RFI ASM1317 User manual

User’s Manual
Antenna System
Monitor
ASM1317 ASM3852
ASM7487 ASM8796
Base Line 2.83
Document Number: INS40821-3
Australian Standard Patent No. 2011218778
Australian Patent Application No. 2016250327
U.S. Patent No. 8,983,415
U.S. Patent Application No. 15/343,133

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Company Overview
RFI has been serving the needs of the wireless communications market for over 35 years. First founded as a manufacturer of
antenna systems, RFI has grown to be a key player in the development, manufacturing and distribution of wireless technology
and energy products. Through our extensive network of resellers, systems integrators and retail outlets, RFI is a key supplier to
both industry and Government.
Our research and manufacturing facilities have talented people, sophisticated test equipment, state of the art software with class
leading manufacturing systems and techniques. Additionally, we have in place a quality management program which is certified
to ISO9001, environmental management system certification to ISO14001 and occupational health and safety standard AS4801
giving you complete confidence in everything we do.
RFI’s products are truly innovative and as a result we are active around the globe taking our Australian designed and
manufactured products to key markets in Asia Pacific, the Americas and EMEA regions via offices ‘In-region’ in addition to
exporting directly to in excess of 50 countries.
One of RFI’s key principals is to remain totally customer focused as we recognise our future depends on the success of our
customers. We know that to be chosen as your supplier we must add value to your business and to achieve this we will work
hard to deliver the best product when and where you need it and back this up with the very best technical support available.

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Document Number INS40821-3
Copyright 2011 RF Industries Pty Ltd
First Printing: 1st March 2011
Version Number
Version Date
1
1ST March 2011
1.2
2nd May 2011
1.4
4th July 2011
1.4c
9th November 2011
1.6
28th December 2011
1.7
04th January 2012
1.8
20th February 2012
1.9
15th April 2012
1.9a
30th May 2012
1.95
12th July 2012
2.0
29th August 2012
2.05
25th September 2012
2.10
05th May 2013
2.20
11th October 2013
2.30
8th January 2014
2.40
24th January 2014
2.50
14th March 2014
2.50b
22nd April 2014
2.50c
17th September 2014
2.50d
09th December 2014
2.50e
11th March 2015
2.60
15th July 2015
2.62
19th January 2016
2.70
15th March 2016
2.80
30th January 2017
2.81
27th April 2017
2.82
03rd July 2017
2.83
14th September 2017
_____________________________________________________________________________
Disclaimer
Product part numbering in photographs and drawings is accurate at the time of printing. Part number labels on RFI products
supersede part numbers given within this manual. Information is subject to change without notice.

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TABLE OF CONTENTS
1. GENERAL DESCRIPTION.................................................................................................. 10
2. APPLICATION DIAGRAM ................................................................................................... 12
3. ASM - ELECTRICAL AND MECHANICAL SPECIFICATIONS........................................... 13
4. COUPLER - ELECTRICAL AND MECHANICAL SPECIFICATIONS ................................. 14
5. CAM/SAM/RSM - ELECTRICAL AND MECHANICAL SPECIFICATIONS......................... 14
6. ORDERING INFORMATION ............................................................................................... 16
7. UNPACKING........................................................................................................................ 18
8. FIRMWARE LICENSE AGREEMENT................................................................................. 19
9. INSTALLATION ................................................................................................................... 20
10. OPERATION...................................................................................................................... 21
10.1 Ethernet Connection, Set-up, and Reset .......................................................................... 22
10.2 Log In Page......................................................................................................................... 24
10.3 System Overview................................................................................................................ 25
10.4 Status Menu........................................................................................................................ 26
10.5 Status –System Isolation Tests......................................................................................... 27
10.6 Status –Receive Systems Module..................................................................................... 30
10.7 Status - Rx Channels 1-20 ................................................................................................. 33
10.8 Status –Tx Port 1............................................................................................................... 35
10.9 Status –System................................................................................................................... 37
10.10 Status –Alarm Modules - Menu..................................................................................... 40
10.11 Status –Alarm Modules - SAM...................................................................................... 41
10.12 Status –Alarm Modules - CAM ..................................................................................... 44
10.13 Status –Communications................................................................................................ 47
10.14 History Menu.................................................................................................................... 49
10.15 History –Isolation Tests.................................................................................................. 50
10.16 History –Isolation Tests File........................................................................................... 56
10.17 History –Rx Power Chart............................................................................................... 57
10.18 History –Rx Power File................................................................................................... 60
10.19 History –Tx Power Chart............................................................................................... 61
10.20 History –Tx Power File................................................................................................... 64
10.21 History –Alm Mod I/P Chart......................................................................................... 65
10.22 History –Alm Mod I/P File............................................................................................. 66
10.23 History –Alarm Event Log............................................................................................. 67
10.24 History –Access Event Log............................................................................................. 69
10.25 Channel Diagnostics......................................................................................................... 70
10.26 Configuration Menu ........................................................................................................ 73
10.27 Configuration –User Data.............................................................................................. 74
10.28 Configuration –Isolation Tests....................................................................................... 76
10.29 Configuration –Receive Systems Module...................................................................... 79
10.30 Configuration –Channels - Menu .................................................................................. 81
10.31 Configuration –Rx Channels 1-20 ................................................................................. 82
10.32 Configuration –Tx Port 1 Channels .............................................................................. 85
10.33 Configuration –Alarms Settings Menu ......................................................................... 87
10.34 Configuration –Alarm Settings –Isolation Tests ......................................................... 88
10.35 Configuration –Alarm Settings –Receive Systems Module ........................................ 90
10.36 Configuration –Alarm Settings –Rx Channels ............................................................ 92
10.37 Configuration –Alarm Settings - Tx Port 1................................................................... 94
10.38 Configuration –Alarm Settings –System...................................................................... 96
10.39 Configuration –Alarm Modules - Menu........................................................................ 98
10.40 Configuration –Alarm Modules –Channel Alarm Module......................................... 99
10.41 Configuration –Alarm Modules –Site Alarm Module .............................................. 104

