CCi PiMPro Smart Series User manual

PiMPro Smart Series User Guide
© Copyright 2023 CCI™Revision 1.0 Page 1 of 64
.
Document Date:
October 27, 2021
Latest Update:
January 6, 2023
Document Authors:
John Baszak,
CCI, Applications Engineering & Technical Support
PiMPro Smart Series
User Guide

PiMPro Smart Series User Guide
© Copyright 2023 CCI™Revision 1.0 Page 2 of 64
Table of Contents
Page
1Introduction.....................................................................................................................................................................................................4
1.1 Purpose ...........................................................................................................................................................................................................4
1.1.1 PIM Specifications..........................................................................................................................................................................................4
1.1.2 Technical Assistance.....................................................................................................................................................................................4
1.2 Smart Series System Overview.....................................................................................................................................................................4
1.2.1 Smart Series PiMPro ......................................................................................................................................................................................4
1.2.2 Tablets.............................................................................................................................................................................................................4
1.2.3 WiFi Communication......................................................................................................................................................................................4
1.2.4 Report Generator............................................................................................................................................................................................4
1.3 Important Information ....................................................................................................................................................................................5
1.4 Product Overview...........................................................................................................................................................................................5
1.4.1 Analyzer Frequencies Available....................................................................................................................................................................5
1.4.2 Construction and Layout...............................................................................................................................................................................6
1.4.3 Functional and Physical Specifications......................................................................................................................................................9
1.4.4 Equipment Changes.......................................................................................................................................................................................9
2PiMPro Smart Series Operation ..................................................................................................................................................................10
2.1 Turn-On PiMPro Smart Series PIM Analyzer..............................................................................................................................................10
2.2 Turn on the Tablet ........................................................................................................................................................................................10
2.3 Open the PiMPro Smart Series....................................................................................................................................................................10
2.4 PiMPro Smart Series Main Menu.................................................................................................................................................................11
2.4.1 Select Quick Start Guide Icon .....................................................................................................................................................................11
2.4.2 Select PIM and R.Loss Icon.........................................................................................................................................................................12
2.4.3 RX Interference ............................................................................................................................................................................................25
2.4.4 Frequency Sweep.........................................................................................................................................................................................26
2.4.5 DAS Test........................................................................................................................................................................................................29
2.4.6 PIMPoint.........................................................................................................................................................................................................33
2.4.7 Cable Loss Measurement ............................................................................................................................................................................40
2.4.8 Configure System.........................................................................................................................................................................................42
2.4.9 Reports .........................................................................................................................................................................................................50
2.4.10 Manage Snapshots.......................................................................................................................................................................................57
2.5 Update of PiMPro Smart Series Software ..................................................................................................................................................58
2.5.1 Retrieve Latest PiMPro Smart Series Software .........................................................................................................................................58
2.5.2 Copy PiMPro Smart Series Software to USB Drive...................................................................................................................................58
2.5.3 Turn-On the CCI PiMPro Smart Series .......................................................................................................................................................58
2.5.4 Connect USB Drive to PiMPro Smart Series..............................................................................................................................................58
2.5.5 Select the Configure System Icon.............................................................................................................................................................58
2.5.6 Select the Update Software Icon.................................................................................................................................................................58
2.5.7 Find and Select the Latest SoftwareVersion .............................................................................................................................................58
2.5.8 Perform Install.............................................................................................................................................................................................58
2.6 Autosave .......................................................................................................................................................................................................59
2.8 Save Report...................................................................................................................................................................................................59
2.8.1 Length of Report Filenames........................................................................................................................................................................59
2.8.2 Default Report Filenames ............................................................................................................................................................................59
2.9 PiMPro Smart Series PIM Analyzer External Battery Charging ...............................................................................................................59
2.9.1 Connecting the PiMPro Smart Series PIM Analyzer AC Adaptor, Battery Charger and Battery...........................................................59
2.9.2 Status Indications When Charging the PiMPro Smart Series PIM Analyzer Battery is Fully Discharged............................................59
2.9.3 Status Indications When Charging the PiMPro Smart Series PIM Analyzer Battery .............................................................................60
2.9.4 Status Indications When Charging the PiMPro Smart Series PIM Analyzer Battery is Fully Charged.................................................60
2.9.5 Status Indications When an Error Occurs in Charging the PiMPro Smart Series PIM Analyzer Battery.............................................60
2.10 PiMPro Smart Series PIM Analyzer Battery Usage....................................................................................................................................60
2.10.1 Connecting the PiMPro Smart Series AC Adaptor, Battery Charger and Battery ..................................................................................60
2.10.2 Status Indications on Tablet When Battery is in the PiMPro Smart Series ............................................................................................60
2.10.3 Lithium Polymer Rechargeable Battery Care and Precautions................................................................................................................61
3Inspection and Maintenance .......................................................................................................................................................................62
3.1 Inspection and Maintenance (Unpowered) ................................................................................................................................................62
3.2 Inspection and Maintenance (Powered).....................................................................................................................................................62
C Appendix C –Declarations of Conformity .....................................................................................................................................................................63
C.1 CE Declaration of Conformity......................................................................................................................................................................63
C.2 Sample Label Showing CE “Mark” .............................................................................................................................................................63

