Agilent IDP-15 Hermetically-Sealed Dry Scroll Vacuum Pump, 115 - 230VAC. PN: X3815-64000 The Agilent Varian IDP-15 dry scroll vacuum pump is designed for extremely quiet < 50 dBA and low vibration operation, delivering a peak pumping speed of 9.4 cfm (15.4 m3/h) at 60 Hz, and produces an ultimate pressure of 10 mTorr. These new Agilent IDP-15 dry scroll pumps are hermetically-sealed being appropriate for rare gas and helium 3He recirculation applications. The hermetic design with the vacuum space completely isolated from the motor and bearings provides a clean gas path through the pump, which eliminates any risk of oil or grease contamination. These key design elements of the IDP-15 allow the motor and bearings to run at atmospheric pressure which isolates them from being exposed to any vacuum process gases or water vapor from the application. The Agilent IDP-15 supports a global single-phase motor for operating voltages ranges between 100-120V or 200-230 VAC at 50/60Hz and incorporates a easy accessible simple switch to change between high and low voltage use. This IDP-15 model, Agilent technologies part number X3815-64000, does not include an Integrated Inlet Isolation Valve. High vacuum pumps, such as turbo molecular pumps, are increasingly used in conjunction with dry backing pump technology. Pumps based on scroll technology have become the dry pump technology of choice for backing turbo molecular high vacuum pumps. There are several factors that make these Agilent Varian IDP-15 scroll technology the superior dry pump choice, including clean, predictable performance, lower vibration and noise, and long service life. Modern Agilent IDP-15 scroll technology is based on smooth orbital operation, the vacuum pump cycle of gas compression and discharge occurs with minimal pulsation and very low vibration. Depending on the application, vibration can have some adverse effects, and may lead to the use of additional components such as vibration isolators. The new Agilent IDP-15 is the dry pump of choice in a wide variety of applications where vibration is a factor. Current scroll technology and tip seal design are factors that work together to provide low base pressure, and a gradual increase in base pressure over the service life. This gradual increase in base pressure allows maintenance to be done before the vacuum becomes unacceptable and cuts unscheduled downtime. A typical scroll pump like the Agilent IDP-15 will achieve a base pressure of 10 mTorr. These Agilent IDP-15 dry scroll pumps create vacuum using a simple dual scroll mechanism in which one of the nested scrolls orbits about the other, creating moving zones of captured gas. Gas enters the scroll set at the outside perimeter and is displaced and compressed toward the center of the hub where it is exhausted. The uncomplicated dual scroll design offers many benefits including lower noise and vibration levels, simple and infrequent maintenance requirements, plus the elimination of catastrophic failure modes. These new Agilent Technologies IDP-15 includes improved solid tip seals for longer tip seal life and longer service interval. The solid tip seal material performs well for condensable vapor applications. The tip seal replacement for the IDP-15 is easier than ever before. All that is needed is simple tools, flat head screw driver, 4 and 5 mm Allen wrenches, isopropyl alcohol, lint-free wipes, and tip seal kit part number X3815-67000. Please see pages 24 - 30 of the instruction manual for tip seal replacement procedure. An instruction manual and brochures in PDF format for the new Agilent IDP-15 hermetically-sealed dry scroll vacuum pumps can be downloaded in our available download section below.

