Used YOKOGAWA EJA 530A #195435 for sale

YOKOGAWA EJA 530A is a highly advanced and precise lab apparatus and accessory. It is designed to accurately measure and monitor the flow rate of liquids and gases, providing reliable and repeatable measurements for a variety of industrial and research applications. EJA 530A is a flow meter that uses the differential pressure method to measure volumetric flow rate. It consists of a main unit, a differential pressure transmitter, and a flow element. The main unit is designed to monitor flow in hazardous areas such as flammable liquids and gases. It supports a variety of flow elements that can be installed on the inlet connections and configured as either a single bore or dual bore design. The differential pressure transmitter measures the differential pressure generated by the flow elements and calculates the volumetric flow rate. The main unit combines this flow rate and other variables such as the temperature and pressure, to generate a reliable and repeatable measurement of volumetric flow. YOKOGAWA EJA 530A is calibrated to meet a wide range of accuracy requirements ranging from 0.15% or 0.3% depending on the exact flow measuring application. It conforms to rigorous international standards, such as the CE marking for electrical safety and the NEMA4X for dust and water resistance. EJA 530A has several features that make it highly optimized and reliable. It has a variety of displays, alarms, and inputs, such as a flow rate display, ON/OFF control, 4-20 mA output, and low flow display. The transmitter also has built-in functions to ensure zero leakage and on-site diagnostics. YOKOGAWA EJA 530A has an integrated Modbus RTU port and can be easily integrated into private networks and datalogging systems. This allows for real-time monitoring and data analysis. Additionally, the device is compatible with YOKOGAWA Remote Monitoring System, allowing remote monitoring and control. Overall, EJA 530A is a highly advanced and reliable lab apparatus and accessory for accurately measuring the flow rate of liquids and gases. It has several features that make it an ideal choice for a variety of industrial and research applications, and is calibrated to meet the highest accuracy requirements.