Ideal Vacuum ExploraVAC TVAC Environmental Chamber Series System Stand The ExploraVAC™ Stand is the basis for our complete line of TVAC vacuum and temperature controlled environmental chambers, engineered with vacuum system component integration in mind. This industrial-duty stand is the perfect base for mounting any Ideal Vacuum modular Cube, welded steel or aluminum chamber, up to 24"x24"x24". The ExploraVAC Stand makes an outstanding foundation for those with an existing chamber, or for those who wish to build their own custom system. All ExploraVAC TVAC stands are built with top-of-the-line features including a durable powder coated finish, quick access panels, side airflow venting and integrated Unistrut rails for easy equipment mounting. Available with or without an internal NEMA style enclosure, prepped with subpanel and blank plates for customizing cable feedthroughs, in which to house the electronic components needed for system control and automation. The stand is supplied with a conveniently angled blank front panel for installing switches, indicators, PID controllers, gauges and other user controls needed for system operation. Just below the control panel, an EIA 19" 3U equipment rack is provided, which allows standard rack and DIN size (1/2, 1/3, ¼ or 1/8) gauge controllers and other process equipment, to be mounted. On the rear of the stand, dual blank feedthrough bulkheads are supplied for flexible routing of gas, liquid, air, and electrical lines, pump exhaust, and electrical power. The stand’s thick aluminum top deck is strong, spacious, and easily machined for secure chamber mounting and for making line passage through holes or slots to the stand’s interior. Within the stand, a lower fixed and an upper adjustable aluminum shelf is furnished for convenient mounting of pumps, compressors, circulators, air manifolds, electronics and other process equipment. The Ideal Vacuum ExploraVAC TVAC chamber stand ships standard with levelling feet. A mobility option with locking casters is also available.

Ideal Vacuum ExploraVAC Environmental Chamber Series System Stand, for up to 28 in. Chambers. The ExploraVAC™ Stand is the basis for our complete line of vacuum and temperature controlled environmental chambers, engineered with vacuum system component integration in mind. This industrial-duty stand is the perfect base for mounting any Ideal Vacuum modular Cube, welded steel or aluminum chamber, up to 28x28x28. The ExploraVAC Stand makes an outstanding foundation for those with an existing chamber, or for those who wish to build their own custom system. All ExploraVAC stands are built with top-of-the-line features including a durable powder coated finish, quick access panels, side airflow venting and integrated Unistrut rails for easy equipment mounting. Available with or without an internal NEMA style enclosure, prepped with subpanel and blank plates for customizing cable feedthroughs, in which to house the electronic components needed for system control and automation. The stand is supplied with a conveniently angled blank front panel for installing switches, indicators, PID controllers, gauges and other user controls needed for system operation. Just below the control panel, an EIA 19 3U equipment rack is provided, which allows standard rack and DIN size (1/2, 1/3, ¼ or 1/8) gauge controllers and other process equipment, to be mounted. On the rear of the stand, dual blank feedthrough bulkheads are supplied for flexible routing of gas, liquid, air, and electrical lines, pump exhaust, and electrical power. The stand''s thick aluminum top deck is strong, spacious, and easily machined for secure chamber mounting and for making line passage through holes or slots to the stand''s interior. Within the stand, a lower fixed and an upper adjustable aluminum shelf is furnished for convenient mounting of pumps, compressors, circulators, air manifolds, electronics and other process equipment. The Ideal Vacuum ExploraVAC chamber stand ships standard with levelling feet. A mobility option with locking casters is also available.

Edwards nXDS10i Oil-Free Dry Scroll Vacuum Pump, 100-240 VAC, 6.7 CFM. Edwards Part Number: A73601983. This Edwards nXDS10i dry scroll roughing/backing pump has a pumping speed of 6.7 cfm (11.4 m3/hr), and an ultimate vacuum of 0.005 Torr (0.007 mbar). It has KF-25 (NW25) inlet and outlet ports. It requires 100-240 VAC single phase power and has a standard C14 power connector. The nXDS10i draws 10A@120VAC (6A@240 VAC). The nXDS10i scroll pump produces a noise level up to twenty times less than competing products at 52 dB(A). The pump has an onboard inverter controller which allows the pump to be controlled either manually with easy to use push buttons, or remotely via its RS232/RS485 interface when connected to an Edwards TIC or TAG controller, or a user supplied software interface. This Edwards nXDS10i dry scroll pump has part number A73601983. Edwards nXDSi pumps are truly dry vacuum pumps as all the bearings, with their hydrocarbon lubricant, are isolated from the vacuum space. The nXDSi series of pumps is the next generation in completely oil free, dry scroll pumps and offer increased pumping speeds, lower ultimate pressures, lower power consumption and lower noise than previous models. Gas ballast allows for pumping of condensable vapours including, water, solvents, dilute acids and bases. Edwards nXDSi pumps feature the latest in tip seal technology giving them significantly longer life between tip seal changes (up to five year service intervals), and are designed to be completely field serviceable. The nXDSi integral pump controller monitors power and temperature, and will protect the pump in the event of operation under sustained high load or under fault conditions. The pump controller has a unique feature to control the speed of the pump in standby mode to 70% of full speed or with other push buttons to increase or decrease pump speed to save wear and tear on tip seals and bearing service life. The logic interface is designed to support RS232/RS485 serial or parallel control and monitoring through the DB15 connector. APPLICATIONSGeneral clean pumping applications Scanning Electron Microscopes - SEM Beam lines and high energy physics Mass Spectrometry Electron Microscopy Sample Preparation Research and Development High Energy Physics Industrial Semiconductor Backing turbo pumps Centrifuges, ultra-high speed Coating Cryogenics Degassing/curing - oil, epoxy resin Distillation/extraction/filtration Laboratory bench top vacuum Lasers, gas recovery and recirculation Research and development Surface science instruments

