SICK DBS60 Core Series Incremental Incremental Encoder, 500 ppr, TTL Signal, Solid Type, 10mm Shaft

Face mount and servo flange with various hole patterns
Hollow shafts up to 5/8 inches in diameter, optionally insulated

Diverse installation options thanks to different flange and shaft versions as well as flange and stator couplings with different assembly hole patterns
Hollow shaft clamp on the rear housing facilitates mounting
Various connection types enable flexible cabling
Compact housing dimensions save valuable space
The encoder is protected from high shaft temperatures and currents due to the insulated hollow shaft
Rugged design with large bearing distance allows high shaft loads and a longer service life
Only a few product variants due to electrical interfaces with a large voltage range, which reduces storage costs

The DBS60 Core is a rugged incremental encoder with a diameter of 58 mm and a compact mounting depth. The portfolio includes solid shaft models with face mount flange and servo flange as well as hollow shaft designs (blind/through hollow shaft) for shafts up to a size of 5/8 inches (15.875 mm). The hollow shafts are available with shaft insulation and with a clamp on the rear housing on request. In addition to the standard interfaces for TTL and HTL, the DBS60 Core also offers two universal interfaces with a large voltage range which unites the 5 V TTL and 24 V HTL as well as 5 V TTL and 24 V TTL in one version. Due to its high enclosure rating, rugged design and a resolution of up to 10,000 pulses, the DBS60 Core is the ideal product for standard use in various industries.

Measuring of position, speed and distance in applications with low to medium requirements on the encoder.
Developed for applications in factory and logistics automation, e.g. in
Asynchronous motors
Elevators
Packaging machines
Warehousing and transport logistics
Measuring the conveying speed of a roller conveyor
Speed measurement on the slat conveyor
Precise height monitoring of printed circuit board devices
Position determination and monitoring on transfer systems
Jerk-free acceleration and deceleration of elevator cars
Speed measurement on the elevator engine
Speed and position monitoring of elevator cars with encoders
Speed monitoring in escalators with incremental encoder
Width and diameter control of coils during winding