22M03605343
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The 22M03605343 encoder from the Dynapar Encoders series offers a resolution range of 1 to 1270 PPR, operates with an input power of 4.5 to 26 VDC at 110 mA max, and supports shaft speeds up to 6,000 RPM. Built by Danaher, this encoder features a two-channel quadrature format with multiple mating connector options.
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Product Description:
Danaher produces the precision feedback device with a product code 22M03605343 Dynapar encoder under the Dynapar Encoders brand. Manufactured for Industrial automation, the device functions within the resolution which spans between 1 PPR and 1270 PPR. The encoder functions through a two-channel quadrature format (AB) with additional Index (Z) output but provides complementary signals.
When observed from the backside, Channel A precedes Channel B on the 22M03605343 Dynapar encoder through clockwise shaft motion. The device offers precise direction control through its electrical phasing which stays within 90° ± 18° and has electrical symmetric behavior of 180° ± 18°. The Index output functions with a 225° ± 90° electrical span while being actively high. With load capacitance at 1000 pF, each output signal sends square waves that establish rise and fall times of less than one microsecond. This encoder operates with an input voltage between 4.5 VDC to 26 VDC while maximum current consumption stands at 110 mA independent of output loads. The output options consist of a 7273 Open Collector rated at 30 VDC maximum sink current capacity and the 7272 Push-Pull or Differential Line Driver which provides 40 mA maximum sink or source capabilities. The Index channel requires at least 50 kHz of frequency response and data channels demand at least 120 kHz response for efficient and dependable signal processing.
The 22M03605343 Dynapar encoder functions with various mating connectors encompassing 6-pin (MS3106A-14S-6S), 7-pin (MS3106A-16S-1S) and either 5 or 8-pin M12. This shaft shows resistance to both radial loads of 40 lbs and axial loads of 30 lbs which enables its use in demanding mechanical applications. The device achieves an operational range from 0 to 6,000 RPM for efficient motion system operation. The excellent features of stable output alongside robust construction provide this encoder an optimal choice for motion feedback applications.
Frequently Asked Questions about 22M03605343:
Q: How does the 90° ± 18° phasing in 22M03605343 improve motion accuracy?
A: The 90° ± 18° phasing ensures precise quadrature signal timing for reliable direction detection. It enhances motion control accuracy in automation systems using 22M03605343.
Q: Why is the 180° ± 18° electrical symmetry important in 22M03605343?
A: This symmetry ensures consistent pulse widths in both channels, improving encoder signal balance. It reduces timing errors in feedback loops.
Q: How does a 225° ± 90° Index width affect referencing in 22M03605343?
A: The wide Index width improves detection robustness in high-speed rotations. This allows better synchronization in position tracking applications.
Q: What benefit does the actively high Index output offer in the 22M03605343 encoder?
A: An actively high Index output simplifies signal detection for zero referencing. It helps in precise homing during system initialization.
Q: What makes the 7272 line driver ideal for differential signaling in 22M03605343?
A: The 7272 provides balanced output for noise immunity over long cable lengths. It ensures high signal integrity for 22M03605343 encoders in industrial environments.
