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A fieldbus belongs to a group of industrial digital communication networks that are used for distributed real-time control. A fieldbus is a serial bus system that connects sensors and actuators to one or more masters as well as each other in machines and systems. Data may be sent between various system components over great distances and with a lot of external load thanks to fieldbuses.
A device for measuring the pressure of gases or liquids is called a pressure sensor. The force necessary to prevent a fluid from expanding is known as pressure, and it is typically expressed in terms of force per unit area.A Controller Area Network (CAN) bus device, often known as a node in a CAN network, is an Electronic Control Unit (ECU), sensor, or other microprocessor-based control.
The Global CAN Fieldbus Pressure Transmitter market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Fieldbus-compatible EJA Series Differential Pressure Transmitter Yokogawa have enjoyed the standard 4-20 mA signal for 1to-1 analogue communication lines at diverse plants for a very long period. It’s time for a new kind of communication, called fieldbus, which uses digital transmission via 1-to-1 communication links.
One of the primary sensors at a facility will soon use a differential pressure transmitter from the EJA series with FOUNDATIONTM fieldbus connectivity. All EJA series models are required to support fieldbus communication. This means that the Standard Resource Block and the Standard Analog Input Block are features that are included in every new EJA model.
The fieldbus-enabled transmitter model inherits the existing, in-demand capabilities of the EJA series as a result of its status as an EJA series device, specifically its high-precision, high-stability, and high-reliability attributes. The transmitter’s essential parts were all manufactured under tight quality control and are all original Yokogawa products.
In order to produce items with minimal performance variance from one to the next, automation and mechanisation were both used during the fabrication process.A conventional model based on the BRAIN (4-20 mA analogue transfer) protocol can be converted to a fieldbus-enabled model by simply replacing its converter because the new model is compatible with existing EJA series transmitters.
