SPW Series differential wet pressure sensor Schneider Electric 0 to 6 bar P1 Max = 12 bar, P2 Max = 12 bar
Technical Information
| Item condition | New |
| Manufacture name | SPW Series differential wet pressure sensor, 0 to 6 bar |
| Brand | Schneider Electric |
| Categories |
Measurement Transformers
|
| Country of origin | CH |
| Measuring range | 0-6 bar |
| Analogue output 4 mA ... 20 mA | No |
Packing details
| Packing level 1 | 7332552012792 |
Other Technical data
| Weight | 0 kg |
| Analogue output 0 V ... 10 V | Yes |
| Analogue output 0 mA ... 20 mA | No |
| Nominal pressure rating according to EN 1333 (PN ...) | 0 |
| Nominal pressure rating according to ASME B16.5 (Class ...) | 0 |
| Nominal pressure rating according to EN 1333 at H-side (PN ...) | 0 |
| Nominal pressure rating according to ASME B16.5 at H-side (Class ...) | 0 |
| Nominal pressure rating according to EN 1333 at L-side (PN ...) | 0 |
| Nominal pressure rating according to ASME B16.5 at L-side (Class ...) | 0 |
| Analogue output 0 V ... 2 V | No |
| Analogue output 0 V ... 5 V | No |
| Analogue output 2 V ... 10 V | No |
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Description
Measures differential wet pressure in the system, spans a range from 0–6 bar. Used for monitoring and control tasks where precise pressure measurement is needed between two liquid points.
Works up to max P1/P2 of 12 bar, exceeded level not recommended unless device safety verified post-installation. Suited for plant room environments — durable under operational wear, industrial grade. Compact form factor for tight spaces yet allows secure mounting connections; check torque specs during install.
Two-wire configuration standard with this unit. Ensure wiring insulation rated for use near concurrent high-load hardware components if sharing enclosure proximity — can limit interference risk during operation cycles.
Raw notes:
Range: 0–6 bar, Must not exceed P1/P2 maximum (12bar). Use case: Plant Rooms/System Monitoring Integration. Industrial grade enclosure material used (verify chemical liquid compatibility). Calibration required after prolonged non-use period to maintain spec adherence rates ±3%. Do NOT subvert polarity controls or face instant sensor damage risks upon power-up sequences.