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Filtered (61)

  • CT701-Firmware: Eccentric Material Processing

    Features

    • MC700 is a universal motion controller for 1 to 4 axis, programmable for multiple motion applications by simple download of the corresponding function firmware
    • With the use of Matona's CT701 firmware, this unit provides excellent solutions with all kinds of guillotine cutters and rotary eccentric shears needing a cosine-compensated speed profile during the penetration of the tool
    • Extremely smooth motion  to protect  mechanical solution, by self-optimizing polynomial speed transitions
    • High cutting accuracy, even during line acceleration and at high speeds
    • Programmable cosine-compensated speed profile
    • Special torque control features to master the impact load when cutting hard materials like stainless steel etc.
    • Special profile features to avoid deadlock between tool and material
    • Embedded virtual master axis (selectable)
    • Black-box unit for cabinet mounting
    • Remote control and communication facilities via external operator terminal, serial PC communication, PROFIBUS or optional via CANBUS (MC700/CI) etc.
    Details

  • CT803-Firmware: Rotating Cross Cutters

    Features

    • 2 pulse inputs with format  A, /A, B, /B, Z, /Z [HTL, RS422]
    • With an input frequency of up to 2 MHz
    • 2 control inputs with format  SIN+, SIN-, COS+, COS- [1 Vss] with an input frequency of up to 400 kHz
    • 2 SSI inputs with format  DATA+, DATA-, CLOCK+, CLOCK- up to 25 Bit, with SSI switching frequency of 100 Hz ... 1 MHz
    • 2 scalable 14-bit analog inputs for ±10 V or 0/4 ... 20 mA
    • 4 control inputs for PNP / NPN signals [10 ... 30 VDC]
    • 4 fast interrupt inputs for PNP / NPN signals [10 ... 30 VDC]
    • 1 pulse output with format  A, /A, B, /B, Z, /Z [RS422]
    • 4 control outputs with push-pull characteristic, short-circuit-proof [5 ... 30 VDC]
    • 2 scalable 14-bit analog outputs for ±10 V or 0/4 ... 20 mA
    • Loop time approx. 250 µs
    • Power supply 18 ... 35 VDC
    • Snap-on housing for top-hat rail (according to EN 60715)
    • OnBoard interfaces: Ethernet / IP, RS232 / RS485, USB 2.0, CANopen, Modbus RTU
    • Optional Ethernet interfaces: EtherCAT, Ethernet / IP, Modbus TCP, Powerlink, PROFINET, SERCOS III
    • Optional Fieldbus interfaces (slave): CC-Link, DeviceNet, PROFIBUS
    • Operates with all 4-Q-drive systems, equipped with a standardized drive communication bus (e. g. SERCOS-II). Alternatively, ±10 V setpoint can be used
    • The controllers can be setup by an external operator terminal as well as HMI’s via standardized factory communication bus e.g. PROFINET
    • Setup via Windows operator software (free of charge)
    Details
  • Encoder Technology A110 Incremental Angle Encoder

    Encoder Technology A110 Incremental Angle Encoder

    Features

    • Number of output pulses per revolution 18000-1800000 ppr
    • Line number on disc (z) 18000
    • Reference signal - standard: 1 per shaft revolution - distance coded: 36 per shaft revolution
    • Maximum shaft speed 5000 rpm
    • Maximum shaft load - radial: 10 N
    • Accuracy ± 7.5 arc. sec; ± 5.0 arc. sec
    • Starting torque at 20°C ≤ 0.01 Nm
    • Rotor moment of inertia < 20x10-6 kgm2
    • Protection (IEC 529) IP64
    • Maximum weight without cable 0.7 kg
    • Operating temperature 0...+50°C
    • Storage temperature -30...+80°C
    • Maximum humidity (non-condensing) 98%
    • Permissible vibration (55 to 2000 Hz) ≤ 100 m/s²
    • Permissible shock (11 ms) ≤ 300m/s²
    Details
  • Encoder Technology A170 Incremental Angle Encoder

    Encoder Technology A170 Incremental Angle Encoder

    Features

    • Number of output pulses per revolution 18000-1800000 ppr
    • Line number on disc (z) 18000; 36000
    • Reference signal - standard: 1 per shaft revolution - distance coded for z = 18000: 36 per shaft revolution - distance coded for z = 36000: 72 per shaft revolution
    • Permissible mech. speed ≤ 1000 rpm
    • Max. operating speed 300 to 500 rpm
    • Accuracy ± 2.5 arc. sec
    • Permissible shaft load - axial: ≤ 30 N - radial: ≤ 30 N
    • Starting torque at 20°C ≤ 0.012 Nm
    • Rotor moment of inertia < 3.7x10-4 kgm2
    • Protection (IEC 529) IP64
    • Maximum weight without cable 3.5 kg
    • Operating temperature 0...+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 A170H Incremental Angle Encoder

    Encoder Technology A170H Incremental Angle Encoder

    Features

    • Number of output pulses per revolution 18000-1800000 ppr
    • Line number on disc (z) 18000; 36000
    • Reference signal - standard: 1 per shaft revolution - distance coded for z = 18000: 36 per shaft revolution - distance coded for z = 36000: 72 per shaft revolution
    • Permissible mech. speed ≤ 1000 rpm
    • Max. operating speed 300 to 500 rpm
    • Accuracy ± 2.5 arc. sec
    • Permissible shaft load - axial: 0.02 mm - radial: 0.02 mm
    • Starting torque at 20°C ≤ 0.012 Nm
    • Rotor moment of inertia < 3.7x10-4 kgm2
    • Protection (IEC 529) IP64
    • Maximum weight without cable 4.1 kg
    • Operating temperature 0...+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 A200H Incremental Angle Encoder

