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Installation of the Surge Protection Device

 

Installation Instructions: RADIO-900M 
P/N P01-04941 Rev-A 

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4.

 

Refer to Section 7 and perform steps 5 thru 8

 to complete the wiring and cabling process 

for the RADIO-900M to the HPSA. 

5.

 

Refer to the HPSA-8100-R Installation Instructions for additional wiring and application 
information. 

 

Figure 10 RADIO-900M inside an HPSA enclosure

 

9. 

Installation of the Surge Protection Device 

In an effort to protect the equipment inside the HPSA or IPC-8000 enclosure from transient voltages, 
a Surge Protective Device (SPD), PN X03-02394, is provided with the RADIO-900M.   

 

 

 

 

1.

 

Identify a location for the SPD.  The SPD should be mounted on the outside of the HPSA or 
IPC-8000 enclosure, adjacent to the enclosure and as close to the RF entry point as possible.  

 

 

 

 

 

2.

 

Connect the RF cable from the Antenna to the N-type Female connector on the SPD. 

3.

 

Connect the RF Cable exiting the HPSA or IPC-8000 cabinet to the other N-type Female 
connector on the SPD. 

 

 

 

 

 

 

 

The Surge Protection Device provided with the RADIO-900M is 
designed to protect the HPSA or IPC-

8000 enclosure’s interior 

equipment from low level transient voltages; it is not designed as 
lightning protection for the Antenna or Building. 

 

 

The Surge Protective device (SPD) provided with the RADIO-900M is 
not designed as a NEMA 4Xconnector; it should not be installed as a 
thru-wall or thru-bulkhead connection.  

 

 

NEC requirements specify antenna installations and cable runs 
should include an appropriate Listed 

Antenna Discharge Unit

 

where the antenna wiring enters the building.  It is the 
responsibility of the installer to 

ensure that the 

antenna and cable 

run meets all requirements of the Authority Having Jurisdiction. 

RADIO-900M 

Summary of Contents for RADIO-900M

Page 1: ...ng near electricity do not use metal rules flashlights metallic pencils or any other object having exposed conducting material Ensure all electrical connections are secure before applying power to a u...

Page 2: ...ased on site specific requirements ANT 805 OM ANT 808 OM ANT 810 YAGI 3 One of the following must be installed and operable prior to installing the RADIO 900M IPC 8000 HPSA 8100 R ACU 8411 4 Screwdriv...

Page 3: ...232 Serial Port RTS CTS DTR signaling GENERAL SPECIFICATIONS Ethernet Port 10 100 Base T RJ45 Terminal Block Wire Size 12 AWG max LED Indicators Module Status Serial RX and TX Radio Link Ethernet Act...

Page 4: ...z VSWR 1 5 1 across band Polarization Vertical H Plane Omni directional Length 35 4 90 mm Construction Fiberglass enclosed colinear Mounting Aluminum ferrule with BR COL KIT Termination N Type female...

Page 5: ...46 F B Ratio 17 dB Length 35 4 90 mm Construction Aluminum Mounting Use with BR COL KIT for mounting on poles up to 1 9 50 mm Termination N Type female on 5 9 cable 50 mm 50 ohm Wind Loading 10 lbs 4...

Page 6: ...ht paths are only necessary to obtain the maximum range obstructions in the radio path will reduce the range however may not prevent a reliable path Care must be taken with placement of antenna in rel...

Page 7: ...the TX RX connector An RF Path Link Budget must be calculated by a qualified technician prior to defining the following Location of the RADIO 900M Antenna type and location Length of cable run s and...

Page 8: ...Top of RADIO 900M 6 Using the 2 conductor cable provided in the RADIO 900M connect the DC power from the and supply connectors on the terminal block located on bottom of the RADIO 900M to pins 1 and...

Page 9: ...on the top of the IPC to the RJ 45 connector located on the bottom of the RADIO 900M 8 The RADIO 900M installation is complete close and secure the enclosure 9 Refer to the IPC 8000 Installation Instr...

Page 10: ...enclosure mount the DIN Rail Bracketto the mounting holes on the back panel of the HPSA 8100 R to the left of the control panel as shown in Figure 9 2 Mount the RF connector bracket to the mounting ho...

Page 11: ...closure and as close to the RF entry point as possible 2 Connect the RF cable from the Antenna to the N type Female connector on the SPD 3 Connect the RF Cable exiting the HPSA or IPC 8000 cabinet to...

Page 12: ...ide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not instal...

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