MVB-2510-D

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The MVB-2510-D driveshaft encoder is a multi-pulse incremental encoder with a diameter of 25mm. It can be used in a wide variety of applications, from high-speed medical equipment to industrial machinery. The MVB-2510-D encoder is designed to be extremely reliable and durable. It is constructed from high-grade materials and uses advanced technology to ensure accurate readings.

The MVB-2510-D\'s main application field is in providing speed or position feedback on common drive shafts. This type of encoder is typically used in heavier machines such as printing presses or heavy machinery. It can also be used in smaller applications such as tool changers, robot positioning systems, or product sorting systems.

The working principle of the MVB-2510-D encoder is based on the transfer of a fixed range of electrical signals from the optical unit to the waveform output unit. It uses optical units to detect transmission from one rotating or translating component to another, usually mounted on a shaft or axle. The optical unit works to detect the reference marks on the rotating component and creates a signal for the waveform output unit. This signal is a series of electrical pulses that are sent to the waveform output unit, and it is interpreted through digital electronics and enabled by a controller. The controller then sends the output signal to the controller’s target device.

The MVB-2510-D\'s optical unit operates at a pulse rate of up to 1000 pulses per revolution and a zero resolution of 0.25 mm. It has an operating temperature range of -20°C to +80°C and a storage temperature range of -40°C to +85°C. Its operating voltage is 4.5 to 24 VDC and its maximum operating current is 20 mA. It has a maximum housing temperature protection of 55°C. Its dimension range is 25 x d16.5 mm.

The MVB-2510-D is constructed from durable and high-grade materials, making it reliable and suitable for a variety of applications. Its optical unit protects against reverse polarity and can also function in environmental extremes. Its highly accurate signal transmission and low-cost design make it an efficient and cost-effective choice for many applications.

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