Band:Emerson Description:Profibus Terminal Block Condition:New Certificate:COO TEST REPORT WARRANTY LETTER Warranty:1 year Inventory Qty:5 Payment term:T/T Shipping Port:ShenZhen Proper design of Emerson KJ3007X1-EA1 parameters thus ensures its operation under the complicated industrial environment.
Manufacture |
Emerson |
Model Number: |
KJ3007X1-EA1 |
Ordering Number |
12P2413X032 |
Catalog |
DeltaV |
Country Of Origin |
USA/UK/Germany |
HS CODE: |
8538907080 |
Dimension |
4.4 x 8.9 x 3.2 cm |
Packing Dimension |
7 x10 x6 cm |
Weight |
0.1kg |
Introduction of Emerson KJ3007X1-EA1
Emerson KJ3007X1-EA1 has been proven to have extreme reliability and stability in long-term operation. Under harsh industrial conditions, it is capable of continuous and stable operations, therefore reducing equipment failures and downtime, and thus increasing productivity.
Specification of Emerson KJ3007X1-EA1
Environmental specifications: Ambient temperature range is 0 deg C to 55 deg C; sustained mechanical shock of 10g 1/2 sine wave, 11 milliseconds duration, with vibration being 1mm peak-to-peak 5 to 16Hz, giving 0.5g from 16 to 150Hz; complies with ISA-S71.04-1985 airborne pollutant G3 class standard, relative humidity: 5% to 95% noncondensing; ingress protection: IP20.
Key position of the junction box: D3
Key Features of Emerson KJ3007X1-EA1
Efficient signal transmission and processing: Emerson KJ3007X1-EA1 boasts superior signal transmission and processing capabilities. As a fieldbus terminal, it can very fast and accurately transmit signals from various field devices to the control system, realizing efficient data interaction between field devices and control system. Whatever analog or digital signal it may be, it processes and transmits signals effectively, thus ensuring monitoring and adjustment of various parameters pertinent to the industrial production process in a timeous and accurate manner, thereby providing strong support for the accurate control of industrial automation.
Good compatibility and integration: The product has good compatibility with the DeltaV control system, allowing seamless integration into Emerson's automation system. This feature allows users to more easily add in Emerson KJ3007X1-EA1 into existing system architecture when adding or upgrading an industrial automation system, without complex system transformations and debugging, further reducing the requirement of project implementation time and costs, while enhancing the stability and reliability of the entire system to fully utilize the advantages of Emerson' and the automation solutions.
Reputable safety performance: In industrial production, safety has always been of utmost importance. Emerson KJ3007X1-EA1 has passed appropriate safety certifications such as Nemko 02ATEX431U certification, in compliance with EEx nA IIC T4 standards. This allows one type of operation in potentially hazardous environments like petrochemical locations, natural gas, and other flammable/explosive areas. This provides an important guarantee for the safety of the personnel and equipment within the industrial production process, allowing said enterprises to either do business in an efficient manner under safety risk-free occasions; legal services cancel it all out.
Applications of Emerson KJ3007X1-EA1
Chemical industry: In large-scale chemical synthesis reaction devices, Emerson KJ3007X1-EA1 has been used to interface the temperature sensors and control systems of different reactors. For example, in the polyethylene production workshop of a petrochemical enterprise, there are many reactors where temperatures need to be accurately monitored. The terminal block stably transmits the temperature signals collected by the sensor to the control system for timely adjustment of reaction conditions to ensure product quality consistency and the safety of the production process.
Petroleum industry: Plays a key unique role in the mining equipment monitoring system of offshore oil drilling platforms. In real-time, parameters such as crude oil pipeline pressure and oil tank liquid level are monitored while connecting various pressure and liquid level sensors. On a real ground, an example is the Emerson KJ3007X1-EA1 application in a deep-sea drilling platform that ensures the stable transmission of signals in a complex environment, allowing operators to grasp the operating status of the equipment in a timely manner and thus preventing possible leakage, overpressure and other dangerous situations; enhance and effectively improve the safety and efficiency of oil extraction. Cement production: In the automated production line of cement production, it is used to connect the temperature monitoring equipment of the rotary kiln and the central control system. Taking a large cement plant as an example, the temperature in the rotary kiln is crucial for the quality of cement clinker. KJ3007X1 - EA1 ensures the accurate transmission of temperature data in the kiln. The central control system accurately adjusts parameters such as fuel supply and ventilation volume based on these data, making the cement production process stable and efficient and improving product quality.
Electrical: In large urban substations, Emerson KJ3007X1-EA1 can be used to connect bus voltage transformers, line current transformers and relay protection devices. An example: During an upgrade and renovation project of a city center substation, KJ3007X1-EA1 assured accurate transmission of electrical parameters so that the relay protection device could determine quickly and accurately the faults present in the system and take appropriate protective measures, improving the electric substation's operational reliability and stability and ensuring the safety in urban electricity supply.
Aerospace: In the ground test system of spacecraft, many precision test instruments and data acquisition systems are connected. For example, in the ground test of a new rocket engine, Emerson KJ3007X1-EA1 transmits the very large amounts of data collected by pressure sensors, vibration sensors, etc. to the data processing center, providing reliable data support for engineers to analyze engine performance and optimize design; thus ensuring smooth progress of space launch missions.