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10.42 Configuration –History................................................................................................. 109
10.43 Configuration –Communications ................................................................................ 111
10.44 Calibration Menu........................................................................................................... 114
10.45 Calibration –System Isolation Tests............................................................................ 115
10.46 Calibration –Rx Port .................................................................................................... 117
10.47 Calibration –Tx Port 1................................................................................................. 120
10.48 VSWR Calibration......................................................................................................... 125
10.49 Maintenance Menu ........................................................................................................ 126
10.50 Maintenance –Access Management............................................................................. 127
10.51 Maintenance –Date & Time ......................................................................................... 129
10.52 Maintenance –Manager Interface ............................................................................... 131
10.53 Maintenance –Configuration Files .............................................................................. 133
10.54 Maintenance –Test Alarms .......................................................................................... 136
10.55 Maintenance –Firmware Update................................................................................. 137
10.56 Maintenance - Restart ................................................................................................... 140
10.57 About –Antenna System Monitor................................................................................ 141
10.58 Logout............................................................................................................................. 142
10.59 HELP Screens................................................................................................................. 143
11. SNMP............................................................................................................................... 144
12. CONNECTORS ............................................................................................................... 150
13. MAINTENANCE, INSPECTION AND REPAIR ADVICE................................................. 159
14. FREQUENTLY ASKED QUESTIONS (FAQ) .................................................................. 160
15. SUPPORTING INFORMATION....................................................................................... 162
16. USER NOTES:................................................................................................................. 163
Note:
This device complies with Part 15 of the FCC Rules.
Operation is subject to the following two conditions;
1. This device may not cause harmful interference, and
2. This device must accept any interference received, including interference that may
cause undesired operation.
The user is cautioned that changes and/or modifications not approved by the
responsible party could void the user’s authority to operate the equipment.
Note:
This equipment has been tested and found to comply with the limits for a Class B device,
pursuant to Part 15 of the FCC Rules. These limits are designed to provide 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 installed and used in accordance with the instruction manual, may cause harmful
interference to radio communications. Operation of this equipment in a residential area may
cause harmful interference in which case the user will be required to correct the interference at
their own expense.

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Notice
The information contained in this document is subject to change without notice.
RF Industries Pty. Ltd. makes no warranty of any kind with regard to this material, including but not limited to, the
implied warranties of merchantability and fitness for a particular purpose. RF Industries Pty Ltd shall not be liable
for errors contained herein or for incidental or consequential damages in connection with the furnishing,
performance or use of the material.
All information contained in this manual has been reviewed. However RF Industries Pty Ltd accepts no liability for
any omissions, errors or construed information.
2011, RF Industries Pty Ltd. All rights reserved. Reproduction, adaptation or translation without prior written
permission is prohibited except as allowed under copyright laws.
For further information or help with this product contact your nearest RFI sales office or through the following;
Region
USA
EMEA
ASIA PACIFIC
Sales email
[email protected]
[email protected]
[email protected]
Tech Support
[email protected]
[email protected]
[email protected]
Telephone Intl
[phone]
[phone]
[phone]
Telephone local
330 486 0706
01869 255 772
1300 000 RFI
Fax Intl
+ 1 [phone]
-
[phone]
Web
rfiamericas.com
rfiemea.com
rfi.com.au

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Antenna System Monitors
ASMxxxx Series
ASMxxxxK1 Series
ASMxxxxK2 Series
Front View
Rear View
Rear View

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Antenna Line Couplers
SP1318-2440-DFF1RU (132-174MHz)
SP3855-4440-DFF1RU (380-520MHz)
SP7496-4440-DFF1RU (746-960MHz)
Top View
Front View
Top View
Front View
Front View
Top View

