Phenix Technologies, a Doble company’s Post

The Phenix Technologies Core Loss Test Set is a continuously variable low voltage, high current power supply for testing stators, rotors, and armature cores. These units have very low distortion, independent of load and output setting which ensures accurate and repeatable test results. Excessive core loss negatively affects the efficiency and reliability of a motor. This product line verifies that motors are operating at peak efficiency with minimal hysteresis losses and eddy current losses. Motor manufacturers and motor rewind shops depend on Core Loss Testing to safeguard the quality of their work. Testing Applications ◾ Core Loss Testing on Stators, Rotors and Armatures ◾ Hot Spot Testing to identify localized shorted laminations that cause hot spots and insulation failure in a motor Features ◾ Updated design with new controller ◾ 0.2% of reading transducer accuracy ◾ Ethernet interface ◾ Fully automated with data acquisition ◾ True sine wave output ensures accurate and repeatable test results ◾ Simple set-up and operation Learn More https://lnkd.in/dNXPWQ8M #DobleTested #motortesting #motors #motorwinding Contact Prescon Engineering for more information. Or email us at info@theprescon.com #phenix #testing #prescon #doble

How do you identify the optimum winding for a DC motor? The purpose of the winding selection is to match the available electrical power, current, and voltage, to the required mechanical output power of the motor, based on torque and speed. From a mechanical perspective, the difference between winding selections is minimal, however, the key factors to consider are the electrical characteristics. This seven-minute video, from maxon’s technical training expert, Urs Kafader, explains what an engineer needs to know when selecting a winding type for a DC motor. Watch the video here: https://lnkd.in/e4xxCgkd In our next technical video on DC drive system specification, we’ll look at encoder selection for a DC motor drive system. You can watch previous videos in our DC motor drive system selection series from earlier posts on our channel. #drivenbymaxon #dcmotor #engineering #industrialdesign

Introducing 10 V AC/DC Voltage Transducer from LEM that is ideal for single or three-phase inverters, propulsion and braking choppers, propulsion converters, auxiliary converters, and battery charger applications Learn more: https://ow.ly/8iG650QzAzE #products #powermanagement #powerconversion #powersupplies #datasheet #quotation #powerelectronics #transducers #calibration #industrial

Get to know induction motors—key players in the world of machinery! ⚙️🔋 These motors use electromagnetic induction to convert electrical energy into mechanical motion. By creating a rotating magnetic field, they drive the rotor and power various appliances and machines. Essential for efficient and reliable performance! #InductionMotor #ElectricMotors #EngineeringBasics #TechInsights #MachinePower #ElectromagneticInduction #MechanicalMotion #EngineeringMarvels #IndustrialTech #TechEssentials

Kobold: TWC-N NTC Tempetaure Sensor (OEM) Why? If heat builds up in electric motors as a result of mechanical blockages, in the worst case they will end up in a full fire and thus in the total destruction of the expensive investment. Temperature sensors prevent possible dangers. They give an alarm if defined conditions are exceeded before the impending overload, whether while driving or when charging the electric cars. Temperature sensors are used to monitor the entire electrical connection (switch cabinets, generators, distribution systems) in the wind turbines that are springing up everywhere. More Info: https://lnkd.in/dCfnKZpZ For product enquiries please write to marketing.in@kobold.com #temperature #temperaturesensors #temperaturemeasurements #sensors #instrumentation #processcontrol #PT100 #PT1000 #oemsensors #automotive #electric #charging #laboratories

In today’s tutorial, we show you how to select the right motor winding for your brushed DC or brushless DC (BLDC) motor. Once you’ve selected the size and type of motor you need (see our recent posts to find out how), you’re ready to select your motor’s winding. Windings are the wire coils surrounding the motor's stator. Selecting the right winding type is crucial to optimise motor characteristics including performance and efficiency. Specifying the right winding selection matches the available electrical power, current, and voltage to the motor’s required output torque and speed. This concise video shows you how to make your selection. https://lnkd.in/eq2sSeTi #drivenbymaxon #maxon #dcmotor #bldcmotor

New Product Release! #TransQuip now offer a full range of PowerTector Battery Guards by Alfatronix Ltd The PowerTector Battery Guard is a solid state device that will monitor the battery voltage and disconnect the equipment from the battery if the voltage falls below a pre-determined level. The battery guard ensures that there is always sufficient voltage remaining in the battery to start a vehicle engine or ensuring power is available for other critical applications. The total discharge of a lead acid battery can cause damage to the internal cells significantly reducing the life of a battery, so the battery guard can also be set to disconnect equipment at a lower voltage that will protect the battery from total discharge, while allowing the maximum battery usage. The units are pre-programmed for a selection of scenarios offering higher and lower disconnect voltages allowing users to select a programme to suit their needs from battery protect or shielding key equipment. Other features include, the terminals being insulated using a solid polycarbonate top assembly preventing accidental short circuit, multifunction LED provides programming and status information as well as options for additional visual or audible problem indicators. Ideal for protecting communications gear and ensuring enough charge for starting a vehicle engine. Shop the full range: 🖥 www.transquipgroup.co.uk 📞 0117 9659965 📧 sales@transquipgroup.com #alfatronix #batterymanagement #batteryprotection #batteryguard #powertector https://lnkd.in/eymwcHZp

during testing Sanch S3800 inverter torque control it is one of the most important control mode that any inverter must have it mainly used in winding and unwinding applications to control the tension of the material and maintain it constact and protect it from cutting or stretching it mainly uses Vector control method in which the stator currents of a three-phase AC motor are identified as two orthogonal components that can be visualized with a vector to control the movment of the motor more precise and it will be more efficient when we make the system closed loop system using feedback encoder

Farwide drives can be seen in more and more high-end machine tool application sites. This is due to the following advantages of Farwide products: 1. Higher speed, supporting up to 60,000 rotational speeds in closed loop. 2. Higher precision, the drive product can support 16-bit (4096) internal software subdivision of sine and cosine encoder signals, which can achieve higher precision. 3. High rigidity, which can meet the zero-speed and high rigidity requirements of turning and milling. 4. Quick start and stop, up to 0.5S full-speed start and stop. 5. Industry’s best low speed and high torque. 6. The best permanent magnet synchronous control in the industry, especially field weakening control. 7. Supports dual encoder applications and Ethercat communication. 8. It can support automatic integration of drilling, tapping, carving and high-gloss functions. #Farwide #VFD #precisionmachinetool #electronic spindle #synchronous motor #dual encoder #Ethercat communication

Discover how to effectively utilize our #MotorDrive Analyzer (MDA) for testing battery-powered brushless DC motors and drives in this informative guide: https://lcry.us/3SU9qyg In this guide, you will learn how to: 🔹 Conduct static and dynamic analyses of electrical and mechanical shaft power output 🔹 Monitor waveforms during dynamic events and visualize measurements over time 🔹 Create per-cycle waveforms and torque vs. speed X-Y plots #Oscilloscope #TestAndMeasurement #PowerAnalyzer #TeledyneLeCroy