MRP series

• Absolute and incremental angle encoder modules
• High measuring and bearing accuracies
• High resolution and very high repeatability
• Interfaces: 1 VPP, EnDat

MRS 2200 series

• Incremental angle encoder module
• High repeatability
• Direct loading
• Superb tilting rigidity
• Interface: 1 VPP

SRP 5000 series

• Absolute and incremental angle encoder modules
• Integrated motor
• Low cogging torque
• High speed stability and positioning accuracy
• Interfaces: 1 VPP, EnDat

ERA 4000 series

• Incremental angle encoders
• Optical scanning
• High accuracy
• Protective cover
• Graduation accuracy: ±2” to ±5”

ERM 2000 series

• Incremental angle encoders
• Magnetic scanning
• Sturdy and tolerant to contamination
• Easy mounting
• Graduation accuracy: ±2.5” to ±72”

ERP 1000 series

• Incremental angle encoders
• Optical scanning
• Very high resolution and accuracy
• Compact design
• Graduation accuracy: ±0.9” to ±4”

ERO 2000 series

• Incremental angle encoders
• Optical scanning
• High resolution and accuracy
• Compact design
• Graduation accuracy: ±8”

ECA 4000 series

• Absolute angle encoders
• Optical scanning
• High accuracy
• Sturdy, with wide mounting tolerances
• Also available with functional safety
  Graduation accuracy: ±1.5” to ±3”

ECM 2400 series

• Absolute angle encoders
• Magnetic scanning
• Robust and resistant to contamination
• Also available with functional safety
• Graduation accuracy: ±3.5” to ±8”

RON 200 series

• Incremental angle encoders
• System accuracy of ±2.5” / ±5”
• Integrated stator coupling
• Hollow through shaft

RON 785, RON 786, RON 886, and RPN 886

• Incremental angle encoders
• System accuracy of ±1” / ±2”
• Integrated stator coupling
• Hollow through shaft

ROD 200 series

• Incremental angle encoders
• System accuracy of ±5”
• Separate shaft coupling
• Solid shaft

ROD 780 and ROD 880

• Incremental angle encoders
• System accuracy of ±1” / ±2”
• Separate shaft coupling
• Solid shaft

RCN 2001 and RCN 5001 series

• Absolute angle encoders
• System accuracy of ±2” / ±4”
• Integrated stator coupling and temperature sensor
• Hollow through shaft
• High permissible shaft speeds
  Available with functional safety

RCN 8001 series

• Absolute angle encoders
• System accuracy of ±1” / ±2”
• Integrated stator coupling and temperature sensor
• Hollow through shaft
• High permissible shaft speeds
• Available with functional safety

RCN 6000 series

• Absolute angle encoders
• System accuracy of ±2”
• Integrated stator coupling
• Hollow through shaft
• Available with functional safety

ECN 2000 series

• Absolute angle encoders
• System accuracy of ±10”
• Mounted stator coupling
• Hollow through shaft

ROC 2000 series

• Absolute angle encoders
• System accuracy of ±5”
• Separate shaft coupling
• Solid shaft

ROC 7000 series

• Absolute angle encoders
• System accuracy of ±2”
• Separate shaft coupling
• Solid shaft

• Direct drive torque motors
• Rotary tables
• Rotary axes
• C-axis and 4/5 axes on machine tools
• Printing machines
• Sheet metal and machine tool machines
• Medical equipment
• Robotic

• Direct drives
• Round tables
• Rotary axes
• C-axis
• Printing machines
• Sheet metal working machines
• Medical devices
• Robotic

• EnDat
• DRIVE-CLiQ
• Fanuc Interface
• Mitsubishi
• BiSS/C
• SSI + 1Vpp

• Direct Drive Torque Motors
• Rotary and Tilt axes (Pan and Tilt Camera and/or Azimuth and Elevation)
• Rotary Tables

MSR 15 TTR

Incremental modular angle encoders MSR 15 without integral bearing are used as position and rotator control for electrical drives and in the measurement technology.

• Online signal stabilization
• Display of the signal quality directly at the scanning head via 2-coloured LED function
• Permanent control of the signals over the whole measuring range
• High quality of the signals due to singlefield scanning
• Gradution carrier: Steel or aluminium drum with three-point centering

MSR 15 MBR

Incremental modular angle encoders MSR 15 without integral bearing are used as position and rotator control for electrical drives and in the measurement technology.

• Online signal stabilization
• Display of the signal quality directly at the scanning head via 2-coloured LED function
• Permanent control of the signals over the whole measuring range
• High quality of the signals due to singlefield scanning
• Graduation carrier: Steel tape scale ring with incremental track

MSS 15

Incremental modular angle encoders MSS 15 without integral bearing are used as position and rotator control for electrical drives and in the measurement technology.

• Online signal stabilization
• Display of the signal quality directly at the scanning head via 3-coloured LED function
• Permanent control of the signals over the whole measuring range
• High quality of the signals due to singlefield scanning
• Grating carrier: steel tape scale with adhesive tape

MSR 45 MKS

Modular Angle Encoders MSR 45 MKS without integral bearing are used as position and rotator control for electrical drives and in the measurement technology.