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Optional Modules
CAM0000 Series
Channel Alarm Module (CAM) Front Panel Layout
Channel Alarm Module (CAM) Rear Panel Layout
SAM0000 Series
Site Alarm Module (SAM) Front Panel Layout
Site Alarm Module (SAM) Rear Panel Layout
RSM0000 Series
Receive Systems Module (RSM) Rear Panel Layout

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1. General Description
The Antenna System Monitor (ASM) is used to measure and monitor channel-specific Tx Forward and Reflected power between
transmitter combiners their associated antenna(s) for up to 80 channels. Rx Channel and or other frequency monitoring is also
available for up to 80 channels. The capability to perform a series of Tx-to-Rx system isolation (loop back), Rx sub-system
passband gain response, and Transmitter isolation (Tx carrier rejection) tests is also provided.
Four pairs of Tx Forward (FWD) and Tx Reverse (RFL) coaxial connector inputs fed from non-intrusive in-line directional
couplers give the ASM the capability of monitoring the output of up to four (or more) separate transmitter combiner/antenna
systems.
A Receive coaxial connector input port fed from either the receiver multicoupler system and/or an external “off-air” antenna
gives the ASM the capability of monitoring receiver system signal levels, or the propagation of transmitter channels located on
other sites.
For each combiner/antenna system being monitored, a 4-port Antenna Line Coupler (ALC) is inserted after the transmitter
combiner on the antenna feeder cable. These couplers have a low insertion loss (<0.2dB) and each is capable of handling up to
750Watts of RF power. The excellent PIM (<-150dBc) and PIP ratings of the coupler are maintained using 7/16 DIN (F)
connectors on the input “From Combiner” and output “To Antenna” ports, with N (F) termination connectors used on the “FWD”
and “RFL” coupling ports.
The ASM and the ALC unit(s) are intended for mounting into 19” rack mount equipment cabinets or open frames, but they can
be mounted in alternate configurations if required. As standard, the ASM is supplied with one ALC for connection to the first
combiner/antenna system - with additional ALCs available separately for applications requiring more than one combiner/antenna
system to be monitored.
RFI can also supply PIM-rated 7/16 DIN right-angle adapters if required to assist in rack cabinet layout and installation of the
coupler(s) if required.
The ASM communicates via an Ethernet port mounted on the rear of the unit. This facilitates configuration and monitoring using
a Graphical User Interface (GUI) via an integral web server. Access to the GUI is protected by a User Name and Password that
is progressively checked for security strength.
The (up to) 80 individual Tx and Rx frequencies configured in the ASM are divided across four GUI pages, each able to display
up to 20 channels each. This allows the user to view a large number of channels on a standard monitor screen size without the
excessive use of scrolling. It should be noted that each group of 20 Tx channels is not ‘physically’ assigned to a specific pair of
FWD and RFL ports, despite the GUI presenting them as four sets of 20 channels each (although it may be considered this way
if this assists in conveniently thinking of the channels and how they may be affiliated to the combiner/antenna that they are
connected to). As Tx channels are not physically assigned to a specific pair of FWD and RFL ports, one frequency cannot be
measured separately on multiple couplers (i.e. as may be desired if the multiple legs of a Distributed Antenna System were to
be monitored using multiple couplers connected to one ASM), and therefore each individual frequency can only be measured
“once” across all ports of the ASM.
All transmitter frequencies, channel bandwidths (12.5KHz and 25KHz), alarm level thresholds, and other relevant parameters
are user-programmable via the GUI.
A DB15 rear-mounted connector provides four (4) separate dry relay contact alarm reporting outputs which may be individually
user-assigned on an ad-hoc basis, to specific monitored channels, alarm groups (Network IDs), or to the system alarms in the
ASM, CAM(s), SAM(s) or RSM. This capability allows specific channels’ alarm conditions to be accessible via discrete alarm
outputs –allowing faulty equipment to be individually identified, reported, and action to be initiated as required, or used to
control basic alarm event actions such as antenna change-over (ACO) or main/standby base station switching, etc. SNMP
Traps, SNMP GET requests, SMTP (Email) and Manager Message UDP/TCPIP data packets are also available for alarm and
status reporting. LED’s on the front panel of the ASM provide visual indication of system alarms.
ASM monitoring is also supported by the Genesis Software GenWatch™ ASM Applet, or by the C² Systems SitePortal®
monitoring software.
The ASM is available in models that cover two DC input voltage ranges, 9-36V and 36-60V, and AC mains voltage models are
available using either a 90-264VAC plugpack-style 12VDC, or a 90-264VAC plugpack-style 48VDC PSU.

