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Encoders

Measuring

Encoders

With Kübler you can reliably record every movement in your application.

From rotary speed measurement and position detection to linear position and speed detection for lengths up to 42.5 m. Kübler sensors are the result of the highest quality material selection.

Kübler sensors are used in a variety of industries worldwide with high performance, robustness, and long service life.

Applies to
Drive & Motion ControlLarge Motors & GeneratorsElevator TechnologyMobile & Outdoor
✓ SIL 3 / PL e certified options ✓ Resolution up to 36,000 ppr ✓ IP69K models available
Kübler encoder range

It starts before the order

Three questions we ask alongside the part number, so the encoder suits the shaft it mounts to and the system it feeds.

Question one

Where does it run?

Temperature, washdown and IP rating, shock and vibration, magnetic fields, and the mechanical fit: solid shaft, hollow shaft or bearingless.

Question two

What is it doing?

Speed, position or both. Incremental or absolute, singleturn or multiturn, the resolution required, and whether it is safety related.

Question three

What if it is wrong?

Position lost on a power cycle, a failed safety function, a bearing shaken apart, a drive that will not hold sync.

Incremental vs absolute. What is the difference?

Kübler have an extensive range of incremental and absolute encoders so understanding which one you need will depend on your application.

Incremental encoders measure pulses per revolution (PPR) and are typically used for monitoring speed, position and direction. As the shaft rotates, pulses are sent to the controller, which calculates position and movement.

Absolute encoders can tell exactly how far through a rotation they currently are, allowing for more precise tracking, without the need to track pulses.

It is important to note that incremental encoders detect changes in movement only. If power is lost, the position reference is also lost and must be re-established on restart.

How many pulses do you need?

The number of pulses determines how accurately you can measure rotation.

For example, a 360-pulse encoder detects and reports movement every 1°. This means higher pulse counts provide finer position feedback.

Generally, this value is also determined by the specification and requirements of the control system in use.

Incremental encoders

Incremental encoders

Incremental encoders measure speed on rotating axes and are available from miniature to heavy duty, with optical or magnetic sensing. Selected models offer programmable resolution up to 36,000 ppr, adjustable zero pulse position and selectable TTL or HTL outputs, helping reduce downtime and simplify setup.

Absolute encoders singleturn

Absolute encoders singleturn

Position detection over 360° with singleturn absolute encoders. Various sizes. High resolution up to 21 bit. Variety of standard, fieldbus, and Industrial Ethernet interfaces.

Absolute encoders multiturn

Absolute encoders multiturn

Position detection over multiple turns with multiturn encoders. Various sizes. Variety of standard, fieldbus, and Industrial Ethernet interfaces. The right multiturn technology for any requirement.

PROFIsafe encoders for safety applications

Certified SIL 3 / PL e encoders with redundant design and PROFINET interface, they support the PROFIsafe profile.

PROFINET variants support isochronous real-time communication and resolutions up to 43-bit in multiturn versions, enabling precise synchronisation in motion control applications.

PROFIsafe models feature fully redundant multiturn data and are TÜV certified for SIL3 / PL e safety applications. Additionally, Kübler now offer FSoE for Safety over EtherCAT.

Kübler Sendix S5858FS3

Sendix S5858FS3

Encoder Absolute Singleturn

Dimension Ø 58 mm
24 bits singleturn
Max 12 mm shaft, with flat surface
Max 12 mm shaft, with feather key
Max 3/8" shaft, with flat surface
Max 3/8" shaft, with feather key
Kübler Sendix S5868FS3

Sendix S5868FS3

Encoder Absolute Multiturn or Singleturn

Dimension Ø 58 mm
24 bits singleturn
12 bits multiturn
Max 12 mm shaft, with flat surface
Max 12 mm shaft, with feather key
Max 3/8" shaft, with flat surface
Max 3/8" shaft, with feather key
Kübler Sendix S5878FS3

Sendix S5878FS3

Encoder Absolute Singleturn

Dimension Ø 58 mm
24 bits singleturn
Max 1/2" hollow shaft, blind hole
Max 15 mm hollow shaft, blind hole
Kübler Sendix S5888FS3

Sendix S5888FS3

Encoder Absolute Multiturn or Singleturn

Dimension Ø 58 mm
24 bits singleturn
12 bits multiturn
Max 1/2" hollow shaft, blind hole
Max 15 mm hollow shaft, blind hole

New generation Industrial Ethernet encoders

High resolution optical encoders without gears and with 100 percent magnetic insensitivity.

EtherCAT, PROFINET IO, EtherNET/IP, with total resolution up to 32 bits in shaft and hollow shaft variants.

