ISO 21287 standard, Bore sizes of 20, 25, 32, 40, 50, 63, 80 and 100 mm, Large stroke range from 5 mm up to 150 mm, Construction is similar to the current CQ2 lateral load resistant specification, Snap ring construction allows easy and quicker maintenance, Auto switches can be mounted on any of the four sides of the cylinder tube, FOOT MOUNT KIT, ACTUATOR, C55 ISO COMPACT CYLINDER, H2
Part Number Description: BRACKET Product Line: A Product Line Description: ACTUATOR Family Code: 456 Family Description: CXW GUIDED CYLINDER Class Code: H2 Part Code: 1 Reference Code: J This is a custom made item that is NOT returnableClick here to report information errorImage shown may not match exact part number
BRACKET, ACTUATOR, CXW GUIDED CYLINDER, H2, 20MM CXW BRACKET, 3.98386 lb
Please contact us for the latest version.sales@ocaire.com, BEARINGS KIT, ACTUATOR, MY1M GUIDED CYLINDER, H2, 20MM MY1M KIT/ACCESSORY, 5.50974 lb
Series AK1000 Applicable Fluid Process Gas Molecular Formula Process Gas Molecular Formula Ar CClF3 Argon Halocarbon 13 C2Cl2F4 CF4 Halocarbon 114 Halocarbon 14 C2ClF5 CH2F2 Halocarbon 115 Halocarbon 32 C2F6 CH4 Halocarbon 116 Methane C2H2 CHF3 Acetylene Halocarbon 23 C2H2F4 CO2 Halocarbon 134A Carbon Dioxide C2HF5 H2 Halocarbon 125 Hydrogen C3F8 He Halocarbon R218 Helium C3H6 Kr Propene Krypton C3H8 N2
Applicable Fluid Process Gas Molecular Formula Process Gas Molecular Formula Boron11 Trifluoride Chlorine 11BF3 Cl2 Argon Chlorine Trifluoride Ar ClF3 Arsine Carbon Monoxide AsH3 CO Boron Trichloride Carbon Dioxide CO2 BCl3 Boron Trifluoride Germane BF3 GeH4 Halocarbon114 Hydrogen C2ClF4 H2 Halocarbon115 Hydrogen Sulfide C2ClF5 H2S Halocarbon116 Hydrogen Selenide H2Se C2F6 Acetylene Hydrogen
Vespel is a registered trademark of DuPont. 19 Intermediate flow (Tied-diaphragm) Two Stage Regulator for Ultra High Purity Series AP2700 For UHP gas delivery High inlet pressure type: Max. 3500 psig (24.1 MPa) Flow capacity to 150 slpm (NF3) to 900 slpm (H2) Body material: 316L SS secondary remelt Hastelloy internals available for corrosion resistance Minimizes supply pressure effect by
oO OUT 12,17 304 609 913 1217 1522 1765 30 IN 11 .08 277 554 831 1108 1385 1606 Note) Theoretical outpul(lbl) :: Pressure (pSI) X Piston area (IrI(:h2) Bore SlZ9 .
High vacuum angle valve; Type: manual, bellows seal; Flange size: 16 ~ 50; Heater type: H1 (80°C), H2 (100°C), H3 (120°C); Auto switches not available
The valve does not contain heavy metals such as Ni (nickel) or Cr (chrome) and a low sputtering yield also helps to minimize heavy metal contamination of semiconductor wafers.High vacuum angle valve; Type: manual, bellows seal; Flange size: 16 ~ 50; Heater type: H1 (80°C), H2 (100°C), H3 (120°C); Auto switches not available
High vacuum angle valve; Type: manual, bellows seal; Flange size: 16 ~ 50; Heater type: H1 (80°C), H2 (100°C), H3 (120°C); Auto switches not available
High vacuum angle valve; Type: manual, bellows seal; Flange size: 16 ~ 50; Heater type: H1 (80°C), H2 (100°C), H3 (120°C); Auto switches not available
Cooling Capacity: 002 (2 kW), Type: 2 (Clean/DI Water)
Cooling Capacity: 015 (15 kW), Type: 2 (Clean/DI Water)
Cooling Capacity: 030 (30 kW), Type: 2 (Clean/DI Water)
Cooling Capacity: 2 kW, Type: Clean/DI Water, Pump Inverter Control: -, Option: -
Cooling Capacity: 15 kW, Type: Clean/DI Water, Pump Inverter Control: -, Option: -
Cooling Capacity: 30 kW, Type: Clean/DI Water, Pump Inverter Control: -, Option: -
The HRW series thermo-chiller is a high-performance device for circulating a fluid at a constant temperature (Water-cooled type).? Energy saving is substantially increased by exchanging cooling water and heat directly.? The HRW can achieve reduction in power consumption as it does not have a compressor, and reduction in the amount of facility water used because heat is exchanged directly
The HRW series thermo-chiller is a high-performance device for circulating a fluid at a constant temperature (Water-cooled type).? Energy saving is substantially increased by exchanging cooling water and heat directly.? The HRW can achieve reduction in power consumption as it does not have a compressor, and reduction in the amount of facility water used because heat is exchanged directly