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 WHY BUY ROD-L |
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Safest Product of Its Kind
Hipot testing at several thousand volts or ground continuity testing at several amps are both extremely dangerous. Only ROD-L units have multiple levels of protective safety features built-in to protect the operator against death or serious injury. Most of these features were required to obtain our UL listing, but ROD-L units exceed these requirements, with features like 2 millisecond shutdown. ROD-L manufactures the safest units in the industry, and as a result, 1) has won the Consumer Product Safety Award presented by the Professional Insurance Agents Association, and 2) is the only company of its type that Chubb & Son Insurance Company will insure.
Most Accurate in the Industry
ROD-L Units Catch Faults Other Units Miss
Higher quality of your electrical safety test equipment means better quality of your product. ROD-L units have the most accurate meters, 10 microsecond arc detection, 100% repeatability, and ultra-precise adjustment of current trip points, voltage output, voltage ramp-rate and test duration. ROD-L features ensure that in regards to electrical safety testing, your manufacturing process will not allow unsafe, low quality products through.
Cost Effectiveness
An employee injury by a piece of electrical safety test equipment that does not have ROD-L safety features could result in large liability claims against your company.
Equally, a customer injury due to unsafe electrical insulation could also result in a large liability if it were determined that the defect would have been detected by a unit with the accuracy and capability of ROD-L.
The cost of a product recall due to an improperly tested product is often devastating because of the logistics involved and because of the negative marketing value. There have been many high profile cases to this effect.
ROD-L units can prevent loss of critical production time from failure analysis because of product defects that should have been detected by your electrical safety test equipment. If not detected, small arcs or overcurrent levels can cause unacceptable product failure levels in final manufacturing test phases and lead to catastrophic failure due to unsafe insulation materials and/or improper product construction. |
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