PiMPro Smart Series User Guide
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Table 1 - PiMPro Smart Series PIM Analyzer Specifications
Description
Typical Specifications
ElectricalSpecifications
Frequency Bands
Receive Range (MHz)
Transmit Range (MHz)
LTE 700 (PiMPro Smart Series Dual Band700)
698 - 722 (RX1), 780 - 798(RX2)
745.6 - 769.4 (TX1), 732.6 - 734.4(TX2)
APT 700 (PiMPro Smart Series Dual Band700A)
703 - 748 (RX1), 825 - 845(RX2)
758 - 776 (TX1), 788 - 807(TX2)
GLOBAL 700A/EURO 800
728 - 733 (RX1), 832 –851 (RX2)
783 –810 (TX1), 758, 821 FIXED (TX2)
LTE 800 (PiMPro Smart Series800)
832 - 862
811 - 821 (TX1), 791 - 795(TX2)
Cellular 850 (PiMPro Smart Series850)
824 - 849
864 - 871 (TX1), 881.6 - 894(TX2)
GSM 900 (PiMPro Smart Series900)
890 - 915
925 - 937.5 (TX1), 951.5 - 980(TX2)
DCS 1800 / UMTS 2100 (PiMPro Smart Series Dual Band1821)
1710 - 1785 (RX1), 1920 - 1980(RX2)
1805 - 1837 (TX1), 1855 - 1880(TX2)
PCS/AWS (PiMPro Smart Series Dual Band1921)
1710 - 1755 (RX1), 1850 - 1910(RX2)
1965 - 1995 (TX1), 1930 - 1945(TX2)
2110 - 2155(TX1)
LTE 2600 (PiMPro Smart Series 2600)
2500 –2570 (RX1)
2620 - 2644 (TX1) 2690 Fixed(TX2)
Transmitter
Frequency Accuracy: ±1 ppm @ +23°C; Stability ±1 ppm (-10°C to +55°C)
Frequency Aging: ±1ppm/yr
Output Power Accuracy: ± 0.3dB
Frequency Step Resolution: ± 10KHz
Output Power Resolution: ± 0.1dB
Adjustable Power Range: 20 to 46 dBm x 2 (100 mW –40 W x2)
Receiver
Residual Intermod Level : < -120 dBm (< -163 dBc at 20 W); -125 dBm (-168 dBc) Typical
Measurement Range: -60 to -140dBm
Noise Floor: -136dBm
Reverse Power Protection: 13 dBm (20 mW)continuous
MeasurementModes
Measurement Method: One Port, ReversePIM
Real Time PIM: 3rd and 5th order IMD
Return Loss: Measured indB
Frequency Sweep: FrequencyResponse
RSSI: Receive Only Mode –Noise FloorMeasurements
Noise Floor Measurement: Up-Link noise level with TXoff
PIM Location (PiMPoint): Distance to PIM Location in Feet or Meters with VP Settings
Distance to Fault/Cable Loss: One Port Open-ShortCalibration
DAS Feature: Path Loss Characteristics (at Low Power overtime)
MeasurementRange
Return Loss: Directivity >25 dB; Resolution: >0.1dB
VSWR: Measurement Range 17:1 to 1.12:1; Resolution: >0.01dB
Cable Loss: Measurement Range 0 to 30 dB; Resolution: >0.01dB
Distance to Fault: VSWR Range 17:1 to 1.02:1; RL Range: 0 to 40dB
System
Battery: >3 hours (FullCharge)
Power: AC (90 - 256 VAC, 50 - 60Hz)
Alarms: Audio & VisualDisplay
Display Size & Type: 10” SMART TABLET
Data Ports: 3 –USB 2.0, 1 x Ethernet LANPort
Remote Control: WiFi Enabled(802.11n)
Control: TABLET or TABLET Display
Battery Power: 28VDC
Battery Capacity: 3.5 AH (99.4WH)
Battery Type: Li-Polymer Removable BatteryPack
Electrical
Max Power Consumption: <340W
Mechanical
Weight: < 18 to 27 lbs. (8.5 to 12.5 kg) (ModelDependent)
RF Output Connector: 1 x 7/16 DINFemale
Dimensions (W × H × D): 16.5” × 15” × 8” (419 × 381 × 203 mm)
Operating Temperature: -10C to +45C (14F to 113F), 95% RH
Storage Temperature: -30C to +60C (-22F to 140F), 85%RH

