MULTITEK M100WA4OC WATT TRANSDUCER 732851
MULTITEK
PC&S
WATT TRANSDUCER
3PHASE 3WIRE UNBALANCED LOAD
TYPE: M100WA4OC
AUX UH: SELF POWERED
CLASS: 0.2% AT 60HZ
INPUT: PT 600/120V
CT: 2500/5A(3.85A)
OUTPUT: 4-20MA LESS THAN 750 OHMS
RANGE: 0-2000 KW
XREF: X200567212
MAT#: 732851
PART#: M100WA40C/M100WA4OC
MANF: MULTITEK LTD
DESC: TRANSDUCER, KILOWATT
WEIGHT : 710 GM
CONDITION : NEW 1 PCS
REF NO : 30363
Multitek M100Wa40C Watt Transducer 732851: The Complete Power Monitoring Handbook to an Efficient Industry Today
Power monitoring and energy management are something that is seriously taken today in the industrial scenario. Power monitoring is otherwise important for efficiency and cost savings. Such precise requirements prompt people to make choices in favor of the best tools available. Among the most impressive watt transducers, Multitek M100Wa40C Watt Transducer 732851 stands out with high performance features, reliability, and ease of use to serve applications precisely.
What is the Multitek M100Wa40C Watt Transducer?
The multitek M100Wa40C is a three-phase watt transducer that provides the actual power measured in the form of a 4-20 mA analog output signal. This information can be used by monitoring systems to analyze, in great detail and control, making it an indispensable device for use in major sectors, like manufacturing, utilities, and automation industries. This model 732851 has earned recognition for providing high accuracy while delivering stable output in various kinds of demanding environments.
Main Features and Advantages
High Accuracy: Multitek M100Wa40C offers highly accurate measurement, with minimal margins for error, and thus ensures accurate measurements in power needed for applications.
Rugged Design: The device is designed to thrive well in industrial harsh environments built with rugged housings that assure the transducer protection against dust, moisture, and vibrations.
Ease of Integration: Its ease of integration with most PLCs and SCADA systems via a widely accepted 4-20mA analog output provides facile integration with centralized monitoring systems for easier data analysis.
Energy Efficiency: the M100Wa40C enables accurate real-time delivery of power consumption data to the industries, which in turn enables them to make right decisions that help minimize wastage of energy while optimizing its use.
Compact Form Factor: The transducer’s compact design makes it easy to install in confined spaces and thus, portable for any application.
Applications of the Multitek M100Wa40C Watt Transducer
The Multitek M100Wa40C is particularly suited for application in industries where power measurement is crucial. Here’s some glance over its most common applications:
Manufacturing: Provides energy data for shop floor management and optimization for improved cost control.
Utilities and Power Distribution: Helps in monitoring load and distribution to ensure balance of power in the grids.
Renewable Energy: Measures and monitors power output from photovoltaic, wind, or hydroelectric installations
Building Management Systems: Involving power monitoring is critical to control energy usage and maximize efficiency across huge buildings.
Automation: Integrates well with automated systems that are functioning with real-time power usage data and then adjust their processes
Why the Multitek M100Wa40C?
Going through various options of watt transducers may not be that simple, as each selection seems the most accurate for any application. In that light, Multitek M100Wa40C offers a high level of accuracy with added durability and flexibility toward the requirements in industrial and commercial contexts. For the high demands of accuracy, this has been highly advisable in being used in the process, ensuring that power usage is absolutely optimized and that the data produced can be relied upon for performance adjustments or energy audits.
Installation and Maintenance Tips
Although the setup of Multitek M100Wa40C is not a really tough task, proper installation procedures enhance its performance and longevity:
Installation: Installing it in a dry place with good ventilation prevents it from overheating and getting damaged by water.
Connection: Used power and output cabling of the prescribed standard limits its interference in signal quality.
Calibration: Regular calibration is recommended for close to accuracy in systems, which experience a significant fluctuation of power.
Routine Inspection: Check on all the connections and housings cyclically to confirm that the transducer is healthy.