HIPERFACE DSL®

One Cable Technology

The HIPERFACE DSL® from the technology leader SICK is a purely digital motor feedback protocol that uses a minimum of connection cables between the frequency converter and motor feedback system.

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Smart Motor Sensors

Get to the heart of things with insider information from Smart Motor Sensors

With its Smart Motor Sensors, SICK provides information directly from the center of production. This is information about the status of machines and servomotors that helps to detect malfunctions earlier, solve them more quickly or to avoid them entirely. SICK has once again applied its entire knowledge base to allow customers this insight and to therefore facilitate predictive maintenance procedures.

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Drives and controls

Safely recording, monitoring, and controlling movements with intelligent sensors

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Safe Motion

Safe movements are the foundation of maximum machine availability

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HIPERFACE DSL®
Smart Motor Sensors
Drives and controls
Safe Motion

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Result 1 - 8 out of 6557

Motor feedback systems rotary incremental, Incremental encoders
DBS60 Core
  • Mechanical design: Through hollow shaft Front clamp 15 mm
  • Communication interface: 4.5 V ... 30 V, TTL, HTL
  • Connection type: Cable, 8-wire, universal, 0.5 m
  • Pulses per revolution: 1,024
  • Flange type / stator coupling: 1-sided stator coupling, slot, screw hole circle radius 31.5–48.5 mm
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Motor feedback systems rotary incremental, Incremental encoders
DBS60 Core
  • Mechanical design: Through hollow shaft Front clamp 14 mm
  • Communication interface: 4.5 V ... 30 V, TTL, HTL
  • Connection type: Cable, 8-wire, universal, 0.5 m
  • Pulses per revolution: 1,024
  • Flange type / stator coupling: 1-sided stator coupling, slot, screw hole circle radius 31.5–48.5 mm
Details
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Motor feedback systems rotary HIPERFACE®
STS
  • Communication interface: HIPERFACE®
  • Sine/cosine periods per revolution: 158
  • Safety system: no
  • Mechanical interface: Through hollow shaft
  • Connection type: Male connector, 8-pin
  • Internal diameter of hollow shaft: 84 mm
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Motor feedback systems rotary incremental, Incremental encoders
DBS60 Core
  • Mechanical design: Through hollow shaft Front clamp 14 mm
  • Communication interface: 4.5 V ... 30 V, TTL, HTL
  • Connection type: Cable, 8-wire, universal, 1.5 m
  • Pulses per revolution: 1,024
  • Flange type / stator coupling: 2-sided stator coupling, slot, screw hole circle 63–83 mm
Details
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Piece
Motor feedback systems rotary incremental, Incremental encoders
DBS60 Core
  • Mechanical design: Solid shaft face mount flange 10 mm x 19 mm
  • Communication interface: 4.5 V ... 30 V, TTL, HTL
  • Connection type: Cable, 8-wire, universal, 1.5 m
  • Pulses per revolution: 4,096
  • Flange type / stator coupling: Flange with 3 x M3 and 3 x M4
Details
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Piece
Motor feedback systems rotary incremental, Incremental encoders
DBS60 Core
  • Mechanical design: Solid shaft face mount flange 10 mm x 19 mm
  • Communication interface: 4.5 V ... 30 V, TTL, HTL
  • Connection type: Cable, 8-wire, universal, 1.5 m
  • Pulses per revolution: 5,000
  • Flange type / stator coupling: Flange with 3 x M3 and 3 x M4
Details
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Piece
Motor feedback systems rotary incremental, Incremental encoders
DBS60 Core
  • Mechanical design: Solid shaft face mount flange 10 mm x 19 mm
  • Communication interface: 4.5 V ... 30 V, TTL, HTL
  • Connection type: Cable, 8-wire, universal, 1.5 m
  • Pulses per revolution: 2,048
  • Flange type / stator coupling: Flange with 3 x M3 and 3 x M4
Details
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Piece
Motor feedback systems rotary incremental, Incremental encoders
DBS60 Core
  • Mechanical design: Solid shaft face mount flange 10 mm x 19 mm
  • Communication interface: 10 V ... 27 V, HTL, Push pull
  • Connection type: Male connector, M12, 8-pin, radial
  • Pulses per revolution: 2,500
  • Flange type / stator coupling: Flange with 3 x M3 and 3 x M4
Details
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Result 1 - 8 out of 6557

