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- Cosmotec for Vacuum Components
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Category 7Matter
Subcategory 82Matter (1 ~20 )
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The number of electrode 2 Pairs of Thermocouple 1 type K Thermocouple / cable termina Electric current / 1 pc. 20 A Total current/1 terminal Milli Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Chromel ® / alumel ® / oxygen- Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 4 Pairs of Thermocouple 2 type K Thermocouple / cable termina Electric current / 1 pc. 20 A Total current/1 terminal Milli Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Chromel ® / alumel ® / oxygen- Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of terminals 1 The number of electrode 2 Pairs of Thermocouple 1 type K Thermocouple / cable termina Electric current / 1 pc. 55 A Withstand voltage: DC 5 kV Connection type OMEGA™ electrode Chromel ® / alumel ® / oxygen- Flange material SUS 304 sleeve SUS 304 Insulator Alumina ceramic Maximum temperature 300℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 4 type standard Electric current / 1 pc. 3 A Total current/1 terminal 9.9 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Kovar ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 8 type standard Electric current / 1 pc. 3 A Total current/1 terminal 14.4 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Kovar ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 12 type standard Electric current / 1 pc. 3 A Total current/1 terminal 13.3 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Kovar ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○
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The number of electrode 19 type standard Electric current / 1 pc. 3 A Total current/1 terminal 11.4 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Kovar ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 22 type standard Electric current / 1 pc. 3 A Total current/1 terminal 13.2 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Kovar ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 30 type standard Electric current / 1 pc. 3 A Total current/1 terminal 18 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Kovar ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 48 type standard Electric current / 1 pc. 3 A Total current/1 terminal 28.8 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Kovar ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of terminals 1 type standard Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Kovar ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 300℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of terminals 1 type standard Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Kovar ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○
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The number of electrode 4 type High current Electric current / 1 pc. 10 A Total current/1 terminal 33.1 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Alumel ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 8 type High current Electric current / 1 pc. 10 A Total current/1 terminal 48 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Alumel ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 12 type High current Electric current / 1 pc. 10 A Total current/1 terminal 44.5 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Alumel ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 19 type High current Electric current / 1 pc. 10 A Total current/1 terminal 38 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Alumel ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 22 type High current Electric current / 1 pc. 10 A Total current/1 terminal 44 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Alumel ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of electrode 30 type High current Electric current / 1 pc. 10 A Total current/1 terminal 60 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Alumel ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○
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The number of electrode 48 type High current Electric current / 1 pc. 10 A Total current/1 terminal 96 A Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Alumel ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○ -
The number of terminals 1 type High current Withstand voltage: DC 500 V Insulation resistance value 10⁹ ohm frequency 10 MHz Connection type BURNDY electrode Alumel ® Flange material SUS 304 sleeve Kovar ® Insulator Alumina ceramic Maximum temperature 450℃ The lowest temperature -196℃ Leak rate <1.3x10<sup>-10</sup>Pa･㎥/sec RoHS2 corresponding ○
