FVS58N-011K2R3BN-0013 Binary Cable Output and Clamping Flange

When replacing FVS58N-011K2R3BN-0013, the EncoderWorks custom compatible replacement should first control binary cable-output timing, radial K2 cable mapping, and Ø10 mm clamping-flange alignment. This model looks close to the Gray-code version, but the failure boundary is different. Binary output can change several bits at one transition, so the controller must read the same stable 13-bit word as the original installation.

The FVS58N-F011K2R3BN-0013 is a singleturn absolute encoder with fast parallel push-pull output, aluminum housing, 011 solid shaft with Ø10 mm x 20 mm clamping flange, K2 cable output, radial exit direction, binary code, and V/R, LATCH, PRESET inputs. The FVS58 platform provides 13-bit singleturn absolute output, short-circuit-protected push-pull signals, and code change frequency up to 400 kHz.

The first failure boundary is binary sampling. Data bit 1 through Data bit 13, Ub, GND, V/R, LATCH, and PRESET must be verified by signal function. If the controller samples a moving binary word without the expected LATCH control, it can read mixed bit states and calculate a wrong angular value. This risk is higher than with Gray code because multiple binary bits may change at the same position boundary.

This replacement fails when all 13 binary outputs are active, but the PLC reads unstable or incorrect position values because K2 cable mapping, bit order, or LATCH timing does not match the original machine. The encoder is not failing; the cabinet is accepting the wrong data word.

The second boundary is control-input handling. LATCH freezes the position word for stable reading, V/R changes counting direction, and PRESET sets the output word to zero. A wrong V/R state reverses the machine angle logic, while a wrong PRESET line can create a false zero point. These inputs are listed separately from the data outputs and should not be treated as unused conductors.

Mechanically, the Ø10 mm clamping-flange shaft needs clean coupling alignment. Radial or axial coupling load can move into the encoder bearings, and the published shaft-load values should be treated as limits, not installation targets. The radial K2 cable route must also avoid side pull on the housing.

The replacement decision should first confirm 011 clamping-flange geometry, coupling alignment, radial K2 cable routing, 13-bit binary data order, LATCH timing, V/R direction logic, PRESET behavior, supply voltage, shielding, and controller input thresholds. EncoderWorks treats FVS58N-011K2R3BN-0013 as an industrial encoder custom compatible solution where binary read timing and flange mechanics decide field reliability.

Typical production lead time: 15 working days.

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