Resources for Sourcing & Selecting Components
Selection guides, cross-reference tools, and answers to the questions engineers ask us most — from IGBT module basics to PLC compatibility.
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Servo Motor Holding Brake – When to Use It and When to Skip It
Servo Motor Holding Brake – When to Use It and When to Skip ItThe Purpose of a Holding BrakeA servo motor brake is not a...
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Common PLC Input Wiring Mistakes That Cause False Signals
Common PLC Input Wiring Mistakes That Cause False SignalsSinking vs. Sourcing ConfusionThe most frequent PLC input error is mismatching the sensor’s output type with the...
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PROFINET vs. EtherCAT for Multi-Axis Servo Synchronization
PROFINET vs. EtherCAT for Multi-Axis Servo SynchronizationReal-Time Performance ComparisonBoth PROFINET and EtherCAT support synchronized multi-axis motion, but their architectures differ. PROFINET IRT (Isochronous Real-Time) achieves...
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Absolute Encoder Battery Replacement – A Step-by-Step Guide
Absolute Encoder Battery Replacement – A Step-by-Step GuideWhy the Battery MattersAbsolute encoders retain position data after power loss using a backup battery. When the battery...
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What to Do When Your Servo Drive Shows an Overload Alarm
What to Do When Your Servo Drive Shows an Overload AlarmFirst Response: Stop and IsolateAn overload alarm (often displayed as “OL” or a numeric code)...
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How to Match a Servo Motor to Your PLC’s Pulse Output Capability
Understanding Pulse Train LimitsMany compact PLCs control servo drives via pulse-train outputs, but each PLC has a maximum pulse frequency. For example, an Omron CP1H...
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What Is a PLC and Its Role in Factory Automation
What Is a PLC and Its Role in Factory Automation A PLC, or Programmable Logic Controller, is the rugged computing backbone of industrial automation. Built...
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Common Applications of Servo Drive Systems in Intelligent Manufacturing
Common Applications of Servo Drive Systems in Intelligent ManufacturingServo drive systems, consisting of servo drives and servo motors, are core execution units of intelligent manufacturing...
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How PLC and Servo Motors Work Together for Automated Production
How PLC and Servo Motors Work Together for Automated ProductionPLCs and servo motors form the most classic and efficient matching solution in industrial automation systems....
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Servo Motor 101: Core Advantages for Precision Motion Control
Servo Motor 101: Core Advantages for Precision Motion ControlServo motors are high-precision closed-loop motion control components composed of a motor body, servo drive, and encoder....
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What Is a PLC and Why It Matters for Industrial Automation
What Is a PLC and Why It Matters for Industrial AutomationA Programmable Logic Controller (PLC) is the core brain of modern industrial automation systems. Designed...
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Protecting Your PLC from Power Surges – Best Practices
Protecting Your PLC from Power Surges – Best PracticesThe Threat of Voltage SpikesIndustrial power lines are susceptible to lightning strikes, motor startups, and mains fluctuations—all...