Inlet Valve Body for Cold Head Repair on Edwards CTI Cryo Pumps CT-8, CT-10, CT-400, CT-500.This is an Inlet Valve Body for Cold Head Repair on Edwards CTI Cryo Pumps CT-8, CT-10, CT-400, CT-500.

Exhaust Valve Body for Cold Head Repair on Edwards CTI Cryo Pumps CT-8, CT-10, CT-400, CT-500.This is an Exhaust Valve Body for Cold Head Repair on Edwards CTI Cryo Pumps CT-8, CT-10, CT-400, CT-500.

M350 Cold Head Displacer 1st Stage for Edwards CTI Cryogenics CT/OB-8, CT/OB-8F and CT/OB-250F Cryo Pumps. Part Number: 110115. This is a replacement cold head displacer, No. 1 for the Edwards CTI-Cryogenics CT-8 CTI-Cryogenics CT/OB-8, CT/OB-8F and CT/OB-250F Cryo Pumps. Made of phenolic. Replaces OEM PN: 3592067 and guaranteed to meet or exceed OEM specifications.

M350 Cold Head Displacer 2nd Stage for Edwards CTI Cryogenics CT/OB-8, CT/OB-8F and CT/OB-250F Cryo Pumps. This is a replacement cold head displacer, No. 2 for the Edwards CTI-Cryogenics CT/OB-8, CT/OB-8F and CT/OB-250F Cryo Pumps. Made of phenolic. Replaces OEM PN: 3592076 and guaranteed to meet or exceed OEM specifications.

M1020 Cold Head Displacer 1st Stage for Edwards CTI Cryogenics CT/OB-10 and CT/OB-10F Cryo Pumps. This is a replacement cold head displacer, No. 1 (1st Stage Displacer) for the Edwards CTI-Cryogenics CT/OB-10 and CT/OB-10F Cryo Pumps. Made of phenolic. Replaces OEM displacer and guaranteed to meet or exceed OEM specifications.

M1020 Cold Head Displacer 2nd Stage for Edwards CTI Cryogenics CT/OB-10 and CT/OB-10F Cryo Pumps. This is a replacement cold head displacer, No. 2 (2nd Stage Displacer) for the Edwards CTI-Cryogenics CT/OB-10 and CT/OB-10F Cryo Pump. Made of phenolic. Replaces OEM displacer and guaranteed to meet or exceed OEM specifications.

M600 Cold Head Displacer 1st Stage for Edwards CTI Cryogenics IS-8, IS-8F, IS-250F, IS-250FE Cryo Pumps. This is a replacement cold head displacer, No. 1 (1st Stage Displacer) for the Edwards CTI-Cryogenics IS-8, IS-8F, IS-250F and IS-250FE Cryo Pumps. The displacer is made of phenolic. Replaces OEM displacer and guaranteed to meet or exceed OEM specifications.

M600 Cold Head Displacer 2nd Stage for Edwards CTI Cryogenics IS-8, IS-8F, IS-250F, IS-250FE Cryo Pumps. This is a replacement cold head displacer, No. 2 (2nd Stage Displacer) for the Edwards CTI-Cryogenics IS-8, IS-8F, IS-250F, IS-250FE Cryo Pumps. The displacer is made of phenolic. Replaces OEM displacer and guaranteed to meet or exceed OEM specifications.

M900 Cold Head Displacer 1st Stage for Edwards CTI Cryogenics IS-320F IS-320FE and IS-320FX Cryo Pumps. This is a replacement cold head displacer, No. 1 (1st Stage Displacer) for the Edwards CTI-Cryogenics IS-320F IS-320FE and IS-320FX Cryo Pumps. The displacer is made of phenolic. Replaces OEM displacer and guaranteed to meet or exceed OEM specifications.

M900 Cold Head Displacer 2nd Stage for Edwards CTI Cryogenics IS-320F IS-320FE and IS-320FX Cryo Pumps. This is a replacement cold head displacer, No. 2 (2nd Stage Displacer) for the Edwards CTI-Cryogenics IS-320F IS-320FE and IS-320FX Cryo Pumps. The displacer is made of phenolic. Replaces OEM displacer and guaranteed to meet or exceed OEM specifications.

M1050 Cold Head Displacer 1st Stage for Edwards CTI Cryogenics CT/OB-400 Cryo Pumps. This is a replacement cold head displacer, No. 1 (1st Stage Displacer) for the Edwards CTI-Cryogenics CT/OB-400 Cryo Pumps. The displacer is made of phenolic. Replaces OEM displacer and guaranteed to meet or exceed OEM specifications.

