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Filtered (73)
  • Encoder Technology 15T Through Hollow shaft encoder

    Encoder Technology 15H Blind Hollow Shaft Incremental Encoder

    Features

    • Very high-performance economical encoder
    • Low profile—25.4 mm height and 38 mm diameter
    • Thru-bore with sizes up to 10 mm
    • Simple, innovative flex mounting system (Global Mounting Standards)
    • Up to 12 pole commutation optional for brushless motor control
    Details
  • Encoder Technology 15T Through Hollow shaft encoder

    Encoder Technology 15T Through Hollow Shaft Incremental Encoder

    Features

    • Very high-performance economical encoder
    • Low profile—25.4 mm height and 38 mm diameter
    • Thru-bore with sizes up to 10 mm
    • Simple, innovative flex mounting system (Global Mounting Standards)
    • Up to 12 pole commutation optional for brushless motor control
    Details
  • Encoder Technology 25T Through Hollow Shaft Incremental Encoder

    Encoder Technology 25T Through Hollow Shaft Incremental Encoder

    Features

    • 5mm Opto-ASIC encoder with a low profile (50.8mm)
    • Imperial bore sizes range from 0.625” to 1.125”
    • Metric bore sizes ranging from 6 mm to 28 mm
    • Single replacement solution for 50.8mm to 88.9mm encoders
    • Resolutions to 10,000 PPR, frequencies to 1 MHz
    • Versatile flexible mounting options
    • RoHS compliant
    • Corrosion-Resistant Option
    Details
  • Encoder Technology 260 Through hollow shaft Incremental encoder

    Encoder Technology 260 Through Hollow Shaft Incremental Encoder

    Features

    • Low profile 30.3mm
    • Up to 12 pole commutation
    • Thru-bore and hollow-bore (blind) styles
    • Simple, innovative flexible mounting system
    • Incorporates Opto-ASIC technology
    Details
  • Encoder Technology 75HA Through HolIow Shaft Incremental Encoder

    Encoder Technology 75HA Through Hollow Shaft Incremental Encoder

    Features

    • Body: Precision Machined Aluminium
    • Cover: Precision Machined Aluminium (Powder Coated)
    • Shaft: Stainless Steel
    • Bearings: Ballraces
    • Shaft Sealing: Front: Sealed bearing - Rear: Single lip seal on the rear of cover
    • Protection: IP65
    • Operating Temp: -20 to +60°C (Higher on request)
    • Maximum Speed: 3000 RPM (Higher on request)
    • Torque: 2Ncm (typical)
    • Inertia: 100gcm2 (typical)
    • Shaft Loading: Designed to support its weight
    • Cable: Screened, oil and salt waterproof
    • Impulse Frequency: Up to 300KHz (depending on model)
    • Current Consumption: 60mA (typical – without load)
    Details
  • Encoder Technology 75HS-Hollow shaft incremental Encoder

    Encoder Technology 75HS Through Hollow Shaft Incremental Encoder

    Features

    • Body: Stainless Steel (316)
    • Cover: Stainless Steel (316)
    • Shaft: Stainless Steel
    • Bearings: Ballraces
    • Shaft Sealing: Front: Sealed bearing + Single lip seal
    • Rear: Single lip seal on the rear of the cover
    • Protection: (IP66 / IP67)
    • Operating Temp: -20 to +60°C (Higher on request)
    • Maximum Speed: 3000 RPM
    • Torque: 4Ncm (typical)
    • Inertia: 200gcm2 (typical)
    • Shaft Loading: Designed to support its weight
    • Cable: Screened, oil and salt waterproof
    • Impulse Frequency: Up to 300KHz (depending on model)
    • Current Consumption: 60mA (typical – without load)
    Details
  • Encoder Technology 760 Through Hollow Shaft Incremental Encoder

