Published configuration highlights
- Model and functionWKS-33 / 316 Stainless Steel Submersible Pressure Transmitter
- Key point 1316 stainless steel
- Key point 2Hydrostatic level
- Key point 3RS-485 option
WKS-33
316 Stainless Steel Submersible Pressure Transmitter
A 316 stainless-steel submersible pressure transmitter for hydrostatic level measurement in tanks, reservoirs, wells, and process vessels. Output options include 4-20 mA, 0-10 V, and RS-485 for connection to indicators, PLCs, or remote telemetry units.
Configuration note
Confirm the measuring range, medium, wetted materials, process connection, output, and power supply before ordering.
Technical selection overview
Use the published values below as a starting point, then confirm the complete measuring point before ordering. Final range, materials, connection, output, supply, and environmental limits depend on the selected configuration.
Integration and commissioning
Use the selected level range and probe or cable arrangement for continuous tank, well, reservoir, or vessel monitoring. Confirm the installation reference, medium density, wetted materials, process connection, and output scaling.
Record the physical zero and full-scale elevations, verify density and output scaling, check vent or reference conditions, and test alarms at independently confirmed levels.
Measurement principle
Choose hydrostatic, capacitive, or float-switch measurement according to whether continuous indication, switching, or alarm duty is required.
Reference and medium
Define level datum, liquid density, tank pressure, coating or solids risk, wetted materials, and atmospheric venting requirements.
Installation arrangement
Confirm probe or cable length, mounting position, mechanical support, ingress protection, lightning exposure, and access for cleaning.
APPLICATION FIT
Where this product family is commonly evaluated
- Water storage and treatment
- Wells, reservoirs, and sumps
- Process tanks and vessels
- Pump control and high/low alarms
Suitability is configuration-dependent. Review media compatibility, operating limits, installation conditions, required approvals, and the receiving control system before final selection.