PiMPro Smart Series User Guide
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1 Introduction
1.1 Purpose
Passive Intermodulation (PIM) has become one of the greatest challenges of frequency planners in today’s
mobile communication systems. System planners, equipment and component vendors alike are faced with the
ever-changing dynamics of higher transmit signals and base station sensitivity. With the uncertainty of the root
cause of PIM in any given system, the need to deploy specific testing solutions in a professional, reliable
instrument has become paramount in maintaining network quality. CCI's next generation PIMPro Smart Series
has been designed to meet these challenges. Its compact, portable yet rugged features provide maximum power
in a reliable, field proven design without compromising measurement accuracy.
1.1.1 PIM Specifications
PIM is normally specified in terms of dBm or dBc. dBm is a measure of power relative to 1 milliwatt. Zero
dBm is 1 milliwatt into a 50 ohm load. dBc is a measure of dB below a specified carrier level. Forexample,
20 watts, or +43 dBm is a typical input power level specified for testing passive devices. A normaltest
requirement for allowable PIM might be -110 dBm. This would make the specification -110-43, or -153dBc.
The typical range seen today is -100 dBm to -120 dBm with two +43 dBm carriers. The PiMPro Smart
Series can outputtwo +46 dBm carriers with better than -130 dBm receiver sensitivity. Hence, the PiMPro
Smart Series exhibitsan exceptional -176 dBc PIM measurementsensitivity.
1.1.2 Technical Assistance
For Technical Assistance in the use of the PiMPro Smart Series PIM Analyzer please contact CCI
(Communication Components, Inc.) at the following address and phonenumbers:
CCI
89 Leuning Street
South Hackensack, NJ 07606
Phone Number: 201-342-3338 (9:00 A.M. to 5:00 P.M. - Eastern StandardTime)
1.2 Smart Series System Overview
The Smart Series System consists of the Smart Series PiMPro, Tablet(s), WiFi communications and a Report
Generator.
1.2.1 Smart Series PiMPro
The main unit is the Smart Series PiMPro PIM Analyzer which has all the functionality of the previous PiMPro
PIM Analyzers and now operates directly from tablet(s). There are only status LED’s and a status LCD on the
Smart Series PiMPro in addition to the connections and RF Output described in paragraph 1.4 and its
subparagraphs.
1.2.2 Tablets
Note that the Smart Series PiMPro can be operated from single or multiple tablets.
1.2.3 WiFi Communication
At this time the WiFi connection is controlled by the Tablet(s) rather than the Smart Series PiMPro. If the Smart
Series PiMPro is turned on and the Tablet is turned on the user should see that a connection has been
established on the Tablet LCD screen. The WiFi connection icon in the toolbar will appear “Green” if a
good connection is present, or “Red” if there is no connection.
1.2.4 Report Generator
The Smart Series PiMPro utilizes a powerful report generator that can be worked on away from the site in an
office environment.

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1.3 Important Information
PIMPro PIM Analyzers transmit high power RF energy and must therefore be used with caution and
care. Although PIMPro PIM analyzers have built-in protection for its internal key RF components, it is
imperative that users use extreme caution when the system is in. transmit “TX ON” mode. Mainly that the
measurement path is properly terminated before turning “TX” on. Caution should also be used when
handling the battery pack. Specifically, users should ensure that the AC power to the analyzer is not on
when replacing the rechargeable battery. Further, all RF components in the accessory kit should be
handled and torqued with the supplied torque wrench. Particularly low PIM loads and PIM Standards. Make
sure to keep all the connectors covered at all times when in not use, to keep it dust free and clean before
making any measurements.
1.4 Product Overview
Specifications for the PiMPro Smart Series PIM Analyzer can be found in Table 1 of this manual. The sectionbelow
provides a brief product overview and block diagram of the PiMPro Smart Series PIMAnalyzer.
1.4.1 Analyzer Frequencies Available
CCI’s PiMPro Smart Series Analyzer is presently available for the following frequencybands:
Model
Frequency
Band
TX1 (MHz)
TX2 (MHz)
RX1 (MHz)
RX2 (MHz)
PiMPro Smart Series
700 (Dual Band)
LTE 700
745.6 - 769.4
732.6 - 734.4
698 - 722
780 - 798
PiMPro Smart Series
700A (Dual Band)
APT 700
758 - 776
788 - 807
703 - 748
825 - 845
PiMPro Smart Series
7080 (Dual Band)
Global 700A &
EURO 800
783 –810
758 (Fixed),
821 (Fixed)
728 –733
832 - 851
PiMPro Smart Series 800
LTE 800
811 - 821
791 - 795
832 - 862
PiMPro Smart Series 850
Cellular 850
864 - 871
881.6 - 894
824 - 849
PiMPro Smart Series 900
GSM 900
925 - 935.4
951.6 - 980
880 - 915
PiMPro Smart Series
1821 (Dual Band)
DCS & UMTS
1800
1805 - 1837
1855 - 1880
1710 - 1785
1920 - 1980
PiMPro Smart Series
1921 (Dual Band)
PCS & AWS
1965 - 1995
1930 - 1945
1710 - 1755
1850 - 1910
2110 - 2155
PiMPro Smart Series 2600
LTE 2600
2620 - 2644
2690 Fixed
2500 - 2570

