BR1 User Manual
11
M-BR1-001-01
Table 4: Detailed description of the BR1
Setup
page (Figure 4)
Parameter
Description
Network Status:
•
If connected to a network via Ethernet, it will show as
Connected.
•
If not connected to a network, it will show as
Disconnected.
Device Name:
•
Product line (“
JGR-BR
1”
) and unit
serial number (“
1234567
”
) as stored
on the unit.
IP:
•
If connected to a network via Ethernet, it will show the IP address of the
unit. Use this IP address to access the RL1 webpage or connect to it via
software.
•
If not connected to a network, it will show as
N/A
.
XN1 Location:
•
Shows the IP address and port of the last connected XN1 server.
•
If it has not been connected, it will show as
N/A
.
Compensate IL
•
When enabled, the internal power monitoring PD will take a reading
every 2 min to compensate the stored IL reference.
•
It is recommended to have this setting enabled however a 1x2 switch
must engage so in cases where constant output power without
interruption is desired, this setting should be disabled.
Restore Reference
•
If enabled, when the unit powers up, the last stored reference will be
restored.
•
If disabled, a new reference will be required after every power cycle.
Detector Dark
•
Cap all outputs and detectors then enable to measure the dark current.
This will allow measurements for the entire power range of the unit
(configuration dependent).
•
Disable to remove the stored dark current value.
BR Pause
•
If enabled, the unit will pause before BR measurements to allow for
termination such as a mandrel wrap or index matching gel/block.
•
In cases where no physical termination is performed (such as APC-to-air
termination), this setting can be disabled to speed up testing.
Performing a Reference
Swipe right twice to access the
Reference
page. In Figure 5:
1.
tap a row header to reference that parameter (all wavelengths)
2.
tap a column header to reference that wavelength (all parameters)
3.
tap in the center to reference all wavelengths and parameters
Det.1
designates the IL reference as measured by detector 1.
