Optidrive P2

Product Knowledgebase Index

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Doc Number Title (Click link to access) Summary
MCW-P2-001 P2 Parameter P1-13 = 1, Set-up Guide P2 Set-up guide with P1-13 = 1 - Default terminal configuration
MCW-P2-002 P2 Motorised Potentiometer Set-up Guide 3 different set-ups for motorised pot function on Optidrive P2
MCW-P2-003 P2 Displaying RPM on the drives display How to show RPM on the drives display
MCW-P2-004 P2 Control Mode – Parameter P4-01 Information on P2 Parameter P4-01 - Control Mode
MCW-P2-005 P2 Autotune – Parameter P4-02 Information on P2 Parameter P4-02 - Autotune
MCW-P2-006 P2 Closed loop control with incremental encoder Setting P2 in closed loop control with AC motor and encoder
MCW-P2-007 P2 Saving a User Parameter Set Information on P2 saving a User Parameter set
MCW-P2-008 P2 Keypad Control Setup Information P2 Keypad Control Setup Information
MCW-P2-009 P2 Displaying motor current on the drives display How to show motor current on the drives display
MCW-P2-010 P2 PID Control Basic set up of the Optidrive P2 PID loop
MCW-P2-011 P2 min & recommended brake resistor values Optidrive P2 minimum and recommended braking resistor values
MCW-P2-012 Optidrive P2 current limits and overload Information on the Optidrive P2 current limits and overload
MCW-P2-013 Optidrive P2 Read Only Status Parameters Information on the Optidrive P2 read only status parameters
MCW-P2-014 Using Optidrive P2 with ACPM and BLDC motors in open loop Information on setting up Optidrive P2 for use with an AC Permanent Magnet (ACPM) servo motors and Brushless DC (BLDC) motors in open loop control
MCW-P2-015 Optidrive P2 Simple Motor Brake Control Information on setting up the P2 to control a simple motor brake
MCW-P2-016 Optidrive P2 Hoist Mode Control Information on setting up the Optidrive P2 for Hoist mode control for crane type applications
MCW-P2-017 Optidrive P2 Dynamic braking Information on setting up the Optidrive P2 for dynamic braking
MCW-P2-018 Optidrive P2 3 preset speeds from 3 or 4 separate terminals Information on setting up the Optidrive P2 for 3 preset speeds from 3 or 4 seperate terminals (3 set up examples in this document)
MCW-P2-019 Optidrive P2 motor thermistor set-up Information on how to set up a motor thermistor with P2
MCW-P2-020 Optidrive P2 Set up for controlling motor torque Information on how to set up the Optidrive P2 to control motor torque
MCW-P2-021 Optidrive P2 Bi-polar speed reference set-up Information on how to set up the Optidrive P2 for achieving an analogue bi-polar speed reference
MCW-P2-022 Using an A and B output encoder with Optidrive P2 Information on the connections required when using an A and B output encoder with Optidrive P2
MCW-P2-023 Optidrive P2 Limit switch set up Information on how to set up the Optidrive P2 for limit switch operation
MCW-P2-024 Optidrive P2 Variable Speed Select Function Information on how to set up the Optidrive P2 for a variable speed select function
MCW-P2-025 Optidrive P2 on Generator Supplies Information and considerations for using Optidrive P2 on a generator supply
MCW-P2-026 Optidrive P2 P1-13 = 21 Set-up Guide Information on Optidrive P2 P1-13 = 21 Set-up Guide - Momentary push button Start / Stop control
MCW-P2-027 Powering up the P2 Control from 24VDC Information on Powering up the P2 Control from 24VDC
MCW-P2-028 P2 Parameter P1-13 = 21 Set-up Guide – Momentary Control Information on P2 Parameter P1-13 = 21 Set-up Guide - Momentary Control
MCW-P2-029 Optidrive P2 STO (Safe Torque Off) Circuit Connections Information on Optidrive P2 STO (Safe Torque Off) Circuit Connections
MCW-P2-030 Optidrive P2 with Slip Ring Motors Information on using Optidrive P2 with Slip Ring motors
MCW-P2-031 Optidrive P2 Overspeed Protection Information on using Optidrive P2 overspeed protection
MCW-P2-032 Optidrive P2 Fault Finding Guide Information on fault finding on Optidrive P2
MCW-P2-033 Optidrive P2 Push Button Start/Stop Control with Stay-Put Forward/Reverse Input Information on how to set Optidrive P2 up for push button start/stop control but with a stay-put forward/reverse input
MCW-P2-034 Setting up Optidrive P2 for use with Synchronous Reluctance motors Information on setting up Optidrive P2 for use with Synchronous Reluctance motors
MCW-P2-035 P2 – Reducing Induction Motor Audible Noise In Inverter Drive Applications Information on Optidrive P2 - Reducing Induction Motor Audible Noise In Inverter Drive Applications
MCW-P2-036 Optidrive P2 Auto-Start and Auto-Reset Functions Information Optidrive P2 Auto-Start and Auto-Reset Functions
MCW-P2-037 Optidrive P2 Modbus RTU Control & Register Mapping Optidrive P2 Modbus RTU Control & Register Mapping
MCW-P2-038 Optidrive P2 Master – Slave Network Set-up Information On Setting Up P2 For A Master - Slave Network
MCW-P2-039 Optidrive P2 PID Control – How it works Gives information on how the Optidrive P2 PID control works. Set up examples can be found in MCW-P2-010
MCW-P2-040 Using RCD’s with Invertek P2 Variable Frequency Drives Gives information on using RCD's with Invertek P2 Variable Frequency Drives
MCW-P2-041 Using Optidrive P2 on high speed motors Gives information on using Optidrive P2 on high speed motors
MCW-P2-042 Using 3-Phase P2’s from Single Phase Power Supplies Gives information on using 3-phase P2's from single phase power supplies
MCW-P2-043 P2 Inverter drives supplied from a busbar and brushgear system Gives information on P2 inverter drives supplied from a busbar and brushgear system
MCW-P2-044 Configuring 2 x P2 drives as a master & following with 2 motors with the motor shafts rigidly coupled together Gives information on configuring 2 x P2 drives as a master & following with 2 motors with the motor shafts rigidly coupled together
MCW-P2-045 Optidrive P2 Addition Acceleration & Deceleration Ramps Gives information on setting up additional acceleration and deceleration ramps for Optidrive P2