Product Description

The HS352048844B7 Incremental Encoder developed by Danaher operates for accurate motion feedback needs in industrial automation. This sensor type provides magnetic measurements with a pulse count between 60 and 2400 pulses per revolution. The setup of phasing sense ensures that channel A sends signals ahead of channel B during a counter-clockwise motion when looking at the C-face end.

The HS352048844B7 encoder demonstrates 90-degree quadrature phasing precision. This allows a ±45-degree deviation while signal symmetry meets 50% ±15%. A single or dual IC-WE differential line driver module from this encoder delivers 150mA delivery or receiving capabilities. This encoder allows data and index output accuracy through a broad frequency response range from 0 to 180 kHz. The decoder features an IP65-certified and NEMA 4 and NEMA 12 standard-compliant sealed 10-pin latching connector. The HS352048844B7 encoder functions efficiently with input power ranging from 5 to 26 VDC. For this, it consumes 95mA, typically per sensor module alongside the line driver load. Short circuits and reverse polarity protection systems make up the electrical protection features of the encoder. The available optional equipment consists of MS3102 connectors together with pigtail cable extension options. A mechanical aspect of the encoder consists of an 8.5-inch 180 C-face mount, which meets NEMA MG1 standards.

The HS352048844B7 encoder weighs 26.5 pounds. A shaft length of at least 2.5 inches is required, and bore sizes range from 5/8 inch to 2-7/8 inches. The reliability of the radial air gap performance depends on the selected pulse count setting. This particular component operates within a shaft end-play range of ±0.150 inches and enables runout measurements up to 0.005 inches TIR. At maximum technical parameters, this model works with a 7,000 RPM shaft speed while accepting 3600 rpm/sec acceleration rates.