⚠ Attention: Discontinued product
Fast Response Switches
| Nominal voltage: | 250 V, as a maximum |
| Release or priming current: | 0.7 A as a maximum |
| Load current: | 0.36 A as a maximum |
| Switching power: | 10 W as a maximum |
| Contacts: | Ag 80 / Ni 20 |
| Accuracy: | 0.5% F.S. |
Magnet Switches
| Nominal voltage: | 250 V, as a maximum |
| Release or priming current: | 1.0 A as a maximum |
| Load current: | 0.6 A as a maximum |
| Switching power: | 30 W as a maximum |
| Contacts: | Ag 80 / Ni 20 |
| Accuracy: | 2 to 5% F.S. |
Inductive Switches
| Load voltage: | 8 V DC (Ri =1 kOhm) as a maximum |
| Nominal voltage: | 5 to 25 V |
| Consumption: | > 3 mA (open circuit output) < 1 mA (closed circuit output) |
| Accuracy: | 0.5% F.S. |
With a relay RDN 11, connected, the intrinsic safety protection could apply for 1 & 2 zones on EEx ib II C T6 (On request).
⚠ Attention: Product has been discontinued. You are currently viewing old documentation. Please use with caution.
A pressure gauge with one or two contacts is an easy solution to have at the same time a permanent reading of process pressure with a survey of limit pressure over ranges. The pressure indication is done on a 100 mm or a 160 mm dial pressure gauge (up to 4 contacts). The contact is actuated as the pressure index comes over.
BAMO’s switches for pressure gauge include:
- Fast Response Switches:
The contact is actuated instantaneously; the hysteresis is short, about 0.5%. They may not be use when there are vibrations in the process or with aggressive ambient conditions. They must be used in a dry (not filled) pressure gauge case. - Magnet Switches:
They are suitable for most of the applications, even with weak vibrations. The switch actuates with the help of a spring for a quick release. They must be used in a dry (not filled) pressure gauge case. - Inductive Switches:
These switches do not have electrical contact, as per standard DIN 19234.n They have a greater life than the magnet switches and better accuracy. They can be used with silicone-filled cases. The output signal reflects the location of the pressure index inside the magnetic field of the switch.