Edwards nXDS10iC Corrosive Oil-Free Dry Scroll Vacuum Pump. Edwards Part Number A73602983 Edwards is a leading innovator in vacuum pump technology and they are proud to present the new nXDS10iC dry scroll pump range. With exceptional pumping capability, ultimate vacuum performance and state-of-the-art design features, Edwards nXDS10iC is the best performing pump in its class. The nXDS10iC is up to 20 times quieter than other pumps. Its intelligent control functions and up to five year service interval offer low cost of ownership, making it the small dry pump of choice for today’s most advanced technologies. The Edwards nXDS10iC, pumps are a truly dry vacuum pumps as all the bearings, with their hydrocarbon lubricant, are isolated from the vacuum space. The nXDS10iC pump is a modified version of the nXDS10 that is suitable for use on vapor handling processes, and may be used for some pumping applications involving corrosive substances. The nXDS-C variants have Chemraz® internal valves and stainless steel fittings for extra protection from the pumped media. APPLICATIONSGeneral clean pumping applications Scanning Electron Microscopes - SEM Beam lines and high energy physics Mass Spectrometry Electron Microscopy Sample Preparation Research and Development High Energy Physics Industrial Semiconductor Backing turbo pumps Centrifuges, ultra-high speed Coating Cryogenics Degassing/curing - oil, epoxy resin Distillation/extraction/filtration Laboratory bench top vacuum Lasers, gas recovery and recirculation Research and development Surface science instruments Now with an integral pump controller managing the supply of current to a three-phase electric motor in accordance with operating conditions. The controller monitors power and temperature, and will protect the pump in the event of operation under sustained high load or under fault conditions. The controller provides the user interface. The pump may be operated in Manual mode, using the buttons on the interface panel, with a unique feature to control the speed of the pump in Standby Mode to 70% of full speed or with other buttons to increase or decrease pump speed to save wear and tear on tip seals and bearing service life. Or a Remote Mode, via serial communications. Or a digital and analogue process control (parallel) mode, via the 15-way D-type logic interface connector. To pump high vapor loads, gas ballast can be delivered into the pump to prevent condensation of the vapor carried by the pumped gases. The logic interface has been designed to support both serial control, parallel control and monitoring, operating though one connector. For serial control either RS232 or RS485 can be selected.

Edwards nXDS20i Oil-Free Dry Scroll Vacuum Pump, 100-240 VAC, 13.0 CFM. Edwards Part Number: A73801983. This Edwards nXDS20i dry scroll roughing/backing pump has a pumping speed of 13 cfm (22.0 m3/hr), and an ultimate vacuum of 0.022 Torr (0.030 mbar). It has KF-25 (NW25) inlet and outlet ports. It requires 100-240 VAC single phase power and has a standard C14 power connector. The nXDS20i draws 10A@120VAC (6A@240 VAC). The nXDS20i scroll pump produces a noise level up to twenty times less than competing products at 52 dB(A). The pump has an onboard inverter controller which allows the pump to be controlled either manually with easy to use push buttons, or remotely via its RS232/RS485 interface when connected to an Edwards TIC or TAG controller, or a user supplied software interface. This Edwards nXDS20i dry scroll pump has part number A73801983. Edwards nXDSi pumps are truly dry vacuum pumps as all the bearings, with their hydrocarbon lubricant, are isolated from the vacuum space. The nXDSi series of pumps is the next generation in completely oil free, dry scroll pumps and offer increased pumping speeds, lower ultimate pressures, lower power consumption and lower noise than previous models. Gas ballast allows for pumping of condensable vapours including, water, solvents, dilute acids and bases. Edwards nXDSi pumps feature the latest in tip seal technology giving them significantly longer life between tip seal changes (up to five year service intervals), and are designed to be completely field serviceable. The nXDSi integral pump controller monitors power and temperature, and will protect the pump in the event of operation under sustained high load or under fault conditions. The pump controller has a unique feature to control the speed of the pump in standby mode to 70% of full speed or with other push buttons to increase or decrease pump speed to save wear and tear on tip seals and bearing service life. The logic interface is designed to support RS232/RS485 serial or parallel control and monitoring through the DB15 connector. APPLICATIONSGeneral clean pumping applications Scanning Electron Microscopes - SEM Beam lines and high energy physics Mass Spectrometry Electron Microscopy Sample Preparation Research and Development High Energy Physics Industrial Semiconductor Backing turbo pumps Centrifuges, ultra-high speed Coating Cryogenics Degassing/curing - oil, epoxy resin Distillation/extraction/filtration Laboratory bench top vacuum Lasers, gas recovery and recirculation Research and development Surface science instruments

Edwards nXDS20iC Corrosive Oil-Free Dry Scroll Vacuum Pump. Edwards Part Number: A73802983 This nXDS20iC dry scroll pump range from Edwards has exceptional pumping capability, ultimate vacuum performance and state-of-the-art design features. The Edwards nXDS20iC is the best performing pump in its class. The nXDS20iC is up to 20 times quieter than other pumps. Its intelligent control functions and up to five year service interval offer low cost of ownership, making it the small dry pump of choice for today’s most advanced technologies. The Edwards nXDS-20iC, nXDS 20iC, pumps are truly dry vacuum pumps as all the bearings, with their hydrocarbon lubricant, are isolated from the vacuum space. The nXDS20iC is the next generation in completely oil free, dry scroll pumps and can be used to replace similar sized dry pumps and medium sized oil sealed pumps in a variety of applications. nXDS improves on legacy XDS pumps by offering increased pumping speeds, combined with lower ultimate pressures, lower power consumption and lower noise. Gas ballast allows for pumping of condensable vapours including, water, solvents, dilute acids and bases. nXDS pumps also feature the latest in tip seal technology giving significantly longer life between tip seal changes. Integrated inverter drive with auto sensing voltage input delivers optimized pumping performance globally. nXDS pumps are designed to be completely field serviceable. It is suitable for use on vapor handling processes, and may be used for some pumping applications involving corrosive substances. The nXDS-C variants have Chemraz® internal valves and stainless steel fittings for extra protection from the pumped media. APPLICATIONSGeneral clean pumping applications Scanning Electron Microscopes - SEM Beam lines and high energy physics Mass Spectrometry Electron Microscopy Sample Preparation Research and Development High Energy Physics Industrial Semiconductor Backing turbo pumps Centrifuges, ultra-high speed Coating Cryogenics Degassing/curing - oil, epoxy resin Distillation/extraction/filtration Laboratory bench top vacuum Lasers, gas recovery and recirculation Research and development Surface science instruments Now with an integral pump controller managing the supply of current to a three-phase electric motor in accordance with operating conditions. The controller monitors power and temperature, and will protect the pump in the event of operation under sustained high load or under fault conditions. The controller provides the user interface. The pump may be operated in Manual mode, using the buttons on the interface panel, with a unique feature to control the speed of the pump in Standby Mode to 70% of full speed or with other buttons to increase or decrease pump speed to save wear and tear on tip seals and bearing service life; or a Remote Mode, via serial communications; or a digital and analogue process control (parallel) mode, via the 15-way D-type logic interface connector. To pump high vapor loads, gas ballast can be delivered into the pump to prevent condensation of the vapor carried by the pumped gases. The logic interface has been designed to support both serial control, parallel control and monitoring, operating through one connector. For serial control either RS232 or RS485 can be selected.

