Emerson KJ4002X1-BC1

Details

Introduction of Emerson KJ4002X1-BC1

Emerson KJ4002X1-BC1 can provide connectivity and extension functionality for other input and output modules to realize increased input and output points of the system.

Specification of Emerson KJ4002X1-BC1

Power supply requirements: The field terminal or field power through the bus power provided by the carrier may be applied, while it must be shut down when removing or connecting the device. When cooperating with the Emerson KJ4002X1-BC1 system dual DC/DC power supply, the winding inductance in the primary circuit must be less than 23μH.

System compatibility：As a brother DeltaV-type system, it works well with this system, equipped with seamless docking and collaborative working.

Key Features of Emerson KJ4002X1-BC1

Signal processing and transmission: Emerson KJ4002X1-BC1 will work on and transmit signals of different kinds and realizes the analog-digital signal switching and transmission while accurately transmitting field equipment signals to the control system for real-time supervision and control.

Connection of equipment and expanding functionality: As part of a carrier model, Emerson KJ4002X1-BC1 can cater to the access requirement of a huge amount of equipment in a complex industrial process, hence realizing the central control and management of more machinery.

Possibility of system integration: Support for pe-diag- nosis technologies, etc., and operating in combination with other DeltaV modules and installations would create an automatic control system by closely linking workers, processes, and production processes, allowing improved visualization and controlling of production.

Flexibility and upgradability: The high flexibility module design allows for configuration and upgrade according to different application requirements. Users may select among different types and quantity of input and output modules for use as they might need to fit the specific requirements of different industrial automation projects while providing safety to users' investments.

Applications of Emerson KJ4002X1-BC1

Automated control of chemical material conveying systems: Emerson KJ4002X1-BC1 plays a very pivotal role in the conveying process of chemical materials. It's connected with flow meters, valves, motors, and other equipment on the conveying pipeline for precise control in the matter of material flow and speed of delivery. By monitoring the material flow in real-time, Emerson KJ4002X1-BC1 is possible for the controlling system to automatically adjust the valve opening and the motor speed as per production requirement to make sure that materials flow into predetermined levels and speed so that wastage of material and stoppage of production could be avoided. Besides, the operating condition of conveying machines, such as motor current and temperature, could also be monitored, which would send alarms during abnormal conditions for timely actions to solve problems by responsible personnel, therefore ensuring reliability and continuity of the material conveying system.

Monitoring and controlling the operation of chemical wastewater treatment plants: The chemical production process generates a hefty sewage waste that needs rigorous treatment before discharge to comply with the standards. Emerson KJ4002X1-BC1 establishes a supervisory control and data acquisition (SCADA) system in the process of chemical sewage treatment that connects several water quality detection instruments, such as pH meters, dissolved oxygen sensors, chemical oxygen demand (COD) analyzers, etc., to gather sewage water quality data in real time and then send that data to the central control system. The control system adjusts the operating parameters of the sewage processing equipment, such as the air volume and dosage of the aeration fan, in an automatic manner according to the data received so that sewage can be treated effectively and meet the environmental protection emission standards. Emerson KJ4002X1-BC1 also facilitates the monitoring of operation status in sewage treatment equipment to promote their efficiency and reliability in the use of the devices while also lowering operating costs.

Energy management system for chemical parks: In chemical parks, several chemical companies and a complicated energy supply system present several challenges. The use of Emerson KJ4002X1-BC1 established energy management systems in the chemical parks, linking such energy measurement equipment as electric meters, water meters, steam meters, etc., to realize real-time energy use monitoring and checking in the park for energy usage. Energy data analysis and processing are utilized by park managers to create realistic energy management steps, which further optimize energy distribution with increased energy efficient utilization, ultimately cutting costs.

Safety measures for a hazardous chemical storage area: There are high safety risks within the hazardous chemical storage area of chemical firms, requiring strict monitoring of both storage environment conditions and equipment states. Emerson KJ4002X1-BC1 working with temperature sensors, humidity sensors, gas leak detectors, and other equipment can monitor, in real time, the environmental parameters of the storage area and any leakage of the hazardous chemicals present. Any abnormal increase in temperature, elevated humidity, or leak of gas leads Emerson KJ4002X1-BC1 to set off alarm signals to the safety monitoring system so that staff can assess the situation and react quickly to safety hazards in order to prevent accidents from occurring and safeguarding personnel and the environment.

Process monitoring and control in the production of large chemical industries: Chemical firms produce various chemical products through complex processes, threatening a huge quantity of equipment. It is Emerson KJ4002X1-BC1's duty to connect and manage various field equipment, such as temperature sensors, pressure sensors, flow meters, valves, etc., to realize the parameters of the production process being monitored in real time and placed in control. For instance, temperature control inside a chemical reactor, Emerson KJ4002X1-BC1 receives signals from temperature sensors and sends them to the control system; monitoring via the control system takes place with autonomic control here before adjusting heating or cooling systems according to pre-set temperature levels to keep the temperature of reaction always within an optimum range for improvements in quality and production efficiency. Simultaneously, pressure and flow monitoring leads to a guarantee of safe, stable operation throughout the production process.