    Encoder Technology A200H Incremental Angle Encoder

    Features

    • Number of output pulses per revolution 3.600.000
    • Line number on disc (z) 36000
    • Reference signal - 1 per shaft revolution - 36 per shaft revolution - 72 per shaft revolution
    • Permissible mech. speed ≤ 1000 rpm
    • Max. operating speed 300 to 500 rpm
    • Accuracy ± 2.0 arc. sec
    • Permissible shaft load - axial: 0.02 mm - radial: 0.02 mm
    • Starting torque at 20°C ≤ 0.5 Nm
    • Rotor moment of inertia < 0.9x10-3 kgm2
    • Protection (IEC 529) IP64
    • Maximum weight without cable 4.5 kg
    • Operating temperature 0...+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 A90H Incremental Angle Encoder

    Encoder Tehnology A90H Incremental Angle Encoder

    Features

    • Number of output pulses per revolution 18000-1800000 ppr
    • Line number on disc (z) 18000
    • Reference signal - standard: 1 per shaft revolution - distance coded: 36 per shaft revolution
    • Permissible mech. speed ≤ 3000 rpm
    • Max. operating speed 600 to 1000 rpm
    • Accuracy grades ± 5.0 arc. sec
    • Permissible shaft runout - axial: 0.02 mm - radial: ± 0.02 mm
    • Starting torque at 20°C ≤ 0.08 Nm
    • Rotor moment of inertia < 0.6x10-4 kgm2
    • Protection (IEC 529) IP64
    • Maximum weight without cable 1.2 kg
    • Operating temperature 0...+70°C
    • Storage temperature -30...+85°C
    • Maximum humidity (non-condensing) 98%
    • Permissible vibration (55 to 2000 Hz) ≤ 100 m/s²
    Details
  • Heidenhain Angle Encoder ECN Series

    Heidenhain Angle Encoder ECN Series

    Features

    • Absolute measuring method
    • Hollow shaft diameter (up to 50 mm)
    • Integrated stator coupling
    • Simple installation

    Typical field of application

    • Rotational axes with reduced accuracy requirements
    Details
  • Heidenhain Angle Encoder RCN Series

    Heidenhain Angle Encoder RCN Series

    Features

    • Absolute measuring method
    • Large hollow shaft diameter (up to 100 mm)
    • Integrated stator coupling
    • Compact size for limited installation space
    • System accuracy includes the deviation caused by the shaft connection
    • Outstanding dynamic response
    • Simple installation

    Typical field of application

    • Rotary tables
    • Swivel heads
    Details
  • Heidenhain Angle Encoder ROD Series

    Heidenhain Angle Encoder ROD Series

    Features

    • Incremental measuring method
    • Solid shaft
    • Separate shaft coupling for large mounting tolerances
    • System accuracy does not include the deviation caused by the shaft connection

    Typical field of application

    • Rotational axes
    Details
  • Heidenhain Angle Encoder RON Series

    Heidenhain Angle Encoder RON Series

    Features

    • Incremental measuring method
    • Large hollow shaft diameter (up to 60 mm)
    • Integrated stator coupling
    • Compact size for limited installation space
    • System accuracy includes the deviation caused by the shaft connection
    • Outstanding dynamic response
    • Simple installation

    Typical field of application

    • Rotary tables
    • Swivel heads
    Details
  • Heidenhain Modular Angle Encoder ERP880

    Heidenhain Modular Angle Encoder ERP 880

    Features

    • Large hollow shaft diameter (up to 10 m with a scale tape)
    • High shaft speeds up to 20,000 rpm
    • No additional starting torque from shaft seals
    • Segment versions
    • Also available with Functional Safety Modular angle encoders with optical scanning are available with various graduation carriers:
      • ERP/ERO: Glass circular scale with hub
      • ERA/ECA 4000: Steel drum
      • ERA 7000/8000: Steel scale tape

    Typical field of application

    • High-resolution rotary axes with high reproducibility
    • Very high number of signal periods
    • Small mounting space
    • Small interpolation error and low signal noise
    Details

  • Motrona BY701-Firmware: Synchronization of Drives

    Features

    • MC700 is a universal motion controller for 1 to 4 axes, which can be assigned any motion control functions by loading firmware. Together with the firmware BY701 (see firmware), this controller offers excellent synchronous functions for 1 - 4 axes.
    • The firmware offers all conceivable possibilities for the synchronization of drives, including the influence of phase position and the relative position between the drives and numerous index and print mark functions.
    • Optionally, a "physical master" or the built-in "virtual master axis" with programmable speeds and ramps can be used as the master drive.
    • The number of successive axes can be extended arbitrarily via a cascading output.
    • MC700 controllers can be operated via an external control terminal, serial interface or optional via CANBUS (MC700/CI). PC operator software is included.
    • PROFIBUS connection possible via gateway PB251 (see accessories)
    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

  • Motrona GS202: Encoder-Switch

    Features

    • 2 x 6 control outputs für HTL / PNP signals
    • Pulse inputs with format A, /A, B, /B, Z, /Z [RS422]
    • Input frequency up to 1 MHz
    • 2 encoder outputs, short-circuit-proof [TTL / RS422]
    • Power supply 12 ... 30 VDC
    • Current consumption (unloaded) 30 mA
    • Encoder supply 5 ... 35 VDC (extern connect to +VAUX)
    • Operation temperature: 0 ... 60 °C (32 ... 140°F)
    • Latency time < 250ns
    • Channel switching  < 1 ms
    • Open plastic housing for top-hat rail (according to EN 60715)
    • LEDs for indication of the input pulses
    Details

Title

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VAT Reg #: 860 5449 17

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