M1050 Cold Head Displacer 2nd Stage for Edwards CTI Cryogenics CT/OB-400 Cryo Pumps. This is a replacement cold head displacer, No. 2 (2nd Stage Displacer) for the Edwards CTI-CryogenicsCT/OB-400 Cryo Pumps. The displacer is made of phenolic. Replaces OEM displacer and guaranteed to meet or exceed OEM specifications.

Pin 1 Displacer for Cold Head Repair on Edwards CTI Cryo Pumps CT-8.This is Pin 1 Displacer for Cold Head Repair on Edwards CTI Cryo Pumps CT-8.

Exhaust Adapter Kit for Edwards CTI Cryo Pumps 0.5 in. FNPT - 304SS.This is an Exhaust Adapter Kit for Edwards CTI Cryo Pumps, 304 SS, 1/2 inch FNPT, Includes gasket and hardware. This fits over the pressure relief valve on all CTI cryo pumps and takes the pressurized gasses to a captured exhaust system instead or venting into a room where the cryo pump is installed. This is a safety device that protects environments and personnel from toxic and explosive gas releases. For a 1/2 MNPT to 1/2 Tubing Male Connector Fitting for the hose go to: (P1010479 on this website)

Cryo Pumps No. 1 Displacer Seal for Edwards CTI CT8 & CT8F Cryo Pumps. This is the number 1 displacer seal for Edwards CTI Cryogenics Cryo-Torr Pumps models CT-8 and CT-8F Cryo pumps only.

Cryo Pumps No. 1 Displacer Seal for Edwards CTI CT400 & CT500 Cryo Pumps. This is the number 1 displacer seal for Edwards CTI Cryogenics Cryo-Torr Pumps models CT400 & CT500 Cryo pumps only.

No. 2 Displacer Seal for Edwards CTI CT8, CT8F, CT400 & CT500 Cryo Pumps. This is the number 2 displacer seal for Edwards CTI Cryogenics Cryo-Torr Pumps models CT-8, CT-8F, CT-400 and CT-500 cryo pumps.

OEM Replacement Adsorber for Leybold Compressor Model Cool-Pak CACP 4000 or 6000 Adsorber Only, Compressor Sold Seperately This is an OEM Replacement Adsorber for Leybold Compressor Model Cool-Pak CACP 4000/6000. The Leybold Adsorber works with Cool-Pak compressors CACP4000/6000. Volume of 2.38L of Helium Refrigerant.

Edwards Brooks CTI Coldhead Power Cable which connects the Cryo-Torr 8 to the SC Compressor, 10 ft., 6 Pin (Male)NEW PN: 8032222G001 This is a Edwards Brooks CTI Coldhead Power Cable which connects the Cryo-Torr 8 to the SC Compressor, 10 ft. long, 6 Pin (Male) Sold As 1 Each. Descripition, Installation, Regeneration, and Maintenance Procedures are totally covered in the Cryo Torr Pump Installation, Operation and Maintenace Instructions .pdf for download below.

Electrical Cryo-Torr Cable - For NON On Board Connections. Connects Edwards CTI Cryo-Torr Pump to Compressor, 6 pin Male to 3 pin Female, 10 ft. These Electrical Cables connect the NON On Board CT CryoTorr Pumps to the Compressors. Connects to the following NON On Board CT CryoTorr Pumps and Helium Compressors: Pumps: NON On Board Cryo-Torr Pumps CT4, CT8, CT10, CT250, CT400, CT500 Helium Compressors: 9700, 9600, 8500, 8510, 8300, 8200, SC These are sold as one each. CTI part number 100160-10

Electrical Cryo-Torr Cable - For NON On Board Connections. Connects Edwards CTI Cryo-Torr Pump to Compressor, 10 pin Male to 3 pin Female, 20 ft. These Electrical Cables connect the NON On Board CT CryoTorr Pumps to the Compressors. Connects to the following NON On Board CT CryoTorr Pumps and Helium Compressors: Pumps: NON On Board Cryo-Torr Pumps CT4, CT8, CT10, CT250, CT400, CT500 Helium Compressors: 9700, 9600, 8500, 8510, 8300, 8200, SC These are sold as one each. CTI part number 100159-20

Electrical Cryo-Torr Cable - For ON-Board Connections. Connects Edwards CTI Cryo-Torr Pump to Compressor, 10 pin Male to 3 pin Female, 10 ft. These Electrical Cables connect the ON-Board Cryo Pump to the Compressor. Connects with the following ON-BOARD Cryo Pumps and Helium Compressors: Pumps: ON-BOARD Cryo-Torr Pumps OB-4, OB-6, OB-8, OB-10, OB-250, OB-400, OB-500 Helium Compressors: 9700, 9600, 8500, 8510, 8300, 8200, SC These are sold as one each. CTI part number 100159-10

