ELECTRICAL SPECIFICATION
| Output Circuit | Open Collector | Voltage | Push-Pull | Line Drive |
| Voltage Vcc | DC 5, 8 - 30 | DC 5, 8 - 30 | DC 5, 8 - 30 | 5 |
| Current | ≤80 mA | ≤80 mA | ≤80 mA | ≤150 mA |
| Load Current | 40mA | 40mA | 40mA | 60mA |
| High-level output | MIN Vcc*70% | MIN Vcc-2.5V | MIN Vcc-1.5V | MIN 3.4V |
| Low-Level output | MAX 0.4V | MAX 0.4V | MAX 0.8V | MAX 0.4V |
| Rise Time Tr | MAX 1us | MAX 1us | MAX 1us | MAX 200ns |
| Fall Time Tf | MAX 1us | MAX 1us | MAX 1us | MAX 200ns |
| Max Responding Frequency | 200kHz | 200kHz | 200kHz | 200kHz |
Product Feature
Magnetic shaft encoders are essential components used in various industrial applications. They offer numerous advantages compared to other types of encoders, which make them an ideal choice for many automation and control systems. In this article, we will explore some of the key features of magnetic shaft encoders and explain why they are so popular in industrial applications.
One of the primary advantages of magnetic shaft encoders is their high accuracy. Magnetic encoders use a magnetic field to sense the position of the rotor, which provides a precise measurement of the shaft's position. This is particularly important in applications where accuracy is critical, such as robotics, CNC machines, and aerospace systems.
Another significant feature of magnetic shaft encoders is their high resolution. They can measure rotational position to extremely high degrees of accuracy, which is important in many types of industrial applications. This allows for improved precision and control over machinery and other systems.
Magnetic shaft encoders are also known for their robustness and durability. They can withstand harsh industrial environments, including extreme temperatures, humidity, and vibration. This makes them ideal for use in heavy-duty equipment, such as construction machinery, printing presses, and packaging machines.
In addition to their accuracy and durability, magnetic shaft encoders are also highly reliable. They have no direct contact between the sensing element and the rotor, which means they have fewer parts that can wear out or become damaged. This reduces maintenance costs and downtime, allowing for increased productivity in industrial applications.
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