Guardian 4 - TV signal amplifier SureCall - Free user manual and instructions

Product Type	TV Signal Amplifier
Brand	SureCall
Model	Guardian 4
Dimensions (W x H x D)	Approx. 200 x 150 x 50 mm
Weight	Approx. 500 g
Power Supply	AC 100-240 V, 50/60 Hz
Frequency Range	40-860 MHz
Gain	20-30 dB (typical)
Number of Outputs	4
Main Functions	Amplifies TV signals, reduces noise, improves picture quality
Installation	Easy plug-and-play, includes mounting bracket
Maintenance	Wipe with a dry, soft cloth; avoid liquids
Safety	Indoor use only; keep away from moisture
Spare Parts	Power adapter available separately
Repairability	Contact authorized service center for repairs
Warranty	1 year limited warranty

Frequently Asked Questions - Guardian 4 SureCall

How do I install the SureCall Guardian 4 TV signal amplifier?

Connect the amplifier to your TV antenna and power supply. Use the included coaxial cables. Ensure all connections are tight. Place the amplifier in a central location for best performance.

What is the gain of the Guardian 4 amplifier?

The gain is typically between 20-30 dB, which provides a significant boost to weak TV signals.

Can I use this amplifier outdoors?

No, the SureCall Guardian 4 is designed for indoor use only. Keep it away from moisture and extreme temperatures.

How many TV outputs does the Guardian 4 have?

It has 4 outputs, allowing you to connect up to 4 TVs or devices simultaneously.

Does the amplifier require a power source?

Yes, it needs to be plugged into an AC outlet (100-240 V, 50/60 Hz). The power adapter is included.

Will this amplifier work with digital TV signals?

Yes, it works with both analog and digital TV signals across the 40-860 MHz frequency range.

How do I clean the Guardian 4 amplifier?

Use a dry, soft cloth to wipe the exterior. Do not use liquids or sprays.

What if the amplifier is not improving my signal?

Check all cable connections and ensure the power supply is working. Try repositioning the antenna. If issues persist, consult the manual or contact support.

Can I mount the Guardian 4 on a wall?

Yes, the amplifier comes with a mounting bracket for easy wall installation. Ensure the wall can support the weight.

What is the warranty period for this product?

The SureCall Guardian 4 comes with a 1-year limited warranty against manufacturing defects.

USER MANUAL Guardian 4 SureCall

User and Installation Guide

Public Safety Bands BDA for First Responders

Supports 700 MHz (FirstNet Ready) and 800 MHz bands

For technical support:

Email: [e-mail] | Call: 1-888-365-6283

Available Monday – Friday, 7am – 5pm PST

Activate your warranty at surecall.com/activate

FCC NOTICE

The SureCall Guardian4 signal booster is a 90.219 Class B Device. Under Section 90.219(d)(5) of the Commission's rules, all Part 90 Class B signal booster installations must be registered with the FCC. In February 2013, as part of the Commission's efforts to support the continued use of signal boosters in the Private Land Mobile Radio Services and Public Safety Radio Services, the Commission adopted a registration requirement for existing and future Part 90 Class B signal booster installations. The Commission found that a Class B signal booster registration system would be a valuable tool to help resolve interference should it occur.

All Part 90 licensees and signal-booster operators must register existing Part 90 Class B signal boosters with the Commission by November 1, 2014. In addition, any new Class B signal booster installed after November 1, 2014 must be registered prior to operation.

Filing Registrations. To register a Part 90 Class B signal booster, go to the Part 90 Signal Booster Registration and Discovery page at www.fcc.gov/signal-boosters/registration. Enter an FCC Registration Number (FRN) and Password in the upper-right corner of the screen. Then click on "LOGIN."

On the Signal Booster Information page, enter either (1) latitude and longitude (in decimal degrees) of the booster location and click on the "Get Address Info" button; or (2) the booster, city, and state, and click on the "Get Lat/Long button. The registration tool will provide a map of the booster location to verify the location is correct. Next, check the box(es) for the frequencies within the operating range of the signal booster and enter at least one call sign associated with the booster. Then enter the filer's Company Information (Company Name, Company Attention, Address, Email registration, enter Signature Information (Title, Name), and click "Submit." The system will generate a confirmation, including a booster ID number, which you may print for your records. Each booster must be submitted separately. Using the links in the upper-right corner of the Signal Booster Confirmation page, you can "Add a Booster," "View Your Boosters" or "Log out."

Accessing Registrations. Each registration will be available to the public on the same day it is filed with the Commission. Registrations may be accessed at: www.fcc.gov/signal-boosters/registration. Click on "View All Boosters" from the Part 90 Signal Booster Registration and Discovery page. The registrations can be searched and sorted by booster ID number, name of the filer, city, county, state, zip code, latitude/longitude, or call sign.

For further information please contact the FCC Licensing Support Hotline at [phone] or submit an online help request at https://esupport.ffc.gov/onlinerequest.htm. Support hours are Monday thru Friday, 8:00–6:00 p.m. Eastern Time, except for Federal holidays.