    Encoder Technology 760 Through Hollow Shaft Incremental Encoder

    Features

    • Size 25 / 63.5mm Diameter (Hollow Shaft)
    • Up to 12 Pole Commutation Available
    • Thru Bore and Blind Bore Options
    • Simple, Innovative Flexible Mounting System
    • Incorporates Opto-ASIC Technology
     
    Details
  • Encoder Technology 775 Through Hollow Shaft Incremental Encoder

    Encoder Technology 775 Through Hollow Shaft Incremental Encoder

    Features

    • Thru-bore design for easy mounting
    • Bore options to 1.375" and 32mm
    • Incorporates Opto-ASIC technology
    • Resolutions to 4096 PPR
    • 100° C operating temperature available
    Details
  • Encoder Technology 776 Through Hollow Shaft Incremental Encoder

    Encoder Technology 776 Through Hollow Shaft Incremental Encoder

    Features

    • Slim profile—only 34.5mm in depth
    • Thru-bore design for easy mounting
    • Incorporates Opto-ASIC technology
    • Resolutions to 4096 PPR
    • Bore options to 1.875" and 43mm
    Details
  • Encoder Technology 90HA Through Hollow Shaft Incremental Encoder

    Encoder Technology 90HA Through Hollow Shaft Incremental Encoder

    Features

    • Body: Precision Machined Aluminium
    • Cover: Precision Machined Aluminium (Powder Coated)
    • Shaft: Stainless Steel
    • Bearings: Ballraces
    • Shaft Sealing: Front: Sealed bearing
    • Rear: Single lip seal on the rear of the cover
    • Protection: IP65
    • Operating Temp: -20 to +60°C (Higher on request)
    • Maximum Speed: 3000 RPM (Higher on request)
    • Torque: 3Ncm (typical)
    • Inertia: 600gcm2 (typical)
    • Shaft Loading: Designed to support its weight
    • Cable: Screened, oil and salt waterproof
    • Impulse Frequency: Up to 300KHz (depending on model)
    • Current Consumption: 60mA (typical – without load)
    Details
  • Encoder Technology A102H Large Bore Encoder

    Encoder Technology A102H Large Bore Through Hollow Shaft Encoder

    Features

    • Number of output pulses per revolution 5.000 - 500.000 ppr
    • Line number on disc (z) 5.000
    • Maximum shaft speed 8000 rpm
    • The permissible motion of the shaft - axial: ± 1.00 mm - radial: 0.02 mm
    • Accuracy (T1-period lines on disc in arc. sec) ± 0.05T1 arc. sec
    • Starting torque at 20°C ≤ 0.01 Nm
    • Rotor moment of inertia < 20x10-4 kgm2
    • Protection (housing) (IEC 529) IP64
    • Protection (shaft side) (IEC 529) IP64
    • Maximum weight without cable 0.8 kg
    • Operating temperature -20...+70°C
    • Storage temperature -30...+85°C
    • Maximum humidity (non-condensing) 98%
    • Permissible vibration (55 to 2000 Hz) ≤ 100 m/s²
    • Permissible shock (11 ms) ≤ 300m/s²
    Details
  • Encoder Technology A58HE1 Through Hollow Shaft Incremental Encoder

    Encoder Technology A58HE1 Through Hollow Shaft Incremental Encoder

    Features

    • Number of output pulses per revolution 100-108000 ppr
    • Maximum shaft speed 10000 rpm
    • The permissible motion of the shaft - axial: ± 0.5 mm - radial: ± 0.05 mm
    • Accuracy (T1-period lines on disc in arc. sec) ± 0.1T1 arc. sec
    • Starting torque at 20°C ≤ 0.025 Nm
    • Rotor moment of inertia < 1.5x10-4 kgm2
    • Protection (housing) (IEC 529) IP64
    • Protection (shaft side) (IEC 529) IP64
    • Maximum weight without cable 0.3 kg
    • Operating temperature -10...+70°C
    • Storage temperature -30...+80°C
    • Maximum humidity (non-condensing) 98%
    • Permissible vibration (55 to 2000 Hz) ≤ 100 m/s²
    • Permissible shock (5 ms) ≤ 1000 m/s²
    Details
  • Encoder Technolohy CMT Non Contact Magnetic Linear Scales