Pfeiffer HiPace 80 Turbo Pump with TC 110 Drive Unit DN63 ISO-K 63 Inlet Flange 67 l/s Pumping Speed Air-or Water-Cooled. Pfeiffer Part Number: PM P03 940 A. Pfeiffer HiPace 80 turbomolecular high-vacuum pumps with a DN63 ISO-K inlet flange have a pumping speed of 67 liters per second (l/s) and an ultimate pressure of 7.5 x 10-8 Torr. This Pfeiffer HiPace 80 pump comes with an integrated TC 110 drive unit side-mounted to the pump, and has an ISO KF-16 exhaust foreline flange. The pump can be mounted in any orientation. 24 VDC input power at a maximum of 110 Watts is required. This HiPace 80 turbo pump with ISO-K 63 inlet and TC 110 drive unit has Pfeiffer part number: PM P03 940 A. The included TC 110 drive unit is a compact onboard controller which includes a single X3 (15-pin D-Sub) connector for supplying pump power, RS485 communications and accessory ports (to control either an air-cooling fan or solenoid vent valve). For Original Equipment Manufacturer (OEM) and system integration applications, all that is needed to start the pump is a suitable 24 VDC power supply along with start/stop logic. For laboratory applications we recommend the 200 Watt Pfeiffer OmniControl 200 controller which can both supply power and control the pump. The OmniControl 200 is a bench top or rack mountable remote user interface/power source, which communicates with and provides full monitoring and control of Pfeiffer HiPace series turbo pumps through RS485. Alternatively, the more economical Pfeiffer DCU 110 controller may also be used to supply power and control the pump. To interconnect the pump and a controller, and breakout the RS485 connector and accessory ports, use Pfeiffer cable part number P103335 or P1011168. We offer a variety of optional accessories, including the OmniControl 200 and DCU 110 pump controllers, inlet screens, forced air-cooling and water-cooling kits, solenoid operated vent valves, and heater bands (for Conflat CF flanged pumps only). Pfeiffer HiPace 80 Turbo Pump with ISO-K 63 Inlet and TC 110 Drive Unit Specifications: Part Number: PM P03 940 A Inlet Flange: ISO-63K (flanges connect with double-claw clamps) Base Pressure: 7.5 x 10-8 Torr Operating Speed: 90,000 RPM Mounting orientation: Any Pumping Speed: 67 l/s Cooling Method Standard: Convection Cooling Method Optional: Forced Air or Water (75 l/h, 15 to 25 °C) Exhaust Flange: KF-16, G 1/4” (BSPP) Venting Connection: G 1/8” (BSPP) Integral Controller: TC 110 Drive Unit Operating Voltage: 24 VDC Maximum Power: 110 Watts Run-up Time” 1.7 Min. Interfaces: RS485, Remote, through 15-Pin D-Sub X3 Connector Accessory Ports: Two through 15-Pin D-Sub X3 Connector Input Power: Through 15-Pin D-Sub X3 Connector Operating Mode Display: 3 LEDs Recommended Roughing Pump: HiScroll 6 Dry Scroll Pump The Pfeiffer Vacuum HiPace series of turbopumps feature a unique rotor design with proven hybrid bearings. HiPace pumps achieve high pumping speeds and high gas throughput as well as high compression for light gases. HiPace pumps have both turbomolecular and drag stages for improved tolerance to higher backing line pressures and offer enhanced pumping speeds across all gas species. HiPace hybrid bearings are a combination of a ceramic ball bearing on the fore vacuum side and a permanent magnetic radial bearing on the high-vacuum side. This bearing technology does not require electromagnets and has an extended service life with typical maintenance intervals of approximately 4 years. In addition to enhanced performance, all HiPace turbo pumps have field serviceable oil cartridges and shaft bearings which dramatically decreases downtime. Pfeiffer HiPace pumps with a Conflat CF flange are true ultra-high vacuum (UHV) pumps with an ultimate pressure into the 10-10 Torr range (if all-metal intake seal gaskets are used and the vacuum chamber is completely cleaned and baked out). Turbo pumps with ISO flanges are limited (by permeation and outgassing of the rubber/elastomer O-ring seals) to an ultimate pressure in the 10-8 Torr range. The intake of Conflat-flanged HiPace pumps can be baked up to 120 °C if the turbo is water cooled. Typical Turbo Pump Applications include: General clean pumping applications Scanning Electron Microscopes - SEM Beam lines and high energy physics Mass Spectrometry Electron Microscopy Sample Preparation Research and Development High Energy Physics Industrial Semiconductor Coatings Surface Science Instruments The pump instruction manual and Pfeiffer HiPace pump product brochures are available in the downloads.

