220600000000 Danaher
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The 2.206E+11 is a Size 25 incremental optical encoder with a shaft size of 3/8 inch and environmental sealing rated at IP66. Manufactured by Danaher, it is part of the Dynapar Encoders series, offering a resolution range of 8192 to 10,000 pulses per revolution. The encoder has a maximum shaft speed of 10,000 RPM.
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Product Description:
The 220600000000 is an Incremental rotary encoder from Danaher's H20 series. Its design is most commonly used in industrial automation systems and includes a strong shaft and servo mount structure. This encoder may be driven by a 5 V DC source and has a TTL output signal resolution of 500 pulses per rotation.
The 220600000000 incremental rotatory encoder has an aluminum housing and a solid shaft that is 6 mm in diameter. The diameter of the housing is 2 inches, or about 50.8 mm. Installing it securely is made possible by the servo mount kind of mounting. The encoder is compatible with a wide range of motion systems since it can operate at rates of up to 12,000 RPM. The signal is stabilized because the output is of the TTL type. With its quadrature output and index, it is possible to track both location and direction. The signal is sent via an MS connector with ten pins. As a general rule, Pin A is used for Channel A, Pin B is used for Channel B, and Pin C is used for Channel Z (Index). Pin D is grounded, while Pin E carries 5 V DC. Connecting shields and receiving complementary signals are the functions of pins F through J. The normal operating current consumption of the product is 100 mA. The design meets the requirements of an IP66 enclosure classification and can operate in temperatures ranging from -40°C to +85°C.
The 220600000000 incremental encoder has a 20 g vibration resistance between 5 and 2000 Hz. The encoder can withstand a 50 g shock for 11 milliseconds as well. In motion-based systems that necessitate continuous encoder feedback, these specifications facilitate steady functioning. In industrial automation, the encoder satisfies the electrical and mechanical demands of motion control applications. The incremental encoder characteristics may fluctuate depending on usage or system variance. Constantly check that the power systems and control interfaces are compatible.
