The steel strip coding measuring instrument uses laser infrared photoelectric technology to achieve high-precision positioning, seamlessly transmitting real-time data to PLC and upper computer, endowing dispatchers with precise monitoring capabilities, and improving operational safety and efficiency.
System Introduction
Steel strip coding measuring instrumentThe use of 304/316 stainless steel material endows the system with excellent fire resistance, waterproofing, oil resistance, and acid alkali resistance, ensuring reliability in harsh industrial environments. The system uses laser infrared optoelectronic technology to achieve high-precision positioning, seamlessly transmitting real-time data to PLC and upper computer, endowing dispatchers with precise monitoring capabilities, and improving job safety and efficiency.
System Advantages
1. Splicing design, easy assembly and maintenance
Steel strip coding measuring instrumentAdopting a spliced digital steel strip design not only simplifies the construction process, but also significantly shortens the construction period. No need for complicated power supply wiring, making assembly and maintenance easy and fast. It saves a lot of time and cost for enterprises, while also improving the scalability and flexibility of the system, which can adapt to various complex industrial environments.
2. Selected materials, anti-agingexcellent performance
The digital steel belt is made of 304/316 stainless steel and aluminum alloy, which have excellent waterproof and anti-aging properties. Whether it's underwater, oily, or acidic or alkaline environments,Steel strip coding measuring instrumentEveryone can exhibitShow it outThe durability and stability ensure that the system always maintains a good working condition.
3. Gap adjustment to extend equipment lifespan
Steel strip coding measuring instrumentEquipped with a gap adjuster, it can flexibly adjust the non-contact gap between the encoding array and the reading device. This design effectively solves problems such as uneven tracks, undulations, and deformations, ensuring the stability of non-contact gaps. At the same time, the hidden danger of mechanical wear and tear between equipment has been eliminated, thereby extending the service life of the equipment and reducing maintenance costs.
Application scenarios
Suitable for harsh environments such as metallurgy, mining, water conservancy, port and dock yards, warehousing, chemical industry, etc.