Product Description

The E14050002700 Dynapar Encoder manufactured by Danaher uses incremental coding to function used in industrial automation. The encoder offers an encoder resolution between 100 units and 2540 units per single revolution. The encoder operates within -25 to +70 degrees Celsius of cold storage temperature.

This E14050002700 encoder maintains a quadrature phasing of 90 degrees with a ±36-degree electrical tolerance. The total electrical symmetry exists at 180 degrees, but this tolerance extends to ±18 degrees. The pulse accuracy ratio amounts to ±3 × (360 ÷ PPR) or ±2.5 arc-min. The signal maintains its accuracy level by considering the worst-case pulse deviation cycle. The output signal contains square waveforms that complete their rise and fall transitions in less than 1 microsecond. The response functions effectively on capacitors that do not exceed 1000 pF. The E14050002700 encoder accepts power inputs from 5 VDC, which remains within ±5% of the rated value. It also supports 12 or 15 VDC, which stays within ±10% of the rated value to support up to 80 mA of operation except during output usage. The 7272 line driver or equivalent output circuit enables both sink and source operations to provide 40 mA at each channel. The encoder operates at a minimum frequency output of 100 kHz for processing high-speed signals effectively.

The E14050002700 encoder demonstrates adequate environmental protection capabilities for industrial installation needs. An Index Z output operates optionally while the encoder runs using a two-channel quadrature AB format. Channel A of this device takes precedence over channel B when observing from the shaft end during clockwise shaft rotation. It operates inside enclosure types NEMA12 and IP54. This encoder receives protection from dust and splashes through its enclosure, which enables it to operate under harsh environmental conditions.