    Encoder Technology CMT Non contact magnetic linear encoder

    Features

    • Type: Non-contact magnetic linear encoder (measures displacement without physical contact)
    • Measuring length: Up to 50 meters
    • Function: Converts linear movements of machine components into electrical signals with information about:
      • Value: Distance travelled
      • Direction: Forward or backward movement
    • Durability: Designed for harsh industrial environments and resistant to various contaminants and physical impacts.
    • Components:
      • Metal-based magnetic band (MP): Stores the encoded information
      • Reading head: Detects the magnetic field variations on the band and converts them into electrical signals
      • Profile rail (PS) with protective band: Provides mounting and protects the reading head
    Details
  • Encoder Technology L18 Linear Scales

    Encoder Technology L18 Linear Scales

    Features

    • Type: Photoelectric linear displacement measuring device (measures changes in position)
    • Measuring length: Up to 2.040 mm
    • Grating period: Two options available: ±20 µm or ±40 µm (determines the smallest detectable movement)
    • Accuracy: Up to ±3 µm (indicates the encoder's closeness to the actual displacement)
    Details
  • Encoder Technology L18B Linear Scales

    Encoder Technology L18B Linear Scales

    Features

    • Measuring length: Up to 3.240 mm
    • Accuracy: Up to ±5 µm within any meter of its measuring length
    • Grating periods: Available in two options: ±20 µm and ±40 µm
    Details
  • Encoder Technology L18T Linear Scales

    Encoder Technology L18T Linear Scales

    Features

    • Similar to the L18 series: Shares most functionalities and specifications with the L18 series encoders.
    • Different housing fixation: Requires distinct mounting methods compared to the L18 series.
    • Improved thermal behaviour: More stable performance under different temperatures.
    Details
  • Encoder Technology L23 Linear Scales

    Encoder Technology L23

    Features

    • Type: Photoelectric modular linear encoder
    • Measuring length:
      • Up to 20,000 mm (20 meters)
      • Can be even longer with special order
    • Accuracy: Up to ±3 µm
     
    Details
  • Encoder Technology L35 Linear Scales

    Encoder Technology L35 Linear Scales

    Features

    • Type: Incremental linear displacement measuring device (measures changes in position)
    • Measuring length: Up to 3.240 mm
    • Accuracy: Up to ±3 µm within any meter of its measuring length (accuracy scales with length)
    • Vibration resistance: More resistant to vibrations than the L18 series encoders
    Details
  • Encoder Technology L35T Linear Scales

    Encoder Technology L35T Linear Scales

    Features

    • Similar to the L35 series: Shares most functionalities and specifications with the L35 series encoders.
    • Different mounting parameters: Requires distinct mounting methods compared to the L35 series.
    • Measuring length: Up to 3.240 mm.
    • Enhanced vibration resistance: More resistant to vibrations than the L18 series encoders, making it suitable for applications with higher vibration levels.
     
    Details
  • Encoder Technology L37 Linear Scales

    Encoder Technology L37 Linear Scales

    Features

    • Type: Incremental encoder
    • Thermal behaviour: Reproducible, indicating stability under temperature changes
    • Reading head: Reversible for flexibility in installation
    • Measuring length: Up to 3.240 mm
    • Accuracy: Up to ±3 µm within the measuring length
    Details
  • Encoder Technology L50 Linear Scales

    Encoder Technology L50 Linear Scales

    Features

    • Type: Incremental encoder
    • Measuring length: 3.240 mm to 30.040 mm
    • Grating period: 40 µm
    • Accuracy: Up to ±10 µm within the measuring length
    Details
  • Encoder Technology LK24 Linear Scales

