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RF Connector Installation: 

1. All RF connectors including the power port connector are standard 

KS-type connectors.  Refer to Figure 3. 
 
 

 

 
 
 

 

1. Using a 

½

-inch wrench, remove port covers from RF ports and power 

port on the housing base. 

2. The center conductor seizure screws (Phillips screw) are located 

through the module.  Loosen, but do not remove the seizure screw. 
 

3. Measure the stinger to verify that it is 0.8 inches (20mm).  Refer to 

Figure 4. 

 

 
 

 

 
 

 
 

 
 
5. If you are going to apply shrink tubing to weatherproof the finished 

connection, slip a section of shrink tube over the end of the cable 
now. 
 

6. Insert the KS connector and cable to the Housing base and tighten 

connector. KS connectors should be tightened per manufacturer’s 
specifications. 
 

7. Using a Philips screw driver tighten the seizure screw. 

 

8. Position the shrink tubing over the connector and apply heat to 

shrink it in place. 

0.8 in 

(20mm) 

CAUTION! 

AC voltages in the range of 40 to 90 V AC.  Shut down external 

AC power before connecting or disconnecting power cables to the node. 

 
1.

The LBON4000 requires AC input power between 40 and 90 VAC. AC 
power is brought into the Node through the dedicated power port. 

2.

Follow “RF Connection Installation” section to install Power cable. 

Power Cable Installation: 

Figure 3 

Figure 4 

User Manual 

LBON4000 

LBON4000 April 2013 

Summary of Contents for LBON4000 ONU

Page 1: ...LBON4000 ONU User Manual LBON4000 April 2013...

Page 2: ...Product Description 1 2 0 Safety Notes 2 3 0 Block Diagram 3 4 0 Specifications 4 5 0 RF Connector Installation 5 6 0 Power Connector Installation 5 7 0 AC Power Director 6 8 0 General Set Up 6 9 0 F...

Page 3: ...elength laser type and band splits for maximum application FEATURES High RF output level 52 48dBmV per Port for 2 4 Ports GaAsFET Technology provides Low Distortions and Low power consumption Downstre...

Page 4: ...ly damage the retina of an eye Avoid direct exposure to the laser light source Never apply power to this product if the fiber is neither connected nor terminated Never stare directly into a fiber or a...

Page 5: ...1 Optical Rx input LED TP Optical Rx input Optical Tx out Optical Receiver Optical Transmitter Laser 20dB TP 20dB TP 20dB TP 20dB TP 20dB TP 20dB TP RF Port 1 RF Port 3 RF Port 2 RF Port 4 FIGURE 1 Du...

Page 6: ...mW 2 3 4 mW RF Input Level dBmV Dynamic Input Range NPR 38 dB Frequency Range Optional 5 65MHz 5 42 MHz Flatness of Frequency Response f 5 to 42MHz 0 75 dB Input Return Loss f 5 to 42MHz 16 dB Optical...

Page 7: ...the end of the cable now 6 Insert the KS connector and cable to the Housing base and tighten connector KS connectors should be tightened per manufacturer s specifications 7 Using a Philips screw driv...

Page 8: ...he total upstream RF signal level from all ports is within the node s specified input range then connect the coaxial cable to the node s RF In Out F port 4 The LBON4000 must be grounded Use a split bo...

Page 9: ...oint 20dB and with a 0dB pad in ATT3 position place desired attenuator value into EQ1 for desired output tilt 4 Countinuing to monitor Out1 test point 20dB adjust pad value in ATT3 position for the de...

Page 10: ...dsaybroadbandinc com Resources Tab for a spreadsheet calculator The Total RF return level at the input to the laser should be 34 50dBmv NPR 38dB This can be checked at the Return test point 20dB at th...

Page 11: ...st ATT5 pad value to insure total return level to the laser is 34 50dBmv Measure the RF levels at the node input using the Rev T P and remember that it is 20dB below the actual signal level Please not...

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