Pfeiffer HiPace 300 Turbo Pump with TC 400 Drive Unit ISO-K 100 Inlet Flange 260 l/s Pumping Speed Water-Cooled. Pfeiffer Part Number: PM P03 900. Pfeiffer HiPace 300 turbomolecular high-vacuum pumps with an ISO-K 100 inlet flange have a pumping speed of 260 liters per second (l/s) and an ultimate pressure of 7.5 x 10-8 Torr. This Pfeiffer HiPace 300 pump comes with an integrated TC 400 drive unit side-mounted to the pump, and has an ISO KF-16 exhaust foreline flange. The pump can be mounted in any orientation. 24 VDC input power at a maximum of 300 Watts is required. This HiPace 300 turbo pump with ISO-K 100 inlet and TC 400 drive unit comes standard with a water cooling kit and has Pfeiffer part number: PM P03 900. The included TC 400 drive unit is a compact onboard controller which includes an RS485 communication interface, a D-sub connector for remote operation, and two accessory ports (to control either an air-cooling fan or solenoid vent valve). For Original Equipment Manufacturer (OEM) and system integration applications, all that is needed to start the pump is a suitable 24 VDC power supply along with start/stop logic. For laboratory applications we recommend the 300 Watt Pfeiffer OmniControl 300 controller which can both supply power and control the pump. The OmniControl 300 is a bench top or rack mountable remote user interface/power source, which communicates with and provides full monitoring and control of Pfeiffer HiPace series turbo pumps through RS485. We offer a variety of optional accessories, including the OmniControl 300 pump controller, inlet screens, a forced air-cooling kit, solenoid operated vent valves, and heater bands (for Conflat CF flanged pumps only). Pfeiffer HiPace 300 turbo pump with ISO-K 100 inlet and TC 400 drive unit specifications: Part Number: PM P03 900 Inlet Flange: ISO-K 100 (flanges connect with double-claw clamps) Base Pressure: 7.5 x 10-8 Torr Operating Speed: 60,000 RPM Mounting orientation: Any Pumping Speed: 260 l/s Cooling Method Standard: Water (50 l/h, 15 to 25 °C) Cooling Method Optional: Forced Air Exhaust Flange: KF-16, G 1/4” (BSPP) Venting Connection: G 1/8” (BSPP) Integral Controller: TC 400 Drive Unit Operating Voltage: 24 VDC Maximum Power: 300 Watts Run-up Time: 1.8 Min. Interface: RS485 through M12 Connector Remote: High Density 26-Pin Sub-D Connector Accessory Ports: Two M12 Sockets, Labeled A and B Recommended Roughing Pump: HiScroll 12 Dry Scroll Pump The Pfeiffer Vacuum HiPace series of turbopumps feature a unique rotor design with proven hybrid bearings. HiPace pumps achieve high pumping speeds and high gas throughput as well as high compression for light gases. HiPace pumps have both turbomolecular and drag stages for improved tolerance to higher backing line pressures and offer enhanced pumping speeds across all gas species. HiPace hybrid bearings are a combination of a ceramic ball bearing on the fore vacuum side and a permanent magnetic radial bearing on the high-vacuum side. This bearing technology does not require electromagnets and has an extended service life with typical maintenance intervals of approximately 4 years. In addition to enhanced performance, all HiPace turbo pumps have field serviceable oil cartridges and shaft bearings which dramatically decreases downtime. Pfeiffer HiPace pumps with a Conflat CF flange are true ultra-high vacuum (UHV) pumps with an ultimate pressure into the 10-10 Torr range (if all-metal intake seal gaskets are used and the vacuum chamber is completely cleaned and baked out). Turbo pumps with ISO flanges are limited (by permeation and outgassing of the rubber/elastomer O-ring seals) to an ultimate pressure in the 10-8 Torr range. The intake of Conflat-flanged HiPace pumps can be baked up to 120 °C if the turbo is water cooled. Typical Turbo Pump Applications include: General clean pumping applications Scanning Electron Microscopes - SEM Beam lines and high energy physics Mass Spectrometry Electron Microscopy Sample Preparation Research and Development High Energy Physics Industrial Semiconductor Coatings Surface Science Instruments The pump instruction manual and Pfeiffer HiPace pump product brochures are available in the downloads.

CommandValve Smart Electronic Butterfly Valve with KF-16 Flange and Viton Seals, Manual or USB Serial Operation. The Ideal Vacuum Products (IVP) series of CommandValves are smart electronic butterfly valves. They are a reliable, low-cost alternative to manual or pneumatic gate valves. CommandValves are operated either manually using onboard pushbutton controls, or by computer control via an integrated USB virtual serial port. These smart butterfly valves allow for open, closed, or partially open operation (users can select any angle between, fully open and completely closed). This makes CommandValves an excellent solution for vacuum system integration, remote valve placement, automation, and control, and precision throttling. These IVP exclusive high flow butterfly valves feature a small footprint, the shortest possible gas path, high accuracy, fast closure time (~270ms), and typical leak rate of 1 x 10 std. cc/sec helium. CommandValves are rated for high vacuum applications to 3 x 10-8 Torr, and for positive pressures to 15 psig. They have an operating temperature range of 0 to 50° C and a MTTR (Mean Time To Repair) of 30,000 cycles. CommandValves operate on 12 VDC (max current draw 0.5A) and each valve is supplied with a power supply and USB connection cable. The permeability of CommandValve O-ring stem seals does not allow them to be used for ultra-high vacuum. This CommandValve has KF-16 flanges, Viton seals, and a conductance of 3 liters/sec. Use centering ring with Viton O-ring seal for connecting the valve to in-line fittings. Accessories available for this KF-16 CommandValve: Centering ring with Viton O-ring, part number P101242 Hinge clamp with wing nut, part number P101198 Bulkhead clamp, part number P104598 Please see the bottom of this page for technical specifications and dimensional data. We also stock a large offering of connection hardware and sealing gaskets in all sizes and types. CommandValve Applications CommandValves can be used as roughing, backing, and high vacuum valves. Because they can be opened and closed incrementally in 0.1 degree increments, from 0 degrees (closed) to 90 degrees (fully open), these valves can be used for precision throttling of the exhaust or purge line where it is desirable to maintain a steady vacuum chamber pressure (i.e., for altitude simulation). CommandValve Construction Materials and Available Flange Sizes CommandValves are manufactured in the U.S.A. with valve bodies and butterflies made exclusively of 304L stainless steel. Replaceable O-ring seals are made of Viton. They are available in ISO KF sizes from KF-16 to KF 50, and in Conflat flanged sizes from CF 1.33 in. to CF 3.375 in. Free Downloads (below): CommandValve User Manual. IVP Firmware Update Tool and Patch Notes User Manual in which a link to the Firmware Update Tool software is provided. CommandValve firmware updates can only be used with valves which have firmware version 1.7.1 and newer. If the valve is older, please contact us for options. IVP DirectVac II software (Windows 10 and newer control software for the CommandValve). Every CommandValve package includes: A CommandValve with either KF or CF flanges A universal power supply wall adapter (input 100-240VAC 50/60Hz, output 12 VDC@3A) A 3 ft. (1 m) USB-A to USB-B mini cable.

