HIGH HEAT. CLEAR PRESSURE SIGNALS.

High-Temperature
Pressure Transducers
& Sensors.

From hot process lines to combustion test stands. Find the right thermal barrier, sensing technology and signal chain for your measurement.

Specify your application ↗Compare the thermal routes →

200–450°CIndustrial media targets

450–700°CDry head review

1,500°C+Cooled hot-gas projects

Application targets for selection. Final media, sensing-body and electronics ratings depend on the selected configuration.

Concept cross-section of a water-cooled pressure probe showing separate cooling passages, sensing element and hot-gas diaphragm interface — Hot gas below. Cooling around. Sensing above.
Define gas exposure, coolant conditions and useful bandwidth independently.

START WITH THE MEASUREMENT

Temperature alone does not select the sensor.

01 / Heat path

Separate process temperature, exposure time and electronics ambient. Cooling conditions belong in the specification.

02 / Pressure behavior

Static pressure needs a DC-capable chain. Pulsation and shock require a defined low-frequency cutoff and flat bandwidth.

03 / Installed interface

Thread, seat, flushness and port volume affect sealing and response. Match the complete installation drawing.

FOUR ROUTES THROUGH THE HEAT

Choose a pressure-sensing architecture.

Read the selection guide ↗

01 / HTP-WC1000

Water-Cooled Dynamic Pressure Sensors ↗

800–1,500°C+ hot-gas projects

Bridge mV/V or charge output; matched wideband conditioning 02 / HTP-FIN

Industrial High-Temperature Pressure Transmitters ↗

200–450°C process targets

4–20 mA / 0–10 V; optional protocols by selected configuration 03 / HTP-DYN

Dry High-Temperature Dynamic Pressure Sensors ↗

450–700°C application review

Charge or remote bridge conditioning; technology selected per duty 04 / HTP-DUAL

Combined Pressure & Temperature Transducers ↗

One process port, two measurements

Independent pressure output + PT100 or K-type channel

THE WHOLE MEASUREMENT CHAIN

A fast probe needs a fast path to your DAQ.

Mounting cavities, sense tubes, amplifiers and acquisition filters can reshape a pressure waveform. Specify the frequency range and allowed error across the complete chain.

Build the supporting system ↗

Pressure interface↓Sensing element + cable↓Bridge or charge conditioning↓Anti-alias filter + high-speed DAQ

PROCESS ENGINEERS

Steam, oil & hot fluids

Review continuous temperature, chemical compatibility, loop power and response time for plant and OEM instrumentation.

COMBUSTION LABS

Pulsation, shock & thermal exposure

Define mean pressure, dynamic amplitude, exposure time and cooling availability before selecting a test probe.

OEM & PROCUREMENT

Compare the complete configuration

Share the current model and drawing. Mechanical fit, output, calibration and delivery are reviewed per quotation.

BRING THE OPERATING CONDITIONS

Turn your thermal duty into a clear sensor RFQ.

Send media and ambient temperatures, pressure reference, dynamics and mounting requirements.

Request an engineering quote ↗

High-TemperaturePressure Transducers& Sensors.