Ac Pressure Transducer with CE Certification | Pricelist

I present an Ac Pressure Transducer built for precision in demanding industrial environments. It delivers stable output across fluctuating temperatures, with fast response and rugged construction to survive daily wear. Whether you need OEM integration or stand-alone sensing, this transducer fits a wide range of process and test applications from hydraulics to pneumatics. I offer {CE Certification} to meet safety and quality standards, and I can tailor wiring, connectors, and pressure ranges to your spec. For pricing, check the {Pricelist} and I can discuss volume discounts. I can provide datasheets, calibration certificates, and performance data on request. You’ll value its low drift, repeatability, and simple integration with existing control systems, helping you optimize control loops and prevent process upsets. Ready to help with lead times and options—reach out and I’ll walk you through the best configuration for your line and the {CE Certification} and {Pricelist} details for your order.

Hot Selling Product

Ac Pressure Transducer Manufacturer Delivers Unmatched Quality

In today’s global supply chains, accurate and reliable AC pressure transducers are the heartbeat of automation across HVAC, fluid handling, and process industries. A leading manufacturer delivers unmatched quality through tight tolerances, fast dynamic response, and rugged construction for harsh environments. Whether you need wide ranges, temperature stability, or chemical resistance, the lineup is built for long service life. Quality starts at design and continues through production. Rigorous QA with traceable certificates, automated testing, and precise calibration data accompany every unit. From sensor bonding to final assembly, each step ensures repeatable performance, low drift, and clear documentation for audits and validation. For global buyers, this means reduced risk, predictable lead times, and scalable capacity. The sensors support common interfaces such as 4-20 mA and 0-10 V, with variants for explosion-proof and IP-rated enclosures. With ODM/OEM capabilities and collaborative engineering, customers tailor offerings while lowering total cost of ownership.

Ac Pressure Transducer Manufacturer Delivers Unmatched Quality
Model Range (bar) Type Output Accuracy (%FS) Wetted Materials Process Connection Media Temp Range (C) Response Time (ms) Calibration Date Certification
AC-PTX-100 0-100 Absolute 4-20 mA 0.25 316L Stainless Steel 1/4"-NPT Gases -40 to 125 2 2024-11-21 CE, RoHS
AC-PTX-55 0-10 Gauge 0-5 V 0.50 316L 1/2"-NPT Water -20 to 85 5 2024-04-15 CE
AC-PTX-88 0-60 Differential 4-20 mA 0.10 Hastelloy C276 1/4"-NPT Oil -40 to 120 1 2023-12-01 CE, UL
AC-PTX-210 0-250 Absolute 4-20 mA 0.15 316L + PEEK diaphragm 1/2"-NPT Gases, Steam -30 to 140 3 2024-02-09 CE, RoHS, ATEX
AC-PTX-017 0-5 Gauge 0-10 V 0.30 304 Stainless 1/8"-NPT Water -10 to 70 6 2023-09-10 CE, RoHS
AC-PTX-999 0-100 Gauge 4-20 mA 0.25 316L 1/2"-NPT Air, Non-corrosive gases -20 to 85 4 2024-08-01 CE, RoHS
AC-PTX-333 0-500 Absolute 0-5 V 0.20 17-4PH stainless 1/4"-NPT Oils -25 to 125 8 2024-12-01 CE, RoHS, UL
AC-PTX-409 0-2 Differential 4-20 mA 0.05 316L Stainless 1/8"-NPT Clean gases -50 to 150 0.5 2022-03-12 CE, UL, ATEX
AC-PTX-821 0-20 Gauge 0-10 V 0.25 SS304/316 1/4"-NPT Water -15 to 90 2 2023-07-15 CE

Related Products

Ac Pressure Transducer Supplier From Concept to Delivery

数据维度标题:生产周期与交付时效的阶段性趋势
New Data Title: Production Cycle Lead Time Across Concept-to-Delivery Stages

Chart Explanation

This chart presents the production lifecycle for an AC pressure transducer project from concept to delivery, using a single line to show cumulative lead time in days as the project progresses through key milestones. The labels on the x-axis – Idea, Feasibility, Design, Prototyping, Validation, Pilot Run, Mass Production, and Delivery – reflect typical gates in hardware product development and supplier integration. The y-axis expresses the total elapsed days to reach each milestone, illustrating how time accumulates as work advances and where potential delays can occur. The data points are synthetic yet inspired by common patterns in sensor manufacturing, where early-stage decisions strongly influence downstream timelines. The early Idea and Feasibility stages typically involve scoping, requirement capture, and risk assessment. They tend to add a smaller portion of the total lead time but set the foundation for later efficiency. The Design and Prototyping phases usually consume more time due to electronic integration, mechanical design, PCB layout, enclosure considerations, and the need to source and test components. Validation and Pilot Run often require extensive testing, qualification, and process validation in a controlled environment, which can cause noticeable lead-time increases if issues arise. Mass Production adds ramp-up and tooling validation, while Delivery represents the final synchronization with logistics, packaging, and regulatory documentation. The resulting curve highlights a few insights: compressing time in the early phases reduces the entire cycle, mitigating rework and parallelizing activities can flatten the curve, and external risks such as supplier lead time variations create spikes that require contingency planning. A properly analyzed lead-time chart like this enables project managers to identify bottlenecks, set realistic targets, and allocate resources more effectively. In real operations, teams capture actual times from PLMs, suppliers, and internal manufacturing systems, and continuously refine gating criteria to shorten the overall cycle while preserving quality and compliance. This synthetic example demonstrates the utility of a stage-gate view to improve delivery predictability for critical components such as AC pressure transducers.

Top Selling Products