YMC-1N-L Pressure Transmitter Price Analysis and Diffused Silicon Sensor Procurement Guide

Want to know the price of the YMC-1N-L pressure transmitter? As the core component of a diffused silicon sensor, its procurement cost directly affects the project budget. This article focuses on the core needs of technical evaluators, providing a detailed analysis of the quotation range, performance advantages, and applicable scope of models such as YMC-1N-L, helping you select cost-effective diffused silicon liquid and gas pressure sensors.

I. Factors Affecting the Price of Diffused Silicon Pressure Transmitters

The price of diffused silicon liquid and gas pressure sensors is affected by multiple factors, mainly including:

• Measurement range: The larger the range, the higher the price usually is. For example, the DMK331-250-1002-5-100-F00-1-1-2-000 pressure transmitter is designed for high-pressure operating conditions, and its price will be higher than that of products with conventional ranges
• Accuracy grade: High-accuracy models with total accuracy up to 0.05%FS (such as PTX-PTX510) are 20-30% more expensive than standard-accuracy products
• Special functions: The price of the MC-AS series with HART protocol, explosion-proof certification, or high-temperature compensation increases by 15-25%
• Material and process: The HZ-HZ950 with a 316L stainless steel isolation diaphragm is 10-15% more expensive than the standard 304 stainless steel version

According to market research, the reference quotation range for mainstream models is:

II. Core Technical Advantages of Diffused Silicon Sensors

Compared with traditional strain gauge sensors, the MC-A series diffused silicon pressure sensors have the following significant advantages:

1. High stability: Temperature drift ≤±0.02%/℃ (measured data of DW-DW803), with no need for frequent calibration during long-term use
2. Strong overload resistance: Safe overload reaches 150% of full scale, and the PTJ-PTJ206 model performs excellently in petrochemical industry applications
3. Fast response: 10ms-level dynamic response speed, suitable for pressure monitoring in hydraulic systems
4. Media compatibility: Ceramic/Al₂O₃ isolation diaphragm can measure corrosive media

In applications with high accuracy requirements, such as when used together with domestic WL-3 spoke-type tension and compression load cell, it is recommended to select a model with a sensitivity of 2.0±0.1mV/V to ensure that the overall error of the measurement system is ≤0.1%.

III. Typical Application Scenarios and Selection Recommendations

According to fluid characteristics and operating condition requirements, technical evaluators should focus on the following:

1. Liquid pressure measurement

For water supply and drainage systems, the DW-DW803 model is recommended, and its IP68 protection rating can handle humid environments; for hydraulic systems, the PTX-PTX510 is suitable, with a pressure resistance peak reaching 3 times the measuring range.

2. Gas pressure monitoring

Compressed air systems are suitable for the MC-AS series (-20~85℃ wide temperature range); natural gas transmission requires the explosion-proof certified HD-HD316 model, which complies with the ATEX II 1G Ex ia IIC T4 standard.

3. Special media handling

For chemical pipelines, the HZ-HZ950 with a Hastelloy diaphragm should be selected; for the food and pharmaceutical industries, the PTJ-PTJ206 model is recommended, which has passed FDA certification.

IV. Procurement Precautions

To avoid procurement risks, it is recommended that technical evaluators:

• Request a CNAS-certified factory inspection report (including measured data such as zero output and insulation resistance)
• Confirm power supply voltage compatibility (for example, the WL-3 sensor with 10VDC bridge supply voltage requires a matching transmitter)
• Require suppliers to provide compliance documents such as ROHS/CE
• Give priority to manufacturers that support on-site calibration services

As a national high-tech enterprise, Xi'an Shenghongchuang Instrument Co., Ltd. subjects all diffused silicon sensors to a 72-hour aging test and provides an extra-long 18-month warranty.

Summary and Action Recommendations

The price of diffused silicon pressure transmitters such as YMC-1N-L is affected by many factors such as range, accuracy, and material. Technical evaluators should choose the most cost-effective solution according to actual operating conditions. For scenarios requiring high-accuracy force measurement, it can be used together with a spoke-type tension and compression load cell to build a complete monitoring system.

Contact our technical consultants now to obtain customized selection solutions and the latest quotation list. Our professional technical team will provide you with full-process support from selection to installation.