Vocational Training
Automotive Technology
Product Groups
Assembly Models
Cutaway Models
Experimental Kits
Functional Models
Functioning Engines
Interactive Training
Model Boards
Overhead Functional Models
Specialist Books
Training Case Systems
Training Stands + Automobiles
By Topic
Diesel Engines
Electric Drives and High-Voltage
Petrol Engines
Power Transmission
Safety and Comfort Systems
Vehicle System Diagnosis
Automotive Technology
Curtis 1314 Programming Station
Order-№: 96845  
Price on request

Essential accessories for setting and diagnosis of Curtis motor controls

Curtis 1314 Programming Station for diagnosis, parameterization and installation of software modules on all programmable Curtis motor controllers.


  • Real-time monitoring of system variables such as voltage, temperature, current, etc.
  • Stores all data such as parameters, monitoring values and log data in one file
  • Edit, rename, export and print files (offline or online)
  • Installing new software modules and programs on Curtis Controller
  • Copies parameters between individual Curtis controllers
  • Displaying and Deleting Error Log Files in Curtis Controllers
  • Online help and automatic update function (Internet connection required)

The special software for controlling the controller in electric vehicles offers a variety of additional software modules for various special functions.

It contains functions such as:

  • rev counter
  • brake light control
  • temperature activation
  • charger lock
  • recuperation off
  • driving signal
  • Eco or normal driving mode selection
  • Adjustable drag torque
  • Temporal response behaviour of the recuperation
  • Recuperation release (2nd stage) when the brake pedal is pressed
  • Selection of reversal of direction of rotation
  • Control of the instrument cluster
  • Unlocking the immobiliser
  • Pentium III 833MHz processor
  • Windows® XP/Vista /7 or higher
  • 512 MB RAM (1024 MB recommended)
  • USB port
  • PC software (CD-ROM)
  • USB interface
  • 4-PIN Molex and RJ11 cable

Fathi Jamal
Maiken Kayser
Nadja Parcsami
Sheng Wang