CommandValve Smart Electronic Butterfly Valve with KF-25 Flange and Viton Seals, Manual or USB Serial Operation. The Ideal Vacuum Products (IVP) series of CommandValves are smart electronic butterfly valves. They are a reliable, low-cost alternative to manual or pneumatic gate valves. CommandValves are operated either manually using onboard pushbutton controls, or by computer control via an integrated USB virtual serial port. These smart butterfly valves allow for open, closed, or partially open operation (users can select any angle between, fully open and completely closed). This makes CommandValves an excellent solution for vacuum system integration, remote valve placement, automation, and control, and precision throttling. These IVP exclusive high flow butterfly valves feature a small footprint, the shortest possible gas path, high accuracy, fast closure time (~270ms), and typical leak rate of 1 x 10 std. cc/sec helium. CommandValves are rated for high vacuum applications to 3 x 10-8 Torr, and for positive pressures to 15 psig. They have an operating temperature range of 0 to 50° C and a MTTR (Mean Time To Repair) of 30,000 cycles. CommandValves operate on 12 VDC (max current draw 0.5A) and each valve is supplied with a power supply and USB connection cable. The permeability of CommandValve O-ring stem seals does not allow them to be used for ultra-high vacuum. This CommandValve has KF-25 flanges, Viton seals, and a conductance of 10 liters/sec. Use centering ring with Viton O-ring seal for connecting the valve to in-line fittings. Accessories available for this KF-25 CommandValve: Centering ring with Viton O-ring, part number P101243 Hinge clamp with wing nut, part number P101199 Bulkhead clamp, part number P104599 Please see the bottom of this page for technical specifications and dimensional data. We also stock a large offering of connection hardware and sealing gaskets in all sizes and types. CommandValve Applications CommandValves can be used as roughing, backing, and high vacuum valves. Because they can be opened and closed incrementally in 0.1 degree increments, from 0 degrees (closed) to 90 degrees (fully open), these valves can be used for precision throttling of the exhaust or purge line where it is desirable to maintain a steady vacuum chamber pressure (i.e., for altitude simulation). CommandValve Construction Materials and Available Flange Sizes CommandValves are manufactured in the U.S.A. with valve bodies and butterflies made exclusively of 304L stainless steel. Replaceable O-ring seals are made of Viton. They are available in ISO KF sizes from KF-16 to KF 50, and in Conflat flanged sizes from CF 1.33 in. to CF 3.375 in. Free Downloads (below): CommandValve User Manual. IVP Firmware Update Tool and Patch Notes User Manual in which a link to the Firmware Update Tool software is provided. CommandValve firmware updates can only be used with valves which have firmware version 1.7.1 and newer. If the valve is older, please contact us for options. IVP DirectVac II software (Windows 10 and newer control software for the CommandValve). Every CommandValve package includes: A CommandValve with either KF or CF flanges A universal power supply wall adapter (input 100-240VAC 50/60Hz, output 12 VDC@3A) A 3 ft. (1 m) USB-A to USB-B mini cable.

CommandValve Smart Electronic Butterfly Valve with KF-40 Flange and Viton Seals, Manual or USB Serial Operation. The Ideal Vacuum Products (IVP) series of CommandValves are smart electronic butterfly valves. They are a reliable, low-cost alternative to manual or pneumatic gate valves. CommandValves are operated either manually using onboard pushbutton controls, or by computer control via an integrated USB virtual serial port. These smart butterfly valves allow for open, closed, or partially open operation (users can select any angle between, fully open and completely closed). This makes CommandValves an excellent solution for vacuum system integration, remote valve placement, automation, and control, and precision throttling. These IVP exclusive high flow butterfly valves feature a small footprint, the shortest possible gas path, high accuracy, fast closure time (~270ms), and typical leak rate of 1 x 10 std. cc/sec helium. CommandValves are rated for high vacuum applications to 3 x 10-8 Torr, and for positive pressures to 15 psig. They have an operating temperature range of 0 to 50° C and a MTTR (Mean Time To Repair) of 30,000 cycles. CommandValves operate on 12 VDC (max current draw 0.5A) and each valve is supplied with a power supply and USB connection cable. The permeability of CommandValve O-ring stem seals does not allow them to be used for ultra-high vacuum. This CommandValve has KF-40 flanges, Viton seals, and a conductance of 30 liters/sec. Use centering ring with Viton O-ring seal for connecting the valve to in-line fittings. Accessories available for this KF-40 CommandValve: Centering ring with Viton O-ring, part number P101244 Hinge clamp with wing nut, part number P101200 Bulkhead clamp, part number P104600 Please see the bottom of this page for technical specifications and dimensional data. We also stock a large offering of connection hardware and sealing gaskets in all sizes and types. CommandValve Applications CommandValves can be used as roughing, backing, and high vacuum valves. Because they can be opened and closed incrementally in 0.1 degree increments, from 0 degrees (closed) to 90 degrees (fully open), these valves can be used for precision throttling of the exhaust or purge line where it is desirable to maintain a steady vacuum chamber pressure (i.e., for altitude simulation). CommandValve Construction Materials and Available Flange Sizes CommandValves are manufactured in the U.S.A. with valve bodies and butterflies made exclusively of 304L stainless steel. Replaceable O-ring seals are made of Viton. They are available in ISO KF sizes from KF-16 to KF 50, and in Conflat flanged sizes from CF 1.33 in. to CF 3.375 in. Free Downloads (below): CommandValve User Manual. IVP Firmware Update Tool and Patch Notes User Manual in which a link to the Firmware Update Tool software is provided. CommandValve firmware updates can only be used with valves which have firmware version 1.7.1 and newer. If the valve is older, please contact us for options. IVP DirectVac II software (Windows 10 and newer control software for the CommandValve). Every CommandValve package includes: A CommandValve with either KF or CF flanges A universal power supply wall adapter (input 100-240VAC 50/60Hz, output 12 VDC@3A) A 3 ft. (1 m) USB-A to USB-B mini cable.