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Channel Alarm Modules (CAMs) and Site Alarm Modules (SAMs)
If desired, optional Channel Alarm Modules (CAMs) or Site Alarm Modules (SAMs) may be added to the ASM at any time.
CAMs/SAMs are connected using a daisy chained cabling approach using two cables - “DC power” and “Comms”.
The CAM is no longer manufactured and the SAM is a direct (and enhanced) replacement. Any mixture of up to ten (10)
Channel Alarm Modules (CAMs) or Site Alarm Modules (SAMs) may be added to a single ASM unit.
When connected, CAMs and SAMs are automatically recognised by an ASM, and menu selections for them will then
automatically appear in the ASM GUI. Each CAM/SAM has an “ID address” which is easily set via the rotary switch on the rear
of each CAM/SAM unit. Each CAM/SAM connected to an ASM should have a different ID address selected to prevent address
contention in the ASM GUI.
Each CAM/SAM provides ten (10) separate alarm output relays which may be individually user-assigned, on an ad-hoc basis, to
specific monitored channels alarms in the ASM. This capability allows specific channels’ alarm conditions to be accessible via
discrete alarm outputs –allowing faulty equipment to be individually identified, reported, and action to be initiated as required.
SNMP, SMTP (Email) and Manager Message UDP data packets are also available for alarm and status reporting.
A logic input on each of the CAM’s/SAM’s channels allows additional monitoring functionality –such as monitoring base station
Tx PTT or RX UNSQ lines –to enable the determination of “conditional” repeater RF output failure states. Various equipment
operational configurations can be monitored using these logic inputs –such as hot/standby conditions (and the change-over
actioned), using this functionality.
In addition to the ten (10) separate alarm channels, each CAM also has four (4) user-programmable and configurable general-
purpose logic inputs that may be used for monitoring external equipment –such as site or cabinet door opening, generator fuel
level low, UPS, solar, or other alarm conditions. This functionality has been further enhanced in the SAM, with Input #1 being
able to be configured to measure temperature, an analogue voltage range, or a digital logic input level –and inputs #2, #3, and
#4 being able to be configured to measure an analogue voltage range, or a digital logic input level respectively.
The CAM and the SAM modules provide enhanced monitoring functionality for the ASM, allowing a range of PTT, temperature,
voltages and digital inputs to be monitored as part of Antenna Change-Over (ACO), base station hot/standby, equipment and
site monitoring, and auxiliary control capabilities.
Receive Systems Module (RSM)
An optional Receive Systems Module (RSM) may be fitted to an ASM to support networks using two receive antennas, such as
systems using dual diversity or redundant Rx antennas.
The RSM may be added to an ASM at any time –providing a network technology upgrade path if required.
The RSM also improves the ASM’s receive sensitivity capability and provides an enhanced ability to monitor frequencies in
other applications –such as off-air monitoring of adjacent network sites’ coverage propagation or the monitoring of a Distributed
Antenna System (DAS).
The RSM adds two receiver paths (RA, RB) and a third ‘External’ antenna (RE) that are configurable in the ASM GUI, on a per-
channel basis. Rx level measurements for all three receive paths are available in the Status, System Isolation Tests and
Channel Diagnostics pages of the ASM GUI. The RSM also features a unique “RF Peak Level Detector” capability that can
measure high levels of RF, even of very short burst duration, that may be overloading the network’s base station receivers and
degrading network performance. Alarm thresholds can be configured for these received signal level peaks so that alarms can
be actioned when they occur, and these events are measured, logged and may be viewed in the ASM GUI to assist fault-finding
activities.
Hardware Versions
There are several hardware variants of the ASM. These can be identified by the communications ports on the rear of the unit.
The earlier “K1” variant has one USB and one TCPIP port. The limited memory capacity of the K1 may restrict its compatibility
with future firmware features. Where this occurs, the webserver GUI and/or CLI interface may not display incompatible features
to prevent uncertainty in unit capabilities. The K1 unit’s memory capacity may also limit the available storage space for data
such as alarm history and log files.
The later variant of ASM is identified as the “K2”. The K2 has deleted the USB port and substituted a second TCPIP port in its
place. The memory capacity of K2 units is significantly increased to support more extensive alarm history and log file storage
capability. Communications with the ASM via a USB interface is still possible utilising a (user-supplied) USB-to-TCPIP adapter.

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2. Application Diagram
ASM FRONT VIEW
Tx ANTENNA 1
COUPLER TOP VIEW - MOUNTED ON 1RU FRONT PANEL
Tx COMBINER (1)
ASM REAR VIEW
ASM + 1 ANTENNA LINE COUPLER
FWD
RFL
OPTIONAL
DEDICATED Rx
MONITORING
ANTENNA FROM SPARE
PORT(S) ON
BTS Rx MUX(S)
TO ADDITIONAL COUPLERS IF REQUIRED
OPTIONAL SAM(s) or CAM(s)
1
10
to
MONITORED
CHANNELS
BTS PTT LINE
CONDITIONING
10 ASSIGNED ALARM
RELAY OUTPUTS
4 EXT ALARM INPUTS
10 EXT ALARM INPUTS
OPTIONAL RSM
4 ASSIGNED ALARM
RELAY OUTPUTS
Rx ANTENNA(s)
Diagram1

