To Next PageTo Next PageWhat to do if the Desoutter CVIR II cycle was stopped after the allocated time?
If the Desoutter Controller cycle was stopped after the time allocated for this phase is elapsed and not by the target parameter, it indicates a 'Time' error. In this case, the programmed time out has to be modified to fit the application.
General| Category | Controller |
|---|---|
| Power Supply | 24 V DC |
| Protection Class | IP20 |
| Weight | 1.5 kg |
| Communication Interface | Ethernet, RS-232 |
| Operating Temperature | 0 to 50 °C |
| Storage Temperature | -20 to 70 °C |
| Relative Humidity | 10 to 90 % |
Introduces the CVIR II system, range, and key specifications.
Shows physical dimensions and technical specifications of the CVIR II.
Explains essential installation steps and safety checks.
Guides through the initial startup checks and display.
Displays tightening results and detailed report.
Shows OK or NOK status of the tightening report.
Displays the status of controller inputs and outputs.
Displays the result of a bar code reading.
Introduces menus for programming cycles and parameters.
Explains how to define actions for NOK results.
Details specific cycle parameters like number of cycles OK and report settings.
Explains how to define corrective actions for NOK results.
Allows configuration of station parameters.
Covers general parameters for the station mode and configuration.
Allows reconfiguring input and output functions on the I/O connector.
Details the configuration options for controller inputs.
Details the configuration options for controller outputs.
Sets up network parameters like IP address, mask, and gateway.
Allows configuration of controller-specific parameters.
Introduces the maintenance sub-menus for diagnostics and checks.
Allows manual calculation and application of torque correction coefficients.
Guides through automatic recalibration of the tool.
Explains the torque control strategy, its benefits, and limitations.
Details the combined torque and angle monitoring strategy for quality control.
Explains the angle control strategy with torque monitoring.
Covers the prevailing torque control strategy for checking residual torque.
Describes yield point controlled tightening based on torque rate changes.
Explains loosening using torque control and angle monitoring.
Details the seating detection strategy for precise fastener seating.
Lists and explains various report codes indicating cycle status or errors.
Lists common error messages and their potential causes.
Details specific error codes like E01, E02, etc.
Addresses issues from incorrect adjustment settings and provides solutions.
Details problems related to wear, breakdown, and system errors.
Addresses issues with tool starting and torque detection.
Addresses issues related to reverse operation and motor failure.
