To Next PageTo Next PageWhat to do if “No tool” appears on Desoutter Delta 1D Delta display?
If the Delta display shows “No tool” when you access the Tools menu, it means that no tool has been defined. To resolve this, create at least one tool with a Pset associated to start a test.
What to do if “No Pset available” appears on Desoutter Delta 1D Measuring Instruments Delta display?
If the Delta display shows “No Pset available” when selecting a tool, it means that the tool has no Pset associated with it. To fix this, associate at least one Pset to the tool.
What does “Capacity error” mean on Desoutter Delta 1D Delta display?
A “Capacity error” on the Delta display during a test indicates that the transducer's capacity is not adequate for the test. The solution is to use a transducer with a higher capacity.
What to do if “No more Psets available” appears on Desoutter Delta 1D Measuring Instruments Delta display?
If the Delta display shows “No more Psets available” when starting a test, it means the tool has been deleted. To solve this, exit the test menu and create a tool with at least a linked Pset.
What does “Transducer not suitable” mean on Desoutter Delta 1D Delta display?
If the Delta display shows “Transducer not suitable”, it means an incompatible transducer is being used for the test, such as a static transducer for a test requiring angle measurement. To resolve this, connect a compatible transducer for the test.
What does “Min Load Error” mean on Desoutter Delta 1D Measuring Instruments Delta display?
If a “Min Load Error” appears on the Delta display when starting a test, it means that the Pset and transducer data are not matching. To fix this, check both the transducer and the Pset data to ensure they are compatible to start the test.
What to do if test result is always Not OK when testing a tool on Desoutter Delta 1D?
If the test result is always Not OK or the click-point of a wrench is never detected when testing a tool with Desoutter Measuring Instruments, ensure you are using the proper setup. Check and, if necessary, modify the test setup parameters; the thresholds are the most critical parameters.
Why can't I connect the DeltaQC to the Desoutter Delta 1D Delta?
If you cannot connect the DeltaQC to the Delta, it might be due to a wrong connection type. When clicking on the Connect icon, make sure that the USB or Network is selected. To select the connection method, click on the arrow on the right side of the icon.
How to fix cannot enter the test menu on Desoutter Delta 1D Measuring Instruments?
If you cannot enter the test menu on your Desoutter Measuring Instruments, it may be because the transducer is not connected. Connect a valid transducer to the Delta, ensuring that the cable is also the correct one.
General| Brand | Desoutter |
|---|---|
| Model | Delta 1D |
| Category | Measuring Instruments |
| Language | English |
Mandatory reading of safety information before operating the Delta device.
Outlines the manual's structure, content, and purpose.
Details technical specifications of the Delta device and its capabilities.
Provides context on the Delta instrument, its models, and components.
Covers transducer connector, Ethernet, Mini USB, and Serial ports.
Details the Display, Keyboard, LEDs, and Buzzer for user interaction.
Guides on powering on the device and performing initial demo tests.
Guides through the installation of DeltaQC software and SQL Server.
Overview of the DeltaQC interface and its main areas.
Details USB and Ethernet connection methods.
Describes different transducers and their connection.
Details CVI II, CVI3, and CVIC II calibration functions.
Guides on using the Delta 1D for testing tools.
Guides on using Delta 6D/7D for tests and analysis.
Details Pset configuration for controlling test processes.
Explains offline mode for creating test assets without a connected Delta.
Guides on creating routes to group test programs.
Details transferring offline data to the Delta.
Guides on testing click wrenches.
Measures maximum torque during a test.
Tests nutrunner tools for torque application.
Tests pulse tools using a series of pulses.
Tests ELRT tools using load measurements.
Checks angle values against limits.
Evaluates residual torque on joints.
Evaluates torque/angle characteristics of a joint.
Executes tightening operations using various strategies.
Covers device settings configurable via Delta or DeltaQC.
Calculating and analyzing statistical data.
Allows retrieval and review of test results.
Enables viewing and analyzing recorded curves.
Explains calculating coefficients for extensions.
Provides maintenance procedures for the device.
Offers a guide to troubleshoot common Delta issues.
Details the default factory settings for the Delta device.
Lists abbreviations used in the manual.
Details conformity with EU directives, standards, and issuer information.
