Langer & Laumann TSG 200

Questions and Answers

B
bbrewerAug 18, 2025
What to do if I get an encoder error on my Langer & Laumann Garage Door Opener?
- G
  gonzalezmichaelAug 18, 2025
  Several factors can cause an encoder error in your Langer & Laumann Garage Door Opener. The incremental encoder or its cable might be damaged, requiring replacement of the drive or cable, respectively. Additionally, a tripped blade-type fuse SI3, a faulty or unplugged motor line, or a faulty end stage could be the cause. Address a tripped fuse by eliminating the cause and replacing it. Check the motor line and plug, and consider replacing the TSG electronics unit if the end stage is faulty.
L
lucas44Aug 20, 2025
Why doesn't my Langer & Laumann Garage Door Opener drive run?
- J
  James WeaverAug 20, 2025
  If your Langer & Laumann Garage Door Opener drive isn't running, first ensure the TSG has voltage by turning on the mains power and checking LEDs 1 through 4. Also, verify that the stop input isn't interrupted by ensuring a connection between X5.1 and X5.2.
M
Mrs. Nancy Jones MDAug 23, 2025
What causes the target and actual values to not match on my Langer & Laumann Garage Door Opener?
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  Laura WrightAug 23, 2025
  If the target and actual values don't match on your Langer & Laumann Garage Door Opener, it could be due to the wrong voltage or a damaged incremental encoder. Check the power supply and replace the drive if the encoder is damaged.
M
Mrs. Brooke ObrienAug 25, 2025
What to do if the door travel path is locked on my Langer & Laumann Garage Door Opener?
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  Krista JonesAug 26, 2025
  If the door travel path is locked on your Langer & Laumann Garage Door Opener, it may be that the door lock has not been unlocked. Check the door mechanics. Also, inspect the door travel path for obstructions and remove them. An incorrect initial measurement movement may be the problem. Start the initial measurement movement (see P9). Finally, the buffer-type stops for the 'Closed position‘ or 'Opened position' may be missing or have been incorrectly adjusted. In this case, start the initial measurement movement (see P9). If the toothed belt tension has been changed, start the initial measurement movement (see P9).
K
Kathryn MartinAug 28, 2025
What causes no signal from the encoder on my Langer & Laumann Garage Door Opener?
- C
  Clinton JacksonAug 28, 2025
  If there is no signal from the encoder in your Langer & Laumann Garage Door Opener, the cable to the incremental encoder may be damaged, requiring its replacement. Alternatively, the incremental encoder itself might be damaged, necessitating replacement of the drive.
C
Connie AdkinsAug 30, 2025
What to do if my Langer & Laumann Garage Door Opener is obstructed for reversing?
- X
  xrobertsonAug 30, 2025
  If your Langer & Laumann Garage Door Opener is obstructed while reversing, check the door's travel path for any obstructions. (see also E1)
Z
zsmithSep 1, 2025
Why does my Langer & Laumann Garage Door Opener detect an obstruction when the travel path is free?
- K
  kennethblackburnSep 1, 2025
  If your Langer & Laumann Garage Door Opener detects an obstruction even when the travel path is free, it's likely due to excessive friction. Ensure the door mechanics move freely and easily by cleaning them.
J
judyblankenshipSep 3, 2025
How to fix door travel that is not limited on my Langer & Laumann Garage Door Opener?
- K
  Karen SandersSep 4, 2025
  If the door travel is not limited on your Langer & Laumann Garage Door Opener, it could be due to an undefined end position in either the open or close direction. Check the mechanics of the door. A failed toothed belt can also cause this issue. Check the toothed belt.
J
Jacob HillSep 5, 2025
What to do if my Langer & Laumann Garage Door Opener is obstructed after switching on again?
- J
  James NunezSep 6, 2025
  If your Langer & Laumann Garage Door Opener is obstructed after switching it on again, check the travel path. (see also E1)
R
Robin SotoSep 8, 2025
Why does my Langer & Laumann Garage Door Opener experience mains power start-ups?
- L
  Linda FlynnSep 8, 2025
  Mains power voltage failure can cause start-ups in your Langer & Laumann Garage Door Opener, resulting in a device restart. Check the supply line, the back-up fuse, and the fuse on the TSG electronics unit. If necessary, replace the TSG electronics unit.

Summary

About the Instructions

General Information

Provides essential details about the TSG door operator manual and its scope.

Explanation of Symbols

Details the meaning of warning, caution, and note symbols used in the manual.

General Safety Requirements

Delivery and Component Check

Instructions for checking delivered TSG door operator components for completeness and damage.

Safety and Accident Prevention Requirements

Mandatory observance of legal safety and accident prevention rules for TSG operation.

Qualified Personnel Definition (VDE 0105)

Defines qualified personnel based on training, experience, and authorization for system safety.

Exclusion of Guarantee for Modifications

Details how unauthorized changes void warranty and exclude manufacturer liability.

Safety Contact Usage Restrictions

Specifies that TSG relay outputs must not be used for safety circuits.