Agilent IDP-15 Hermetically-Sealed Dry Scroll Vacuum Pump, 115-230VAC, with Integral Isolation Valve. PN: X3815-64010 The Agilent Varian IDP-15 dry scroll vacuum pump is designed for extremely quiet < 50 dBA and low vibration operation, delivering a peak pumping speed of 9.4 cfm (15.4 m3/h) at 60 Hz, and produces an ultimate pressure of 10 mTorr. These new Agilent IDP-15 dry scroll pumps are hermetically-sealed being appropriate for rare gas and helium 3He recirculation applications. The hermetic design with the vacuum space completely isolated from the motor and bearings provides a clean gas path through the pump, which eliminates any risk of oil or grease contamination. These key design elements of the IDP-15 allow the motor and bearings to run at atmospheric pressure which isolates them from being exposed to any vacuum process gases or water vapor from the application. The Agilent IDP-15 supports a global single-phase motor for operating voltages ranges between 100-120V or 200-230 VAC at 50/60Hz and incorporates a easy accessible simple switch to change between high and low voltage use. This IDP-15 model, Agilent technologies part number X3815-64010, includes an Integrated Inlet Isolation Valve. The isolation valve is installed inside the module and it adds no height to the pump inlet. It protects against backward migration of air through the scroll pump inlet when the IDP-15 looses power. This isolation valve prevents sudden venting of customer’s chamber or instrument on system power loss. The isolation valve mechanism incorporates a spring which holds the inlet valve normally closed; the lower pressure in the pump is used to compress the spring and keep the inlet isolation valve open. On power loss the solenoid valve opens and vents the vacuum pump causing the inlet isolation valve to close, closing time is typically 20 milliseconds. When power is restored, the solenoid valve closes and the inside of vacuum pump begins evacuating, the inlet isolation valve will reopen in about 10 seconds. High vacuum pumps, such as turbo molecular pumps, are increasingly used in conjunction with dry backing pump technology. Pumps based on scroll technology have become the dry pump technology of choice for backing turbo molecular high vacuum pumps. There are several factors that make these Agilent Varian IDP-15 scroll technology the superior dry pump choice, including clean, predictable performance, lower vibration and noise, and long service life. Modern Agilent IDP-15 scroll technology is based on smooth orbital operation, the vacuum pump cycle of gas compression and discharge occurs with minimal pulsation and very low vibration. Depending on the application, vibration can have some adverse effects, and may lead to the use of additional components such as vibration isolators. The new Agilent IDP-15 is the dry pump of choice in a wide variety of applications where vibration is a factor. Current scroll technology and tip seal design are factors that work together to provide low base pressure, and a gradual increase in base pressure over the service life. This gradual increase in base pressure allows maintenance to be done before the vacuum becomes unacceptable and cuts unscheduled downtime. A typical scroll pump like the Agilent IDP-15 will achieve a base pressure of 10 mTorr. These Agilent IDP-15 dry scroll pumps create vacuum using a simple dual scroll mechanism in which one of the nested scrolls orbits about the other, creating moving zones of captured gas. Gas enters the scroll set at the outside perimeter and is displaced and compressed toward the center of the hub where it is exhausted. The uncomplicated dual scroll design offers many benefits including lower noise and vibration levels, simple and infrequent maintenance requirements, plus the elimination of catastrophic failure modes. These new Agilent Technologies IDP-15 includes improved solid tip seals for longer tip seal life and longer service interval. The solid tip seal material performs well for condensable vapor applications. The tip seal replacement for the IDP-15 is easier than ever before. All that is needed is simple tools, flat head screw driver, 4 and 5 mm Allen wrenches, isopropyl alcohol, lint-free wipes, and tip seal kit part number X3815-67000. Please see pages 24 - 30 of the instruction manual for tip seal replacement procedure. An instruction manual and brochures in PDF format for the new Agilent IDP-15 hermetically-sealed dry scroll vacuum pumps can be downloaded in our available download section below.

Agilent Varian Vacuum Pump and Controller AC Power Cable,115 VAC. PN: 9499397. This is an AC power cable for Agilent Varian vacuum equipment,115 VAC, 2 meters long and have Agilent Part No. 9499397. It works with many of the Agilent Varian vacuum pumps and pressure gauge controllers. Works With Many Agilent Vacuum Pumps: DS 102 Rotary Vane Pumps DS 202 Rotary Vane Pumps DS 302 Rotary Vane Pumps DS 402 Rotary Vane Pumps DS 602 Rotary Vane Pumps IDP-3 Dry Scroll Pumps IDP-7 Dry Scroll Pumps IDP-10 Dry Scroll Pumps IDP-15 Dry Scroll Pumps

Agilent Varian IDP-15 Dry Scroll Vacuum Pump Tip Seal Replacement Kit. Part Number X3815-67000 These rebuild kits are used during maintenance on Agilent IDP-15 dry scroll vacuum pumps. The Agilent IDP-15 pumps will provide many years of trouble-free service if the maintenance procedures and intervals are observed. Cleaning and tip seal replacement are recommended when pump base pressure has risen to an unacceptably high level for your application. If your pump exhibits humming or grinding noises from the bearings, a major overhaul should be done by Agilent personnel or an authorized rebuild center. The parts needed for tip seal replacement on the IDP-15 are available in this kit are as described; replacement tip seals, O-ring and grease. An instruction manual and brochures in PDF format for the new Agilent IDP-15 hermetically-sealed dry scroll vacuum pumps can be downloaded in our available download section below (see page 24 of instruction manual for tip seal replacement notes).The tip seal replacement for the IDP-15 is easier than ever before. All that is needed is simple tools, flat head screw driver, 4 and 5 mm Allen wrenches, isopropyl alcohol, lint-free wipes, and this tip seal kit part number X3815-67000. Please see pages 24 - 30 of the instruction manual for tip seal replacement procedure.