    Encoder Technology LK24 Linear Scales

    Features

    • Type: Photoelectric absolute linear encoder (measures absolute position)
    • Measuring length: Up to 3.240 mm (customizable)
    • Interface: SSI or BiSS serial interface for digital communication
    • Accuracy: Up to ±1 µm high accuracy
    • Optional incremental track: Provides 1Vpp incremental signal for applications requiring both absolute and incremental position data.
    Details
  • Encoder Technology MK Magnetic Linear Encoder

    Encoder Technology MK Magnetic Linear Scales

    Features

    • Magnetic absolute linear encoder
    • MK has a measuring length of up to 50.000 mm
    • Accuracy can reach up to ±35 μm.
    • Encoder has two versions of serial interface - SSI or BiSS C
    • Optionally it can have 2 analog sinusoidal signals with phase shift 90°C and amplitude approx. 1Vpp.
    Details
  • Encoder Technology MT Magnetic Linear Scales

    Encoder Technology MT Magnetic Linear Scales

    Features

    • Measuring length: Up to 50,000 mm (50 meters)
    • Accuracy: Up to ±25 micrometres (μm)
    • Customizable: Other parameters can be modified to meet specific needs
    Details
  • Encoder Technology PCMT Linear Scales

    Encoder Technology PCMT Linear Encoder

    Features

    • Converts the movement of key machine parts into electrical signals.
    • Designed for harsh industrial environments and resistant to various physical and environmental factors.
    • Magnetic band length can reach up to 50 meters.
    • Allows for either user-defined reference marks or external zero signal actuator.
    • LED on the reading head confirms reference mark detection.
    • Compressed air can be used to clean the rail surface, improving accuracy.
    • Two output signal options:
      • PCMT-F: Square-wave with built-in interpolation electronics.
      • PCMT-AV: Sinusoidal signal requiring external interpolation.
    Details

  • Motrona DM221: Strain Gauge Amplifier >>> Analog

    Features

    • 6-wire connection for one strain gauge full bridge sensor
    • 4 control inputs [HTL/PNP]
    • 1 analog output ±10 V, 0/4 ... 20 mA, 16 bit
    • 4 control outputs for signalling different operation states
    • Power supply 18 ... 30 VDC
    • Functions for scaling and linking the sensor signals (e.g. A+B, A-B, ...)
    • Adjustable bridge voltage per sensor from 3 VDC ... 10 VDC
    • Sensitivity of the sensor inputs 1 ... 10 mV
    • Transmission of the sensor data via RS485
    • Programming via USB and the user interface OS (freeware)
    • Protection class IP20
    • Compact housing for mounting on 35 mm top-hat rail (according to EN 60715)
    Details

  • Motrona DM222: 2 channel Strain Gauge Amplifier >>> Analog

    Features

    • 6-wire connection for two independent strain gauge full bridge sensors
    • 4 control inputs [HTL/PNP]
    • 2 independent analog outputs ±10 V, 0/4 ... 20 mA, 16 bit
    • 4 control outputs for signalling different operation states
    • Power supply 18 ... 30 VDC
    • Functions for scaling and linking the sensor signals (e.g. A+B, A-B, ...)
    • Adjustable bridge voltage per sensor from 3 VDC ... 10 VDC
    • Sensitivity of the sensor inputs 1 ... 10 mV
    • Transmission of the sensor data via RS485
    • Programming via USB and the user interface OS (freeware)
    • Protection class IP20
    • Compact housing for mounting on 35 mm top-hat rail (according to EN 60715)
    Details

  • Motrona ET224: Expansion Module for GV series with Potential Separation, 4 Outputs

