Emerson KJ2201X1-HA1

Details

Introduction of Emerson KJ2201X1-HA1

The high-precision measurement features of Emerson KJ2201X1-HA1 resulted in enhanced product quality, lowered production costs, and increased production efficiencies.

Specification of Emerson KJ2201X1-HA1

Power supply: input voltage is 30VDC.

Operating environment: ambient temperature range - 40° to + 70°C, relative humidity 5% to 95% (non-condensing), adapting to more demanding industrial environments.

Signal inputs: two independent sensor signal inputs, sens1h(z8)/sens1l(z10) and sens2h(d8)/sens2l(d10), with an input voltage range of 0...-27.3VDC.

Signal outputs: this generates twin pulse on TTL output, one for each channel, at +5 voltage, where the width and frequency pulsate correspondingly to the sensor output. This system also has two key signal outputs, one for each channel and the voltage output equals 24V. This coil gives rise to a current output indicating a speed of either 0/4 to 20mA, one for each channel.

Shock resistance: withstands 10g half-sine wave shock for 11 ms.

Key Features of Emerson KJ2201X1-HA1

Dual-channel monitoring: supports the simultaneous monitoring of two axes or multiple points on the same axis, which provides comprehensive vibration data and helps better recognize the working state of the equipment.

Sensor compatibility: compatible with eddy current sensors (such as Germany epro pr6423+ con021) and Hall Effect sensors (such as pr9376) and other types of sensors to match, providing users with extensive options and flexibility.

Data output-compatible: the data output format is compatible with those of various diagnostic and control systems, making it easy to tie in with the existing monitoring and controlling systems. This reduces the costs and difficulties arising from system upgrades and also modifications.

Powerful data analysis capability: vibration data can be adequately analyzed to enable the detection of mechanical faults, such as imbalance, misalignment, wear and tear, etc., that provides strong support for preventive maintenance.

Optional G.703 interface: the option of G.703 interface can be made depending on the specific requirements of no timing limit, thus enhancing the reliability and stability of data transmission.

Graphical user interface: EnerVista UR setup software provides a GUI as the man-machine interface for the UR unit, which makes the operation more intuitive and convenient, reducing the learning cost and operational difficulty for the user.

Flexible Expansion: as a member of the Emerson I/O family,Emerson KJ2201X1-HA1 has very good expandability and a flexible configuration and, hence, can be expanded depending on different applications to meet a variety of needs, from small independent systems to large distributed control systems.

Real-time data exchange: the excellent communication interface promotes seamless integration with existing control systems with real-time data exchange, thus enabling timely equipment operations' information to be available to users, allowing fast and accurate decision-making.

Applications of Emerson KJ2201X1-HA1

Discrete manufacturing industry: like automotive manufacturing and electronics manufacturing, it can control assembly lines, packaging machines, etc., thereby increasing production efficiency and product quality.

The range of controlled and measured parameters in such process manufacturing industries as petroleum refining, chemical production, pharmaceutical production, food beverage, etc. Include parameters related to pressure, temperature, flow rate, level, etc.; which needs to be followed depending on the requirements for the safe and stable operation of the process.

Power: Emerson KJ2201X1-HA1 shall be suitable for monitoring and controlling the operation of all equipment in power plants of all kinds including coal-fired, nuclear, renewable energy, etc., and will provide real-time monitoring and fault diagnosis of key equipment like generator sets, turbines, boilers, etc., resulting in greater efficiency in generating power and improving the reliability of power supply since it can take cognizance of any trouble spots.

Water treatment: Used for controlling pumping, filtering, and clarifying plants with respect to the sewage plants and waterworks in order to assure and maintain the water quality and the energy-based reduced production lots.

Metallurgical industry: monitoring and control of equipment in iron, steel, and non-ferrous metals with automatic control of the mill, blast furnace, converter, etc. Optimising the process of production for quality and efficiency.