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3. ASM - Electrical and Mechanical Specifications
ASM Model Number
ASMxxxx Series
Frequency range
(Tx power and Rx level monitoring)
ASM1317 132-174MHz
ASM3852 380-520MHz
ASM7487 746-870MHz
ASM8796 870-960MHz
Maximum number of monitored channels
Tx = 80
Rx = 80
System Isolation Tests = 20
Maximum number of Tx networks (Tx ant’s)
4 (can be externally expanded)
Maximum number of Rx networks (Rx ant’s)
1 (can be externally expanded)
Frequency channel step size
1.25kHz
Channel measurement bandwidths
12.5, and 25kHz
Max spurious or IM products level
-30dBm
Measurable Rx input power level
-50dBm to -110dBm
(the RSM module can enhance ASM readings to better than -125dBm)
Measurable Tx input power level
-30dBm to +20dBm (minimum range)
(i.e. +10dBm to +60dBm into 40dB coupler)
Conducted emissions
Complies with CISPR22 Part B & FCC Part 15 (15.207)
Radiated emissions
Complies with CISPR22 Part B & FCC Part 15 (15.209)
RF Termination connectors
All N (F) on rear
Communication interface ports
“K1” hardware variant
“K2” hardware variant
1 x USB Type B, 1 x TCPIP RJ45 Ethernet port on rear
2 x TCP/IP RJ45 Ethernet ports on rear
Internal alarm relay contacts output connector
1 x DB15 (M) on rear
Visual alarm notification
Front panel LED's
Configurable alarms
Summary Fault / Tx FWD min. power
Tx FWD max. power / Tx Combiner I.L. max.
VSWR max. / Rx RSSI min. level / RSSI max. level
Tx-to-Rx Antenna Isolation min. & max.
Rx System Gain Loss min. & max.
Tx Carrier Rejection min. & max.
(optional CAM/SAM module alarms)
Alarm Outputs
Summary Alarms –ASM Relay Outputs
Detailed or Group Alarms –ASM or CAM/SAM Module Relay Outputs
SMTP Email (up to 4 Addresses)
SNMPv2c (Northbound Traps or Southbound GET)
or via Genesis Software GenWatch™ ASM Applet
or via C² Systems SitePortal® monitoring software
Alarm Contact Type
Dry Relay N.O. / Common / N.C.
Alarm Relay Contact Ratings
50VDC @ 1A
Power supply options
9-36VDC, 36-60VDC, or 90-264VAC
Power consumption
10W (typical)
DC power connector
1 x Polarized 2-pin Phoenix-style connector on rear
Mounting
2RU 19" rack mounting
Dimensions
W 19 x H 3.5 x D 1.6in / W 483 x H 89 x D 40mm (incl. connectors)
Weight
< 4.4lbs / 2kgs
Operational temperature range
-22°F to 140°F / -30°C to +60°C
Table 1

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4. Coupler - Electrical and Mechanical Specifications
Coupler Model Number
SPxxxx-2440-DFF1RU / SPxxxx-4440-DFF1RU
Frequency range
SP1318-2440-DFF1RU 130-180MHz
SP3855-4440-DFF1RU 380-550MHz
SP7496-4440-DFF1RU 746-960MHz
Insertion Loss
< 0.2dB
Input and Output Port Return Loss
> 20dB
Coupling Loss
40dB (+/- 0.7)
Maximum input power
750W
Maximum PIP
16kW (+72dBm)
PIM 3rd OIP (2 x 43dBm carriers)
Better than -150dBc
Connectors –“To ANT” & “From COMBINER” ports
2 x 7/16 DIN (F)
Connectors –“FWD” and “RFL” coupling ports
2 x N (F)
Mounting
1RU 19" rack mounting
Dimensions
W 19 x H 1.75 x D 3" / W 483 x H 45 x D 77mm (inc connectors)
Weight
SP1318-2440-DFF1RU < 4.4lbs / 2kgs
SP3855-4440-DFF1RU < 2.2lbs / 1kg
SP7496-4440-DFF1RU < 2.2lbs / 1kg
Operational temperature range
-22°F to 140°F / -30°C to +60°C
5. CAM/SAM/RSM - Electrical and Mechanical Specifications
CAM Model Number
CAM0000
Alarm Outputs
10
Alarm Contact Type
Dry Relay N.O. / Common / N.C.
Alarm Relay Contact Ratings
50VDC @ 1A
Alarm Inputs
10 (configurable - one per alarm output)
4 (configurable –general purpose)
Alarm Input Logic
“0” = <2.5V DC “1” = >2.5V DC
Visual alarm notification
Front and Rear panel mounted LEDs
Power Supply options
9-36VDC or 36-60VDC
Power Consumption
10W (max)
Connectors
External Alarm Inputs
Channel Alarms Outputs
Channel Alarms Inputs
Power Supply
Comms Interface to/from ASM
(Note: All connectors on rear)
1 x Polarized 8-pin Phoenix connector
10 x Polarized 3-pin Phoenix connectors
10 x Polarized 2-pin Phoenix connectors
1 x Polarized 2-pin Phoenix connector
1 x DB15 (M)
Mounting
1RU 19" rack mounting
Dimensions
W 19 x H 1.75 x D 3" / W 483 x H 45 x D 77mm
Weight
< 2.2lbs / 1kg
Operational temperature range
-22°F to 140°F / -30°C to +60°C
Table 2
Table 3

