Final configuration is confirmed in the quotation.
Submersible Level Transmitter
Immersion level transmitter for tanks, reservoirs and wells where direct hydrostatic level measurement is preferred.
Start with the information you have. Exact model, interface and certificates are confirmed in writing before order.
Image details
The image is representative of the product family, not the final ordered model.
Related application hardware: Water Monitoring
Typical Hardware Architecture
Final system design, software integration, PLC/SCADA programming and site installation are handled by the customer or their system integrator.
Customer system
Customer's SCADA / Cloud / PLC System
Start from the site condition
Models and quotation stay on sungeneiot.com. Use the matching field condition first.
Typical Reviewed Options
- Measurement / range
- Hydrostatic level, 0.5–500 mH₂O options by body size
- Accuracy options
- 0.1%, 0.25% or 0.5% FS
- Output
- 4-20mA, 0-5V, 0-10V or RS485
- Power supply
- 10–30 VDC (24 V typical)
- Materials
- 316L sensing element, 304 stainless housing; 316L housing optional
- Protection / temperature
- IP68 / -20 to +85 °C
How the model is selected
The written quotation ties the site requirement to one reviewed hardware configuration.
Site requirement
Application, medium, mounting and environment
Hardware configuration
Signal, protocol, power and enclosure
Quote confirmation
Model, quantity, certificates and delivery
Remote integration context
Representative site context. Sensors, interfaces, enclosure, power and mounting are confirmed against the actual project before quotation.
Model-selection reference
Water & Utilities Hardware Catalog
Compare SG-coded hardware options reviewed from available source documents. Ordered configuration is confirmed in the quotation.
- Catalog section
- Submersible and hydrostatic level transmitters
- SG-coded options
- 23
- PDF pages
- 6
Continue product selection
Compare adjacent hardware families for the same monitoring path. The final combination is checked against the project I/O, protocol, power and enclosure requirements.
How to choose
- Match the measuring range to your maximum liquid depth, with margin for surge and full-tank conditions.
- Tell us the controller input and required output type so the selected transmitter can be matched to the PLC, RTU or gateway.
- Specify the cable length as the drop from the mounting point to the lowest measured level, plus slack.
- State whether the probe is permanently submerged and provide the required protection rating, medium and telemetry path.
Compatible with
- 4G/LTE RTU gateway
- RS485 data acquisition gateway
- Outdoor enclosure
- Solar field power kit
Typical package
- Submersible level transmitter
- Cable suspension or mounting accessory
- RTU / gateway input
- Data inputs for customer-owned overflow and low-level alarm workflows
Applications
Use this transmitter when a well, tank or reservoir needs direct hydrostatic level measurement and the sensing element can remain submerged. Select the measuring range, output and cable length for the liquid depth, mounting point and receiving PLC, RTU or gateway.
- Well and borehole water-level measurement
- Tank and reservoir hydrostatic level monitoring
- Continuous submerged level input to a PLC, RTU or gateway
- Remote overflow and low-level alarm data for customer-owned control workflows
What to include in your quote request
- Measuring range (maximum depth)
- Required controller / gateway input
- Cable length required
- Medium and mounting
- Quantity and the gateway / RTU it connects to
Related selection guides
Related resources
Frequently asked questions
Which outputs are available for the submersible transmitter?
The reviewed output options are 4-20mA, 0-5V, 0-10V or RS485. Select the output to match the receiving PLC, RTU or gateway; for RS485, confirm the protocol and register map of the ordered option.
How do I choose the measuring range and cable length?
Choose a hydrostatic range that covers the maximum liquid depth with margin for surge and full-level conditions. Cable length is the drop from the mounting point to the lowest measured level, plus installation slack.
What materials and environmental limits have been reviewed?
The reviewed construction uses a 316L sensing element and 304 stainless housing, with a 316L housing option. The rating is IP68 and -20 to +85 °C; medium compatibility and the final cable or suspension arrangement are confirmed before order.
When is a submersible level transmitter better than radar for a remote well or tank?
A hydrostatic probe can fit stilling tubes, narrow risers or sites where a top-mount radar nozzle is impractical. Liquid density, cable length, venting, fouling and material compatibility still have to be checked. Remote reporting uses the same RTU or LoRaWAN path as other level sensors.
What should I provide when requesting a quote for the Submersible Level Transmitter?
Measuring range (maximum depth); Required controller / gateway input; Cable length required; Medium and mounting
Where can I compare available model options?
Open the Water & Utilities Hardware Catalog linked on this page. It lists SG-coded selections reviewed from available source documents; the ordered configuration is confirmed in the quotation.
Will it work with my existing system?
Compatibility is reviewed against your field signals, protocols and upstream platform. Typical pairings include 4G/LTE RTU gateway, RS485 data acquisition gateway, Outdoor enclosure.