This is a manually operated 90° right angle Ideal Vacuum Super-Seal bellows valve with Conflat CF 1.33" (1-1/3") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for ultra-high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All ultra-high vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, OFHC copper gaskets for the bonnet seal, and Viton® poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

This is a manually operated 180° in-line Ideal Vacuum Super-Seal bellows valve with Conflat CF 1.33" (1-1/3") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All high-vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, and Viton® bonnet and poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

This is a manually operated 180° in-line Ideal Vacuum Super-Seal bellows valve with Conflat CF 1.33" (1-1/3") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for ultra-high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All ultra-high vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, OFHC copper gaskets for the bonnet seal, and Viton® poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

These small Ideal Vacuum Super-Seal pneumatic bellows 90° angle valves have CF 1-1/3" inlet and outlet ports with rotatable flanges. They are designed primarily for use in the ultra high-vacuum range (10 Torr), with leak rates of 10 Torr l/s (He) but can be used up to positive pressures of 60-80 psi. These valves are constructed of a 304L stainless steel valve body and mechanism, an aluminum actuator, and have copper bonnet seals. Super-Seal valves are bakeable up to 100°C (valve body only). These valves can be mounted in any orientation. These small-sized Super-Seal valves require air to open and have a spring closure mechanism. Low volume, dry, compressed air in the range of 60-to-80 psi is needed. Because they close automatically, they are useful as safety valves, providing failure protection to preserve chamber vacuum in case of loss of power or air supply.

These small Ideal Vacuum Super-Seal pneumatic bellows in-line valves have CF 1-1/3" inlet and outlet ports with rotatable flanges. They are designed primarily for use in the ultra high-vacuum range (10 Torr), with leak rates of 10 Torr l/s (He) but can be used up to positive pressures of 60-80 psi. These valves are constructed of a 304L stainless steel valve body and mechanism, an aluminum actuator, and have copper bonnet seals. Super-Seal valves are bakeable up to 100°C (valve body only). These valves can be mounted in any orientation. These small-sized Super-Seal valves require air to open and have a spring closure mechanism. Low volume, dry, compressed air in the range of 60-to-80 psi is needed. Because they close automatically, they are useful as safety valves, providing failure protection to preserve chamber vacuum in case of loss of power or air supply.

This is a manually operated 90° right angle Ideal Vacuum Super-Seal bellows valve with Conflat CF 2.12" (2-1/8") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All high-vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, and Viton® bonnet and poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

This is a manually operated 90° right angle Ideal Vacuum Super-Seal bellows valve with Conflat CF 2.12" (2-1/8") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for ultra-high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All ultra-high vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, OFHC copper gaskets for the bonnet seal, and Viton® poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

This is a manually operated 180° in-line Ideal Vacuum Super-Seal bellows valve with Conflat CF 2.12" (2-1/8") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for ultra-high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All ultra-high vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, OFHC copper gaskets for the bonnet seal, and Viton® poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

This is a manually operated 180° in-line Ideal Vacuum Super-Seal bellows valve with Conflat CF 2.12" (2-1/8") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All high-vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, and Viton® bonnet and poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

These small Ideal Vacuum Super-Seal pneumatic bellows 90° angle valves have CF 2-1/8" inlet and outlet ports with rotatable flanges. They are designed primarily for use in the ultra high-vacuum range (10 Torr), with leak rates of 10 Torr l/s (He) but can be used up to positive pressures of 60-80 psi. These valves are constructed of a 304L stainless steel valve body and mechanism, an aluminum actuator, and have copper bonnet seals. Super-Seal valves are bakeable up to 100°C (valve body only). These valves can be mounted in any orientation. These small-sized Super-Seal valves require air to open and have a spring closure mechanism. Low volume, dry, compressed air in the range of 60-to-80 psi is needed. Because they close automatically, they are useful as safety valves, providing failure protection to preserve chamber vacuum in case of loss of power or air supply.

These small Ideal Vacuum Super-Seal pneumatic bellows in-line valves have CF 2-1/8" inlet and outlet ports with rotatable flanges. They are designed primarily for use in the ultra high-vacuum range (10 Torr), with leak rates of 10 Torr l/s (He) but can be used up to positive pressures of 60-80 psi. These valves are constructed of a 304L stainless steel valve body and mechanism, an aluminum actuator, and have copper bonnet seals. Super-Seal valves are bakeable up to 100°C (valve body only). These valves can be mounted in any orientation. These small-sized Super-Seal valves require air to open and have a spring closure mechanism. Low volume, dry, compressed air in the range of 60-to-80 psi is needed. Because they close automatically, they are useful as safety valves, providing failure protection to preserve chamber vacuum in case of loss of power or air supply.

