| Customization: | Available |
|---|---|
| Certification: | ISO9001, CCC, Contact Us |
| Installation: | Interface USB Type B (Device) |
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The DLRO10 and DLRO10X digital low resistance micro-ohmmeters bring new standards to low resistance measurement (also known as the Megger 'Ducter™' test). Both are fully automatic instruments, selecting the most suitable test current, up to 10 A DC, to measure resistance from 0.1 µΩ to 2000 Ω on one of seven ranges.
If you desire more control over the measurement process, the DLRO10X uses a menu system controlled by a two-axis paddle to allow you to manually select the test current. The DLRO10X also lets you download results in real time and provides on-board storage for later downloads to a PC.
The DLRO10 uses a large, bright 4.5-digit LED display, while the DLRO10X has a large, backlit LCD. Both are visible under all lighting conditions and help reduce errors in reading results.
Both instruments are built into a strong, lightweight case that is equally at home in the field or the laboratory. They are light enough to be worn around the neck, enabling you to take them into areas that were previously too small to access.
| NEW interchangeable test lead terminations | Multiple operating modes including fully automatic |
| Auto current reversal cancels standing emfs | Alpha-numeric keypad for entering test notes (DLRO 10X) |
| Protected to 600 V | User selectable high and low limits (DLRO 10X) |
| Automatically detects continuity in potential and current connections | Printer output and memory (DLRO 10X) |
Measuring low resistance helps identify resistance elements that have increased above acceptable values. Low resistance measurements prevent long-term damage to existing equipment and minimize energy wasted as heat. This testing reveals any restrictions in current flow that might prevent a machine from generating its full power or allow insufficient current to flow to activate protective devices in the case of a fault.
When evaluating results, it is crucial to pay attention first to repeatability. A good quality low resistance ohmmeter will provide repeatable readings within the accuracy specifications for the instrument. A typical accuracy specification is ±0.2 % of reading, ±2 LSD (least significant digit). For a reading of 1500.0, this accuracy specification allows a variance of ±3.2 (0.2 % x 1500 = 3; 2 LSD = 0.2). Additionally, the temperature coefficient must be factored into the reading if the ambient temperature deviates from the standard calibration temperature.
AVANTEST ELECTRONICS established in February 2018, integrates sales, system integration, customized services, R&D, and production.The company serves as a leading solution provider in relevant industries. Its R&D department team is experienced in microwave radio frequency, communication, and semiconductor industries. All of the core technical staff hold doctoral degrees. Its products and solutions are widely used in traditional industries and emerging technological fields, including but not limited to communication, aerospace, power electronics, industrial automation, automotive electronics, rail transit, semiconductor, new energy, LED lighting, medical electronics, and electromagnetic compatibility. Its customer base comprises research institutes, testing organizations, and industrial clients.
In addition to one-stop solutions for clients, the company also acts as an authorized agent for leading domestic and international brands in product testing and measurement. including, but not limited to: Keysight, Ceyear, Rohde Schwarz, Tektronix, Agitek, Anritsu, VIAVI, Gwinstek, ActionPower, Xinertel, and others.
The product range includes but is not limited to: oscilloscopes, signal generators, spectrum analyzers, network analyzers, DC power supplies, AC power supplies, parameter analyzers, device analyzers, microwave power meters, frequency counters, noise figure testers, EMI test receivers, signal quality analyzers (high-speed bit error rate testers), wireless communication testers, protocol analyzers (PCIe, SAS/SATA, USB, etc.), safety compliance testers, digital multimeters, LCR meters, electronic loads, special power sources, network testers, network impairment emulators, and others.
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