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Warranty
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Product Description
The Danaher’s 3200121002 Incremental Encoder serves motors in industrial automation. This encoder demands reliable feedback signals for motion control purposes. It contains two complementary incremental channels that enhance directional identification as well as signal steadiness. The encoder holds CE certification, which proves its compliance with vital health security and environmental protection requirements.
The 3200121002 incremental encoder functions with an input voltage range from 5 to 15 VDC to accommodate different system voltage needs. The output voltage operates in identically restricted parameters, which assist different signal processing systems to work with each other. The line driver electrical output type delivers superior signal integrity through its operations in environments with electrical noise. This unit provides tracking precision through its encoder mechanism, which measures rotational progress at 1,024 pulses per revolution. The 3200121002 incremental encoder fits standard motor and system hardware through its 5.88 inches bolt circle dimension and 5/8 inches shaft size. The differential output design maintains transmission stability regardless of the transmission distance. The product satisfies RoHS requirements that restrict the use of destructive environmental chemicals. Customers can quickly install the termination method through its latching industrial connector. This uses 1/2 inch NPT to ensure secure operation.
The dimensions of this 3200121002 incremental encoder measure 11 inches in height and 7 inches in width, and 1.71 inches in depth. This unit works with 56C motor types that enables connections to various industrial motor systems. The encoder functions within an operational temperature span of -40 degrees Celsius to 90 degrees Celsius, so it can handle severe hot and cold conditions. The indexed marker increases positional accuracy for system calibration purposes. The encoder lacks LED indicator functionality because its designers optimized it for essential functions and basic design needs.
