In the field of process automation, pressure and temperature are two fundamental physical parameters, and their measurement accuracy directly impacts production efficiency, energy consumption control, and equipment safety. However, for a long time, engineers have had to contend with an awkward reality: to simultaneously measure these two critical variables, they must drill two holes in the pipeline, install two instruments, and run two separate wiring lines—processes that are not only cumbersome but also introduce numerous potential hazards.

When “flat‑membrane” technology meets “integrated temperature‑pressure” design, the Songnuo Alliance CYB‑S510 series integrated temperature‑pressure flat‑membrane pressure transmitter is redefining industrial measurement and control solutions for viscous, high‑temperature, and hygienic applications.

Tackling the pain point of clogging head-on: a rigid flat‑membrane design, optimized for highly viscous media.

In industries such as food, pharmaceuticals, and chemicals, traditional pressure sensors with impulse lines suffer from a critical drawback: clogging.

Yogurt, jams, syrups, pharmaceutical solutions, paints, slurries, asphalt—when these viscous media flow through pipelines, they can easily clog the pressure-tapping ports of sensors, leading to measurement failure or even equipment malfunction. Even more problematic, in the food and pharmaceutical industries, the crevices and dead zones of conventional sensors are prone to scaling and bacterial growth, making them unable to meet hygienic‑grade requirements.

The CYB‑S510 features a rigid flat‑membrane pressure interface, with no pressure‑tapping ports on the sensing head, and a fully welded, seal‑free design. During measurement, it is immune to clogging by viscous media and is easy to clean with no dead zones. It is suitable for handling viscous and particulate‑laden fluids such as slurry, asphalt, coatings, adhesives, and high‑temperature melts.

S510 Integrated Temperature and Pressure Flat-Membrane Transmitter

In a nutshell: Traditional sensors “fear clogging,” while flat‑membrane sensors are “designed to tackle clogs.”

Integrated temperature‑pressure functionality delivers synergistic value, achieving more than the sum of its parts.

Beyond addressing media‑blocking issues, the CYB‑S510’s core innovation integrates pressure and temperature measurement into a single unit, thereby fully resolving the three major pain points of conventional split‑type temperature‑pressure measurement solutions:

Cumbersome installation and significant space requirements: Two sets of sensing devices necessitate two separate mounting interfaces, requiring two openings in pipelines and vessels; this issue is particularly acute in compact equipment and densely packed process piping.

High cabling costs and doubled potential failure points: With two sets of instruments each requiring independent signal cables, the amount of cable required, the space occupied by cable trays, and the number of wiring terminal locations all double, leading to a substantial increase in material procurement and on-site installation expenses. Additionally, the greater number of connection points raises the likelihood of failures such as leaks and poor contact.

Data desynchronization leads to significant measurement bias: in split‑type instruments, the signal transmission paths and internal sampling periods are not synchronized, easily resulting in millisecond‑level time offsets. In applications that rely on synchronized temperature and pressure data for compensation calculations and coordinated process control, such time discrepancies directly degrade measurement accuracy and system response speed.

CYB‑S510 Solution: Integrated Design, Multi‑Dimensional Value Addition. Leveraging Songnuo Alliance’s proprietary atomic‑thin‑film patent technology, the product precisely integrates a high‑temperature pressure‑sensing module and a high‑precision temperature‑sensing element within a single rigid flat‑membrane probe housing. Its core architecture comprises a rigid flat‑membrane pressure interface, an integrated composite probe, and a dual‑channel signal acquisition and processing circuit with independent channels.

Single-hole installation, reducing construction workload by half:

With just a single mounting interface, a single hole and one fastening operation suffice to simultaneously acquire both pressure and temperature data, significantly saving installation space in compact equipment and densely packed piping systems.

Single-cable integrated output reduces cabling costs:

It supports either a single-cable solution that integrates dual signal outputs or two independent signal‑separation outputs, directly halving the cable requirements between the field and the control cabinet, while simultaneously reducing the consumption of cable trays and terminal blocks, thereby significantly lowering overall installation costs.

Data collected at the same measurement point are fully synchronized:

At the same physical measurement point on the pipeline, pressure and temperature are simultaneously acquired with high precision. The two parameter types are tightly synchronized in terms of acquisition location and sampling time, ensuring that the output data accurately reflects the equipment’s operating conditions at the same instant, thereby guaranteeing the validity of temperature–pressure‑linked calculations and process compensation.

Single-device operations and maintenance, with lower total lifecycle costs:

Only one instrument needs to be maintained, cutting the workload for equipment inspections, annual calibrations, and troubleshooting by half. When factoring in the entire lifecycle—including drilling, wiring, and ongoing maintenance—the total cost of ownership is significantly lower than that of a pair of standalone sensors.

Core Hard Power: Nanofilm Technology Ensures Long-Term Stability Under Extreme Operating Conditions

CYB‑S510’s confidence stems from Songnuo Alliance’s core technology—the patented nano‑thin‑film technology.