This is a manually operated 90° right angle Ideal Vacuum Super-Seal bellows valve with Conflat CF 2.75" (2-3/4") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for ultra-high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All ultra-high vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, OFHC copper gaskets for the bonnet seal, and Viton® poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

This is a manually operated 180° in-line Ideal Vacuum Super-Seal bellows valve with Conflat CF 2.75" (2-3/4") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for ultra-high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All ultra-high vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, OFHC copper gaskets for the bonnet seal, and Viton® poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

These small Ideal Vacuum Super-Seal pneumatic bellows 90° angle valves have CF 2-3/4" inlet and outlet ports with rotatable flanges. They are designed primarily for use in the ultra high-vacuum range (10 Torr), with leak rates of 10 Torr l/s (He) but can be used up to positive pressures of 60-80 psi. These valves are constructed of a 304L stainless steel valve body and mechanism, an aluminum actuator, and have copper bonnet seals. Super-Seal valves are bakeable up to 100°C (valve body only). These valves can be mounted in any orientation. These small-sized Super-Seal valves require air to open and have a spring closure mechanism. Low volume, dry, compressed air in the range of 60-to-80 psi is needed. Because they close automatically, they are useful as safety valves, providing failure protection to preserve chamber vacuum in case of loss of power or air supply.

These small Ideal Vacuum Super-Seal pneumatic bellows in-line valves have CF 2-3/4" inlet and outlet ports with rotatable flanges. They are designed primarily for use in the ultra high-vacuum range (10 Torr), with leak rates of 10 Torr l/s (He) but can be used up to positive pressures of 60-80 psi. These valves are constructed of a 304L stainless steel valve body and mechanism, an aluminum actuator, and have copper bonnet seals. Super-Seal valves are bakeable up to 100°C (valve body only). These valves can be mounted in any orientation. These small-sized Super-Seal valves require air to open and have a spring closure mechanism. Low volume, dry, compressed air in the range of 60-to-80 psi is needed. Because they close automatically, they are useful as safety valves, providing failure protection to preserve chamber vacuum in case of loss of power or air supply.

This is a manually operated 90° right angle Ideal Vacuum Super-Seal bellows valve with Conflat CF 3.38" (3-3/8") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All high-vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, and Viton® bonnet and poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

This is a manually operated 90° right angle Ideal Vacuum Super-Seal bellows valve with Conflat CF 3.38" (3-3/8") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for ultra-high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All ultra-high vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, OFHC copper gaskets for the bonnet seal, and Viton® poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

This is a manually operated 180° in-line Ideal Vacuum Super-Seal bellows valve with Conflat CF 3.38" (3-3/8") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All high-vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, and Viton® bonnet and poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

This is a manually operated 180° in-line Ideal Vacuum Super-Seal bellows valve with Conflat CF 3.38" (3-3/8") flanges on the inlet and outlet ports. Conflat flanged Super-Seal valves have rotatable flanges for optimal connectivity to vacuum lines. This valve is rated for ultra-high-vacuum use (10 Torr) and can be used up to the 60-80 psig positive pressure range. These Super-Seal valves have a leak rate of 10 Torr l/s (He). All ultra-high vacuum rated Super-Seal valves use 304L stainless steel for the valve body and mechanism, OFHC copper gaskets for the bonnet seal, and Viton® poppet seal O-rings. These valves operate with low friction and zero abrasion of the polymer elastomer surface allowing for repeatable sealing action over many thousands of cycles. Super-Seal valves provide high-conductance to maximize the evacuated gas flow rate. These valves are bakeable up to 150°C (limited by the Viton O-rings) and can withstand a maximum differential pressure of up to 15 psig. They can be mounted in any orientation.

These small Ideal Vacuum Super-Seal pneumatic bellows 90° angle valves have CF 3-3/8" inlet and outlet ports with rotatable flanges. They are designed primarily for use in the ultra high-vacuum range (10 Torr), with leak rates of 10 Torr l/s (He) but can be used up to positive pressures of 60-80 psi. These valves are constructed of a 304L stainless steel valve body and mechanism, an aluminum actuator, and have copper bonnet seals. Super-Seal valves are bakeable up to 100°C (valve body only). These valves can be mounted in any orientation. These small-sized Super-Seal valves require air to open and have a spring closure mechanism. Low volume, dry, compressed air in the range of 60-to-80 psi is needed. Because they close automatically, they are useful as safety valves, providing failure protection to preserve chamber vacuum in case of loss of power or air supply.