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1.4.2 Construction and Layout
Note that the remote tablet(s) control the functioning of the PiMPro Smart Series PIM Analyzer. Therefore, the
items covered in this paragraph are only those items located on the PiMPro Smart Series PIM Analyzer.
Figure 1 shows an overall view of the PiMPro Smart Series PIM Analyzer with locations of the Status LED’s
(PWR, ALARM, TX, RX, WiFi), the WiFi Antenna and the small LCD for unit status (Date, Time, Battery
Charge, PA (Power Amplifier) Temperature, plus any alarm messages will be displayed here). Figure 2 shows
the Location of the RF Output port. Figure 3 shows the DC Input port, On/Off Switch, USB Connector location,
Ethernet (RJ45) port, External Clock Input port, and the battery compartment.
Figure 1 - View of the CCI PiMPro Smart Series PIM Analyzer Main Panel
Figure 2 –PiMPro Smart Series RF Output Port
RF ON Indicator
PWR,
ALARM, TX,
RX, and WiFi
Status LED’s
LCD Status
of Batt.,
Temp., Date,
Time, Alarm
and Model #
WiFi
Antenna
RF Output Port

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1.4.2 Construction and Layout (Cont.)
Figure 3 –Power, Ethernet, Battery, USB and Other Connections Access
1.4.2.1 “RF ON”Indicator
An “RF ON” (Red LED) indicator is located near the top of the PiMPro Smart Series PIM Analyzer as
shown in Figure 1 above.
1.4.2.2 Status LED’s
There are five (5) Status LEDs located on the main panel of the PiMPro Smart Series PIM Analyzer as
shown in Figure 1. They include the following:
1) PWR –Illuminated when power is applied.
2) ALARM –Illuminates when a fault is present.
3) TX –Illuminates while the PiMPro is transmitting DATA to the Tablet(s).
4) RX –illuminates while the PiMPro is receiving DATA from the Tablet(s).
5) WiFi –illuminates when the WiFi module in the unit is ON.
1.4.2.3 WiFi Antenna
There is one removable WiFi antenna located on the main panel of the PiMPro Smart Series PIM
Analyzer as shown in Figure 1.As this is integrated within the PiMPro Smart Series no external router
is required.
1.4.2.4 Status LCD Display
The status LCD Display on the Smart Series Main Panel shows the basic status of the PiMPro Smart
Series PIM Analyzer as shown in Figure 1. It displays the current date, time, battery charge status and
temperature plus any alarm conditions of the unit.
External
Clock Input
USB
Connectors
Covered
Ethernet
Port
PWR Button
and PWR
Connection
Battery
Compartment

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1.4.2.5 RF Output Port
The RF Output port or Test port shown in Figure 2 is a DIN 7/16-Female connector located at the top of
the instrument. An option for a 4.3-10 connector will be offered as well. Pleasenote that a “Connector
Saver” is placed on the RF Output port to protect the output connector.
1.4.2.6 ON/OFF Switch
The ON/OFF switch is located on the right-hand side of the PiMPro Smart Series PIM Analyzer. See
Figure 3for a view of the ON/OFF switch.
1.4.2.7 DC Input from AC Adapter
The 28VDC Input from the AC Adapter is located on the right-hand side of the PiMPro Smart Series PIM
Analyzer betweenthe ON/OFF Power Switch and the External Clock Input when facing the PiMPro
Smart Series PIM Analyzer. See Figure3 for location of the DC Input from the ACAdapter.
1.4.2.8 External Clock Input
An external clock Input (10 MHz) can be found between the DC Input and the Ethernet (RJ-45)
connector on the right-hand side of the PiMPro Smart Series PIM Analyzer as can be seen in Figure 3.
This is utilized to synchronize the PiMPro time-base to the same as a spectrum analyzer or a signal
generator and is only utilized during the factory Calibration process.
1.4.2.9 RJ-45 Ethernet Port
An Ethernet (RJ-45) port connection is utilized for computer control of the PiMPro Smart Series and
factory calibration. See figure 3 for location of the RJ-45 Ethernetport.
1.4.2.10 Lithium Polymer Rechargeable Battery
A Lithium Polymer rechargeable Battery is included for portable operation of the PiMPro Smart Series
PIM Analyzer.
1.4.2.11 Rechargeable Lithium Polymer Battery Access
There is access to the rechargeable Lithium Polymer battery which can be seen on the left-hand side of
the connections noted in paragraphs 1.4.2.6 through 1.4.2.9. The battery can be replaced or charged
externally by removing the battery tray/bracket from the PIMPro unit.

