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Specifications
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5 5.9Parameter overview of PROFIBUS–DP 5-306 Siemens AG 2004 All Rights ReservedSIMODRIVE 611 universal Description of

Specifications
Outline	SIMODRIVE 611 universal/universal E Foreword Table of Contents 1 Product Overview 1.1 What can ”SIMODRIVE 611 universal” do? 1.2 ”SIMODRIVE 611 universal” in the SIMODRIVE 611 system 1.3 ”SIMODRIVE 611 universal” control board 1.3.1 Control board for 2 or 1 axis 1.3.2 Elements on the control board front panel 1.3.3 Optional modules 3 Parameterizing the Board 3.1 Overview when parameterizing 3.2 Parameterizing using the display and operator unit 3.2.1 Parameterizing mode 3.2.2 Example: Changing a parameter value 2 Installing and Connecting 2.1 Installing/removing control boards and modules 2.2 Connecting–up 2.2.1 General information on connecting–up 2.2.2 Connecting–up and setting the line supply infeed module 2.2.3 Connecting–up the power module 2.5 Cable diagrams 4 Commissioning 4.1 General commissioning information 4.2 Run–up of ”SIMODRIVE 611 universal” 4.3 Commissioning via SimoCom U 4.3.1 First commissioning with SimoCom U 4.3.2 Series commissioning with SimoCom U 4.3.3 Password protection with SimoCom U (from SW 8.1) 4.3.4 Automated firmware download (from SW 8.1) 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.7.1 Description 4.7.2 Commissioning induction motors (ARM) without encoder 4.7.3 Motor data optimization, steps 1 to 4 4.5 Function–initiating and diagnostic parameters 4.6 Parameters for hardware, operating mode and clock cycles 4.7 Induction motor operation with induction motor 4.8 Permanent–magnet synchronous motor with field–weakening (PE spindle) 4.9 1FW6 build–in torque motors (from SW 6.1) 4.10 Linear motors (1FN1, 1FN3 motors) 4.11 Direct measuring system for position control (from SW 3.3) 4.12 Connecting induction motors with TTL encoder (from SW 8.1) D Certificates Index
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Content	5 5.9Parameter overview of PROFIBUS–DP 5-306 Siemens AG 2004 All Rights ReservedSIMODRIVE 611 universal Description of Functions (FBU) – 10.04 Edition Table 5-38Parameters for PROFIBUS–DP, continued Parameters No.Effec- tive UnitsMax.Stan- dard Min.Description 0879PROFIBUS configuration (from SW 3.1)01FFFFhexPO Bit 2, 1, 0Permissible sign–of–life error Bit 8Operation with/without master sign–of–life monitoring Bit 11PKW area: Sub–index in the high/low byte of IND (from SW 3.3) Bit 12Activates the direct measuring system (encoder 2) for the encoder interface (from SW 3.3) Bit 13Incremental motor measuring system with/without equivalent zero mark Bit 14Incremental, direct meas. system with/without equivalent zero mark (from SW 3.3) 0880Speed evaluation PROFIBUS (SRM, ARM) Motor velocity evaluation PROFIBUS (SLM) 0.016 384.0100 000.0 RPM m/min im- med. . defines the normalization of the speed or velocity when using PROFIBUS–DP. 4000Hex or 16384Dec of the speed or velocity in P0880 0881 (from SW 4.1) Evaluation, torque/power reduction PROFIBUS (SRM, ARM) Evaluation, force/power reduction PROFIBUS (SLM) 0.016 384.016 384.0 % % im- med. . defines the normalization of the torque/power reduction or force/power reduction when using PROFIBUS–DP. Note: 4000 hex or 16384 dec in the control word MomRed corresponds to a reduction by the per- centage specified in P0881. 0882 (from SW 4.1) Torque setpoint evaluation PROFIBUS (SRM, ARM) Force setpoint evaluation PROFIBUS (SLM) –16384.0800.016 384.0 % % im- med. . defines the normalization of the torque or force setpoint when entered via PROFIBUS–DP. Note: P0882 is a percentage value referred to the rated motor torque. The parameter acts on the process data MsollExt (torque setpoint external in the input direction) and Msoll (torque set- point in the output direction). 4000 hex or 16384 dec in the control word corresponds to the percentage entered into P0882. 0883Override evaluation, PROFIBUS (from SW 3.1) 0.016 384.016 384.0%im- med. . defines the normalization of the override when entered via PROFIBUS DP. 4000hex or 16384dec the override in P0883 0884 (from SW 4.1) PROFIBUS position output evaluation number of increments 120488388607–PO . defines the normalization of the override when entered via PROFIBUS. 4000hex or 16384dec the override in P0883 5 Communications via PROFIBUS DP01.9905.0008.0108.01
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