What to do if the HPS won't start on my Instron Test Equipment?
If the HPS (Hydraulic Power Supply) on your Instron Test Equipment fails to start, there are a few things to check: * Ensure the Emergency Stop button is disengaged. Then, enable the frame and try starting the HPS again. * Verify that the System disconnect switch is turned to the ON (|) position.
How to troubleshoot Instron Test Equipment frame not receiving power?
If the frame of your Instron Test Equipment is not receiving power, begin by checking the incoming power supply. Also, inspect all system fuses, and if you find a blown fuse, replace it.
What to do if Instron Test Equipment shows disconnect switch not ON?
If your Instron Test Equipment indicates the disconnect switch is not ON, ensure that the disconnect switch is turned to the ON position. Also, verify that the customer’s power supply is turned ON. If the set speed exceeds the load frame maximum speed, reduce the set speed and enable frame.
Why is the control rate too fast on my Instron Test Equipment?
If the control rate for the selected control mode is too fast on your Instron Test Equipment, it may be because the frame should not be operated in load/stress control during the yield portion of a test. Select position or strain control and restart the test. Ensure that the Tension/Compression switch is in the correct position for the test direction. Check the load cell cable for damage and secure connections.
How to fix position measurement not working on Instron Test Equipment?
If the position measurement is not working on your Instron Test Equipment, it could be due to several reasons: 1. If you have a hydraulic cylinder, make sure it is neither fully extended nor fully retracted. Enable the frame, start the HPS, adjust the hydraulic cylinder, zero all measurements, and calibrate all transducers. 2. Check that the Tension/Compression switch is in the correct position for the test. 3. For frames with a J3-style crosshead, ensure the locks control switch is set to Lock.
What causes oil temperature to exceed setpoint on Instron Test Equipment?
If the oil temperature exceeds the temperature switch setpoint on your Instron Test Equipment, it could be due to several factors: * Check and correct the fan operation. * The air filter in the base might be clogged; clean or replace it. * Environmental conditions may exceed requirements. The oil temperature must drop below approximately 68 deg. C (155 deg. F) to reset the switch. Once reset, the HPS can be started.
How do I enable the frame on my Instron Test Equipment?
To enable the frame on your Instron Test Equipment: * For Partner systems, select Machine and then Enable Frame. * For Bluehill systems, select the Frame icon and then Enable Frame. If you are using Partner software, check the “Enable Frame Timer” setting: Select Tools/Configure/Controllers, select the controller (59-R8) and click Modify. Ensure the “Enable Frame Timer” box is NOT checked.
What to do if communication is lost between frame and controls on Instron Test Equipment?
If communication between the frame and controls is lost on your Instron Test Equipment, reset the system by performing the shutdown and startup procedures that are provided in the System Operating Instructions.
How to troubleshoot EFI cable issues on Instron Test Equipment?
If you suspect issues with the EFI cable on your Instron Test Equipment, check the cable for any damage and ensure all connections are secure. Also, verify that the correct Ethernet crossover cable is being used and check IP settings to ensure they match the specified configuration. Finally, verify that the software version is 8.2a or above for Partner, or 2.15 or above for Bluehill.
How to turn off simulation mode on Instron Test Equipment?
If your Instron Test Equipment software is in Simulation mode, verify that the lower right corner of the screen does not display the word “SIM”. If it does, select Tools/Configure/Simulation and uncheck the “Simulate Test” box.
General| Control Software | Bluehill Universal |
|---|---|
| Test Space | Various test space options available (depending on model) |
| Crosshead Speed | 0.001 to 1000 mm/min |
| Load Accuracy | ±0.5% of reading down to 1/100 of load cell capacity |
| Applications | Tensile, compression, flexure |
| Load Frame Stiffness | High stiffness for accurate measurements |
| Control Modes | strain |
| Weight | Varies depending on model |
| Dimensions | Varies depending on model |
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