SICK DBS36 Core Series Incremental Incremental Encoder, 1000 ppr, HTL Signal, Hollow Type, 8mm Shaft

Universal cable connection
Types with blind hollow shaft or face mount flange with solid shaft
Face mount flange with 6 mounting hole patterns and servo groove
Communication interfaces: TTL/RS-422, HTL/push pull, Open Collector
Number of lines from 10 to 2,500 possible
Temperature range: –20 °C ... +85 °C
Enclosure rating: IP65

The universal cable connection enables the device to be used in tight spaces and provides cable routing flexibility
Different flanges and the universal stator coupling make it possible to mount the device without changing the application
Shafts in metric and US type enable worldwide use
The high flexibility of the mechanical interface of the encoders and the available accessories allow a single type to be used in many applications
The compact housing diameter saves valuable space
Long-term and reliable operation thanks to a high enclosure rating, temperature resistance and bearing lifetime

The DBS36 Core incremental encoder features impressively high mechanical flexibility, excellent technical properties, and a number of variations. A blind hollow shaft with a shaft diameter of up to 8 mm and a face mount flange with 6 mm and 1/4" solid shaft are available. The type with face mount flange offers 2 different flanges with 6 different mounting hole patterns and a servo groove for mounting with servo clamps. The hollow shaft type has a universal stator coupling that can be used for multiple typical mounting hole circles. All models have compact dimensions and a universal cable connection that allows for cables to run in an axial or radial direction.

There are numerous application possibilities for positioning and speed measurement, such as in the textile industry, propulsion technology, storage and conveyor, packaging machines, printing presses, glass industry, and elevators
Saw-blade positioning
Determining position in modular transfer systems
Glass plate measurement
Position determination and monitoring on transfer systems
Positioning of the pallet shuttle
Length monitoring of deflectors with Smart Sensors
Spliceband detection
Positioning and speed measurement on the shuttle
Monitoring the roll-down gate to the baggage hall
Speed detection of an automated guided vehicle (AGV)
Speed monitoring in escalators with incremental encoders
Position determination of high speed gates
Monitoring belt operation in carbon and sinter supply
Speed measurement of ingot casting belt