When you are specifying pressure sensing for harsh industrial environments, the trade-offs can be brutal: corrosion resistance versus accuracy, simple installation versus long-term stability, or clean integration versus signal integrity. The ME 782 Ceramic Pressure Transducer is engineered to reduce those compromises by combining a flush ceramic diaphragm, piezoresistive sensing, and integrated I2C signal conditioning built for aggressive media and electrically noisy industrial settings.
As part of Stork Solutions’ wider range of Pressure Sensors & Pressure Sensing Elements, the ME 782 sits squarely in the category of sensors designed for compact integration where reliability is non-negotiable.
1) Built for aggressive media: corrosion and abrasion resistance where it matters
Many industrial processes involve fluids and slurries that can wear out conventional sensor materials. The ME 782 is particularly valued for its excellent resistance to corrosion and abrasion, making it a strong option in harsh environments where aggressive chemicals or abrasive media are present.
That makes it relevant for applications commonly found in chemical processing, water and wastewater treatment, and food and beverage production, especially where cleaning cycles and media exposure can quickly expose weak points in a pressure measurement set-up.
2) Flush diaphragm design: fewer places for build-up and easier cleaning
A key practical advantage of the ME 782 is its flush mount structure (18.00 mm diameter). In the real world, this design helps reduce the risk of residue build-up influencing pressure readings and makes cleaning simpler in process environments.
If flush diaphragm performance is a key requirement across your product line, you might also compare it with other flush membrane options in the same family, such as the ME 770 – Piezoresistive Pressure Sensor Flush Membrane with signal conditioning or the ME 780 Piezoresistive Pressure Sensor Flush Membrane with signal conditioning.
3) Digital I2C with integrated signal conditioning: simpler wiring, cleaner integration
The ME 782 includes surface-mounted signal conditioning electronics and provides a digital I2C 15-bit output, which is a major benefit if you are integrating into a modern controller, data acquisition system, or embedded platform.
Because signal conditioning is integrated, you can often reduce:
- External analogue conditioning components
- Wiring complexity and potential noise pickup
- Assembly time and integration risk
This can be particularly useful where your design has limited space for bulky connectors or additional electronics, which is one of the core benefits of using a pressure sensing element rather than a fully packaged transmitter.
4) Designed for stability: correction, calibration, and temperature performance
Industrial environments are rarely stable, and that instability can show up in pressure data. The ME 782 addresses common causes of drift and inconsistency with a feature set aimed at maintaining reliable performance:
- Electronic calibration via onboard ASIC
- Electronics providing offset and span correction
- Zero Correction software compensating for offset shifts during assembly
- Thermally compensated design to maintain accuracy across temperature variation
- Zero stress mounting software to reduce installation-related mechanical stress errors
The result is a sensor intended to remain accurate and repeatable, even when mounting conditions and ambient temperatures are not perfectly controlled.
5) EMC compliance: dependable readings in electrically noisy plants
Industrial sites are full of EMI sources such as motors, drives, switching supplies, and dense control systems. The ME 782 is EMC compliant, supporting stable operation in environments with electromagnetic interference. That is important because interference issues often do not cause a clean failure, they show up as inconsistent readings and “mystery noise” that is painful to diagnose.
6) Wide pressure range and pressure type flexibility
The ME 782 supports a wide range of operating conditions:
- 0.5 to 600 bar (about 7 to 8700 psi)
- Suitable for absolute (A), gauge (R), or sealed gauge (S) pressure measurement
This flexibility can help engineering teams standardise on fewer sensor types while still covering multiple applications.
7) Traceability and custom calibration support
For QA-led industries and traceability requirements, the ME 782 includes EEPROM for traceability and custom calibration. That can be helpful when you need documented calibration behaviour over time, or when product variants require controlled configuration.
When the ME 782 is the right fit
If you need a pressure transducer that can cope with aggressive media, resist wear, integrate cleanly via I2C, and deliver stable readings across temperature variation and installation realities, the ME 782 is a strong candidate. And if you are evaluating alternatives within the same Stork Solutions range, you can benchmark against other flush membrane, signal-conditioned options like the ME 772 Flush Diaphragm, Piezoresistive Ceramic Pressure Transducer with signal conditioning, depending on your interface and performance needs.
