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      TLC511F

      TLC511F Twin Line Positioning Controller
      In Stock
      Ships by Sunday, October 4
      Fast Shipping Available

      Product Describe：

      Berger Lahr TLC511F is a Twin Line TLC511 positioning controller for stepper-motor applications. The TLC511 family provides a 0.35 kW power class, 3 Arms rated motor current and configurable positioning interfaces.

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      Technical specifications Information Alternative names Technical notes FAQ

      Technical specifications for TLC511F

      Technical specifications for TLC511F

      • Manufacturer:
        Berger Lahr
      • Product Category:
        General Automation
      • Spare Part Number:
        TLC511F
      • Estimated shipping dimensions:
        11x16.5x21.3cm
      • Weight:
        2.2 kg
      • Tariff Code:
        8537101190
      • Counliy of origin:
        Germany
      • Product type:
        Twin Line positioning controller
      • Controller family:
        TLC51x
      • Referenced base model:
        TLC511
      • Application:
        Stepper-motor positioning
      • Mains voltage:
        1 x 230 V AC, -20% / +15%
      • Mains frequency:
        47 to 63 Hz
      • Current consumption:
        2 A at 230 V AC
      • Starting current:
        Less than 60 A
      • Power factor:
        Greater than 0.6
      • Power loss:
        40 W maximum
      • Mains buffering:
        Less than 5 ms
      • External fuse:
        10 A, characteristic C, K or similar
      • Motor power class:
        0.35 kW
      • Switching frequency:
        16 kHz
      • Rated motor current:
        3 Arms
      • Maximum motor speed:
        3000 rpm
      • Maximum documented motor-cable length:
        20 m
      • Control supply:
        24 V DC PELV, reverse-polarity protected
      • Control-supply range:
        20 to 30 V DC
      • Control-supply ripple:
        Less than 2 V peak-to-peak
      • Control input current:
        Less than 2.5 A without output loading
      • Digital input high level:
        12 to 30 V DC at 3 mA minimum
      • Digital input low level:
        5 V DC maximum at 0.5 mA maximum
      • Digital output current:
        400 mA maximum
      • Analogue input:
        +10 V to -10 V, 5 kohm input resistance
      • Ambient temperature:
        0 to 50 degC
      • Relative humidity:
        15% to 85%, non-condensing
      • Degree of protection:
        IP20
      • RS422-C encoder input frequency:
        400 kHz maximum
      • RS485-C transmission rates:
        1200 to 38400 baud
      • PBDP-C transmission rate:
        12 Mbaud maximum
      • CAN-C transmission rate:
        1 Mbaud maximum
      View as PDF Ask for Quote

      Information

      Information

      Overview Manuals Common Applications Product Precautions
      Berger Lahr TLC511F provides stepper-motor positioning and controlled machine-axis motion for a documented Berger Lahr Twin Line Controller 51x installation.
      • TLC511 stepper positioning control
      • 0.35 kW and 3 Arms motor output class
      • 20 to 30 V DC control supply
      • Configurable encoder and fieldbus modules

      The component remains matched to its documented host position, connections and approved configuration. Commissioning restores that architecture and verifies the intended function under controlled conditions.

      Important Notice: Confirm TLC511F, its exact Berger Lahr Twin Line Controller 51x role, installed position, power, interfaces, configuration, diagnostics and controlled acceptance evidence before release.

      Berger Lahr TLC511F Manuals & Downloads

      These documents are different: the first consolidates exact product and system data; the second provides model-specific installation checks, commissioning steps and acceptance guidance.

      Stepper-axis positioning
      Controls a documented TLC511-compatible motor and positioning sequence.
      Automated machine motion
      Uses signal-interface inputs, outputs and ENABLE control for the approved machine cycle.
      Encoder-referenced motion
      Accepts the documented RS422 encoder arrangement for position feedback.
      Fieldbus-controlled axis
      Supports documented RS485, PROFIBUS DP or CAN module configurations when fitted.
      Read the applicable Berger Lahr installation instructions before work. Verify TLC511F, the installed host system and all configured field interfaces before isolation, wiring or commissioning.
      1
      Confirm TLC511F, the TLC511 base execution and installed option modules.
      2
      Place the machine axis and power amplifier in the approved maintenance state.
      3
      Isolate mains, 24 V control and motor energy before disconnecting cables.
      4
      Record motor data, phase-current setting, encoder and fieldbus configuration.
      5
      Verify protective earth, mains fuse and 20 to 30 V DC control supply.
      6
      Keep motor-cable length within the documented 20 m limit unless separately approved.
      7
      Restore ENABLE, limit switches, encoder and communication wiring.
      8
      Run the function test with the motor decoupled, then verify controlled positioning response.

      Alternative Names

      Alternative Names

      TLC 511F TLC511 F

      Technical notes

      Technical notes

      Install TLC511F only in the documented Berger Lahr Twin Line Controller 51x position and preserve its exact wiring, interfaces and configuration. After controlled energization, verify diagnostics and stepper-motor positioning and controlled machine-axis motion before service release.

      FAQS

      • What stepper-axis motion-control role does Berger Lahr TLC511F perform?
        It is a TLC511-family Twin Line positioning controller for stepper-motor axes.
      • Which single-phase mains supply is documented for Berger Lahr TLC511F?
        The standard TLC511 uses single-phase 230 V AC at 47 to 63 Hz within the documented tolerance.
      • Which rated power, motor current and switching frequency apply to Berger Lahr TLC511F?
        The TLC511 base data specifies 0.35 kW, 3 Arms rated current and 16 kHz switching.
      • Which reverse-polarity-protected PELV control supply is required by Berger Lahr TLC511F?
        Use reverse-polarity-protected 24 V DC PELV within 20 to 30 V DC.
      • How does the +10 V to -10 V analogue input operate on Berger Lahr TLC511F?
        The signal interface provides a +10 V to -10 V analogue input with 5 kohm resistance.
      • Which IP20, temperature and humidity limits govern Berger Lahr TLC511F?
        Operate the IP20 controller from 0 to 50 degC at 15% to 85% non-condensing humidity.
      • Which RS422, RS485, PROFIBUS DP and CAN option interfaces are documented for Berger Lahr TLC511F?
        The manual describes RS422 encoder, RS485, PROFIBUS DP and CAN modules when fitted.
      • How should the motor-decoupled initial positioning test be performed on Berger Lahr TLC511F?
        Keep the motor decoupled, verify phase-current settings and ENABLE state, then test controlled positioning.
      Trusted by 5,000+ plants worldwide | Backed by our vast inventory of top-tier control parts, modules and cards, fast shipments are dispatched to cover your urgent needs. ABOUT US >>
      Disclaimer: We are not an authorized distributor or distributor of the product manufacturer of this website, The product may have older date codes or be an older series than that available direct from the factory or authorized dealers. Because our company is not an authorized distributor of this product, the Original Manufacturer`s warranty does not apply.While many DCS PLC products will have firmware already installed, Our company makes no representation as to whether a DSC PLC product will or will not have firmware and, if it does have firmware, whether the firmware is the revision level that you need for your application. Our company also makes no representations as to your ability or right to download or otherwise obtain firmware for the product from our company, its distributors, or any other source. Our company also makes no representations as to your right to install any such firmware on the product. Our company will not obtain or supply firmware on your behalf. It is your obligation to comply with the terms of any End-User License Agreement or similar document related to obtaining or installing firmware.

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