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1.4.2.12 USB Ports
The USB ports (uncovered) are located as shown in figure 4 below. The storage of files and uploading
or downloading of files is performed utilizing the USB port(s). GPS location capability is an available
option and when this option is ordered a GPS antenna is included to connect to the USB port. GPS
location capability is an available option and when this option is ordered a GPS antenna is included to
connect to the USB port.
Figure 4 –USB Connectors (Uncovered)
1.4.2.13 PiMPro Smart Series PIM Analyzer in Backpack
CCI’s PiMPro Smart Series PIM Analyzer is protected by a reinforced backpack case, which can
easily strapto a climber’s back for top-of-the-tower performance testing. Additionally, the unit can be
safelysecured to most any tower structure with its integrated industrial gradeclips.
1.4.2.14 “WARNING HIGH POWER RF” Label
The “WARNING HIGH POWER RF” Label is placed inside the “pocket” (see in figure 2) that is
unzipped for access of the output port on the PiMPro Smart Series PIM Analyzer backpack. This label
is utilizedto warn the user that RF Output Power at this port (if unterminated) is at a “High” Level (up to
+46dBm (40 Watts)) when the "TX ON" RED LED is ON.
1.4.3 Functional and Physical Specifications
Electrical and mechanical specifications for the CCI PiMPro Smart Series product line can be found in Table1.
1.4.4 Equipment Changes
CCI reserves the right to make changes to the equipment, including but not necessarily limited tocomponent
substitution and circuitry changes. Changes that impact this manual may subsequently be incorporated in a
later revision of this manual.

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2 PiMPro Smart Series Operation
This section instructs the user on operation of the PiMPro Smart Series PIM Analyzer.
2.1 Turn-On PiMPro Smart Series PIM Analyzer
The analyzer can be operated either by connecting the unit to the AC adaptor and AC power or just by a fully
charged battery. Turn on the unit with the power switch on the side, the blue light of the switch will be illuminated,
the fans will turn on for a few seconds as a test run, the LEDs will flash on momentarily and after a few seconds the
unit will be ready for operation.
2.2 Turn on the Tablet
Turn on the tablet, and once it is initialized check to see if the WiFi connection with the PiMPro is available as
seen in figure 5 below.
Figure 5 –Tablet Wi-Fi Connections Available
2.3 Open the PiMPro Smart Series
Once the user has verified that the WiFi connection to the PiMPro Smart Series has been established, find the
PiMPro icon shown in figure 6 (the icon will list PiMPro and a version number (in this case 1.06.30 is shown)) on
the tablet screen and click on it to get to the PiMPro Smart Series Main screen.
Figure 6 –PiMPro Icon on Tablet
Shows WiFi connection
established between
PiMPro Smart Series
and Tablet

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2.4 PiMPro Smart Series Main Menu
The PiMPro Smart Series Main Menu will appear as shown in figure 7 below. It will contain the icons noted below.
1) A toolbar is found at the top of the PiMPro Smart Series Main Menu window, and it contains the following
items (from left to right):
a. PA (Power Amplifier) Temperature Icon - shows the temperature of the PA.
b. Camera Icon - allows user to take a Screenshot (.JPG image) of the Tablet LCD Screen forlater use.
Note: screenshot images are saved by going to tablet’s Setting → Storage → Files → PiMPro → Screen
Shots.
c. USB Flash Drive Icon - If there is a USB flash drive inserted, then an icon will appear
d. GPS Antenna Icon –Green GPS icon –GPS Antenna connected and data available. Yellow GPS
icon - GPS Antenna not presently connected, data fromprevious connection available. Red GPS
icon - GPS Antenna not connected and data notavailable.
e. Speaker ON/OFF Icon
f. WiFi connection and information icon - a Red connection icon means no connection, a Green
connection icon means strong good connection.
g. AC Power Icon –shows when AC Power is connected to the Smart Series PiMPro
h. Battery Power Icon –shows when the battery is connected to the Smart Series PiMPro
2) PIM & R.Loss - for setting up “Real Time measurements” of PIM and Return Loss
3) RX Interference –An “Amplifiers OFF” check of the appropriate RX Band.
4) Frequency Sweep - Holds the 1st TX tone (f1) steady and changes frequency of the 2nd test tone (f2).
5) PIMPoint –A Distance to PIM/Distance to Fault test.
6) DAS Test –A low power single tone output test used to provide a companion diagnostic tool forDAS
Installation and Primary Propagation Loss Testing. Includes Tx Generator and Rx Capturefunctions.
7) Cable Loss –Adds ability to measure the Insertion Loss of a cable of any length by specifying the cabletype.
8) Reports - Access to Local Drive, Tablet Memory or USB Memory, Saved Files, Open Report, Copy Report,
Rename Report, Delete Report and Exit.
9) Configure System - Access to System Level Settings for Set Clock, Set Defaults, Manage Labels, Manage
Cables, Update Software, Manage Resources, Manage PiMPro WiFi, Manage Ethernet and Done, which
returns it to Main Menu Screen
10) Quick Start Guide - A Quick Start Guide (QSG) is loaded on the PiMPro Smart Series PIM Analyzer.
Figure 7 –Main Menu Screen
2.4.1 Select Quick Start Guide Icon
If you are unfamiliar with the PiMPro Smart Series and have not been through PiMPro Smart Series training,
a shortened version of this guidecan be viewed as a PDF file directly from the touchscreen of the tablet by
depressing the Quick Start Guide icon on the MainMenu.

