H58100011134018 Danaher
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The Danaher H58100011134018 is part of the Dynapar Encoders series and features a 10 mm shaft diameter with a 19.5 mm shaft length, and includes a shaft seal. This encoder offers a resolution of 1000 PPR and a maximum shaft speed of 10000 RPM. It has a frequency response of at least 100 kHz and uses a 5 V differential line driver output format.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The H58100011134018 is an incremental rotary encoder produced by Danaher within the Dynapar Encoders series. The device converts shaft rotation into digital position and speed feedback for PLC-based motion systems and servo drives. By coupling to a motor or line shaft, it supplies phase-aligned pulse trains that support direction sensing and closed-loop control in automated machinery. Its compact housing and industrial connector allow straightforward integration into equipment where real-time feedback is required.
The encoder delivers a resolution of 1000 PPR, so one revolution yields one thousand pulses for fine incremental positioning. Its electronics provide a minimum frequency response of 100 kHz, allowing the system to capture high rotational velocities without pulse dropout. Power consumption remains moderate because the supply draws a maximum of 80 mA at the rated input voltage. The shaft can reach 10,000 rpm without exceeding the bearing or code disk limits. Output signals use a 5 V differential line driver (4469) with complementary quadrature A and B channels and an index Z channel, providing noise resistance over long cable runs. In the quadrature ABZ pattern, channel A leads channel B when the shaft turns counterclockwise, allowing the connected controller to detect the direction of rotation immediately.
The encoder has a 48 mm bolt circle, while a 36 mm pilot centers the housing against the mating face. A steel shaft with a diameter of 10 mm projects 19.5 mm from the housing and is protected by a shaft seal. The rotational inertia is 21.2 g-cm², minimizing the mechanical load placed on small servomotors during acceleration and deceleration. Starting torque remains below 0.014 N·m, so low-power drives are not subjected to excessive resistance at startup. Electrical signals pass through a 12-pin connector on the counterclockwise end, preserving the required phase orientation while providing a secure industrial connection. The mounting dimensions support installation in packaging, textile, and electronic assembly equipment that uses a compatible mating face and shaft coupling.