Rebuild Kit for Cryogenic Valves on XtremeFreez LN2 Liquid Nitrogen Cooling Control System for ExploraVAC TVAC Chamber Systems. This is a rebuild/repair kit for all 5 of the cryogenic valves in the Ideal Vacuum XtremeFreez LN2 Control system. The valves have a MTTR (Mean Time To Repair) of 500,000 cycles, or 1-2 years of normal use. It is recommended to rebuild all the valves at the same time. Please download the XtremeFreez LN2 User Manual for instructions for rebuilding the valves. Included in the cyogenic valve rebuild kit: 3 ea. Replacement piston assemblies for the normally closed Tank 1 and 2 liquid bypass valves and for the exhaust valve 2 ea. Replacement piston assemblies for the normally open Tank 1 and 2 Vent Valves 5 ea. Replacement valve gaskets The Ideal Vacuum XtremeFreez-LN2 (XF-LN2) is a PID-controlled, cryogenic cooling system capable of delivering liquid nitrogen (LN2) to a test item at a temperature of = -170°C. LN2 is used because it can provide the fastest cooling rates available for temperatures below -5°C.

Ideal Vacuum XtremeFreez LN2 Liquid Nitrogen Cryogenic Cooling System for ExploraVAC TVAC Thermal Vacuum Chamber Systems. The Ideal Vacuum XtremeFreez-LN2 (XF-LN2) is a PID-controlled, cryogenic cooling system capable of delivering liquid nitrogen (LN2) to a test item at a temperature of -170°C. LN2 is used because it can provide the fastest cooling rates available for temperatures below -5°C. The XF-LN2 system can operate as a stand-alone device, as an RS-232 computer software controlled device using Ideal Vacuum’s AutoExplor software, or as an option for ExploraVAC TVAC thermal vacuum test instruments. For use with an ExploraVAC, the XF-LN2 system is available only in combination with a heated platen. With the XF-LN2 cooling system installed, even hot objects affixed to the ExploraVAC platen can be rapidly cooled to cryogenic temperatures. An ExploraVAC so equipped is often used for space simulation and stress testing aerospace parts. The liquid nitrogen cooling system makes it possible for the platen temperature to change sufficiently fast to simulate an orbiting object moving from light into shadow. Other possible uses for the XF-LN2 system include freeze drying, biological sample freezing, reaction quenching, and cryopreservation. The XF-LN2 system includes two interchangeable 240 liter LN2 tanks, each with 100 psig pressure relief valves and electronic liquid level sensor gauges, and an assembly consisting of an electronics control module and valve manifold. The assembly is attached to one of the tanks when delivered. The control module houses the PID and other electronics needed for operation, a setpoint controller, and a serial port for connecting to the ExploraVAC instrument, or a computer. The valve manifold has LN2 compatible solenoid operated valves which appropriately route the flow of liquid and/or gaseous nitrogen based on internal logic. Cryogenic liquid transfer is through two (2) flexible, vacuum insulated, armored hoses. The transfer hoses connect the ExploraVAC TVAC platen cooling tube or user’s test item and the XF-LN2 valve manifold. Additional flexible transfer hoses connect between the two tanks and the tanks to the XF-LN2 valve manifold. All XF-LN2 hoses use standard 3/4”-16, 45° UN/UNF (SAE) flared fittings (CGA-295). Liquid nitrogen is typically dispensed from the tank with the higher liquid level. XF-LN2 logic opens and closes the proper valves to produce differential vapor pressure between the two tanks. This forces LN2 from the supply (dispensing) tank through the ExploraVAC platen, or user’s test item. Depending on the temperature of the nitrogen exiting the platen or test item, it is either recovered as liquid in the secondary tank, or exhausted out of the system. XF-LN2 logic automatically determines the supply tank, and directs the exiting nitrogen for the most efficient use of the remaining LN2. User safety is paramount. All safety warnings and procedures must be followed for safe handling and transfer of cryogenic liquid. All XF-LN2 plumbing components are rated for cryogenic use. The system is engineered with 100 psig pressure relief valves on both tanks and on the valve manifold. As an additional safeguard, the manifold includes several 150 psig non-resettable burst discs. The strategic location of pressure relief valves and burst discs in the manifold ensure that every possible closed zone has a pressure relief pathway. For technical specifications and performance data for the XtremeFreez-LN2 liquid nitrogen cooling system, please download the user manual. We also offer solutions if you have a large house/facility LN2 supply, or other house coolant, such as industrial cold water. Please contact our engineering department to discuss options for your unique requirements.

Filter Paper ELEMENT for Dry Pump Exhaust Silencer Kits, PN P103343, P103342, P102553, A50597000Used on Edwards XDS5, XDS10, Varian Agilent Tri Scroll 300, SH100, SH110, Kashiyama Neo Dry 15C Ebara EV-A03This is a replacement filter paper element for dry pumps with exhaust silencer kits, PN P103343, P103342, P102553, A50597000, This is the filter paper element only. The complete exhaust silincer filter system is separately.

Ideal XtremeFreez F-114 Heat Fluid for ExploraVAC Recirculating Chiller Systems, 1 Gallon This is 1 gallon of our XtremeFreez F-114 heat transfer fluid used in ExploraVAC systems that have the -70°C recirculating platen chiller system option installed. This fluid is sold in 1 gallon containers. Two gallons are required to refill the XtremeFreez XFT-8 unit in the ExploraVAC and ExploraVAC MAX instruments.

