E14100001703 Danaher
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The Danaher E14100001703 is part of the Dynapar Encoders series and features a sealed bearing type with a 1/8 inch shaft size. This encoder offers a resolution of 1000 PPR and a maximum shaft speed of 5,000 RPM. It supports a supply voltage of 5 VDC and comes with a 10 foot cable.
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Product Description:
The E14100001703 incremental encoder is manufactured by Danaher as part of the Dynapar Encoders series. It mounts on a 1/8-inch shaft and provides two-channel quadrature signals plus an index signal, allowing motion controllers to monitor position, direction, and velocity in automated machinery. By translating shaft rotation into square-wave pulses, the unit delivers essential feedback for servomotor commutation, cut-to-length stations, and general speed regulation tasks in industrial automation.
Electronic operation centers on a 5 VDC ±5% supply, and within this range, the device draws up to 80 mA while its drivers can sink or source 40 mA. The output stage provides differential, bidirectional signals with an index, so the noise-resistant A, B, and Z channels can travel over twisted pairs without losing signal integrity. Resolution is 1000 PPR, giving controllers one thousand primary counts per revolution before interpolation. To preserve waveform fidelity at speed, the encoder sustains at least 100 kHz of signal bandwidth, which supports a maximum shaft speed of 5,000 rpm while maintaining full count integrity. The encoder uses 90° ±36° electrical quadrature and 180° ±18° electrical symmetry. Its 90° ±25° index pulse is gated high when both main channels are high.
The sealed ball bearings exclude dust and moisture during continuous operation. A factory-attached 10 ft cable simplifies routing inside a cabinet and eliminates the need for additional connectors. The aluminum hub tolerates a combined load of 5 lb radial and 3 lb axial, so standard couplings are usually sufficient for installation. Startup friction is low because only 0.43 oz-in of starting torque is required, minimizing the additional load placed on small drive motors. The compact shaft interface supports installation on conveyors, labeling heads, and moderate-speed packaging axes. Proper coupling alignment helps prevent excessive bearing loads, while secure cable routing protects the signal conductors from repeated strain during machine operation.
