(Normally Opened)], Bowl Type: Polycarbonate Bowl, Bowl Guard: None, Drain Port: w/Drain Cock, Indicator: without Indicator, Flow Direction: R (Right to Left), Drain Cock w/Barb Fitting: None, Pressure Unit: Pressure Unit: MPa; Temp Unit: °C
(Normally Opened)], Bowl Type: Polycarbonate Bowl, Bowl Guard: None, Drain Port: w/Drain Cock, Indicator: without Indicator, Flow Direction: R (Right to Left), Drain Cock w/Barb Fitting: None, Pressure Unit: Pressure Unit: MPa; Temp Unit: °C
(Normally Closed)], Bowl Type: Polycarbonate Bowl, Bowl Guard: None, Drain Port: w/Drain Cock, Indicator: without Indicator, Flow Direction: R (Right to Left), Drain Cock w/Barb Fitting: None, Pressure Unit: Pressure Unit: MPa; Temp Unit: °C
(Normally Closed)], Bowl Type: Polycarbonate Bowl, Bowl Guard: None, Drain Port: w/Drain Cock, Indicator: without Indicator, Flow Direction: R (Right to Left), Drain Cock w/Barb Fitting: None, Pressure Unit: Pressure Unit: MPa; Temp Unit: °C
The AFM's standard filtration is 0.3µm with a 99.9% filtered particle size. Body size 30 and 40 now have a transparent bowl guard that offers 360° visibility, while completely protecting the bowl from the environment. The modular design allows connection with other SMC air preparation equipment. Use in combination with the AF series to meet your clean room filtration requirements.
SFOD-OMT0012 The RB shock absorber has a specially designed orifice that compensates for varying speeds and loads to consistently decelerate loads without requiring additional adjustment. The double seal enclosure consists of a scraper and a rod seal, provides extra insurance against leakage. The RB series shock absorbers are available in five sizes and all withstand an impact speed of 16 ft/sec.
The RB shock absorber has a specially designed orifice that compensates for varying speeds and loads to consistently decelerate loads without requiring additional adjustment. The double seal enclosure consists of a scraper and a rod seal, provides extra insurance against leakage. The RB series shock absorbers are available in five sizes and all withstand an impact speed of 16 ft/sec.
The 25A- series variations are compatible with secondary battery manufacturing for electronics, automotive, and other vehicle types. 25A-PFMB7201 is a digital flow sensor compatible with air and nitrogen. Its thermal sensor is protected in a bypass flow path to reduce contact with moisture and contaminants, avoiding accuracy deterioration and damage.
The 25A- series variations are compatible with secondary battery manufacturing for electronics, automotive, and other vehicle types. 25A-PFMB is a digital flow sensor compatible with air and nitrogen. Its thermal sensor is protected in a bypass flow path to reduce contact with moisture and contaminants, avoiding accuracy deterioration and damage.
The CY3B series has resin-based lube retainers installed on the dust seal to distribute lubricant more evenly for a reduction in minimum operating pressure. 70% longer wear rings will distribute a side load over a larger contact area for improved bearing performance. Please note the CY3B must be used with an external guide to support the load.
The CY3R series has resin based lube retainers installed on the dust seal to more evenly distribute lubricant for a reduction in minimum operating pressure. 70% longer wear rings will distribute a side load over a larger contact area for improved bearing performance. Please note the CY3R must be used with an external guide to support the load.
Bore sizes: 6, 8, 12, 16, 20, 25 mm; Repeatable positioning accuracy: +/-0.05 mm; Stroke adjuster options: rubber, metal stopper or shock absorber; End lock option in the event of air pressure loss; Auto switch capable; Series 25A-MXQ*A is compatible with secondary battery applications
The CY3B series has resin-based lube retainers installed on the dust seal to distribute lubricant more evenly for a reduction in minimum operating pressure. 70% longer wear rings will distribute a side load over a larger contact area for improved bearing performance. Please note the CY3B must be used with an external guide to support the load.
The CY3R series has resin based lube retainers installed on the dust seal to more evenly distribute lubricant for a reduction in minimum operating pressure. 70% longer wear rings will distribute a side load over a larger contact area for improved bearing performance. Please note the CY3R must be used with an external guide to support the load.
The 25A- series variations are compatible with secondary battery manufacturing for electronics, automotive, and other vehicle types. 25A-PFMB7201 is a digital flow sensor compatible with air and nitrogen. Its thermal sensor is protected in a bypass flow path to reduce contact with moisture and contaminants, avoiding accuracy deterioration and damage.
Bore sizes: 6, 8, 12, 16, 20, 25 mm; Repeatable positioning accuracy: +/-0.05 mm; Stroke adjuster options: rubber, metal stopper or shock absorber; End lock option in the event of air pressure loss; Auto switch capable; Series 25A-MXQ*A is compatible with secondary battery applications
The 25A- series variations are compatible with secondary battery manufacturing for electronics, automotive, and other vehicle types. 25A-PFMB is a digital flow sensor compatible with air and nitrogen. Its thermal sensor is protected in a bypass flow path to reduce contact with moisture and contaminants, avoiding accuracy deterioration and damage.
Approx. 0.0035 MPa/m for a port size 15A thermo-chiller (Note 2), approx. 0.0026 MPa/m for a port size 20A thermo-chiller (Note 2), and approx. 0.0022 MPa/m for a port size 25A thermo-chiller (Note 2). However, SMC does not design or install piping systems. For more information, consult a qualified piping designer.
Note 1) Search the Internet for details.
The 25A- series variations are compatible with secondary battery manufacturing for electronics, automotive, and other vehicle types. 25A-PFM7 is a digital flow sensor compatible with air, nitrogen, argon and carbon dioxide. The 3-digit LED display can be red or green, changing when a set point is reached. Either instantaneous or accumulated flow can be shown.