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BERGER LAHR TLC511F Twin Line Positioning Controller

BERGER LAHR TLC511F Twin Line Positioning Controller

Twin Line Positioning Controller

Stepper Motor Control

Point-to-Point Positioning

Brand Name:

BERGER LAHR

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Product Details
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Twin Line Positioning Controller

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Stepper Motor Control

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Point-to-Point Positioning

Payment & Shipping Terms
Minimum Order Quantity
1
Packaging Details
Brand new and original
Delivery Time
2-3 work days
Payment Terms
T/T
Supply Ability
in stock
Product Description
Industrial Automation Spare Parts

BERGER LAHR TLC511F

Twin Line positioning controller for stepper motors and AC servomotors, with positioning, motion-control and commissioning functions for industrial drive applications.

Twin Line Controller 51x

Positioning control for industrial motion systems.

The TLC51x platform combines positioning control and power amplification for motor movement, with operation available through its signal interface, field bus, HMI or commissioning software.

Control & commissioning Manual movement, positioning, referencing, teach-in, electronic gearing, synchronization, parameter handling and diagnostic functions are provided within the documented TLC51x operating environment.

Technical Specifications

Electrical & motor data
Mains voltage
230 VAC, -20% to +15%; 115 VAC version also specified for the TLC51x range
Mains frequency
47–63 Hz
Current consumption at 230 V
2 A
Current consumption at 115 V
4 A
Starting current
< 60 A
External fuse at 230 V
10 A, C/K or similar characteristic
Motor power class
0.35 kW for TLC511
Rated motor current
3 Arms for TLC511
Switching frequency
16 kHz
Maximum speed
3000 min⁻¹
Power factor
> 0.6
Power loss
≤ 40 W for TLC511
Mains buffering
< 5 ms
Leakage current
< 30 mA
24 VDC supply & signal interface
System supply
24 VDC PELV, reverse-polarity protected
Input voltage range
20–30 VDC
Input ripple
< 2 VPP
Input current
< 2.5 A without loading of outputs
Digital input Uhigh
12–30 V, I ≥ 3 mA
Digital input Ulow
≤ 5 V, I ≤ 0.5 mA
Digital input current
≤ 7 mA at 24 V
Digital outputs
Short-circuit proof; inductive-load capable
Output voltage
≤ 30 VDC
Switching current
≤ 400 mA
Voltage drop
≤ 1 V at 400 mA
Analogue input
+10 V to -10 V
Analogue input resistance
5 kΩ
Analogue resolution
10 bit
Interfaces & module configuration
RS232
Serial interface for commissioning and operation
M1 module
PULSE-C or RS422-C for external setpoint signals
M2 module
RM-C for encoder-based actual-position monitoring
M4 options
PBDP-C, CAN-C, RS485-C or IBS-C according to installed configuration
Field-bus functions
Profibus-DP, CAN-based communication, serial RS485 or Interbus-S according to module
M3
Reserved for later extensions
Mechanical data
Width
108 mm
Height
212.5 mm
Depth
184.5 mm
Front width
105.5 mm
Connection dimension
63 mm
Protection type
IP20
Mass
2.7 kg
Positioning & operating functions
  • Manual movement and speed operation.
  • Point-to-point positioning.
  • Electronic gearing and synchronization.
  • Referencing and dimension setting.
  • Teach-in and list-controlled operation.
  • Acceleration and deceleration ramps.
  • Quick-stop and monitoring functions.
  • Fast position capture.
Installation & commissioning

The documented installation requires vertical mounting with the mains connection at the top and mounting on a galvanized metal plate with good conductive contact across the rear surface.

Commissioning includes checking the wiring, holding brake and limit switches where installed, setting phase current and device parameters, carrying out a manual motor run, checking rotation direction and optimizing travel behaviour.

Diagnostics & setup tools

Status indication, error displays, error-number information and movement-related diagnostic functions are available.

The Twin Line HMI provides parameter, operating-mode and service menus. The Twin Line Control Tool provides graphical parameter handling, signal testing, recording and additional diagnostic functions through RS232.

Application & Failure Scenarios

Typical system role

The TLC511 is a positioning controller for stepper-motor and AC-servo motion systems. It can be used with manual control, signal-interface operation or field-bus-based machine control.

Maintenance search trigger

The part number is commonly relevant when an installed controller develops a drive or positioning fault, fails to complete commanded movement, or requires replacement during machine maintenance.

System Industrial motion and positioning equipment using a Twin Line controller.
Fault trigger Controller fault, failed positioning movement or loss of the associated motor-axis function.
Downtime risk A controller failure can stop the motor axis and interrupt the machine process that depends on its movement.

AMIKON Service & Contact

Industrial sourcing · testing · dispatch

Match the exact controller before shipment.

AMIKON can arrange identification, functional testing and protective industrial packaging before dispatch. For DOA cases, contact us promptly with the order details and clear fault evidence. Warranty support covers confirmed product functional failure under normal use; damage caused by incorrect wiring, misuse, modification or external equipment is excluded.

sales@amikon.cn
AMIKON industrial automation service
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Contact · Miya Zheng

RFQ: Please provide Part Number, Quantity, Destination, Required Date, Machine/System Model.

FAQ

1. What motor power class is specified for TLC511?

The technical documentation specifies a 0.35 kW rated power class and 3 Arms rated current for TLC511.

2. What supply voltage does TLC511 use?

The TLC51x documentation specifies 230 VAC with a -20% to +15% range and also documents a reversible 115 VAC version. The control system uses a separate 24 VDC PELV supply.

3. Can TLC511 be integrated into a field-bus system?

Yes. The TLC51x supports field-bus configurations through the applicable module installed in the M4 position, including Profibus-DP, CAN-based, RS485 and Interbus-S options.

4. Where can I find the TLC511F pdf, manual or datasheet information?

The Twin Line Controller 51x technical documentation covers installation, commissioning, operating modes, parameters and diagnostics. For replacement enquiries, provide the complete TLC511F marking and machine information.

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