• Measuring range: <360°
• Grating period: 200 µm
• Accuracy of the grating (stretched): ±30 µm/m
• Grating carrier: steel tape scale with adhesive tape

MSR 45 MER

Modular Angle Encoders MSR 45 MER without integral bearing are used as position and rotator control for electrical drives and in the measurement technology.

• Measuring range: >360°
• Grating period: 200 µm
• Accuracy of the grating (stretched): ±30 µm/m
• Grating carrier: steel tape scale with elastic layer and clamping element

MSR 45 MOR

Modular Angle Encoders MSR 45 MOR without integral bearing are used as position and rotator control for electrical drives and in the measurement technology.

• Measuring range: >360°
• Grating period: 200 µm
• Accuracy of the grating (stretched): ±30 µm/m
• Grating carrier: steel tape scale with elastic layer and clamping element

MCR 15 TTR

• Absolute modular angle encoders MCR 15 without integral bearing are used as position and rotator control for electrical drives and in the measurement technology.
• Absolute position valuation
• Various serial interfaces
• Function display directly at the scanning head via status LED
• Easy mounting and large mounting tolerances
• Many various diameters available from ≥ Ø 50.00 to 350.23 mm (outside)
• Gradution Carrier: Steel drum with absolute track for mounting with three-point centering

MCR 15 MBR

• Absolute modular angle encoders MCR 15 without integral bearing are used as position and rotator control for electrical drives and in the measurement technology.
• Absolute position valuation
• Various serial interfaces
• Function display directly at the scanning head via status LED
• Easy mounting and large mounting tolerances
• Many various diameters available from ≥ Ø 50.00 to 350.23 mm (outside)
• Gradution Carrier: Steel tape scale ring with absolute track

MCS 15

• Absolute modular angle encoders MCS15 without integral bearing are used as position and rotator control for electrical drives and in the measurement technology.
• Absolute position valuation
• Various serial interfaces
• Function display directly at the scanning head via status LED
• Easy mounting and large mounting tolerances
• Many various diameters available from ≥ 75mm
• Gradution Carrier: Steel tape scale with adhesive tape and absolute track

MS 15

• Small dimensions
• System resolution: 10 µm - 0.05 µm
• Display of the signal quality directly at the scanning head via 3-coloured LED function
• Easy mounting without additional test box
• Easy mounting as a result of large mounting tolerances
• High insensitivity to contamination by use of an extensive singlefield scanning principle
• Interface: TTL, sinus 1 Vpp
• High permissible traversing speed
• Reference mark (accurate and repeatable from both traversing directions)
• Position selectable by customer
• Integrated subdividing electronics in the encoder head: for up to times 200 interpolation (before quadrature)
• Max. measuring length: 20 000 mm
• Two independent switch signals (optical) for individual special functions

MS 25

• Standard dimensions
• System resolution: 2 µm - 0.1 µm
• Display of the signal quality directly at the scanning head via 3-coloured LED function
• Easy mounting without additional test box
• Easy mounting as a result of large mounting tolerances
• High insensitivity to contamination by use of an extensive singlefield scanning principle
• Interface: TTL, sinus 1 Vpp
• Signal-immunity against aging and temperature changes
• High permissible traversing speed
• Reference mark (accurate and repeatable from both traversing directions)
• Integrated subdividing electronics in the encoder head: for up to times 200 interpolation (before quadrature)
• Max. measuring length: 20 000 mm
• Optional: two independent switch signals (optical) for individual functions
• Optional: position of reference mark customizable
• Optional: one switch signal for special functions

MS 45

• Flat dimensions
• System resolution: 10 µm - 0.5 µm
• Display of the signal quality directly at the scanning head via 3-coloured LED function
• Easy mounting without additional test box
• Easy mounting as a result of large mounting tolerances
• High insensitivity to contamination by use of an extensive singlefield scanning principle
• Interfaces: TTL, sinus 1 Vpp
• Signal-immunity against aging and temperature changes
• High permissible traversing speed: 15 m/s
• Reference mark (accurate and repeatable from both traversing directions)
• Integrated subdividing electronics in the encoder head: for up to times 100 interpolation (before quadrature)
• Max. measuring length: 30 000 mm
• Flat dimensions
• System resolution: 10 µm - 0.5 µm
• Display of the signal quality directly at the scanning head via 3-coloured LED function
• Easy mounting without additional test box
• Easy mounting as a result of large mounting tolerances
• High insensitivity to contamination by use of an extensive singlefield scanning principle
• Interfaces: TTL, sinus 1 Vpp
• Signal-immunity against aging and temperature changes
• High permissible traversing speed: 15 m/s
• Reference mark (accurate and repeatable from both traversing directions)
• Integrated subdividing electronics in the encoder head: for up to times 100 interpolation (before quadrature)
• Max. measuring length: 30 000 mm