Edwards CTI Cryo-Torr Electrical Cable for ON-Board Connections. Connects Edwards CTI Cryo-Torr Pump to Compressor, 6 pin Male to 3 pin Female, 20 ft. Edwards CTI Part Number: 100160-20 These Electrical Cables connect the ON-Board Cryo Pump to the Compressor. Connects with the following ON-BOARD Cryo Pumps and Helium Compressors: Pumps: ON-BOARD Cryo-Torr Pumps OB-4, OB-6, OB-8, OB-10, OB-250, OB-400, OB-500 Helium Compressors: 9700, 9600, 8500, 8510, 8300, 8200, SC These are sold as one each. Edwards CTI Part Number 100160-20

Helium Charge Line, Braided Stainless Steel, JIC-4 (1/4) 1/2 in. ID Connectors Both Ends, 4 ft. PN: 9713159pc This helium charge line is constructed with a 1/4 high pressure stainless steel braided armor hose, and is terminated with JIC-4 (1/4) female fittings on both ends. It is used to connect a Helium Tank Regulator to a Cryo System to charge/recharge the Helium Circuit. This line is designed to work with P109335, a cryo maintenance manifold. This hose is 4 feet in length.

Helium Charge Line, Braided Stainless Steel, JIC-4 (1/4) Connectors Both Ends, 10 ft. PN: 7021002P001 This helium charge line is constructed with a 1/4 high pressure stainless steel braided armor hose, and is terminated with JIC-4 (1/4) female fittings on both ends. It is used to connect a Helium Tank Regulator to a Cryo System to charge/recharge the Helium Circuit. This line is designed to work with P109335, a cryo maintenance manifold. This hose is 10 feet in length.

Edwards CTI Cryo-Torr Helium Supply and/or Return Line, Piping, 1/2 inch self sealing couplings, 10 ft. long. These Edwards CTI Helix Cryo-Torr helium flex line assembies are 10 foot long with 1/2 inch self sealing couplings. These helium lines are brand new and can be used as either the supply or return lines. They are used to make helium connections between the cyropump and compressor To extend these helium lines a 1/2 in. extender male to male union is available see: P1010190 Connects with the following Cryo Pumps and Helium Compressors: Pumps: Cryo-Torr 100, 7, 8, 8F, 10 Helium Compressors: 9700, 9600, 8500, 8510, 8300, 8200, SC These are sold as one each. You will need two lines, one as return and one as supply. These are made of stainless steel and have CTI part number 8043074G120.

Edwards CTI Cryo-Torr Helium Supply and/or Return Line, Piping, 1/2 inch self sealing couplings, 20 ft. long. These Edwards CTI Helix Cryo-Torr helium flex line assembies are 20 feet long with 1/2 inch self sealing couplings. These helium lines are brand new and can be used as either the supply or return lines. They are used to make helium connections between the cyropump and compressor. To extend these helium lines a 1/2 in. extender male to male union is available see: P1010190 Connects with the following Cryo Pumps and Helium Compressors: Pumps: Cryo-Torr 100, 7, 8, 8F, 10 Helium Compressors: 9700, 9600, 8500, 8510, 8300, 8200, SC These are sold as one each. You will need two lines, one as return and one as supply. These are made of stainless steel.

Edwards CTI Cryo-Torr Helium Supply and/or Return Line, Piping, 1/2 inch self sealing couplings, 30 ft. long. These Edwards CTI Helix Cryo-Torr helium flex line assembies are 30 feet long with 1/2 inch self sealing couplings. These helium lines are brand new and can be used as either the supply or return lines. They are used to make helium connections between the cyropump and compressor. To extend these helium lines a 1/2 in. extender male to male union is available see: P1010190 Connects with the following Cryo Pumps and Helium Compressors: Pumps: Cryo-Torr 100, 7, 8, 8F, 10 Helium Compressors: 9700, 9600, 8500, 8510, 8300, 8200, SC These are sold as one each. You will need two lines, one as return and one as supply. These are made of stainless steel.

