Product Description

The production of HS351024G54B7 Dynapar Encoder takes place at Danaher corporation. It operates on an incremental code type with 1 to 2500 PPR resolution.  The two-channel quadrature outputs A and B are available with an optional Z-index from the encoder. The maximum current flow is 100 mA sink or source with a 4469 differential line driver.

The HS351024G54B7 Dynapar Encoder functions with orbital phasing between 90° and ±22.5° electrical degrees. The electrical symmetry value remains within 180° ± 18° of the reference point. The B low output from the index pulse produces a 180-degree electrical signal with a tolerance between 180 and 18 degrees. The phase accuracy of the encoder device remains bounded at ±7.5 arc-min. It accepts no more than 100 mA of input current, which does not include the load current. The encoder displays a minimum operational frequency level of 100 kHz. Quadrature signal output is available from the HS351024G54B7 Dynapar encoder. The square wave signals have rise time and fall time measurements below 1 microsecond. This product provides 1000 pF of load capacitive support. During the clockwise motion, the phase configuration makes B follow A. The separation between channel A and B signals stays at 90 degrees through electrical means only. The noise immunity of the device meets the requirements of EN50082-2 to support heavy industrial operations.

Different output driver configurations are provided by the HS351024G54B7 Dynapar encoder. The output drivers composed of the 7272 devices provide both push-pull and differential operation. However, it maintains sink or source capabilities up to 40 mA. The 7273 open collector output supports operation with 30 VDC and achieves a maximum 40 mA sink current. The output circuit integrator ensures protection against failures occurring under short circuits. The encoder operates with input power between 4.5 VDC minimum to 26 VDC maximum.