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2.4.2 Select PIM and R.Loss Icon
Press the PIM and R.Loss icon found in the Main Menu screen on the tablet shown in Figure 7. This will open
the PIM and R.Loss screen on the tablet as shown in Figure 8 below. A listing of the available or viewable
items onthis screen and a brief description follow:
1) IM Bar Chart - indicates upper, pass, fail and lower IM limits in dBm.
2) IM Value - indicates the IM value reading (for IM Order # selected) in dBm while the TX is ON and IM is
being measured.
3) TX OFF/ON Slider - the TX icon (shows the text “OFF” just to the left of the slider), and the slider next to it
is gray. This iconbecomes red when depressed (turns on the RF Output Power at the appropriate TX
frequencies and theassociated text changes to “ON”).
4) Return Loss Value –is not visible until TX Power is turned on (see Figure 9). In the “Default”setting It
indicates the Return Loss value in dB while being measured and continues toshow the last value after a
measurement has been performed.
5) F1/F2 Power Level - indicates the power level set for the F1 & F2 RF Signal.
6) F1 & F2 Frequencies - indicates the F1 & F2 TXfrequencies to be used to generate proper IM.
7) Record Reading - Temporarily saves the recorded data or chart into a report.
8) Manage Reports –Makes it possible to view the report in its present state and offers menu icons
for other reportrelated information.
9) Show Graph –shows the PIM reading in graphical format when depressed.
10) Load/Save Setup - indicates the “setups” available in either the “Local Drive” or the “USB memory,” and
offers other load/save menu options.
11) Time –allows the user to set the test time.
12) Exit - allows for return to the Main Screen menu.
Figure 8 - PIM and Return Loss Window with “TX OFF”
TX OFF Indicator
(Gray Highlight)
Min & Max PIM
(TX OFF - Not Read)
IM Value

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2.4.2.1 Connect the PiMPro Smart Series to a LOW PIM High-Power Termination
The PiMPro Smart Series Accessory Kit provides a Low-PIM High-Power Termination and a calibrated
Torque Wrench for PIM measurement and calibration purposes. Connect the Low-PIM High-Power
Termination to the RF Output of the CCI PiMPro Smart Series PIM Analyzer. Ensure that the
connectors are all “clean” prior to making the connections. Hand-tighten all connectorswhile ensuring
that the connectors are not misaligned. Once the connectors are hand-tightened, usethe Torque
Wrench to tighten the connectors.
2.4.2.2 Turn On RF Output
Prior to turning on the RF Power the user should check all of the variables including Power Levels,
Frequency, Test Time, dBm or dBc, etc. Press the TX slider as shown in Figure 9 to turn on the RF
Output Power. The RFIndicator (slider next to TX) text will change to a red highlight and the text will
show “ON” at the right side of the slider. You will now see Min. and Max. PIM readings appear as well as
a value for RLoss in dB. See paragraph 2.4.2.4 below to record the measurement of the High-Power
Low PIM Load (ifrequired). Verify that the readings are at an “Acceptable” level while the Low PIM Load
is connected.
Warning: Do NOT swap battery while RF power is on. Also, never plug or unplug the ACAdaptor
while the RF is on. Do NOT disconnect the PIM LOAD while the RF is ON.
Figure 9 - PIM and Return Loss Window with “TX ON”
2.4.2.3 Connect PiMPro Smart Series to Feeder Line to be Tested
Prior to changing from the Low PIM Load to the Feeder Line to be tested, turn the TX power to the
“OFF” setting. Now the user can loosen and disconnect the Low PIM High Power Termination.
Connect the RF Cable (System,Feeder or other) to be tested to the RF Output of the CCI PiMPro
Smart Series Analyzer, be sure to terminate the cable with the high power PIM Load. Ensure that the
connectors are all “clean” prior to making the connections. Hand-tighten all connectors while ensuring
the connectors are not misaligned. Once the connectors are hand-tightened, use the CCI-supplied
Torque Wrench to tighten the connectors. See paragraph 2.4.2.4 below to record the measurement of
the Feeder Line.
TX ON Indicator
(Red Highlight)
PIM Min/Max and
RL Readings
Test Time ON/OFF
Slide Icon