Edwards CTI Cryo-Torr Pump Helium Supply Line Male to Male 1/2 in. Union Extensions. 1 Each These are Edwards CTI Cryo-Torr Pump Helium Male to Male 1/2 in. union extensions. They extend (make them longer) 10, 20 or 30 feet helium supply lines. Compatible with the following helium supply lines. 10 ft. P104454 20 ft. P108843 30 ft. P1010145 Connects with the following Cryo Pumps and Helium Compressors: Pumps: Cryo-Torr 100, 7, 8, 8F, 10 Helium Compressors: 9700, 9600, 8500, 8510, 8300, 8200, SC

Aeroquip Coupling For Helium Compressor or Cryo-Torr Cryo Pump, Male 1/2 in. 1 Each These male 1/2 in couplings connect a helium supply line to or from Cryo-Torr cryo-pumps and a helium compressor. . Compatible with the following helium supply lines. 10 ft. P104454 20 ft. P108843 30 ft. P1010145 Connects with the following Cryo Pumps and Helium Compressors: Pumps: Cryo-Torr 100, 7, 8, 8F, 10 Helium Compressors: 9700, 9600, 8500, 8510, 8300, 8200, SC

Aeroquip Coupling For Helium Compressor or Cryo-Torr Cryo Pump, Female 1/2 in. 1 Each These female 1/2 in couplings connect a helium supply line to or from Cryo-Torr cryo-pumps and a helium compressor. . Compatible with the following helium supply lines. 10 ft. P104454 20 ft. P108843 30 ft. P1010145 Connects with the following Cryo Pumps and Helium Compressors: Pumps: Cryo-Torr 100, 7, 8, 8F, 10 Helium Compressors: 9700, 9600, 8500, 8510, 8300, 8200, SC

Edwards CTI Brooks Remote Keypad Display for ON-BOARD CryoPumps, 19 panel mount, 10'' cable.PN 8080015K001This Edwards CTI Cryogenics unit is a remote keypad display for CTI/Brooks On-Board Cryopumps. The remote keypad display provides the same functionality (interface for programming and operating all On-Board Cryopump functions) of an already mounted keypad display on the cryopump. A keypad display is not mounted with all Cryopumps. This keypad can be used instead of the mounted keypad or as a separate unit when no keypad is mounted to the cryopump. Comes with a 10 ft. cable and is 19 in. rack mountable. This remote keypay display can be used in different locations than the Cryopump. Cable connects to the back of this unit to the remote connection of the On-Board panel of the cryopump (See Middle Graphic to the Side). For operation of the Remote Keypad Display see operations manual .pdf to the left at downloads.

Edwards CTI Three Phase Motor Controller for On-Board Three Phase Cryo-Torr Pumps PN: PN: 8124115G001 or 8043202G002This Edwards CTI Three Phase motor controller supplies power to an On-Board three phase Cryo-Torr cryopump such as the Onboard 8F or 250F. This motor controller is powered from a CTI three (3) phase helium compressor, such as the CTI Brooks 8200 or 9600. Interconnecting 10 pin power cables are required between the compressor and motor controller and between the motor controller and a three phase On-Board Cryo-Torr cryopump. There are two cable length options. The 3 ft. cable is P109744, the 10 ft. cable option is P109185. Two interconnecting power cables are required.

Edwards CTI Helix Cryogenics Cryopump Maintenance Manifold Kit.PN 8080250K003This Maintenance Cryogenics Manifold is the tool used to introduce Helium into the Cryo Compressor and into the Cryo pump and Helium Lines. It is used in the purging procedure to decontaminate the Helium circuit as well. The Maintenance Manifold can also be used for vacuum prior to introducing the Helium. Helium charge line also sold here, P1010030 An On-Board Cryopump Helium Circuit Decontamination Instruction Sheet is also provided. Allowing one to remove gaseous contamination from an On-Board Cryopump helium circuit by freezing the contaminant in the coldhead of the On-Board Cryopump. A contaminated helium circuit will cause the On-Board Cryopump to operate in a noisy manner, typically referred to as ratcheting, which degrades On-Board Cryopump performance. For operation of the Remote Keypad Display see operations manual .pdf to the left at downloads.

Cryo Pump Compressor Depressurization Tool with Female Self Sealing Coupling. This Cryogenics Pump Compressor Depressurization Tool is used to bleed Helium from a Cryo Compressor when performing maintenance or repair. It will reduce or drain the pressure in the compressor Helium circuit. The tube end measures 0.50" OD by 0.3675" ID.