Kübler Sendix F5858

Sendix F5858

Absolute Singleturn

Industry 4.0 / IIoT ready
Dimension Ø 58 mm
19 bits singleturn
Max 10 mm shaft, with flat surface
Max 3/8" shaft, with flat surface
PROFINETEtherNet/IPEtherCATPROFIBUSModbusCANopen
Kübler Sendix F5878

Sendix F5878

Absolute Singleturn

Industry 4.0 / IIoT ready
Dimension Ø 58 mm
19 bits singleturn
Max 1/2" hollow shaft, blind hole
Max 15 mm hollow shaft, blind hole
PROFINETEtherNet/IPEtherCATPROFIBUSModbusCANopen
Kübler Sendix F5868

Sendix F5868

Absolute Multiturn or Singleturn

Industry 4.0 / IIoT ready
Dimension Ø 58 mm
19 bits singleturn
24 bits multiturn
Max 10 mm shaft, with flat surface
Max 3/8" shaft, with flat surface
PROFINETEtherNet/IPEtherCATPROFIBUSModbusCANopen
Kübler Sendix F5888

Sendix F5888

Absolute Multiturn or Singleturn

Industry 4.0 / IIoT ready
Dimension Ø 58 mm
19 bits singleturn
24 bits multiturn
Max 1/2" hollow shaft, blind hole
Max 15 mm hollow shaft, blind hole
PROFINETEtherNet/IPEtherCATPROFIBUSModbusCANopen

Specific solutions for specific requirements

Talk to our encoder experts today.

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Harsh duty

Encoders for extreme conditions

IP69K-rated models are available with stainless steel housings, energy harvesting technology and reinforced bearing systems for mobile and outdoor automation applications.

Kübler Sendix M3658AR

Sendix M3658AR

Absolute Singleturn

IP69K
Dimension Ø 36 mm
14 bits singleturn
Max 10 mm shaft, with flat surface
Max 1/4" shaft, with flat surface
Standalone operation in emergency
Resistant against shock and extreme temp. fluctuations
Magnetic, robust
Kübler Sendix A02H

Sendix A02H

Incremental

Heavy duty
Dimension Ø 100 mm
5,000 ppr incremental
Max 42 mm hollow shaft, through
Max 1 1/4" hollow shaft, through
Extremely robust
Compact solution
Robust bearing structure
Kübler Sendix H120

Sendix H120

Incremental

Heavy duty
Dimension Ø 100 mm
5,000 ppr incremental
For large motors and generators
Max 12 mm hollow shaft, blind hole
Max 28 mm hollow shaft, through
Max 16 mm insert shaft, cylindrical
Max 17 mm insert shaft, tapered
Max 1" hollow shaft, through
Kübler Sendix 5006/5026

Sendix 5006/5026

Incremental

Stainless steel V4A
Dimension Ø 58 mm
5,000 ppr incremental
Max 10 mm shaft, with flat surface
Max 3/8" shaft, with flat surface
High quality seals
IP66/IP67
Kübler Sendix 5823

Sendix 5823

Absolute Singleturn

High temps
Dimension Ø 58 mm
5,000 ppr incremental
Max 12 mm hollow shaft, through
High temperature up to 110 degrees
Heat resistant
High speed

Kübler encoders are available with a range of interfaces

Contact our team for more information.

Analog output EtherNet/IP CANopen EtherCAT Modbus PROFIBUS PROFINET Push-Pull RS422 (TTL) SinCos

Cables and connectors

Numerous possibilities: non-assembled cables, self-assembled connectors and pre-fab cables and connectors.

Browse Cables & Accessories
Encoder cables and connectors

Bearingless encoders

Reliable speed measuring with magnetic sensors

Bearingless encoders are the perfect alternative to bearing mounted encoders, due to their compact design and easy mounting options on almost any shaft diameter. Bearingless encoders from Kübler are already used today in drive and elevator technology, for asynchronous motors or external rotor motors, or in generators, large motors, and wind turbines.

Bearingless encoders are ideal for accurate speed measuring with a resolution of up to 16,000 pulses per revolution and available in HTL or TTL versions. Installation is quick and simple thanks to various shaft mounting options such as pressure seat, hub screw, or screw flange.

For shaft diameters up to 30 mm

For shaft diameters up to 30 mm

Bearingless encoders
Contactless measuring principle
Magnetic scanning
Resolution up to 3,600 ppr
For shaft diameters up to 35 mm

For shaft diameters up to 35 mm

Bearingless encoder with reference signal
Contactless measuring principle
Magnetic scanning
Resolution up to 3,600 ppr
For shaft diameters up to 350 mm

For shaft diameters up to 350 mm

Bearingless encoder with reference signal
Contactless measuring principle
Magnetic scanning
Resolution up to 6,400 ppr
For shaft diameters up to 390 mm

For shaft diameters up to 390 mm

Bearingless encoders
Contactless measuring principle
Magnetic scanning
Resolution up to 16,000 ppr

For reliable encoder solutions contact Pacific Automation to discuss your next project

Send us the application: the shaft and mounting, the resolution you need, incremental or absolute, the interface your control system expects, and whether the function is safety related. Our team will scope the encoder to match.

We supply and support the product. Your team or your integrator installs and commissions it. We make sure it is the right one.