Preparing your secure checkout page...
Warranty

Wake Industrial Warranty
To Speak to a sales representative for pricing and lead time:
Product Description
Danaher produces the compact and efficient motion feedback device Dynapar Encoder which carries product code HR62510240X4036. This Dynapar encoder functions as an incremental optical type encoder dedicated to providing precise signal output in industrial automation systems. Paper order placement determines the resolution selection according to the specific requirements of each application.
The HR62510240X4036 encoder supports detection ranges from 1 to 1024 pulses for each revolution cycle. The electrical phase relationship between signal components amounts to 90° with a tolerance range between 22.5° and 22.5°. Direction detection works correctly together with stable signal timing because of this setup. The encoder provides sharp signal transitions below 1 µs duration that ensure the cleanliness of the signal when driving a load of 1000 pF. The tachometer receives power input at 5 to 26 VDC while drawing 80 mA as its maximum requirement. Several output types available through the encoder enable users to customize their integration design. The HR62510240X4036 encoder provides several output types such as push-pull 7272 and differential line driver which function at 40 mA current strength. After these features is a 7273 open collector output rated at 40 mA sink max. The frequency response measurement reaches 100 kHz as its minimum value.
The index output frequency in HR62510240X4036 encoder needs to operate at a minimum of 75 kHz when dealing with extended temperature conditions. Plenty of shaft sizing options are available to customers who need either the 1/4 inch or 3/8 inch diameter sizes. The product can operate at shaft speeds that do not exceed 5,000 RPM. The product features NEMA 4 and IP66 ratings which offer defense against dust and washdown operations. The complete unit weight amounts to 0.45 kg to enable lightweight device installation. This encoder operates as a device designed to provide dependable feedback control.