Edwards CTI Helix Cryogenics Cryo-Torr Interface Module.PN 8135903G001The interface module allows the Edwards CTI 9600 Compressor to operate up to three separate cryo pumps simultaneously. Normally, you would need a compressor for each cryo pump. The interface module requires an On-Board cable that runs from the compressor to the module, thus allowing for a more central module location. Requires On Board Power Cable, Link to Cable: P109744

Edwards CTI Helix Cryogenics Interface Cable for Cryo-Torr 9600 Compressor to Interface Module - 36PN 8112463G030On-Board Power Cable, UL/VDE, Length 36. This cable connects a CTI 9600 compressor to an Edwards CTI Cryogenics Interface module (PN: 8135903G001) so that multiple cryo pumps can run at the same time without another compressor (OB & CT models). This power cable fits the Cryo-Torr Interface Box and ON-BOARD Splitter Box, Link to Boxes: P109743 OR P1011491

Edwards CTI Cryogenics Cryo-Torr On-Board Splitter BoxPN 8135240G002The Edwards CTI Cryogenics Cryo-Torr On-Board Splitter allows the CTI 9600 Compressor to operate up to three separate On-Board cryo pumps simultaneously. Normally, you would need a compressor for each cryo pump. The On-Board Splitter Box requires an On-Board cable that runs from the compressor to the Splitter Box, thus allowing for a more central module location. Requires On Board Power Cable, Link to Cable: P109744

90 Degree, 3-Way Helium Compressor Manifold, 1/2 in Male Couplings Allows 3 Cryo-Pumps to run on 1 Helium Compressor This 90 degree 3-way helium manifold branches one helium compressor to 3 seperate cryo-pumps. Combined with the Cryo-Torr interface module and a Brooks CTI 9600 helium compressor, this manifold will allow 3 CT 8 cryo-pumps to run simultaneously. These are sold as one each. Two manifolds and 6 lines are needed (3 as return and 3 as supply). These are made of stainless steel.

Edwards CTI Nitrogen Purge Kit for Cryo Pumps 240 VAC PN 8080250K017 This is a Nitrogen Purge Valve for CTI/Edwards CT-100, CT-8, CT-10, CT-400, CT-500 Cryo Pumps. Valve connection to the cryo pump is VCO connection and the gas line to valve is ¼” compression. Comes with 3 pin male Molex electrical connection and 3 pin female connectors to power cable. This valve is used during the Regeneration procedure and is normally in a closed position. This valve is mostly for the European Market.

Edwards CTI-Cryogenics Purge Valve Kit for Regeneration, CF 1.33, for Cryopump PN: 8080250K041This Edwards CTI-Cryogenics Purge Valve has a rotable conflat 1.33 fitting, a 1/4 Swagelok Tubing purge gas inlet, and is operated by 115 VAC. The purge valve controls the flow of nitrogen to the Cryopump vessel. During a regeneration cycle, the purge valve opens and allows nitrogen to flow through the vessel to dilute and remove the cryopumped gases. This kit includes the purge valve, 3 pin receptacle, female crimp socket, copper gasket, socket head cap screws and instructions. You can control the purge valve by the CTI-Cryogenics REGEN, or use it separately. The purge valve is normally closed. Applying 115 VAC to the solenoid causes the valve to open; loss of power will caiuse the valve to close. The solenoid is rated at 120 VAC, 60 Hz, 110 VAC, 50 HZ, 10 Watts. Maximum operating gas pressure is 250 psig.

Edwards CTI-Cryogenics Pneumatically Operated Roughing Valve Regeneration Kit for Cryopump PN: 8080250K043This Edwards CTI-Cryogenics Roughing Valve, with CF 1.33 inlet and outlet, connects to a system rough pump or dry pump. The rough valve is used during the Cryopump regeneration cycle to rough the Cryopump to rough vacuum (approximately 50-100 microns) before the Cryopump begins to cool down. This kit includes the valve, 3 pin receptacle, female crimp socket, copper gasket socket head cap screws and instructions. You can control the roughing valve by the CTI-Cryogenics REGEN, or use it separately. The roughing valve is pneumatically operated by an electrically operated solenoid valve which supplies air pressure to open and close the roughing valve. The roughing valve is normally closed. Applying 115 VAC to the solenoid causes the valve to open. Loss of power, or loss of air pressure causes the roughing valve to close (spring return). Under normal operating conditions, when the valve is closed, it is closed by both the return spring and the airline pressure. The valve is an air-to-open, and air-assisted-to-close design. The solenoid is rated at 115 +/- 15 VAX, 50/60 Hz, 6 Watts. Operating air pressure is 75-100 psig.

Edwards CTI/Edwards Spares Kit, Gas Heater for Cryo Pumps 230 VAC, PN 8080250K036 This is a gas heater for CTI/Edwards Cryo Pumps, used to heat purge gas and reduce regeneration time.

Edwards CTI/Edwards Spares Kit, Gas Heater for Cryo Pumps 110 VAC. Edwards Part Number: 8080250K020S. This is a CTI-Cryogenics gas heater for CTI/Edwards Cryo Pumps, used to heat purge gas and reduce regeneration time.