Emerson KJ3202X1-BA1

Details

Introduction of Emerson KJ3202X1-BA1

With Emerson KJ3202X1-BA1, the signals collected at the site can be transmitted accurately to the controller or host computer to enable precise control and automated management of industrial production processes, thus improving production efficiency, cutting production costs, and guaranteeing production safety.

Specification of Emerson KJ3202X1-BA1

Voltage and frequency of operation: The working voltage is 220V and the output frequency is 50Hz, which can satisfy the electricity requirements of most industrial situations and guarantee the stable operational conditions of the module under normal supply conditions.

Environmental adaptability: Probe, extension cable, and pre-amplifier can work under a wide temperature range. Probe and extension cable -20 core -20 +125 deg,-domain -20 +85 deg.-working range. Relative humidity is protected by a connector, and there's no water immersion or condensation. Adaptable to many severe industrial environments.

Mode of installation: The method of installing the pre-amplifier is flexible and diversified. It may be mounted on compact guide rails or conventional screw panels. Both installation base forms are electrically insulated and require not free insulation boards, which makes it easy for users to choose and install according to the real situations in the field.

Key Features of Emerson KJ3202X1-BA1

Protection against network storms: In digital industrial production, the stability of network communication is crucial. Emerson KJ3202X1-BA1 is fitted with intelligent switches featuring packet rate limiting and network storm protection functions. This is important to effectively avert network storms during communication processes that result from excessive traffic like broadcast, multicast, and unknown unicast messages, further ensuring the DeltaV control network operates normally during system maintenance activities, redundant switching actions, etc., during which they may generate a lot of traffic to bring the communications smooth and reliable data transfers of the entire industrial automation system.

Power isolation provision: While processing the signal, the product also separates the power for the isolated signal, thus guaranteeing the convert signal, power supply, and ground are independent of each other. This independent design significantly mitigates impacts of fluctuations in power supply and disturbances from neighboring signals into the processed signal, enhancing anti-interference capability and reliability of the entire system by providing them with stability under harsh and dynamic ci.rcumstances or environments, thus diminishing misoperations and breakdowns due to radiated signals, and presenting sturdy means for continuity and stability of industrial production.

Applications of Emerson KJ3202X1-BA1

Equipment status monitoring: Emerson KJ3202X1-BA1 is useful in monitoring systems; in conjunction with shaft displacement probe sensors that are positioned between the probe and the measured object to measure the static and dynamic distances, it monitors radial vibration of the equipment, axial position, average radial position of the shaft in the bearing, eccentricity and kicker phase signal, and some other parameters, thus onset of mechanical failure in the equipment can be detected promptly and that provides important basis for the equipment maintenance and upkeep.

In the water treatment industry: Control of operation of water pumps, dosing devices, valves, and other equipment has been achieved through its devices in water treatment plants, automatic control of water purification, filtration and transportation so that water quality meets the specified standards. For example, the automatic control of dosing pumps, whether they start or stop and the amount to be dosed, can be altered by automatic control systems in accordance with water quality monitoring data to ensure that water treatment is effective.

The food and beverage industries: Used in controlling motors and cylinders of the bottle conveying, filling, and sealing equipment in the beverage filling production line, and in operation control of various mixing equipment and conveying equipment in the food processing process; many of these applications have very high productivity and product quality consistency.