These small Ideal Vacuum Super-Seal pneumatic bellows in-line valves have CF 3-3/8" inlet and outlet ports with rotatable flanges. They are designed primarily for use in the ultra high-vacuum range (10 Torr), with leak rates of 10 Torr l/s (He) but can be used up to positive pressures of 60-80 psi. These valves are constructed of a 304L stainless steel valve body and mechanism, an aluminum actuator, and have copper bonnet seals. Super-Seal valves are bakeable up to 100°C (valve body only). These valves can be mounted in any orientation. These small-sized Super-Seal valves require air to open and have a spring closure mechanism. Low volume, dry, compressed air in the range of 60-to-80 psi is needed. Because they close automatically, they are useful as safety valves, providing failure protection to preserve chamber vacuum in case of loss of power or air supply.

This is a 12 VDC single-acting solenoid kit used on all small Ideal Vacuum Super-Seal pneumatic bellows valves, including 90 degree angle and in-line valves. The kit includes a 1/8" brass NPT nipple needed to attach the solenoid to the 1/8" female NPT air inlet of any small Super-Seal valve. Also included is a push-to-connect fitting with 1/8" NPT to 1/4" OD tubing for the airline connection, and a 1/8" NPT sintered brass exhaust muffler. This solenoid requires a 12 VDC power source capable of supplying a current of 425mA. This single-acting solenoid kit is used on these small Super-Seal pneumatic bellows valves:KF-16, KF 25, KF-40, and KF 50CF 1.33", CF 2.12", CF 2.75", and CF 3.38"

This is a 24 VDC single-acting solenoid kit used on all small Ideal Vacuum Super-Seal pneumatic bellows valves, including 90 degree angle and in-line valves. The kit includes a 1/8" brass NPT nipple needed to attach the solenoid to the 1/8" female NPT air inlet of any small Super-Seal valve. Also included is a push-to-connect fitting with 1/8" NPT to 1/4" OD tubing for the airline connection, and a 1/8" NPT sintered brass exhaust muffler. This solenoid requires a 24 VDC power source capable of supplying a current of 200mA. This single-acting solenoid kit is used on these small Super-Seal pneumatic bellows valves:KF-16, KF 25, KF-40, and KF 50CF 1.33", CF 2.12", CF 2.75", and CF 3.38"

This is a 110 VAC single-acting solenoid kit used on all small Ideal Vacuum Super-Seal pneumatic bellows valves, including 90 degree angle and in-line valves. The kit includes a 1/8" brass NPT nipple needed to attach the solenoid to the 1/8" female NPT air inlet of any small Super-Seal valve. Also included is a push-to-connect fitting with 1/8" NPT to 1/4" OD tubing for the airline connection, and a 1/8" NPT sintered brass exhaust muffler. This solenoid requires a 110 VAC power source capable of supplying a current of 70mA. This single-acting solenoid kit is used on these small Super-Seal pneumatic bellows valves:KF-16, KF 25, KF-40, and KF 50CF 1.33", CF 2.12", CF 2.75", and CF 3.38"

The mechanical Reed-type position indicator sensor detects and is activated when the magnetic field generated by the top of the Super-Seal valve actuator aligns with the sensor. A red LED illuminates when the sensor is triggered. In addition to providing visual confirmation of the valve's state (whether it is open or closed), the Reed sensor can also be used to switch or trigger an auxiliary device. Super-Seal valves have two position indicator sensor slots in their valve heads, one long, one short. This sensor is activated and illuminates when: the valve is open and the sensor is in the short slot.the valve is open and the sensor is positioned at the top of the long slot.

The NPN-type transistor position indicator sensor detects and is activated when the magnetic field generated by the top of the Super-Seal valve actuator aligns with the sensor. A red LED illuminates when the sensor is triggered (the PNP-type sensor has a green LED). In addition to providing visual confirmation of the valve's state (whether it is open or closed), the NPN sensor can also be used to switch or trigger an auxiliary device. Super-Seal valves have two position indicator sensor slots in their valve heads, one long, one short. This sensor is activated and illuminates when: the valve is open and the sensor is in the short slot.the valve is open and the sensor is positioned at the top of the long slot.

The PNP-type transistor position indicator sensor detects and is activated when the magnetic field generated by the top of the Super-Seal valve actuator aligns with the sensor. A green LED illuminates when the sensor is triggered (the NPN-type sensor has a red LED). In addition to providing visual confirmation of the valve's state (whether it is open or closed), the PNP sensor can also be used to switch or trigger an auxiliary device. Super-Seal valves have two position indicator sensor slots in their valve heads, one long, one short. This sensor is activated and illuminates when: the valve is open and the sensor is in the short slot.the valve is open and the sensor is positioned at the top of the long slot.