Balluff Pressure Sensors (Pressure Transmitter)
Pressure sensors
Compact stainless-steel housing Relative pressure –1…600 bar
Balluff pressure transmitters without display are easy to install and extremely compact and robust thanks to their stainless steel housing. They are designed for reliable pressure measurement in industrial environments and support multiple output options for straightforward integration.
Depending on the variant, you can choose 4…20 mA, 0…10 V, or IO-Link (with switching output, PNP), plus robust mechanical options such as stainless-steel process connections and extended temperature capability.
Pressure transmitters without display
Compact, robust, and simple to install on-site.
What special features are available for Balluff pressure transmitters?
Balluff pressure sensors without display combine robust mechanics with flexible electrical interfaces for modern automation.
The special features of our pressure sensors
- Compact and robust stainless steel housing
- Simple to install on-site
- Pressure range –1…600 bar
- Measuring principle: Relative pressure
- Process connection in stainless steel: G1/4”, G1/2”, R1/4”, NPT1/4”
- M12 connection
Interfaces and rugged operating capability
- Output as 4…20 mA, 0…10 V or IO-Link with switching output (PNP)
- Expanded temperature range (media temperature –40…+125 °C)
- Ceramic measuring cells (Al2O3)
- Extended input voltage range 8…32 V DC
- UL approval
Selection note: Choose the correct process connection and interface (IO-Link vs. analog) first, then confirm the required pressure range and media temperature.
Which series are available (and how do I compare them)?
Below is a practical overview of the available Balluff pressure transmitter series (without display), including measuring range, process connection, and interface options.
Technical features
Measuring range
–1…10 bar 0…100 bar up to 600 bar
Interface
IO-Link Analog (current) Analog (voltage) PNP
Process connection
G 1/4" G 1/2" R 1/4" NPT 1/4"
Definition: A pressure transmitter converts pressure into an electrical signal (analog and/or digital) for PLCs and IO-Link systems.
| Series |
Measuring range min. |
Measuring range max. |
Process connection |
Interface |
| Pressure sensors without display (S-BSP T)
Compact stainless-steel pressure transmitter
|
-1 bar |
600 bar |
G 1/2" (DIN 3852), G 1/4" with pulse protection, R 1/4", G 1/4" (DIN 3852), NPT 1/4" |
IO-Link, Analog (voltage), Analog (current), PNP |
Selection guidance: confirm your required pressure range and media temperature, then choose the process connection and preferred interface (IO-Link / analog).
Where are pressure transmitters used?
Pressure transmitters are used wherever reliable pressure feedback is needed for monitoring, control, and protection in machines and processes.
Typical applications
- Hydraulic and pneumatic systems (monitoring and control)
- Pumps, compressors, and process skids
- Machine protection via pressure limits and diagnostics
- General automation with IO-Link or analog PLC inputs
Why teams choose Balluff pressure sensors
- Robust mechanics with stainless-steel housing and connections
- Wide range from –1 to 600 bar
- Flexible signals: analog, IO-Link, and PNP switching output
- Rugged operation with extended temperature and voltage ranges
Short definition: A pressure transmitter measures pressure and provides a standardized output signal (e.g., 4…20 mA, 0…10 V, or IO-Link) for control and monitoring.
FAQ: Balluff pressure sensors (pressure transmitters)
Quick answers that help you select the right pressure transmitter configuration.
A pressure transmitter measures pressure (here: relative pressure) and outputs a standardized electrical signal for automation—without needing a local display on the sensor.
Depending on the variant, outputs include 4…20 mA, 0…10 V, or IO-Link with an additional PNP switching output.
The series supports a wide measuring range from –1 bar up to 600 bar, enabling use across pneumatic, hydraulic, and general industrial pressure monitoring tasks.
Stainless-steel process connection options include G1/4”, G1/2”, R1/4”, and NPT1/4” (depending on the variant).