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2.4.2.3.1 PIM Verification (if required)
If the PIM measurement is ever in question the “Unit Under Test” (UUT) can be disconnected, after
ensuring that the TX power is turned “OFF.” At this time, the connections to the UUTcan be
disconnected. Ensure that the connectors from the removed UUT and any cables are“clean.” The
PIM Standard can now be placed on the RF output connector of the PiMPro Smart SeriesPIM
Analyzer after also ensuring that it is “clean” and free of any debris. Place the High-PowerLow
PIM Load on the PIM Standard and hand tighten the Load. Once the PIM Standard and Low PIM
Load are hand tightened and torqued to the proper value with the supplied torque wrenchthe
PiMPro Smart Series can be turned “ON” and the PIM reading can be taken. The PIM value read
onthe touch screen display should be reasonably close to the PIM value that the known PIM
Standardis supposed to produce.
Warning: Do not swap battery while RF power is on. Also, never plug or unplug theAC
Adaptor while the RF is on.
2.4.2.3.2 Return Loss (RL) Verification (if required)
If the RL measurement is ever in question the “Unit Under Test” (UUT) can be disconnected, after
ensuring that the TX power is turned “OFF.” At this time, the connections to the UUT canbe
disconnected. Ensure that the connectors from the removed UUT and any cables are “clean.” A
high-power attenuator (with DIN 7/16 connectors) can now be placed on the RF outputconnector
of the PiMPro Smart Series PIM Analyzer after also ensuring that it is “clean” and free of any
debris.
Once the high-power attenuator is hand tightened and torque to the proper value with the
supplied
torque wrench the PiMPro Smart Series can be turned “ON” and the RL reading can be taken. The
RL value read on the touch screen display should be double the attenuation value of the high -
power
attenuator, as the RL is affected by the attenuation in both the forward andreverse
(reflected) directions.
Warning: Do not swap battery while RF power is on. Also, never plug or unplug theAC
Adaptor while the RF is on.
2.4.2.4 Record Measurement
The PiMPro Smart Series PIM Analyzer will display the current PIM readings of the feeder or device itis
connected to. When you are ready to record the reading being displayed (Note: the PIMreadings
should be stable before recording the measurement –consult the PiMPro Smart Series User Manual for
more detailed information) press the Record Reading icon on the PIM and Return Loss screen. Data
can (should) only be recorded when the Transmit RF Power is “ON.” Note:
Pressing the Record Reading does not save the report.
2.4.2.5 Enter Site Information
“When the Record Reading icon is depressed, the Site Information Screen opens as depicted inFigure
10. Enter information on the Operator (i.e., AT&T, Verizon, T-Mobile, Sprint, etc.) and the SiteNumber.
Also, enter your initials into the Technician field. Pressing the bar on the right side of each fieldwill bring
up a Keyboard Entry Screen which will allow you to enter thedesired information. When you have
finished entering the required site information, press the OK Icon.

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2.4.2.5 Enter Site Information (Cont.)
Figure 10 - Site Information Window
2.4.2.6 Enter Sector Information
After completing the Site Information above, the Sector Information Screen is displayedas depicted in
Figure 11 below. Press the bar to the right-hand side of each field to enter the Sectorand the Feeder
information. Once the information has been entered, press the OK icon at the bottom ofthe screen. Note
that the Site and Sector Information are required only on the firstPIM measurement. Subsequent PIM
measurements do not require re-entry of this information.
Figure 11 - Sector Information Screen
2.4.2.7 Select Label Menu Sector
Once the Site Information and Sector Information data entry has been completed, the Label and
Comment pop-up window is displayed as shown in Figure 12.The PiMPro Smart Series PIM Analyzer
does provide a list of default labels as shown in Figure 12. Additionally, the user can click on “Add
Label” to open a keyboard entry screen which the user can then use to type the desired label. The
“Menu” icons available in the Select Label function are described inthe paragraphs below, and include
thefollowing:
1) Comment
2) New Sector
3) Cancel
4) Add Label
5) OK