Ideal Vacuum XactGauge XGC-321 Convectron -Enhanced Pirani Sensor Gauge, KF-16 Flange Includes: Sensor Gauge Only. Does not include Cable, Convectron The Ideal Vacuum XactGauge XGC-321 Convection-Enhanced Pirani Gauge is a robust, yet inexpensive thermal conductivity sensor that, in combination with our XactGauge XGC-320 Convection-Enhanced Pirani Gauge Controller, obtains accurate pressure measurements in the range of 1x10-4 to 1000 Torr. Typical accuracy (N2) is ± 2.5% from 400 to 1000 Torr, ± from 1x10-3 to 400 Torr and 0.1 mTorr resolution from 1x10-4 to 1x10-3 Torr. Thermal conductivity gauges measure pressure indirectly by sensing the loss of heat from a sensor to the surrounding gas. The higher the pressure of the gas, the more heat is conducted away from the sensor. Pirani thermal conductivity gauges maintain a sensor (usually a wire) at a constant temperature and measure the current or power required to maintain that temperature. A standard Pirani gauge has a useful measuring range of about 10-4 Torr to 10 Torr. Convection-enhanced Pirani gauges take advantage of the convection current inside the sensor to extend the pressure measurement range to just above atmosphere. Our XactGauge XGC-321 Convection-Enhanced Pirani Sensor Gauge is available with any of eight (8) different flange sizes including: KF-16 KF-25 KF-40 DN 16 CF-R 1.33 in DN-40 CF-R 2.75 in 4 VCR® Female 8 VCR® Female 1/8” MNPT The Ideal Vacuum XactGauge XGC-321 Convection-Enhanced Pirani Gauge has several advantages over other similar devices: The temperature compensation coil in our Sensor is mounted outside the vacuum enclosure, and there is no polyimide coating inside. So, it is not susceptible to absorbing condensable vapors. Compared to other similar gauges, the XactGauge XGC-321 Sensor is physically smaller because it doesn’t use an internal mandrel assembly. This reduces the number of parts and welds in the unit which makes it less expensive while making it less prone to failure due to vibration. There is 1/3 less internal surface area and 2/3 less volume than comparable offerings, so outgassing is substantially decreased and response time to pressure changes is faster as well. The XactGauge XGC-321 Sensor cable has a male DB9 cable connector which connects to our XGC-320 Controller, and is compatible with other manufacturer’s controllers and cables, such as the Granville-Phillips 475. When measuring gases other than Nitrogen/Air, accurate correction at the controller must be made for the difference in thermal conductivity between nitrogen and the gas in use, particularly at pressures above 1 Torr. DO NOT USE for explosive, corrosive or toxic gases. Swagelok, VCR-TM Swagelok Company

Ideal Vacuum XactGauge XGC-321 Convection-Enhanced Pirani Sensor Gauge, KF-25 Flange Includes: Sensor Gauge Only. Does not include Cable The Ideal Vacuum XactGauge XGC-321 Convection-Enhanced Pirani Gauge is a robust, yet inexpensive thermal conductivity sensor that, in combination with our XactGauge XGC-320 Convection-Enhanced Pirani Gauge Controller, obtains accurate pressure measurements in the range of 1x10-4 to 1000 Torr. Typical accuracy (N2) is ± 2.5% from 400 to 1000 Torr, ± from 1x10-3 to 400 Torr and 0.1 mTorr resolution from 1x10-4 to 1x10-3 Torr. Thermal conductivity gauges measure pressure indirectly by sensing the loss of heat from a sensor to the surrounding gas. The higher the pressure of the gas, the more heat is conducted away from the sensor. Pirani thermal conductivity gauges maintain a sensor (usually a wire) at a constant temperature and measure the current or power required to maintain that temperature. A standard Pirani gauge has a useful measuring range of about 10-4 Torr to 10 Torr. Convection-enhanced Pirani gauges take advantage of the convection current inside the sensor to extend the pressure measurement range to just above atmosphere. Our XactGauge XGC-321 Convection-Enhanced Pirani Sensor Gauge is available with any of eight (8) different flange sizes including: KF-16 KF-25 KF-40 DN 16 CF-R 1.33 in DN-40 CF-R 2.75 in 4 VCR® Female 8 VCR® Female 1/8” MNPT The Ideal Vacuum XactGauge XGC-321 Convection-Enhanced Pirani Gauge has several advantages over other similar devices: The temperature compensation coil in our Sensor is mounted outside the vacuum enclosure, and there is no polyimide coating inside. So, it is not susceptible to absorbing condensable vapors. Compared to other similar gauges, the XactGauge XGC-321 Sensor is physically smaller because it doesn’t use an internal mandrel assembly. This reduces the number of parts and welds in the unit which makes it less expensive while making it less prone to failure due to vibration. There is 1/3 less internal surface area and 2/3 less volume than comparable offerings, so outgassing is substantially decreased and response time to pressure changes is faster as well. The XactGauge XGC-321 Sensor cable has a male DB9 cable connector which connects to our XGC-320 Controller, and is compatible with other manufacturer’s controllers and cables, such as the Granville-Phillips 475. When measuring gases other than Nitrogen/Air, accurate correction at the controller must be made for the difference in thermal conductivity between nitrogen and the gas in use, particularly at pressures above 1 Torr. DO NOT USE for explosive, corrosive or toxic gases. Swagelok, VCR-TM Swagelok Company

MKS Granville Phillips 355 Micro-Ion Bayard-Alpert Hot Cathode Vacuum Gauge, Dual Yttria-Coated Iridium Filaments, Stainless Steel Encased, KF-25 Fitting. MKS Granville Phillips Part Number: 355001-YE The World’s Smallest Ionization Gauge. The Micro-Ion Gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures. These gauges have cooler operation, at only 8% of the power consumption of a traditional glass or nude gauge, the Micro-Ion Gauge generates significantly less heat-related process or experiment disturbances. Port shield protects the electrode assembly from damage during assembly or vacuum chamber maintenance, and provides a stable electrical environment for improved measurement performance. They have all-metal enclosures which prevents grid and filament damage during mounting and eliminates the risk of glass breakage. These gagues come with a wide selection of vacuum fittings, making installation very simple in your vacuum systems. Works with Vacuum Controller: MKS Granville Phillips Models 358 Micro-Ion Gauge Vacuum Controller.Benefits of the Micro Ion Gauges: World’s Smallest Ion Gauge High Performance Long Term Stability Dual Filaments Cooler Operations Port Shields All Metal Enclosure Wide Selection of Vacuum Fittings MKS 355 Micro-Ion gauges are available with these fittings:

Cyl-Tec 240-HP Liter Cryogenic Liquid Cylinder HP Pressure, for Liquid Nitrogen (LN2) Service, on Wheels, with Digital Liquid Level Gauge. Ideal Vacuum Xtreme-Freez 240 Liter Cryogenic Liquid Cylinder HP Pressure. The Cyl-Tec 240-HP Liter Cryogenic Liquid Cylinder, 240 liter liquid cylinders, are ideal for both liquid or gas, use up to 350 PSI Maximum Allowable Working Pressure (MAWP). They are configured for liquid nitrogen (LN2) service and include a digital fluid level gauge They have a dent-resistant tank outer shell, all stainless steel construction, 4-handling ring supports, heavy-duty foot ring with round bottom, and square caster bases. They have superior product holding time and come with a 5-year warranty on vacuum. Dimensions Diameter: 26" Height: 57" Tare Weight: 408 lbs.