    Features

    • Input frequency up to 500 kHz with HTL or 1 MHz with RS422 / TTL
    • 4 pulse outputs, formats correspond to those of the input signals, but with individual assignment of the output level for each output
    • BUS interface for quick and easy connection of the modules
    • Power supply 10 ... 30 VDC
    • Signal delay time 160 ns
    • Input level at RS422 / TTL (differential voltage > 0.5 V),
    • Input level at HTL differential (differential voltage > 2 V),
    • Input level at HTL asymmetric low: 0 ... 6 V, high: 8 ... 40 V
    • Input level at TTL (asymmetrical): LOW < 0.8 V, HIGH >2.0 V
    • Compact housing for mounting on 35 mm top hat rail (according to EN 60715)
    • Dimensions W x H x D = 34 x 118 x 140 mm (1,34 x 4,65 x 5,51")
    Details

  • Motrona ET228: Expansion Module for GV series with Potential Separation, 8 Outputs

    Features

    • Input frequency up to 500 kHz with HTL or 1 MHz with RS422 / TTL
    • 8 pulse outputs, formats correspond to those of the input signals, but with individual assignment of the output level for each output
    • BUS interface for quick and easy connection of the modules
    • Power supply 10 ... 30 VDC
    • Signal delay time 160 ns
    • Input level at RS422 / TTL (differential voltage > 0.5 V),
    • Input level at HTL differential (differential voltage > 2 V),
    • Input level at HTL asymmetric low: 0 ... 6 V, high: 8 ... 40 V
    • Input level at TTL (asymmetrical): LOW < 0.8 V, HIGH >2.0 V
    • Compact housing for mounting on 35 mm top hat rail (according to EN 60715)
    • Dimensions W x H x D = 54 x 118 x 140 mm (2,13 x 4,65 x 5,51")
    Details

  • Motrona EV224: Expansion Module for GV series without Potential Separation, 4 Outputs

    Features

    • Input frequency up to 500 kHz with HTL or 1 MHz with RS422 / TTL
    • 4 pulse outputs, formats correspond to those of the input signals, but with individual assignment of the output level for each output
    • BUS interface for quick and easy connection of the modules
    • Power supply 10 ... 30 VDC
    • Signal delay time 160 ns
    • Input level at RS422 / TTL (differential voltage > 0.5 V),
    • Input level at HTL differential (differential voltage > 2 V),
    • Input level at HTL asymmetric low: 0 ... 6 V, high: 8 ... 40 V
    • Input level at TTL (asymmetrical): LOW < 0.8 V, HIGH >2.0 V
    • Compact housing for mounting on 35 mm top hat rail (according to EN 60715)
    • Dimensions W x H x D = 34 x 118 x 140 mm (1,34 x 4,65 x 5,51")
    Details

  • Motrona EV228: Expansion Module for GV series without Potential Separation, 8 Outputs

    Features

    • Input frequency up to 500 kHz with HTL or 1 MHz with RS422 / TTL
    • 8 pulse outputs, formats correspond to those of the input signals, but with individual assignment of the output level for each output
    • BUS interface for quick and easy connection of the modules
    • Power supply 10 ... 30 VDC
    • Signal delay time 160 ns
    • Input level at RS422 / TTL (differential voltage > 0.5 V),
    • Input level at HTL differential (differential voltage > 2 V),
    • Input level at HTL asymmetric low: 0 ... 6 V, high: 8 ... 40 V
    • Input level at TTL (asymmetrical): LOW < 0.8 V, HIGH >2.0 V
    • Compact housing for mounting on 35 mm top hat rail (according to EN 60715)
    • Dimensions W x H x D = 54 x 118 x 140 mm (2,13 x 4,65 x 5,51")
    Details

  • Motrona FM210: Frequency Multiplier / Frequency Divider

    Features

    • Pulse input with format A, B, Z [HTL single-ended, TTL single-ended] or A, /A, B, /B, Z, /Z [RS422, HTL differential]
    • 4 control inputs for HTL, PNP signals [10 ... 30 VDC]
    • Input and output frequency up to 1 MHz
    • 3 incremental outputs with format A, /A, B, /B, Z, /Z, Push-Pull, [8 … 29 VDC]
    • Power supply 9 ... 30 VDC
    • Snap-on housing for top-hat rail (acc. EN 60715)
    • Multiplier/divisor adjustable as quotient F1 / F2
    • Multiplication/division without cumulative residual errors
    • Additional functions such as jog, trim, offset and reference
    Details

