About 8,000 types of vacuum components in stock at all times.Business Hours: 9:00-18:00, excluding weekends and holidays
type | N |
---|---|
Connection type | The atmosphere-side plug-fitti |
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 |
Classification | Flanged terminal |
type | Ground shield |
Impedance | 50 Ω |
frequency | 200 MHz |
Insulation resistance value | 10⁹ ohm |
Withstand voltage: DC | 3 kV |
Electric current / 1 pc. | 5 A |
RoHS2 corresponding | ○ |
type | N |
---|---|
Connection type | The atmosphere-side plug-fitti |
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 |
Classification | Flanged terminal |
type | Ground shield |
Impedance | 50 Ω |
frequency | 200 MHz |
Insulation resistance value | 10⁹ ohm |
Withstand voltage: DC | 3 kV |
Electric current / 1 pc. | 5 A |
RoHS2 corresponding | ○ |
type | N |
---|---|
Connection type | The atmosphere-side plug-fitti |
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 |
Classification | Flanged terminal |
type | Floating shield |
Impedance | 50 Ω |
frequency | 200 MHz |
Insulation resistance value | 10⁹ ohm |
Withstand voltage: DC | 3 kV |
Electric current / 1 pc. | 5 A |
RoHS2 corresponding | ○ |
type | N |
---|---|
Connection type | Vacuum side and the atmosphere |
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 |
Classification | Flanged terminal |
type | Ground shield |
Impedance | 50 Ω |
frequency | 6500 MHz |
Insulation resistance value | 10⁹ ohm |
Withstand voltage: DC | 3 kV |
Electric current / 1 pc. | 5 A |
RoHS2 corresponding | ○ |
type | N |
---|---|
Connection type | Vacuum side and the atmosphere |
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 |
Classification | Flanged terminal |
type | Floating shield |
Impedance | 50 Ω |
frequency | 6500 MHz |
Insulation resistance value | 10⁹ ohm |
Withstand voltage: DC | 3 kV |
Electric current / 1 pc. | 5 A |
RoHS2 corresponding | ○ |
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 | ○ |
Pairs of Thermocouple | 2 |
---|---|
type | Thermocouple type K |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Chromel ® / 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 |
Pairs of Thermocouple | 4 |
---|---|
type | Thermocouple type K |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Chromel ® / 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 |
Pairs of Thermocouple | 6 |
---|---|
type | Thermocouple type K |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Chromel ® / 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 |
Pairs of Thermocouple | 11 |
---|---|
type | Thermocouple type K |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Chromel ® / 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 |
Pairs of Thermocouple | 15 |
---|---|
type | Thermocouple type K |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Chromel ® / 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 |
Pairs of Thermocouple | 24 |
---|---|
type | Thermocouple type K |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Chromel ® / 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 |
The number of terminals | 1 |
---|---|
type | Thermocouple type K |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Chromel ® / alumel ® |
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 |
The number of terminals | 1 |
---|---|
type | Thermocouple type K |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Chromel ® / 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 |
Pairs of Thermocouple | 2 |
---|---|
type | Thermocouple T type |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Copper / constantan ® |
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 |
Pairs of Thermocouple | 4 |
---|---|
type | Thermocouple T type |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Copper / constantan ® |
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 |
Pairs of Thermocouple | 6 |
---|---|
type | Thermocouple T type |
Withstand voltage: DC | Milli |
Insulation resistance value | 10⁹ ohm |
frequency | 10 MHz |
Connection type | BURNDY |
electrode | Copper / constantan ® |
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 |