bn l ci inox 304 m1455 blc1455 fukidi represents a specialized product code used in demanding fluid control environments. This reference typically points to a stainless steel 304 diaphragm seal or protection system designed to shield pressure sensors and gauges from process media.
The combination of materials and design in bn l ci inox 304 m1455 blc1455 fukidi targets corrosion resistance and long term reliability. Understanding its configuration, specifications, and proper installation practices helps engineers maintain stable measurements in aggressive applications.
Product Identification and Key Specifications
Accurate identification of bn l ci inox 304 m1455 blc1455 fukidi is essential for ordering, maintenance, and replacement. The following table summarizes core parameters typically associated with this product code.
| Parameter | Value / Description | Unit | Typical Reference |
|---|---|---|---|
| Housing Material | Stainless Steel 304 | - | Main body and process wetted parts |
| Sealing Diaphragm | 316L Stainless Steel or Elastomer | - | Optimized for media compatibility and burst pressure |
| Process Connection | BSP or NPT Thread, M14 x 1.5 | mm | Matching flange or threaded adapter |
| Pressure Range | 0 … 25 bar Nominal | bar | May vary by sensor integration |
| Temperature Limit | -20 to +150 | °C | Depends on diaphragm and fill fluid |
Material Compatibility and Corrosion Protection
bn l ci inox 304 m1455 blc1455 fukidi utilizes stainless steel 304 as the primary housing material. This grade offers robust resistance to oxidation and mild chemical exposure in many industrial environments.
For applications involving chlorides, acidic media, or prolonged wet conditions, specifying an enhanced diaphragm such as 316L is recommended. Proper material pairing reduces the risk of pitting, crevice corrosion, and unexpected seal degradation over time.
Installation and Fluid Filling Guidelines
Correct installation of bn l ci inox 304 m1455 blc1455 fukidi ensures accurate pressure transmission and prevents mechanical stress on the sensor. Follow manufacturer instructions regarding torque, orientation, and sealing methods.
When the diaphragm seal incorporates a filling fluid, verify compatibility with the process medium and temperature range. Fill fluid selection directly impacts response time, accuracy, and long term stability of the measurement assembly.
Performance in Process Control Systems
In process control loops, bn l ci inox 304 m1455 blc1455 fukidi serves as a protecting barrier between harsh media and sensitive pressure instruments. This design minimizes downtime, extends instrument life, and supports reliable data acquisition.
Engineers should evaluate system dynamics, including pressure spikes and temperature cycling, to confirm that the selected configuration meets application requirements. Regular inspection and preventive maintenance further enhance overall system performance.
Key Takeaways for Specifying and Operating
- Confirm pressure and temperature ratings match the process conditions to avoid unexpected failures.
- Select diaphragm material compatible with the media to minimize corrosion and contamination risks.
- Follow recommended torque and installation procedures to maintain seal integrity and measurement accuracy.
- Use appropriate fill fluid for the operating temperature range to preserve dynamic response.
- Implement a preventive maintenance schedule to detect wear early and optimize system reliability.
FAQ
Reader questions
What pressure range can be expected from bn l ci inox 304 m1455 blc1455 fukidi assemblies?
The typical pressure range is 0 … 25 bar, although actual limits depend on the integrated sensor, diaphragm design, and mounting conditions.
Which media are suitable for stainless steel 304 diaphragm seals?
Stainless steel 304 is well suited for water, steam, mild acids, and non-aggressive solvents. Aggressive chlorides or strong acids may require 316L or specialty elastomer diaphragms.
How do I select the correct process connection for bn l ci inox 304 m1455 blc1455 fukidi?
Verify the thread standard and dimensions of the existing system or sensor. Common options include BSP and NPT threads with a nominal M14 x 1.5 profile for this product code.
What maintenance practices extend the service life of diaphragm seal assemblies?
Perform periodic inspections for corrosion or mechanical damage, check torque and sealing integrity during routine upkeep, and replace seals if performance drifts or leakage is observed.