Catalogs
| Name | Manufacturer | Description | |||||
|---|---|---|---|---|---|---|---|
| ST1V4A2XETIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4A2XETM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4A2XIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4A2XIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4A2XM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0E | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0EET | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0EETIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0EETIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0EETM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0EIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0EIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0EM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0N | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0NET | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0NETIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0NETIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0NETM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0NIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0NIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0NM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0P | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0PET | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0PETIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0PETIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0PETM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0PIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0PIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0PM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0X | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0XET | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0XETIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0XETIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0XETM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0XIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0XIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B0XM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B2P | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B2PET | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B2PETIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B2PETIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B2PETM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B2PIM | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B2PIM-56K | KEP | SUPERtrol-I Flow Computer | |||||
| ST1V4B2PM | KEP | SUPERtrol-I Flow Computer | |||||
| ST2L10P | KEP | SUPERtrol-II Flow Computer | |||||
| ST2L10P-10 | KEP | SUPERtrol-II Flow Computer | |||||
| ST2L10P-10-4 | KEP | SUPERtrol-II Flow Computer | |||||
| ST2L10P-10-4-5 | KEP | SUPERtrol-II Flow Computer | |||||
| ST2L10P-10-4-5-6 | KEP | SUPERtrol-II Flow Computer | |||||
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Термореле 26QL,QM 01-017021-300 (-73,3 до +148С)
Пневмоусилитель Midland Pneumatic 2325M21-EC2B 1/4” NPT 3/2 MAX WP-12BAR
Датчик температуры THERMO EST SI/14 type SI 14.1 EExd
Трансмитер AGM DIN4000-13F
Датчик вибрации Bently Nevada 30008-00-12-30-02
Кабель датчика Bently Nevada 2789-180