  • Motrona FM260: Programmable Pulse and Frequency Multiplier

    Features

    • Pulse input with format A, B, 90° [HTL] or A, /A, B, /B, Z, /Z [RS422]
    • 4 control inputs for PNP signals [10 ... 30 VDC]
    • Input and output frequency up to 1 MHz
    • Pulse output with format A, /A, B, /B, Z, /Z and push-pull characteristic, [5 ... 30 VDC]
    • Power supply 11 ... 30 VDC
    • Snap-on housing for top-hat rail (according to EN 60715)
    • LCD backlighted
    • Setup via keys, RS232
    • The device multiplies an incoming frequency by a proportional factor F1 and a reciprocal factor F2. The two factors F1 and F2 are adjustable in the range of 0.0005 to 9.9999
    • All operation modes provide error-free frequency conversion, with full consideration of the A / B phase and direction of the quadrature signals, therefore no cumulative errors, even with continuous changes of directions and vibrations
    • Zero pulse generator: the frequency multiplier generates at the output an index signal with an adjustable pulse interval, which can be synchronized as needed with the zero pulse at the input
    Details

  • Motrona FP210: Signal Converter Frequency >>> Parallel

    Features

    • Frequency inputs A, B [HTL], A, / A, B, / B [RS422, HTL]
    • 3 control inputs (hold) for PNP signals [10 ... 30 VDC]
    • SSI input in the format DATA +, DATA-, CLOCK +, CLOCK- up to 32 bits
    • Start-stop interface for absolute transducers and magnetostrictive sensors
    • Input frequency up to 1 MHz
    • 25-bit parallel output push-pull in BCD, binary or Gray code format
    • Power supply 18 ... 30 VDC
    • Compact housing for mounting on 35 mm top-hat rail (according to EN 60715)
    Details

  • Motrona FU210: Signal Converter Frequency >>> Analog / Serial RS232/RS485

    Features

    • Pulse inputs A, B [HTL], A, /A, B, /B [RS422, HTL]
    • Input frequency up to 1 MHz [RS422], 200 kHz [HTL]
    • Analog output ±10 V or 0/4 ... 20 mA, 16 Bit
    • Power supply 18 ... 30 VDC
    • Snap-on housing for top-hat rail (according to EN 60715)
    • Setup via operator software OS6.0
    • Serial RS232- / RS485 interface
    • SSI input DATA+, DATA-, CLOCK+, CLOCK- [RS422], 32 Bit
    • Start-stop interface for absolute transducers and magnetostrictive sensors
    • USB interface and RS232/RS485 interface for configuration and serial readout
    Details

  • Motrona GI210: Switch between 2 SSI Encoders and a target device

    Features

    • Control input with format [HTL]
    • 2 SSI inputs with format [RS422]
    • Cutt-off frequency 100 kHz ... 1 MHz
    • 2 encoder inputs, short-circuit-proof
    • 1 SSI output with format [RS422]
    • Power supply 12 ... 30 V DC
    • Current consumption (unloaded) 50 mA
    • Encoder supply 2 x 125mA (Vin – 2 V) short-circuit-proof
    • Delay / Output / Input100 ns
    • Operation temperature : 0 ... 45 °C (32 ... 113 °F)
    • SSI pause time min. 25 ns
    • Switching time is synchronized automatically with the next SSI break
    • Cascadable for more SSI encoders
    • All connections via pluggable screw terminal block
    • Snap-on housing for top-hat rail (according to EN 60715)
    • LEDs for indication of the input pulses
    • Dimension W x H x D = 22,5 x 121 x 112 mm (8.86 x 47.64 x 44.09'')
    • Plastic housing incl. plug
    Details

Title

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VAT Reg #: 860 5449 17

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