This process employs a specialized elastic matrix and a dedicated sensing material, utilizing atomic-layer deposition to directly pattern nanoscale sensing materials onto the surface of a unique metallic elastomer. This achieves atomic‑level integration between the sensing element and the elastic matrix, thereby fundamentally addressing the industry‑wide issues inherent in conventional sensors—namely, mechanical slippage between the sensing element and the elastomer, which leads to zero‑point drift, measurement instability, and insufficient reliability.

This technology delivers multiple performance advantages:

l The medium can withstand temperatures exceeding 300°C, making it suitable for high-temperature processes such as molten materials and thermal oil circulation;

l Withstands high pressure and severe corrosion, making it suitable for long-term operation under the harsh corrosive conditions typical of the petrochemical and fine chemical industries;

l Certified by a third-party authoritative institution, the instrument achieves a combined pressure accuracy of ±0.1% FS and a combined temperature accuracy of 0.2%, with performance reaching internationally advanced levels;

l Excellent vibration and shock resistance, ensuring stable, drift-free measurements even in high‑vibration environments such as tunneling machines and heavy construction equipment.

The Scene Is the Battlefield: Typical Multi-Industry Application Scenarios of the CYB‑S510

Scenario 1: Food and Pharmaceutical Industries — Pipeline Measurement and Control for Syrups, Liquid Medications, and Yogurt

Traditional sensors with gaps and dead corners are prone to material buildup and bacterial growth, failing to meet GMP hygiene standards. The CYB‑S510 features an all‑flat diaphragm design made of 316L stainless steel, eliminating material‑accumulation dead zones and enabling easy disassembly and cleaning, thus complying with hygienic‑grade requirements. In yogurt filling and syrup‑transfer lines, a single unit simultaneously monitors both medium pressure and temperature, ensuring stable filling accuracy and consistent product quality.

 

Scenario 2: Rubber Chemicals/Paint Industry — Paint, Slurry, Asphalt, Polyurethane Reactors

When the process medium is viscous and contains solid particles, conventional pressure‑transmitting sensors are prone to clogging and failure. The CYB‑S510 features a rigid flat diaphragm that resists particle impact, and its all‑welded seal eliminates media leakage. Inside the polyurethane synthesis reactor, temperature and pressure data are acquired in real time, providing precise, on‑line process feedback for closed‑loop control of the synthesis reaction.

Scenario 3: Petrochemical/Chemical Fiber Industry — High-Temperature Molten Materials, Long-Distance Crude Oil Pipelines

When the medium is exposed to high-temperature conditions exceeding 300°C for extended periods, conventional transmitters struggle to maintain long-term high‑accuracy performance. The CYB‑S510 atomic thin‑film sensor boasts excellent wide‑temperature characteristics, ensuring stable measurement accuracy even under harsh high‑temperature and high‑pressure operating conditions.

Scenario 4: Construction Machinery / Tunnel Boring Machines — Slurry Tank and Hydraulic System Monitoring

The slurry chamber of a tunnel boring machine and the hydraulic circuits of large equipment operate under prolonged high pressure and intense vibration, with media containing mixed debris and sand particles. Conventional sensor diaphragms are thin, making them susceptible to scratches and punctures from hard particulates. The CYB‑S510 features a thickened, rigid flat‑membrane probe that is impact‑resistant; abrasive particles do not damage the isolation diaphragm. The device boasts a compact, corrosion‑resistant, and vibration‑tolerant design. Temperature and pressure signals are acquired simultaneously at the same measurement point, thereby eliminating system misinterpretations caused by sampling delays inherent in discrete measurements.

Conclusion

According to the “Global and China Flat‑Film Pressure Sensor Industry Research Report 2025–2031,” the global flat‑film pressure sensor market was valued at USD 795 million in 2024 and is projected to reach USD 1.26 billion by 2031, with a compound annual growth rate of 6.8% from 2025 to 2031. Market demand trends clearly demonstrate that, in industrial applications involving viscous media, high temperature and pressure, and stringent hygiene and regulatory requirements, flat‑film sensors have increasingly become the standard choice.

Building on its anti‑clogging flat‑membrane architecture, the CYB‑S510 incorporates an integrated temperature‑and‑pressure design, delivering a value‑adding synergy that goes beyond the sum of its parts. This product not only addresses the single pain point of media blockage but also drives a comprehensive upgrade in equipment integration, data synchronization, and installation‑and‑maintenance efficiency. When a single measurement point on a single device simultaneously outputs precise pressure and temperature readings, engineers no longer receive two isolated sets of parameters—they gain a complete operational‑condition framework that underpins efficient, stable, and intelligent production.

CYB‑S510 Integrated Temperature‑Pressure Flat‑Diaphragm Pressure Transmitter—ensuring that every simultaneous temperature‑pressure measurement delivers a measurement and control value greater than the sum of its parts.

(For product details and deployment solutions for the CYB‑S510, please contact Songnuo Meng Technology for technical support.)

Address : No. 18 Xiangtai Road, Liuyang Economic and Technological Development Zone, Building A5, Changsha E Center.China

Phone : +86-400-002-1378

Email : business@chnsnm.com

Sales : +86-173-7371-3251 (Mr. Zeng)