Why Rigol Multimeter does not start?
If your Rigol Multimeter doesn't start, check the following: * Ensure the power is correctly connected. * Verify the power switch on the rear panel is turned on. * Confirm the power indicator on the front panel is lit. * Inspect the power fuse on the back and replace it if blown. * Check if the voltage selector is set to the correct level. If it still fails to work, contact your local RIGOL distributor.
What to do if current measurement does not work on Rigol Multimeter?
If current measurement isn't working on your Rigol Multimeter, check the connections of the current input terminals and inspect the current input fuse.
How to fix unstable readout on Rigol DM3068 during small capacitance measurement?
To stabilize the readout and reduce large offset during small capacitance measurement on your Rigol Multimeter: * Ensure you are using a shielded cable. * Disconnect the measured capacitance and use the 'REL' operation to clear any zero offset.
What to do if Rigol DM3068 Multimeter self-test failed?
If the self-test on your Rigol Multimeter fails, check if the voltage selector is set to the proper scale. Also, disconnect all inputs and restart the self-test.
How to fix dark screen backlight on Rigol DM3068 Multimeter?
To address a dark screen backlight on your Rigol Multimeter, regulate the backlight brightness and contrast. For further assistance, refer to 'Screen' in 5.2.4 Replaceable Part list.
Why cannot connect to Rigol Multimeter through LAN interface?
If you cannot connect to your Rigol Multimeter through the LAN interface: * Ensure you are using the correct network cable and that it is properly connected. * Check the network connection indicator; if it's dark, the LAN may have issues. * Verify that the settings for DHCP, IP address, and DNS match the LAN settings. * Try turning on DHCP and AutoIP to allow the network to automatically assign an IP address. * Confirm that the browser being used has the same IP address as your meter.
How to fix the slow readout on Rigol DM3068?
If the readout on your Rigol Multimeter becomes slow or stops during measurement: * Check for any changes to the auto trigger interval and restore it if necessary. * Check the Single button indicator; if it's always on, press RUN to disable single trigger mode. * Ensure the external trigger function is disabled. * Make sure the meter is in Local mode.
Why cannot connect to Rigol DM3068 through USB interface?
If you're having trouble connecting to your Rigol Multimeter via USB: * Check the USB connection. * Ensure you have the latest driver from the RIGOL website. * If multiple USB devices are connected to your PC, verify that the software correctly identifies the meter.
Why cannot connect to Rigol DM3068 through GPIB interface?
If you cannot connect to the meter through the GPIB interface: * Check if the GPIB address is correct. * Check the connection of the GPIB cable. * Check if the software edition matches the used firmware version.
What to do if cannot enter the measurement interface after switched on Rigol DM3068?
If you cannot enter the measurement interface after switching on your Rigol Multimeter, restart the meter after 5 seconds off. If the problem persists, disconnect all external devices and restart the meter.
Overview of essential safety precautions for operating the instrument safely and preventing hazards.
Guidelines for storing and maintaining the instrument's condition to prevent damage.
Steps for cleaning the exterior surface of the instrument to maintain optimal performance.
Information on the proper disposal and recycling of the product at the end of its service life.
Detailed accuracy specifications for DC voltage, current, and resistance measurements.
Detailed accuracy specifications for AC voltage and current measurements across various frequencies.
Accuracy specifications for measuring frequency and period, including low frequency errors.
Accuracy specifications for capacitance measurements and related measuring characteristics.
Accuracy specifications for temperature measurements using RTD and thermocouple probes.
Details on the measurement speed (readings per second) for different functions and settings.
Information on triggering, storage, VMC output, and history record capabilities of the instrument.
Overview of the instrument's display, power, environment, safety, EMC, weight, and interfaces.
Introduction to Self-test, Fast test, and Routine test methods for verifying instrument performance.
List of recommended equipment and precision requirements for performing instrument tests.
Recommended environmental and operational conditions for accurate instrument performance testing.
Guidance on proper input terminal connections for various tests, including zero-offset and capacitance.
Procedures and specifications for performing routine tests, including zero-offset and gain tests.
Recommended calibration intervals based on measurement accuracy requirements.
Information regarding the necessity of recalibration to ensure measurement accuracy.
Instructions on how to send the instrument for professional calibration services.
Safety precautions and tools required for disassembling and assembling the instrument.
Visual overview of the instrument's main parts to aid in disassembly and assembly understanding.
Step-by-step instructions for removing and reattaching the instrument's handle.
Procedure for removing and reinstalling the rear panel of the instrument.
Guidance on removing and reassembling the instrument's metallic outer shell.
Instructions for disassembling and assembling the fuse seat component of the instrument.
Procedure for removing and reinstalling the GPIB PCB within the instrument.
Steps for disassembling and reassembling the filter board and transformer assembly.
Instructions for removing and reinstalling the front panel and LCD display assembly.
Procedure for disassembling and reassembling the instrument's internal fan.
Guidance on removing and reinstalling the main logic board of the instrument.
Steps for disassembling and reassembling the keypad PCB assembly.
Common issues, potential causes, and solutions for instrument malfunctions and startup problems.
Guidelines for maintaining instrument performance and extending its service life through proper usage.
Overview of the instrument's circuit design, including floating, grounding, and power circuits.
Procedures for inspecting key components like fuses and transformers to diagnose faults.
List of available replaceable parts with their part numbers and quantities for maintenance.
Information on the product warranty terms, coverage, and service contact details.
General| Display Digits | 6.5 |
|---|---|
| Power Supply | 100-240 V AC, 50/60 Hz |
| Weight | 3.7 kg |
| DC Voltage Range | 200 mV to 1000 V |
| DC Voltage Accuracy | ±(0.0035% of reading + 0.0005% of range) |
| AC Voltage Range | 200 mV to 750 V |
| AC Voltage Accuracy | 0.06% |
| DC Current Range | 200 µA to 10 A |
| DC Current Accuracy | 0.05% |
| AC Current Range | 200 μA ~ 10 A |
| Resistance Range | 200 Ω ~ 100 MΩ |
| Resistance Accuracy | 0.01% |
| Capacitance Accuracy | 1% |
| Frequency Accuracy | 0.01% |
| Temperature Range | -200°C |
| Connectivity | USB, LAN, GPIB |
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