Ideal Vacuum XtremeFreez Cryogenic Vacuum Jacketed Hose, For Liquid Nitrogren LN2 Transfer Process at -320°F (-196°C). Our Ideal Vacuum XtremeFreez transfer hoses are maintenance-free, durable, frost-free cryogenic transfer lines for use with liquid nitrogen, rated down to -320°F (-196°C). They are amazing, even with liquid nitrogen flowing through the hose, the outer surface remains at room temperature and is safe to touch with bare hands, reduced nitrogen consumption saves you money. Our Ideal Vacuum XtremeFreez Vacuum Jacketed Transfer Hose are the most thermally efficient transfer hose available, reducing liquid nitrogen loss during use. Cooldown losses are reduced by our lightweight inner tubing. Improved productivity and higher quality liquid with lower gas content at the point of use improves cryogenic cooling efficiency. Rapid hose cooldown reduces cooling time and speeds liquid cryogen delivery to the use point, outer surface is safe to the touch, even when used with liquid nitrogen, hazardous ice and dripping water is reduced, increasing safety.

Ideal Vacuum XtremeFreez Cryogenic Solenoid Valve, For Liquid Nitrogren LN2 Cylinder Transfer Processes, has a working temperature range of -350 to 400 degrees Fahrenheit. Our Ideal Vacuum XtremeFreez Solenoid Valves are built to withstand the extreme cold of liquid nitrogen LN2 and liquid oxygen service, these valves are cleaned and bagged for high-purity applications. They are electrically operated to automatically start and stop cryogenic flow, they require 120 VAC at 2 Amps. These valves are normally-closed (NC), the actuator is directly mounted to the valve body to minimize movement and reduce wear, the outer body is made of bronze, and has a working temperature range of -350 to 400 degrees Fahrenheit. These solenoid valves are typically used with Liquid Argon, Liquid Nitrogen, or Liquid Oxygen service, they have ½ Inch female pipe thread (FNPT) connections.

Replacement Air Filter Element for Onboard Air Compressor used on ExploraVAC Systems This is the air filter for the onboard air compressor used on most ExploraVAC thermal vacuum test instruments. The compressor is found on all ExploraVAC systems that have pneumatic valves. Recommended replacement is every 12 months. Replace more often in more dusty or dirty environments.

Serial to USB Cable to Run AutoExplor Software for ExploraVAC Systems on Remote Computer or Laptop, 10 ft. This cable allows you to connect a Windows 10 or 11 computer or laptop with the AutoExplor system control software to an ExploraVAC series thermal vacuum chamber system. Note: This cable is for ExploraVAC series systems only. It is not used with ExploraVAC MAX series systems. A serial (DB9-Male) molded connector is on one end, and a molded USB Type A connector is on the other. This adapter cable uses the FTDI chipset and is 10 ft. Long. Drivers for this cable are preinstalled in Windows. Once the cable is plugged in, a COM port is automatically assigned and AutoExplor will automatically communicate with the ExploraVAC system. If a driver is needed, download it here.

ExploraVac to XtremeFreez LN2 Cryogenic Cooling System Serial Cable, Female DB9 to Female DB15 Connectors, 10 ft. This is a special serial cable which provides RS232 communication between the Ideal Vacuum XtremeFreez LN2 cryogenic cooling system and an ExploraVAC thermal vacuum system. The cable has a female DB9 connector on one end, and a female DB15 connector on the other. The cable is 10 ft. long (3 meters).

Cryogenic Gloves Low Temperature LN2 Liquid Nitrogen Protective Gloves, Safety Frozen Gloves. These protective gloves should be use for safety protection whenever are handling Liquid Nitrogen (LN2), low temperatures, frozen laboratory. These Cryogenic gloves are made with 3 layers: 2 layers are composite material Nylon Taslan and PTFE, and 1 layer is cotton. They are made to fit all sizes and fit most hands. Glove length (finger to end): Wrist Length: 13 in., Mid Arm Length: 15 in., Elbow Length: 19 in., Shoulder Length: 27 in. Low temperature fit: -268°C~+148°C/-450°F~298°F. Cold and keep warm. These gloves should be stored in a dry place.

Solid Cryogenic Gloves LN2 Liquid Nitrogen Protective Gloves, Low Temperature LN2 Liquid Nitrogen Protective Gloves, Safety Frozen Gloves. These protective gloves are specially designed for working around Liquid Nitrogen (LN2), should be used for safety protection whenever are handling Liquid Nitrogen (LN2), low temperatures, or in a frozen laboratory. These Cryogenic gloves have multiple layers of high industrial quality insulating material to protect you. No closure, hand wash, light, comfortable, heavy-duty, and water resistant. 35 cm (13.8") long. Two in one pack.

Ratchet Headgear and Visor Combination with 3M WP96 Clear Polycarbonate Faceshield Safety System. These safety system comes with 3M H8A headgear and WP96 clear faceshield together. Headgear is made of Aluminum and thermoplastic. The five-position crown strap and thirteen position ratchet suspension offer customization to individual wearers. The faceshield is made of durable, polycarbonate, is 0.08 in. thick and features a molded shape. Headgear assembly is designed to fit most hard hats and can be combined with 3M W-Series Faceshields. Durable, versatile, and does not interfere with most cap-mounted earmuffs. This gives users a wide choice of faceshield materials, sizes, shapes, and tints for task specific requirements. The faceshield attaches quickly to any 3M Headgear without tools, snaps, or cams. Meets the requirements for ANSI Z87.1-2010.