Foreline Trap for Inlet KF16 Rotary Vane Vacuum Pumps up to 18 CFM. This Foreline Trap NW16, KF-16 serves to prevent contaminants from entering the pump inlet and protects the system from pump fluid or particulate migration. (Backstreaming) This trap extends the life of the pump, cuts maintenance costs and helps prevent system downtime. Made of durable corrosive resistant nickel chrome finish which prevents outgassing. Interchangeable Filter Media is not included with this foreline trap but is available from this website. Filter Media options include, Activated Alumina, Stainless Steel Wire Mesh, Activated Carbon Granulate and Polyester Media. Common Dimensions & Specifications:Use with vacuum pumps KF-16, NW16 Inlets and up to 18 CFM pumping speeds. A= 4"B= 2-3/16"C= 3-3/4"

Foreline Trap for Inlet KF25 Rotary Vane Vacuum Pumps up to 18 CFM. This Foreline Trap NW25 KF25 serves to prevent contaminants from entering the pump inlet and protects the system from pump fluid or particulate migration. (Backstreaming) This trap extends the life of the pump, cuts maintenance costs and helps prevent system downtime. Made of durable corrosive resistant nickel chrome finish which prevents outgassing. Interchangeable Filter Media is not included with this foreline trap but is available from this website. Filter Media options include, Activated Alumina, Stainless Steel Wire Mesh, Activated Carbon Granulate and Polyester Media. Common Dimensions & Specifications:Use with vacuum pumps KF25 NW25 Inlets and up to 18 CFM pumping speeds. A= 4"B= 2-3/16"C= 3-3/4"

Filter Media Activated Alumina for Foreline Traps KF-16 (P1013392) and KF-25 (P101861). This Activated Alumina Media is for foreline traps KF-16 (P1013392) and KF-25 (P101861) sold on this website. This Activated Alumina media has a long life span and is very effective in preventing backstreaming and in trapping water & acid vapors. (Lewis acids, polar compounds & other acids)

Exhaust Silencer for Dry Scroll Pumps or Rotary Lobe Vacuum Pumps, Flow Rate up to 11 CFM, KF25 FlangeThese silencers are for use on dry scroll pumps and dry rotary lobe vacuum pumps that are not connected to a house exhaust system. Such as Edwards XDS5, XDS10, Varian Agilent Tri Scroll 300, SH100, SH110, Kashiyama Neo Dry 15C and Alcatel ACP 15, ACP 15G. They are designed for clean dry air (CDA) vacuum pumping applications where the exhaust is vented into the room. They greatly silence the exhaust of dry pumps and come with replaceable internal filter media. These media filters provide exhaust filtration to capture tip seal dust that is produced in dry scroll pumps. These exhaust silencers are equipment with an NW-25 (KF-25) vacuum flange and are rated for use up to 11 CFM. They come with a KF25 vacuum clamp and centering ring for easy installation. Also inside is a paper filter element. A replacement paper filter element is available on this website.

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 Vacuum XactGauge Convection-Enhanced Pirani Gauge Kit, XGC-320 Controller, XGC-321 KF-25 Gauge, 10 ft. Sensor Cable, PS, 2 Set Points Complete Kit Includes: XactGauge XGC-320 Convection-Enhanced Controller, XGC-321 KF-25 Sensor Gauge, 3 m (10 ft.) Sensor Cable & Power Supply. Features: Inexpensive solution for Pirani type thermal conductivity gauges Convection-Enhanced Pirani sensor gauges available in 8 different flange sizes Accurate pressure measurements from 1x10-4 to 1000 Torr Compact 1/8-DIN package fits on bench or in instrument panel cutout Bright, easy to read, 4 digit OLED display Intuitive front panel controls for calibration and parameter adjustments Switch between Torr, mBar and Pa units quickly Serial RS232/RS485 DB9 I/O interface for remote control 2 set points 4 analog outputs Compatible with Granville-Phillips® 275 Convectron® and Inficon PGE050 Pirani Gauge Enhanced sensors and cables. The Ideal Vacuum XactGauge XGC-320 Convection Enhanced Pirani Gauge Controller is an inexpensive solution for simple readout of Pirani type thermal conductivity gauges with added features for ease of use and system integration. Use with any of our eight (8) XactGauge Enhanced Pirani Sensor Gauges to obtain accurate pressure measurements ranging from 1x10-4 to 1000 Torr. Our XactGauge XGC-320 Controller, conveniently housed in a compact 1/8-DIN enclosure, can be used on your benchtop or mounted in an instrument panel cutout. The bright, OLED 4 digit display is easy to read. Intuitive front panel controls allow direct gauge calibration and simple adjustment of vacuum measurement parameters. The XactGauge XGC-320 Convection-Enhanced Pirani Gauge Controller is powered by user supplied 12 to 28 VDC, 2 W, or by our XactGauge Enhanced Pirani Controller power supply. The XGC-320 Controller has a serial RS232/RS485 (DB-9) remote I/O interface, two (2) setpoints, and four (4) analog relay outputs, each rated at 1 A at 30 VDC. This XGC-320 Controller is compatible with other manufacturer’s Pirani type gauges and cables, including the Granville-Phillips® 275 Convectron® and the Inficon PGE050 Pirani Gauge Enhanced. 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. The XactGauge is supplied factory calibrated using Nitrogen (N2) gas. When measuring gasses other than Nitrogen/Air, accurate correction 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 gasses.