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SAM Model Number
SAM0000 / SAM0000-48
Alarm Outputs
10
Alarm Contact Type
Dry Relay N.O. / Common / N.C.
Alarm Relay Contact Ratings
50VDC @ 1A
Alarm Inputs
10 (configurable) digital (general purpose/one per alarm output)
4 (configurable) temperature/analogue/digital (general purpose)
Alarm Input Logic
temperature RFI temperature sensor
analogue -60V DC to +60V DC
analogue -60V DC to +5V DC
digital “0” = <2.5V DC “1” = >2.5V DC
Temperature Sensor (optional)
SAM0000-TS (ordered separately)
Connector Kit (optional)
SAM0000-CK (ordered separately)
Visual alarm notification
Front and Rear panel mounted LEDs
Power Supply options
9-36VDC (SAM0000)
or
36-60VDC (SAM0000-48)
Power Consumption
10W (max)
Connectors
External Alarm Inputs
Channel Alarms Outputs
Channel Alarms Inputs
Power Supply
Comms Interface to/from ASM
(Note: All connectors on rear)
1 x Polarized 8-pin Phoenix connector
10 x Polarized 3-pin Phoenix connectors
10 x Polarized 2-pin Phoenix connectors
1 x Polarized 2-pin Phoenix connector
1 x DB15 (M)
Mounting
1RU 19" rack mounting
Dimensions
W 19 x H 1.75 x D 3" / W 483 x H 45 x D 77mm
Weight
< 2.2lbs / 1kg
Operational temperature range
-22°F to 140°F / -30°C to +60°C
RSM Model Number
RSM0000 / RSM0000-48
Frequency Range
132-960MHz
Maximum RF Input Level (no damage)
0dBm
Isolation between RF Inputs
>55dB
Peak Detector Response Time
≥3mS
Peak Detector Alarm Threshold (GUI selectable per port)
-35 to -55dBm
Peak Detector Warning Threshold (GUI selectable per port)
-40 to -65dBm
Visual alarm notification
Rear panel mounted LEDs
Power Supply options
9-36VDC (RSM0000)
or
36-60VDC (RSM0000-48)
Power Consumption
10W (max)
Connectors
Connection to ASM
RF In and RF Out
Power Supply
Comms Interface to/from ASM
N (Male)
BNC (Female)
1 x Polarized 2-pin Phoenix connector
1 x DB15 (M)
Mounting
On rear of ASM (mounting bracket supplied)
Dimensions
Mounts on rear of ASM
Weight
< 2.64lbs / 1.2kg
Operational temperature range
-22°F to 140°F / -30°C to +60°C
Table 4
Table 5

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6. Ordering Information
Ordering Information
Model Number
Description
ASM1317
Antenna System Monitor 132-174MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 9-36VDC
ASM1317-48
Antenna System Monitor 132-174MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 36-60VDC
ASM1317-AC
Antenna System Monitor 132-174MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 9-36VDC to 90-264V AC (external)
ASM1317-48AC
Antenna System Monitor 132-174MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 36-60VDC to 90-264V AC (external)
ASM3852
Antenna System Monitor 380-520MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 9-36VDC
ASM3852-48
Antenna System Monitor 380-520MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 36-60VDC
ASM3852-AC
Antenna System Monitor 380-520MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 9-36VDC to 90-264V AC (external)
ASM3852-48AC
Antenna System Monitor 380-520MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 36-60VDC to 90-264V AC (external)
ASM7487
Antenna System Monitor 746-870MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 9-36VDC
ASM7487-48
Antenna System Monitor 746-870MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 36-60VDC
ASM7487-AC
Antenna System Monitor 746-870MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 9-36VDC to 90-264V AC (external)
ASM7487-48AC
Antenna System Monitor 746-870MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 36-60VDC to 90-264V AC (external)
ASM8796
Antenna System Monitor 870-960MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 9-36VDC
ASM8796-48
Antenna System Monitor 870-960MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 36-60VDC
ASM8796-AC
Antenna System Monitor 870-960MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 9-36VDC to 90-264V AC (external)
ASM8796-48AC
Antenna System Monitor 870-960MHz
80 Ch / 4 Tx Fwd / 4 Tx Rfl / 1 Rx Port / 36-60VDC to 90-264V AC (external)
Additional Couplers
Description
SP1318-2440-DFF1RU
Directional Coupler 130-180MHz
40dB 4-Port 19in Rack Mount 1RU
Input /Output Ports DIN (F) Coupling Ports N (F)
SP3855-4440-DFF1RU
Dual Directional Coupler 380-550MHz
40dB 4-Port 19in Rack Mount 1RU
Input /Output Ports DIN (F) Coupling Ports N (F)
SP7496-4440-DFF1RU
Dual Directional Coupler 746-960MHz
40dB 4-Port 19in Rack Mount 1RU
Input /Output Ports DIN (F) Coupling Ports N (F)
Table 6

