agilent vacion plus 1000 data sheet technical specifcations specification model diode starcell saturated pumping speed for nitrogen* l/s 1000 800 saturated pumping speed for argon* l/s - 500 operating life at 1e -6 mbar for nitrogen hours 50000 80000 recommended maximum baking pressure with ion pump on mbar 5 x 10 -6 protect current ma 200 maximum operating voltage vdc +7000 -7000 +/- 10% +/- 10% recommended starting pressure mbar 1 x 10 -5 1 x 10 -4 ultimate pressure mbar 10 -11 inlet flange 12 cff (nw250) aisi 304 esr or 316ln esr internal volume litres 136 temperature limits: pump without magnets c 450 pump with magnets c 350 hv cable c 220 material body aisi 304l cathodes titanium anodes aisi 304l magnets ferrite (ceramic 8) pole piece iron weight without heaters lbs (kg) 585 (265) * tested according to iso/dis 3556-1-1992 agilent is now expanding its vacion plus product family portfolio with the introduction of the vacion plus 1000 l/s ion pump. the vip1000, with a 12 inch conflat inlet fange, can be used for those applications that require the evacuation of large volume chambers where stable and ultrahigh vacuum is needed. an example of a suitable application for the new vip1000 is undoubtedly the study and detection of gravitational waves. in this feld, large pumping volumes and speeds are required along with the complete absence of vibration during system operation. to ensure cleanliness, the vip1000 undergoes a complete factory process, including outgassing of the body and internal components in a high-temperature (450c) vacuum oven. a full automated leak check is executed at the beginning and at the end of the process. to guarantee the pumps specifcations, a fnal electrical check is performed. these processes ensure that the agilent pump is shipped under ultrahigh vacuum with the highest level of cleanliness available in the ion pump market. the vip1000 can be purchased in diode and starcell confguration, and with or without heater to satisfy most common application requests.
agilent vaclon plus 1000 features: gravitational waves detected 100 years after einsteins prediction agilent has contributed to the detection of gravitational waves 100 years after einstein predicted them. the laser interferometer gravitational-wave observatory (ligo) is designed to open the feld of gravitational-wave astrophysics through the direct detection of gravitational waves predicted by einsteins general theory of relativity. ligos multikilometer-scale gravitational wave detectors use laser interferometry to measure the minute ripples in space-time caused by passing gravitational waves from cataclysmic cosmic sources. these cosmic sources can include the mergers of pairs of neutron stars or black holes, or supernovae. ligo consists of two widely separated interferometers within the united states, one in hanford, washington and the other in livingston, louisiana. these interferometers are operated in unison to detect gravitational waves. kagra is a gravitational wave detector under construction in japan, where agilent vip1000 ion pumps will be part of the vacuum system (assembled and tested at mirapro). creating ultraclean and stable high vacuum in these multikilometer detectors is instrumental to the operation of the entire system and was one of the key technological challenges. furthermore uptime, reliability, and vibrationless operation are an absolute requirement for such detectors. agilent designed and built customized ion pumps to fulfl all these stringent criteria, providing the ideal vacuum conditions for the success of this experiment. agilent ion pumps mounted on ligo gravitational waves detector and at mirapro for kagra gravitational wave interferometer. *the images are courtesy of caltech/mit/ligo laboratory (usa) and of mirapro co.ltd (japan) detectors of gravitational waves large vacuum chambers space simulation research centers laboratories proven agilent quality noncontaminating technology long operational life vibration-free radiation resistance low cost of ownership target applications :
agilent vaclon plus 1000 outline drawing dimensions: millimeters pumping speed vs pressure diode - nitrogen pumping curve pressure (mbar) pumping speed (l/s) starcell - nitrogen pumping curve pressure (mbar) pumping speed (l/s) starcell - argon pumping curve pressure (mbar) pumping speed (l/s)
agilent vaclon plus 1000 ordering information united states agilent technologies 121 hartwell avenue, lexington ma 02421, usa tel: +1 781 861 7200, fax: +1 781 860 5437 - toll free: +1 800 882 7426 e urope and other countries agilent technologies italia spa via f.lli varian 54, 10040 leini, (torino), italy tel: +39 011 9979 111, fax: +39 011 9979 350 toll free: 00 800 234 234 00 this information is subject to change without notice. ? agilent technologies, inc. 2017 published in italy, april, 2017 configurations part numbers the vip1000 is available in several configurations vip1000 diode without heater x3604-64000 vip1000 diode with 115 v heater x3604-64101 vip1000 diode with 230 v heater x3604-64102 vip1000 starcell without heater x3604-64120 vip1000 starcell with 115 v heater x3604-64121 vip1000 starcell with 230 v heater x3604-64122 the vip1000 can be driven by the 4uhv controller with the configuration with 200 watts. controller unit: 4uhv part numbers 200w neg 9299010 200w pos 9299011 the selection of the controller is strictly dependent on the starting pressure. if starting pressure is in the 10 -6 mbar range, a single channel with 200 watts is sufficient to start and maintain the operational function of the pump. if starting pressure is above 10 -6 mbar range, please contact your agilent representative. cables selection part numbers pumps are equipped with standard fischer high voltage feedthroughs. cable lengths available: 4 m fischer cable 9290705 7 m fischer cable 9290707 10 m fischer cable 9290708 20 m fischer cable 9290709
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