Desoutter CVIC II L2 User Manual

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Desoutter CVIC II L2 Specifications

General

Type	Controller
Power Supply	24 V DC
Protection Class	IP20
Communication Interface	Ethernet
Operating Temperature	0 to 45 °C
Storage Temperature	-20 to 70 °C

Summary

Safety Instructions

Statement of Use

Product intended use, restrictions, and professional use only.

General Safety Instructions

Safety instructions for personnel operating, installing, or maintaining the tool.

CVIC II Controller Description

Initial Start Up and Installation

Controller Installation Steps

Detailed steps for installing the CVIC II, including STOP signal, mounting, and cable connections.

Controller Start-up and Configuration

Guide to initial controller setup: language, date/time, access code, and control screens.

Programming CVIC II Controller Cycles

Cycles and Parameters Menu Overview

Overview of menus for determining programming, changing cycle details, and displaying tool features.

Learning Menu for Cycle Programming

Simple method to program cycles by analyzing the joint for automatic parameter adaptation.

Programming CVIC II Cycles

Introduction to CVIC II Cycles

How cycles are structured, defined by phases, and the procedure for programming them.

CVIC II Cycle General Parameters

Programming Action on NOK for Cycles

Programming CVIC II Cycle Phases

Creating or Changing a Cycle Phase

Procedure for adding or modifying a phase, including modifying sequence and parameters.

Programming CVIC II Cycle Parameters

Final Speed Phase Configuration

Action on NOK Phase Configuration (Normal Mode)

Defining specific actions to take when a cycle phase results in a reject.

Run Reverse Phase Configuration

Motor Parameter Configuration

Jump to Another Phase Configuration

Prevailling Torque Phase Configuration

Monitoring residual torque (prevailing torque) from threads formed with tapping screws.

Synchro Waiting Phase Configuration

Quick Cycles Menu for Fast Programming

Quickly program cycles with default run down and final speed phases, setting only target torque and max angle.

Station Menu for Configuration

Station General Parameters Configuration

Input/Output Configuration

Peripherals Configuration Menu

Serial Port Configuration

Ethernet Configuration Settings

Ethernet Socket 1 Configuration

Ethernet Socket 2 Configuration

PLC Communication Configuration

Controller Settings and Options

Controller Maintenance Operations

Maintenance Menu Options

Controller and Tool Test Procedures

Performing tests on the controller, tool operation, inputs/outputs, and LEDs.

Calibration Procedures

Manual Spindle Calibration

Automatic Spindle Calibration

General Maintenance Operations

Changing the Memory Battery

Controller Connections

Synchronizing Multiple CVIC Controllers

Tightening Results Printing Formats

Tightening Strategy Guide

Torque Control Strategy

Using torque control to ensure torque application, with examples of suitable joints.

Torque Control with Angle Monitoring

Combining torque and angle monitoring for assemblies to ensure correct operation and quality.

Angle Control and Torque Monitoring

Prevailing Torque Control Strategy

Checking residual torque (prevailing torque) from threads formed with tapping screws.

Loosening: Torque and Angle Monitoring

Untightening: Angle and Torque Monitoring

Releasing assembly constraints completely using angle control and torque monitoring.

Troubleshooting CVIC II Controller

CVIC II Report Codes Explained

Explanation of various report codes (Accept, Reject, Tmin, Tmax, etc.) and their meanings.

CVIC II Error Messages and Causes

Troubleshooting Adjustment Problems

Troubleshooting Wear or Breakdown Issues