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GRT508HE-150A


◇ 120A latching relay ◇ Only requires pulse excitation, can work with single or double coils ◇ Low power consumption, strong load capacity ◇ Environmentally friendly product (RoHS compliant) ◇ Dimensions: 48×52×30 (mm)

GRT508BW-90A


◇ 90A contact switching ◇ Only requires pulse excitation, can work with single or double coils ◇ Low power consumption, small size ◇ Accessories can be welded according to customer requirements ◇ Environmentally friendly product (RoHS compliant) ◇ Complies with IEC62055-31 UC2 standard ◇ Dimensions: 55.6×30×16.5 (mm)

GRT508FA-100A


◇ 100A contact switching ◇ Only requires pulse excitation, can work with a single coil ◇ Low power consumption, small size ◇ Accessories can be welded according to customer requirements ◇ Environmentally friendly product (RoHS compliant) ◇ Dimensions: 43.5×35×17.2 (mm)

GRT508BV-80A


◇ Two groups of 80A contact switches ◇ Dual relay ◇ One input and four outputs ◇ Accessories can be welded according to customer requirements ◇ Environmentally friendly product (RoHS compliant) ◇ Dimensions: 52.5×35×17.7 (mm)

Exploring the Latest Innovations in DC Current Measurement Shunts


In the realm of electronic components, the latest developments in DC current measurement shunts have garnered significant attention. These devices are essential for accurately measuring direct current (DC) in various applications, from consumer electronics to industrial machinery. Understanding the role and functionality of these shunts is crucial for engineers and designers who aim to optimize th

Current Measurement Shunt Resistors: Balancing Price and Precision for Optimal Performance


Current Measurement Shunt Resistors: Balancing Price and Precision Table of Contents 1. Introduction to Current Measurement Shunt Resistors 2. What Are Current Measurement Shunt Resistors? 3. The Importance of Accuracy in Current Measurement 4. Balancing Cost and Performance: Factors to Consider 5. Types of Shunt Resistors and Their Applications 6. How to Select the Right Shunt Resist

Choosing the Optimal Manganin Shunt Resistor for Precision Measurement


Manganin shunt resistors are highly regarded in the field of electronic components due to their unique properties, which include a low temperature coefficient and excellent stability over time. They are primarily used in applications where precise current measurement is necessary, such as in digital multimeters, battery management systems, and other high-performance electronic devices. When seekin

Unlocking Efficiency: How New Energy Meter Current Transformers Revolutionize Energy Management


Unlocking Efficiency: How New Energy Meter Current Transformers Revolutionize Energy Management Table of Contents 1. Introduction to Energy Meter Current Transformers 2. Understanding Current Transformers: Definition and Functionality 3. Benefits of Using New Energy Meter Current Transformers 4. Applications in Energy Management 5. How Energy Meter Current Transformers Work

Understanding the Importance of DC Current Measurement Shunts


Understanding the Importance of DC Current Measurement Shunts Table of Contents What Are DC Current Measurement Shunts? How Do DC Current Measurement Shunts Work? Benefits of Using DC Current Measurement Shunts Applications of DC Current Measurement Shunts Choosing the Right DC Current Measurement Shunt Common Misconceptions About DC Current Measurement Shunts Mainte