When selecting the TEYB-KO-KA pressure transmitter, accurate dimensional parameters directly affect installation performance and measurement accuracy. This article explains the 3 key data points you must understand before installing a diffused silicon liquid and gas pressure sensor, including dimensional drawing download, connection specifications, and spatial fit considerations, helping commercial evaluators avoid procurement risks. As a professional sensor manufacturer, Xi'an Shenghongchuang Instrument Co., Ltd. provides technical documentation support and a one-year warranty service.

I. Analysis of the core dimensional parameters of the TEYB-KO-KA pressure transmitter

The installation success rate of a diffused silicon liquid and gas pressure sensor depends on three core dimensions: flange connection specifications, body length, and cable outlet position. According to the ISO 4400 standard, the TEYB-KO-KA model adopts a G1/2" stainless steel flange design, suitable for 90% of industrial pipeline systems. The body length of 158mm±0.5mm is controlled with precise tolerance to ensure interference-free installation in confined spaces. The 3D dimensional drawing provided by Xi'an Shenghongchuang marks 16 key measurement points, including details most easily overlooked by commercial evaluators, such as thread depth and sealing groove position.

1.1 Connection compatibility verification table

II. Installation space planning guide for diffused silicon sensors

Practical cases show that 68% of installation failures are caused by insufficient reserved space. For the YM-JL series pressure transmitters, at least 200mm of radial maintenance space should be reserved. When installed in parallel with the KS-E-E-C-B04U-M-V model, a 45° staggered layout is recommended to optimize heat dissipation. Our engineering team found that in boiler room applications, the YM-GJ model with remote transmission signal should be kept more than 300mm away from vibration sources, which can extend sensor service life by 40%.

2.1 Dimensional comparison of typical installation scenarios

• Vertical pipelines in the petrochemical industry: flange center distance to platform ≥600mm
• Horizontal pipelines in food and pharmaceutical applications: reserve a 150mm sterile operating area on both sides
• Moving parts of engineering machinery: dynamic clearance ≥50mm

III. Technical Q&A on pressure transmitter selection

Q: How to determine whether the WS-WS101 model requires alarm control?
A: When the medium pressure fluctuation exceeds 15% of the measuring range, the relay output function of QBE-QBE2002 can prevent system overpressure. Xi'an Shenghongchuang's selection software can automatically calculate pressure peak values and recommend configurations.

Q: How to choose between diffused silicon and ceramic sensors?
A: In corrosive media, the 316L isolation diaphragm used in YM-YSBYJ provides 3 times better acid and alkali resistance than ceramic materials, but the cost increases by 25%. We provide material comparison test reports for decision-making reference.

IV. Why choose Shenghongchuang pressure transmitters

As a high-tech enterprise in Xixian New Area, we provide the following for TEYB-KO-KA pressure transmitters:

1. 24-hour technical response: on-site support from our engineer team
2. Dimensional customization service: adjustable flange specifications ±0.1mm
3. 15-year media compatibility database: covering 800 industrial fluids

Download the complete dimensional drawing package now, or call 029-8456XXXX to obtain the YM series selection manual. All diffused silicon liquid and gas pressure sensors are covered by the ISO9001 quality assurance system, ensuring worry-free procurement.