ASMxxxx Series User’s Manual
Asia Pacific | EMEA | Americas 17
Ordering Information
Channel Alarm Module
Description
CAM0000
Channel Alarm Module 9-36V DC (Obsolete –use SAM0000)
CAM0000-48
Channel Alarm Module 36-60V DC (Obsolete –use SAM0000-48)
Site Alarm Module
Description
SAM0000
Site Alarm Module 9-36V DC
SAM0000-48
Site Alarm Module 36-60V DC
SAM0000-TS
Site Alarm Module Temperature Sensor
SAM0000-CK
Site Alarm Module Connector Kit (matching connectors for all CAM/SAM I/O connectors)
Receive Systems Module
Description
RSM0000
Receive Systems Module 9-36VDC
RSM0000-48
Receive Systems Module 36-60VDC
Accessories
ASM0000AU-AC
Plugpack 90-264VAC 12VDC c/w 6ft/1.8m Australian IEC Power Cable
ASM0000UK-AC
Plugpack 90-264VAC 12VDC c/w 6ft/1.8m UK IEC Power Cable
ASM0000US-AC
Plugpack 90-264VAC 12VDC c/w 6ft/1.8m USA IEC Power Cable
ASM0048AU-AC
Plugpack 90-264VAC 48VDC c/w 6ft/1.8m Australian IEC Power Cable
ASM0048UK-AC
Plugpack 90-264VAC 48VDC c/w 6ft/1.8m UK IEC Power Cable
ASM0048US-AC
Plugpack 90-264VAC 48VDC c/w 6ft/1.8m USA IEC Power Cable
Table 6

ASMxxxx Series User’s Manual
Asia Pacific | EMEA | Americas 18
7. Unpacking
The ASM is packed into a custom designed cardboard insert, box container and sleeve together with a single Coupler and
AC to DC power pack if the AC option has been ordered. Optional CAM, SAM, and RSM modules are similarly packaged.
Packed with the ASM and Coupler will be the Factory Test Sheet (FTS) and Quick Start Guide (QSG). Packed with the
RSM is a Quick Start Guide (QSG) which overviews its mounting onto an ASM. The User’s Manual will have been loaded
onto either a CD or USB memory stick packed together with the QSG. It is recommended to retain the Factory Test Sheet
for future reference.
An Ethernet jumper cable is included in the packaging, provided for your convenience to connect and configure the ASM via
an onboard Graphical User Interface (GUI) from the browser located on your laptop/notebook.
Although the packing box has been designed to provide a significant amount of protection, it is important to report any visible
damage to the carrier immediately. It is the customers’ responsibility in the event of product damage, to lodge a damage
claim with the carrier within a short period of time after receipt of the package. The time window for lodging the claim should
be ascertained from the specific carrier as this may vary between carriers (typically 1 to 5 days).
Please dispose of the packing material responsibly.

