Version Differences for NLB1000 - Opticon Technical Support Portal

==Technical==

For technical information on the OK or NG signals, click here: [[XLB1000 OK/NG]]

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===Fun Facts===

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*When trying to trigger the NLB1000 or RLB1000 using the brown trigger wire one must keep in mind you are talking about high and low for the processor so high is 3.3V and low is ground (0V). They trigger on low and are at high by default so to trigger the scanner all you have to do is ground the brown wire.

==Downloads==

<br />

|align="center" | The downloading and use of any Opticon software implies consent with Opticon's [[EULA | End User License Agreement]].

|}

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===Fun Facts===

-

*When trying to trigger the NLB1000 or RLB1000 using the brown trigger wire one must keep in mind you are talking about high and low for the processor so high is 3.3V and low is ground (0V). They trigger on low and are at high by default so to trigger the scanner all you have to do is ground the brown wire.

===Documents===

 ==Technical==
 For technical information on the OK or NG signals, click here: [[XLB1000 OK/NG]]
 								===Fun Facts===
 								*When trying to trigger the NLB1000 or RLB1000 using the brown trigger wire one must keep in mind you are talking about high and low for the processor so high is 3.3V and low is ground (0V).  They trigger on low and are at high by default so to trigger the scanner all you have to do is ground the brown wire.
 ==Downloads==
 <br />
 |align="center" | The downloading and use of any Opticon software implies consent with Opticon's [[EULA | End User License Agreement]].
 |}
-								===Fun Facts===
-								*When trying to trigger the NLB1000 or RLB1000 using the brown trigger wire one must keep in mind you are talking about high and low for the processor so high is 3.3V and low is ground (0V).  They trigger on low and are at high by default so to trigger the scanner all you have to do is ground the brown wire.
 ===Documents===