VFS60A-BHPK01024 Sick Incremental Encoder, 1024 ppr, TTL Signal, Hollow shaft Type

Overview_x000D_ Motor feedback systems from the VFS60 product family are ideally suited for use in industrial applications under rough conditions, especially for attaching to asynchronous motors. A large number of product variants meets almost all requirements: with through hollow shaft or blind hollow shaft of 8 mm to 15 mm diameter, with plug-in cable connection or pre-assembled male connector at the cable end. This means more mechanical flexibility. In addition, the robust shaft bearing increases the service life while at the same time reducing the servicing and maintenance requirements. The increased bearing distance guarantees a previously unattainable low level of vibration and optimum concentricity, even at maximum operating speed. The product families are allocated to different performance classes. From different defined line counts to a pre-programmed version. Moreover, all the common electrical interfaces are available. TTL, HTL or sine 0.5Vss._x000D_ At a glance_x000D_ TTL, HTL or sine 0.5 Vpp interfaces_x000D_ Resolution of up to 65,536 lines per revolution_x000D_ Individual programming of the interface, line count and of the zero pulse_x000D_ Direct programming via RS485_x000D_ Excellent concentricity through large distance between the ball bearings_x000D_ Extremely rugged_x000D_ Protection class IP65_x000D_ Mechanical flexibility through blind hollow shaft and through hollow shafts with diameters of 8 to 15 mm, available with various torque supports_x000D_ Temperature range from –30 °C to +100 °C_x000D_ Insulated shaft connection through plastic collar possible_x000D_ Your Benefits_x000D_ Programmable version for a reduced product variety_x000D_ Various programming tools designed to take into account your own programming requirements_x000D_ High performance and reliability even in rough ambient conditions_x000D_ High vibration resistance and extended temperature range through nickel code disk_x000D_ Large ball bearing distances reduce uneven wear and minimize vibration on the motor feedback housing, which increases the motor feedback system’s service life_x000D_ The “insulated shaft connection” prevents electrical continuity through the bearings of the motor feedback system, thus extending the operating life of the system_x000D_ Note_x000D_ Product details cover the whole product family. For details on the specifications for this individual product, please refer to the datasheet.