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2.4.2.7 Select Label Menu Sector (Cont.)
Figure 12 - Select Label Window
2.4.2.7.1 Comment
The Comment bar allows for extra information to be added to further update whateverinformation
the “User” feels is necessary. Pressing the comment bar will open the Keyboard EntryScreen. For
instance, the comment can indicate that this is a “return to the site...” for retest after cableor
component replacement has been performed.
2.4.2.7.2 New Sector
Press the New Sector icon if it is desired to perform PIM testing on a new sector, or anew feeder
within the same sector. This opens the Sector Information Screen. See paragraph 2.4.2.6
above for details.
2.4.2.7.3 Cancel
Press the Cancel icon if the user has inadvertently pressed the Record Readingicon (i.e., the user
was not prepared to take a reading at that time) in the PIM & RLwindow.
2.4.2.7.4 Add Label
Press the Add Label icon if a brand-new label is required. The Keyboard Entry Screenwill
appear on the touch screen and the new label name that is desired can beentered.
2.4.2.7.5 OK
When the select label process is complete, depress the OK icon to return to the PIM andReturn
Loss (real time measurement) screen.

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2.4.2.7.6 GPS Status
GPS Status can be determined by depressing the GPS Status Icon. This opens the GPSStatus
pop-up window (see figure 13). If no data is available, the screen will appear as shown in figure
14. This will give the followinginformation:
1) GPS Status (Locked, not Locked, Unavailable)
2) Latitude (Detailed)
3) Longitude (Detailed)
4) Data Taken (Date and Time Info.)
Figure 13 –GPS Status Details Screen
Figure 14 –GPS Status Details Screen when No Data is Available
2.4.2.8 Manage Reports
The PIM measurements taken thus far can be viewed at any time and a report can be createdby
pressing the Manage Reports icon on the PIM and Return Loss screen (see figure 9). See paragraph
2.4.9 and its subparagraphs for details of the Manage Reports functions available. Manage Report
allows for menu-type functions to be performed. These functions include thefollowing:
1) Save Report
2) Start New Report
3) Open Report to Continue
4) New Sector
5) View Current Report
6) Manage Reports
7) Done/Exit

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2.4.2.9 Show Graph
The Show Graph function (see figure 15 below) allows the user to view the Instantaneous PIM &
Return Loss vs. Time in agraph format as an alternative to viewing the instantaneous data, along with
the Maximum and Minimumdata points. This may be helpful to the user, as it captures “jumps” in the
PIM & RL for the specified time period which might bemissed when viewing the “Display” mode while
in the PIM & RL testmode. Note that from the “Show Graph” window the user can “Record Reading”
go to “Manage Reports,” or “Exit.”
Figure 15 –Show Graph Screen

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2.4.2.10 Load/Save Setup
Pressing the Load/Save Setup icon from any measurement screen allows the user to load a
previously saved setup, save a modified setup. Setups are a “description” of the measurement
function, power levels and frequency settings,and can be saved in the PIMAnalyzer Disk or to the
USB. The options available onthe Load/Save Setup Window Menu (see figure 16 below) are as
follows:
1) Select Drive –Disk or USB
2) Previously stored setups
3) Save Setup
4) Load Setup
5) Copy Setup
6) Delete Setup
7) OK –Returns user to previous window
Figure 16 - Load/Save Setup Screen
2.4.2.10.1 Select Drive
Allows the user to choose whether the setup tobe saved, opened, copied, or deleted is
located on the Diskdrive or the USB drive.
2.4.2.10.2 Existing Setup(s)
Existing Setups are the setups that are listed with a “filename” in the large portion of the
Load/Save Setup Menu screen.
2.4.2.10.3 Save Setup
Allows the user to save a setup as modified by the user oneither the Disk drive or the USB
drive. Pressing the “File Name:” bar in the “Save Setup” pop-up window will open the keyboard
entry screen and allow the user totype in a file name.
2.4.2.10.4 Load Setup
Allows the user to select the setup that is desired for use inPIM (real time measurement)
testing by highlighting the applicable setup name screen display.

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2.4.2.10.5 Copy Setup
Allows the user to copy the desired setup to/from the Local Drive/USB Drive as desired.
2.4.2.10.6 Delete Setup
Allows the user to delete an unwanted setup.
2.4.2.11 Configure PIM Limit Levels
Pressing the PIM Scale on the touch screen display opens the Configure PIM Scale pop-up window
(see figure 17). This function can be used to modify the PIM Pass/Fail limits if required. The following
items are accessible to the user from thismenu:
1) Pass/Fail Limits
2) Units (dBm or dBc)
3) Battery Life (Low Noise, Normal & Extended)
4) Cancel
5) Default
6) OK
Figure 17 - Configure PIM Scale Window