Electrical Resistance Meters
Available on order
DLRO200
Megger
Electrical Resistance Meters
Digital Low Resistance Micro-Ohmmeters DLRO10 and DLRO10X
Brand:
Megger
Available on order
DLRO10 and DLRO10X provide test current up to 10 A DC for measuring resistance from 0.1 μΩ to 2000 Ω across seven ranges. Product overview
The digital low resistance micro-ohmmeters DLRO10 and DLRO10X set new standards in low resistance measurement (also known as Megger 'Ducter™' testing). Both are fully automatic instruments that select the most appropriate test current, up to 10 A DC, for measuring resistance from 0.1 μΩ to 2000 Ω in one of seven ranges.
For greater control over the measurement process, DLRO10X features a menu system operated by a two-position switch, allowing manual selection of measurement current. DLRO10X also supports real-time result uploading and has built-in storage for later transfer to a PC.
DLRO10 uses a large, bright 4.5-digit LED display, while DLRO10X features a large backlit LCD. Both displays are visible under any lighting conditions and help reduce reading errors.
Both instruments are housed in a durable, lightweight case suitable for both field and laboratory use. They are portable enough to be worn around the neck, enabling measurements in previously inaccessible locations.
The digital low resistance micro-ohmmeters DLRO10 and DLRO10X set new standards in low resistance measurement (also known as Megger 'Ducter™' testing). Both are fully automatic instruments that select the most appropriate test current, up to 10 A DC, for measuring resistance from 0.1 μΩ to 2000 Ω in one of seven ranges.
For greater control over the measurement process, DLRO10X features a menu system operated by a two-position switch, allowing manual selection of measurement current. DLRO10X also supports real-time result uploading and has built-in storage for later transfer to a PC.
DLRO10 uses a large, bright 4.5-digit LED display, while DLRO10X features a large backlit LCD. Both displays are visible under any lighting conditions and help reduce reading errors.
Both instruments are housed in a durable, lightweight case suitable for both field and laboratory use. They are portable enough to be worn around the neck, enabling measurements in previously inaccessible locations.
