count Mode) (5) Communication format details Reading counts VR Command Block # 0 0 V R [CR] Unit No. Command Check sum code Response Block # 0 0 V R [CR] Unit No.
LAT3LAT3MLAT3F600 350 700 Load weight1000g Load weight1000g Load weight1000g 300 600 Positioning time [ms] Positioning time [ms] Positioning time [ms] [ms] 500 [ms] [ms] 700g 700g 700g 250 500 400 500g 500g 500g 200 400 300 150 300 200 100 200 300g 300g 300g 100 100g 100g 50 100 100g 0g 0g 0g 0 0 0 0 10 20 30 40 50 0 5 10 15 20 25 30 0 10 20 30 40 50 Total travel distance [mm] Total travel
40-140'F(5-m'c 2 -20 inch/sec {50 -500 mm/sec) 2 -30 jnch/sec (50-750 mm/sec) Not required (prelubricated at factory) Standard Stroke LLst Owhen mounting, completelyflush the piping and be careful that dust and chips do not erterthe cylinder. )Load of piston rod should always be aligned parallel with the cylinder axis.
When a switch only is shipped, "BBA4" screws are attached D-C7/C8 D-H7l BM2-020 BM2-025 BM2-032 BM2-040 D-B5/B6 D-G5NTL BA2-020 BA2-025 BA2-032 BA2-040 D-A3lA/A44A D-G39A/K39A BM3-020 BM3-025 BM3-032 BM3-040 1.4-80 Series CM2Q Sliding Resistance of The Low Friction Side Boss-cut Style Boss for the head cover bracket is eliminated and the total length of cylinder is shortened.
Status indicator Yes on LCD screen Precision +/5% (0.5 VDC) Offset/gain Offset value: 0 to 0 VDC ELECTRICAL SPECIFICATIONS ENVIRONMENT Gain value: 0-10 = 0-255 Insulation 7 MOhms at 500 VDC These default values can be between connectors, acc. to changed in EN 60730 1 the Offset FB Safety class II T emp. dependent derating =/3 LSB Earthing None Protection IP20 Certifications CE, UL/cUL DC
When the unit i8 u6d on a cdtralaz6d exhaust system, determine lotal volume of air consumption of actuators which are ecUated at fh srh tim in the B6,ne circuit, \lolum of air imide oxhausl pipe lines slEuld also be includd, if lt|e exhaust line i6 longr.
40-140'F(5-m'c 2 -20 inch/sec {50 -500 mm/sec) 2 -30 jnch/sec (50-750 mm/sec) Not required (prelubricated at factory) Standard Stroke LLst Owhen mounting, completelyflush the piping and be careful that dust and chips do not erterthe cylinder. )Load of piston rod should always be aligned parallel with the cylinder axis.
D-B59W Rod Boot Material Stopping Accuracy (mm) Symbol Rod boot material Max. operating temperature Piston speed (mm/s) 100 0.3 300 0.6 500 1.0 1000 2.0 J 70C Nylon tarpaulin Lock type 110C K Heat resistant tarpaulin Spring locking Maximum ambient temperature for the rod boot itself.
When gripping with cups which do not grip object is required, connect the vacuum saving valve, ZP2V series (Applicable model: ZP2V-B6-05). The valve suppresses the decrease of the vacuum pressure and there is a case that the workpiece can be held. For the feasibility of workpiece and conditions of customer, operation check with the actual equipment is required.
When gripping with cups which do not grip object is required, connect the vacuum saving valve, ZP2V series (Applicable model: ZP2V-B6-05). The valve suppresses the decrease of the vacuum pressure and there is a case that the workpiece can be held. For the feasibility of workpiece and conditions of customer, operation check with the actual equipment is required.
When gripping with cups which do not grip object is required, connect the vacuum saving valve, ZP2V series (Applicable model: ZP2V-B6-05). The valve suppresses the decrease of the vacuum pressure and there is a case that the workpiece can be held. For the feasibility of workpiece and conditions of customer, operation check with the actual equipment is required.
When gripping with cups which do not grip object is required, connect the vacuum saving valve, ZP2V series (Applicable model: ZP2V-B6-05). The valve suppresses the decrease of the vacuum pressure and there is a case that the workpiece can be held. For the feasibility of workpiece and conditions of customer, operation check with the actual equipment is required.
When gripping with cups which do not grip object is required, connect the vacuum saving valve, ZP2V series (Applicable model: ZP2V-B6-05). The valve suppresses the decrease of the vacuum pressure and there is a case that the workpiece can be held. For the feasibility of workpiece and conditions of customer, operation check with the actual equipment is required.
When gripping with cups which do not grip object is required, connect the vacuum saving valve, ZP2V series (Applicable model: ZP2V-B6-05). The valve suppresses the decrease of the vacuum pressure and there is a case that the workpiece can be held. For the feasibility of workpiece and conditions of customer, operation check with the actual equipment is required.
When the unit i8 u6d on a cdtralaz6d exhaust system, determine lotal volume of air consumption of actuators which are ecUated at fh srh tim in the B6,ne circuit, \lolum of air imide oxhausl pipe lines slEuld also be includd, if lt|e exhaust line i6 longr.