Advantages

Pioneer in smart technology

Motor feedback systems from SICK are based on very powerful technologies that facilitate integration and use. The HIPERFACE DSL® is a purely digital motor feedback protocol, which is used for complete data communication and voltage supply via a single 2-wire cable. This reduces connection costs, wiring work and energy consumption, and enables effortless integration even in tight spaces. When it comes to Safe Motion, the motor feedback systems are equipped with the latest drive safety functions. For example, they offer safely limited speed (SLS) and safe absolute position. Intelligent diagnostic functions – including simple configuration – ensure even more reliability in use. Condition monitoring, which analyses relevant sensor data in real time, means problems can be detected and faults prevented early on.

sHub®

Thanks to the sensor stroke and precise condition monitoring, predictive maintenance can also be easily implemented for servo motors. Another advantage: Real-time detection of vibrations and temperature monitoring permanently increase machine availability.

PGT-13-S

The PGT-13-S programming tool was specially developed for data integration and visualization for sensors with HIPERFACE DSL® interface. It facilitates the operation, configuration, testing and implementation of compatible sensors.

Histograms

Keeping track of things with histograms: Motor feedback systems from SICK record parameters such as temperature, speed and position and display them in so-called service life histograms that can be easily recorded and used for analysis.

A bit smarter: Motor feedback systems perform their tasks particularly efficiently and reliably with intelligent features as well as the simplest commissioning and operation.

For safe processes in countless applications

Electric drive solutions have to function precisely over a long period of time in dynamic applications. What counts here is permanent reliability when it comes to detection, monitoring and control of movements. The key: High accuracy motor feedback systems. The easier these can be put into operation and the more convenient predictive maintenance and monitoring are, the more cost-efficient the whole system is. Whether for packaging machines, applications in robotics or automation of production processes – with a comprehensive solution portfolio, SICK offers custom-fit motor feedback systems for a wide range of tasks. Depending on the installation site and requirement profile, they can be used with analog HIPERFACE® or digital HIPERFACE DSL® interface.

Predictive motor monitoring on a VFFS machine

On vertical forming, filling or sealing machines (VFFS), film positioning for filling can be solved efficiently with the sHub® and the EDS/EDM35 motor feedback system. In addition to position and speed data, temperature and vibrations are also recorded, which allow conclusions to be drawn about the condition of the plant and enable predictive maintenance. The result: Less production downtime.

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Position feedback solutions for robotics

Robots have to complete movements accurate down to the last millimeter to, for example, load trays or process workpieces. High accuracy motor feedback systems provide the sensory foundation for this precision work. Additional data on the status of the drives prevents faults and ensures efficient processes.

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Motion monitoring solutions for AGVs

Motor feedback systems regulate the speed and direction of automated guided vehicles (AGVs). Solutions such as the SKS/SKM36 or SRS/SRM50 ensure safe signal transmission from the motor to the servo controller. Safety controllers such as the Flexi Soft also use the data to monitor vehicle movements.

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From applications in robotics to the automation of production processes – motor feedback systems from SICK enable trouble-free and cost-efficient operation in many areas.

Our standards: Customized solutions

Motor feedback systems are only as good as your environment allows. The more precisely they are tuned to their area of application, the better they are. SICK therefore sees itself not only as a producer, but also as a provider of solutions specifically tailored to your specific motor feedback system requirements. Standard variants can be configured in many ways for a wide range of tasks and applications. Should these options ever fail to meet your needs, you can work with the experts at SICK to develop your own solution tailored precisely to the task at hand. SICK always offers the highest product quality, simple handling, absolute transparency, and the best consultation.

Do you need a customized motor feedback system? Let’s start talking now!

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