ASMxxxx Series User’s Manual
Asia Pacific | EMEA | Americas 19
8. Firmware License Agreement
This statement must be read in its entirety prior to the loading or use of the Firmware provided by RFI.
Introduction.
By loading any product related Firmware you agree without reserve with all the conditions as detailed in this RFI Firmware
License Agreement.
The term “Firmware” for the sake of this statement includes all software or firmware upgrades, either as a new installation,
revision, patches or upgrades. Any reference to software, for the purposes of this license agreement, will therefore be included
in the term Firmware.
RFI refers to the Australian registered company RF Industries Pty Ltd.
The copyright of all Firmware relating to this product remains the property in whole of RFI and is therefore protected by the
respective international copyright or trademark laws.
You agree that by using and or downloading any of the ASM product specific Firmware, that you have fully understood and
agree to comply and be bound by the all of the conditional requirements as detailed in this Firmware License Agreement and
accept the disclaimer thereof.
RFI reserves the right to update and change, from time to time, any attribute, function, feature and in the main any content of the
Firmware and any documentation attributed and referenced to the Firmware underwritten by this Firmware License Agreement
without notice to existing users.
The use of this Firmware is non-exclusive and non-sub licensable, nor does it give the user the right to
re-sell, lease, loan, distribute, or transfer the Firmware nor the rights thereof.
This Firmware License Agreement grants or implies no right, title, or interest in any intellectual property owned or licensed by
RFI.
Support and Firmware Updates.
RFI may elect to provide you with customer support and/or Firmware upgrades, enhancements, or modifications for the RFI
Firmware at its sole discretion, and may terminate such support at any time without notice to the user. RFI may change,
suspend, or discontinue any aspect of the Firmware at any time, including the availability of any Firmware feature, database, or
content.
From time to time RFI may provide notice through the RFI web site of any available updates or Firmware revision downloads.
Fees.
RFI reserves the right to charge fees for upgrades or revisions of the applicable Firmware download.
Disclaimer.
Use of any Firmware enabling operation of the ASM or providing support for the ASM is at the user’s discretion and risk. RFI
will not be held responsible or liable for any damage or loss that results from the downloading and or use of the Firmware or
incompatibilities or other problems experienced as a result of any combination of operating system(s), firmware, or software the
user may use.
RFI will not be held responsible or liable for any inaccuracies, completeness or inadequacy regarding the Firmware as the basis
of the provision of the Firmware is on a “fit-for-purpose, best effort” approach.
RFI will not be liable to the user for claims and liabilities of any kind arising out of or in any way related to the use of the
Firmware by the user or any third party.
The failure of RFI to exercise or enforce any right or provision of this Firmware License Agreement shall not constitute a waiver
of such right or provision.

ASMxxxx Series User’s Manual
Asia Pacific | EMEA | Americas 20
9. Installation
The ASM, (optional) CAM/SAMs, and Coupler(s) are designed to be mounted into a standard EIA 19” rack frame using industry
standard 19” rack fasteners. The (optional) RSM module is mounted onto the rear of the ASM using the supplied mounting
bracket. The Application Diagram (Diagram 1) illustrates the ASM/CAM/SAM/RSM/Coupler connectivity.
The system should be installed into a dry, vibration and corrosive free environment avoiding areas of high heat or humidity and
direct sunlight.
The Coupler 1RU panel/s may be mounted either above or below the ASM. However consideration should be given to the
requirement for the low loss cables from the Tx combiners to be routed via the Coupler panel to the antenna. This may influence
the mounting position of the Coupler panel in the respective 19” rack frame.
No RF coaxial interconnect cables are provided with the ASM. This is because the optimal length for these cables may vary for
each installation. These cables should be made up on site once the ASM and respective coupler units have been mounted into
the 19” rack frame.
Typically 50 Ohm double-shielded or solid jacket coaxial cables terminated with N (M) connectors terminated on each end are
used to connect the “FWD” and “RFL” ports of the Coupler to the nominated input ports of the ASM. Although there is no
specific restriction on the length of these cables between the Coupler and the ASM, it is recommended to keep the cable losses
below 3dB, which in effect adds to the coupling loss. This loss can be calibrated out, however the end result of high cabling
losses in these cables will be to marginally reduce the effective lower level measurement dynamic range of the ASM. Lower
loss coaxial cables should be used to reduce this effect when using longer cable runs exceeding a calculated coaxial line loss of
3dB.
The input “From Combiner” and output “To Antenna” ports of the Coupler are 7/16DIN (F) and will require low Inter-Modulation
(IM) 7/16DIN (M) cable connectors to terminate onto the Coupler. The use of correct cable cutting and connector preparation
tools to terminate the 7/16DIN (M) connectors is strongly recommended to reduce the possibility of Passive Inter-Modulation
(PIM) products. The 7/16DIN connectors should always be correctly torqued to the manufacturers recommended values.
Note: Final torqueing of the termination connectors onto the Coupler should be done after the calibration procedure as
described under the Calibration –Tx Port 1 section of this document is completed.
To protect the transmitter combiner and transmitters from any possible damage, ensure that each transmitter coupled to the
respective transmitter combiner is powered down prior to disconnection and reconnection onto the respective coupler units.
Although it is not necessary to terminate the unused Tx FWD, Tx RFL and Rx ports on the ASM with a 50 Ohm low power
resistive termination load, it is often considered good RF engineering practice to terminate any spare or unused port.
For DC power supply, a cable from the DC source should be terminated into the supplied 2-pin plug, observing the correct
polarity, and then plugged into the polarized 2-pin Phoenix (F) socket on the rear of the ASM. For AC Mains versions, an AC-to-
DC plug pack is provided with a terminated 2-Pin plug already terminated onto the end of the plug pack’s DC cable. This should
be fitted into the power socket on the rear of the ASM.
M5 and M6 earth studs are located on the rear of the ASM, (optional) CAM/SAM(s) and RSM, and Coupler(s) for earthing the
units to a suitable earthing point within the 19” rack cabinet or rack frame.
WARNING: Power should not be applied to electrical equipment during
Installation, and cabling connection/disconnection activities.
Apply power only when all installation and cabling activities have been completed.