F144096/063XZ20
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The F144096/063XZ20 incremental encoder boasts a resolution range of 1000 to 5000 PPR, a non-marring hollowshaft mechanical design, and operates up to 120°C. Part of the Dynapar Encoders series by Danaher, it features an incremental accuracy of ±2.5 arc-minutes and supports a 26LC31 differential line driver output.
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Product Description:
The F144096/063XZ20 is a small incremental encoder from Danaher and is made for accurate motion control tasks. The encoder is in the F14 Series, which has encoders with built-in transmission channels. For automation systems that need accurate feedback and reliable data transmission, it can be used. The encoder can be set up in ways that work with servo duty settings.
The hub of the F144096/063XZ20 is 8 mm in diameter, and the outside collar is 10 mm. The shaft is hollow. There are 4096 pulses per turn, which is its resolution. The product works with 5V DC and gives you both incremental and commutation signs. Incremental signs, such as A ' B ' Z ', make sure that the position is tracked correctly. Commutation signs help align the phases of the motor and include U ' V ' W '. The output type is a line driver format that fits the format B requirements that are usually linked to code "F." The type of encoder is incremental, and it has synchronization channels that make it work with brushless DC motors. The housing is made of metal and is the right size for a 14-inch screen. With its low starting force, the encoder can be used in servo uses that need it to work all the time. Depending on the heat and technical needs, the disc is either made of metal or Mylar.
The F144096/063XZ20 has a unique shaft type (code Z) that allows for custom mechanical connections. The encoder can be used in industrial automation where a small body with multiple output channels is needed because of performance and space issues. Differential line driver outputs on the encoder keep the signal's integrity by lowering noise and making sure the transfer is clean.
Frequently Asked Questions about F144096/063XZ20:
Q: Does F144096/063XZ20 support differential output signals?
A: Yes, the encoder supports line driver output that enables differential signaling for noise immunity and improved signal quality.
Q: Why does F144096/063XZ20 use a hollow shaft?
A: The hollow shaft reduces system inertia and allows direct shaft mounting that simplifies coupling and enhances alignment precision.
Q: How do F144096/063XZ20 commutation channels help?
A: Commutation channels U U’ V V’ W W’ provide phase reference that aligns with motor windings for accurate rotor position.
Q: Why does F144096/063XZ20 have 5V DC input?
A: The 5V DC input ensures compatibility with low-voltage control systems that are common in servo control and feedback devices.
Q: Does F144096/063XZ20 support radial cable termination?
A: Yes, it supports radial and axial JST connectors or pigtail leads that provide flexibility in cable routing during system design.