Additional Safety Instructions

Emphasizes user responsibility for safe operation and compliance with regulations.

Range of Service Applications

TSG 200 and TSG 400 Specifications

Details the weight capacity and travel path for TSG 200 and TSG 400 door operators.

Mechanical Installation

Installation Requirements

Lists prerequisites for mechanical installation of the TSG door operator.

Installation Process Steps

Step-by-step guide for mounting the TSG drive and related components.

TSG Toothed Belt Tension and Alignment

Instructions on proper tensioning and alignment of TSG toothed belts for optimal performance.

Electrical Settings and Commissioning

TSG Display Overview

Explains the two-digit 7-segment display for indicating status and menu parameters.

TSG Menu Structure Navigation

Details how to navigate the TSG electronics unit menu using the jog wheel.

TSG Self-Learn Procedure

Step-by-step guide for the initial self-learn procedure to measure door size.

TSG Manual Mode Operation

Instructions for selecting and operating the TSG door operator in manual mode.

Default Parameters

Drive Curves with Default Parameters

Illustrates default speed curves for door opening and closing with parameter references.

Basic Parameter Settings

Overview of pre-configured default TSG parameters that typically do not require changes.

User Setting of P Parameters

Guide to adjusting P parameters for quick drive value settings in the TSG.

Advanced Parameters

Drive Curves with Advanced Parameters

Graphical representation of drive curves using advanced 'c' parameters for precise control.

TSG Advanced Menu Navigation

Procedure to access and navigate the advanced menu for 'c' parameters.

User Setting of C Parameters

Details on setting individual 'c' parameters for TSG door operator control.

User Setting of B Parameters

Configuration options for 'b' parameters related to obstruction detection and response.

User Setting of H Parameters

Configuration of 'h' parameters for tests, inputs/outputs, and system parameters.

E Parameter Errors

E Parameters for Error Monitoring

Table detailing E parameters for monitoring controller errors like travel path, EEPROM, and encoder faults.

Operating State - R Parameters

R Parameters for Operating Status

Details 'r' parameters for displaying actual speed, target speed, motor current, voltage, and temperature.

Au Parameters

User Setting of Au Parameters

Configuration of 'Au' parameters for intermediate positions, tolerance, and IP settings.

TSG Connections

X1 Inputs Configuration

Wiring and voltage requirements for TSG X1 inputs (Open, Close, Reserved).

X2 Outputs Overview

Description of the three TSG relay outputs for door status reporting.

TSG Stop Input Functionality

Details the separate stop input on the TSG board and its safety implications.

Restart After Power Failure

Procedure for TSG door operator restart after power loss and restoration.

Setting for Force Limiting

Force Limiting Configuration

Explains setting P8 or b2/b7 for maximum allowable static force and kinetic energy.

Obstruction Detection in Closed Direction

How the TSG detects and reacts to obstructions when closing the door.

Obstruction Detection in Open Direction

How the TSG detects and reacts to obstructions when opening the door.

Holding Torque in End Positions

Setting holding torque for end positions with and without input signals.

Troubleshooting

Error Elimination Table (E Errors)

Provides a table for diagnosing and resolving errors indicated by E codes.

Illustrations

TSG Standard Conversion Kit Overview

Diagram illustrating the components of the TSG standard conversion kit.

TSG Standard Conversion Kit Dimensions

Provides front and side dimension drawings for the TSG standard conversion kit.

TSG Motor Position Variants

Illustrates the TSG drive with left-hand and right-hand motor configurations.

TSG Options

TSG Hat Combination Bracket

Details the optional TSG 'hat' bracket for mounting on uneven surfaces.

TSG Web Interface Functionality

Description of the TSG web interface for remote monitoring and settings via PC.

Intermediate Positions Configuration

How to store and approach intermediate positions using an expansion board.

Emergency Power Supply Unit

Details the optional emergency power supply with batteries for TSG operation.

TSG Light Curtain Kit Installation

Information on connecting and configuring the optional light curtain for obstruction detection.

Service and Maintenance

Routine TSG Maintenance Checks

Mandatory checks for doors, drives, belt, and system functions every three months.

Disposal

Disposal of TSG Components

Guidelines for disposing of TSG oil and separating components for recycling.

Technical Data for TSG Electronics

TSG Electronics Overview Diagram

Diagram showing TSG electronics unit connections, LEDs, and input/output assignments.

TSG Electronics Technical Specifications

Provides electrical specifications for TSG electronics, including voltage, fuses, and power.

X1 Input Terminal Assignment

Detailed assignment of TSG X1 inputs for door signals and auxiliary voltage.

X2 Relay Output Assignments

Defines the TSG X2 relay outputs for door status (Open, Closed, Obstructed).

X3 Incremental Encoder Assignment

Wiring details for the TSG incremental encoder connection via 9-pin SubD.

X4 Motor Connection and Shielding

Specifies the wiring for the TSG motor connection and shield.

Connection Circuit Diagrams for TSG Inputs

TSG Input Voltage Supply Options

Illustrates connection options for TSG inputs using internal or external 24 VDC supply.

Notes