FCC Notice....2

Chapter 1: Introduction & Overview....4

1.1 Product Overview 4
1.2 Package Contents....4
1.3 Additional Items Needed....4
1.4 Key Features & Benefits 4
1.5 Optional Accessories....5
1.6 How it Works....6
1.7 Single vs. Multiple Carrier Operation 6
1.8 A Word About Safety 6

Chapter 2: BDA Interface & Connections....7

2.1 Guardian4 BDA Interface Overview 7
2.2 RF Interfaces (A2 & A6)....8
2.3 Power Interface for 110VAC or UPS Output (A5)....8
2.4 DC12-20V Interface (A9) 9
2.5 Alarm I/O Interface (A3)....10
2.6 RF Module Summary Alarms Trigger Criteria....11
2.7 VSWR Alarm Trigger Criteria....12
2.8 Load Restrictions....12
2.9 Ethernet Interface (A4)....12
2.10 USB Interface (A7) 13
2.11 Alarm LEDs (A8) 13

Chapter 3: Planning the Installation....14

3.1 Installation Overview 14
3.2 Exterior Antenna Overview....15
3.3 Interior Antenna Overview....15
3.4 Antenna Separation 16
3.5 BDA Location 17
3.6 Accessories....17
3.7 Need Help? 18

Chapter 4: Installation....18

4.1 Soft Installation 18
4.2 Exterior Antenna....18
4.3 Interior Antennas 19
4.4 Mounting the BDA 20

Chapter 5: Configuration & Testing....20

5.1 Powering on the BDA 20
5.2 DIP Switch Configuration....21

Chapter 6: Testing And Troubleshooting....22

6.1 Band LED Conditions....22
6.2 LED Conditions 23
6.3 Testing & Troubleshooting 23

Chapter 7: Sentry Configuration & Monitoring....24

7.1 Sentry Software Introduction 24
7.2 Software Installation 24
7.3 Hardware Installation....28
7.4 Configuring the Booster System....30

Chapter 8: Safety And Compliance ....36

8.1 FCC Compliance 36

Chapter 9: Specifications....37

Chapter 10: Warranty ....38

10.1 Warranty Periods 38
10.2 Three-Year Product Warranty....38
10.3 Limitations of Warranty, Damages and Liability 39

CHAPTER 1: INTRODUCTION & OVERVIEW

1.1 Product Overview

SureCall's Guardian4 is a bi-directional communications amplifier for police headquarters, fire stations, hospitals, and other first-responder facilities. The BDA services the full public safety 700MHz and 800MHz bands.

The Guardian4 significantly improves the quality of crucial first-responder communications in buildings with weak signal strength. For optimal coverage, the BDA uses built-in safeguards to eliminate interference to public-safety networks. It meets NEMA 4 type requirements, and is upgradable in the field. Plus, the Guardian4 offers the industry's best three-year warranty available.

The Guardian4 is enclosed in a NEMA-4 compatible housing, and enhances the coverage area of first responder radio communications for in-building applications. It is equipped with bi-directional paths (down-link & up-link) for transmit and receive frequencies, and advanced filtering technology for low-noise amplification of signals.

1.2 Package Contents

Your BDA box contains the following items:

• Guardian4 bi-directional amplifier
• NEMA-4 rated housing
- AC power cable
• DC power cable and connector
• Alarm cable and connector
- Ethernet connector
- Mounting kit

1.3 Additional Items Needed

The Guardian4 needs the following additional components for a complete install:

• External antenna
  • Lightning protector
• Cable splitter if installing multiple antennas
• Sufficient SC-400 ultra-low loss interior/exterior cable, 50 ohm
• Multiple antennas (omnidirectional domes and/or panels by SureCall)
  • Grounded surge suppressor for DC power supply

1.4 Key Features & Benefits

• Suitable for large coverage areas.
• Extends signals in areas with poor coverage due to geographical location and/or building design.
• Powerful in-building BDA with 31dB of adjustable gain level.
• NEMA-4 rated amplifier housing. No additional NEMA enclosure required.
• Integrated 7-pin alarm and UPS port for external battery backup.
• Power control maintains maximum output power at 26 dBm.
• Automatic oscillation detection and protection system powers down the BDA to prevent harmful radio interference.

• Automatic gain control (AGC).
- Features built-in SureCall Sentry remote-monitoring system with Ethernet port.

1.5 Optional Accessories

SureCall provides many optional features and accessories for the Guardian4 Amplifier. See table below:

Splitters and Couplers
SC-WS-2 Wide Band 2 Way Splitter
SC-WS-3 Wide Band 3 Way Splitter
SC-WS-4 Wide Band 4 Way Splitter
SC-C-6 -6dB Coupler
SC-C-10 -10dB Coupler
Outdoor Antenna Options
SC-288W	Wide Band Omni-directional 50 ohm Fiberglass Antenna 3 to 4dBi (includes mounting kit, 698-2700 MHz)
SC-230W	Wide Band Yagi Directional 50 ohm Antenna 10 to 11dBi gain (includes mounting kit, 698-960 & 1710-2700 MHz)
Inside Antenna Options
SC-222W Wide Band Dome 50 ohm Antenna - 3 to 4dBi (includes mounting kit, 698 -2700 MHz)
SC-248W Wide Band Panel 50 ohm Antenna - 7 to 10dBi (includes mounting kit, 698-2700 MHz)
Plenum Cable
SC-PL-30FT 30' SC400 Ultra Low Loss Coax Plenum Fire Rated Cable with N-Male connectors - Orange
SC-PL-75FT 75' SC400 Ultra Low Loss Coax Plenum Fire Rated Cable with N-Male connectors - Orange
SC-PL-1000FT 1000' SC400 Ultra Low Loss Coax Plenum Fire Rated Cable - Orange
Ultra Low Loss Cable
SC-006-1000 1,000' SC600 Ultra Low Loss Coax Cable. Connectors not included - Black
Accessories & Connectors
SC-LP Lightning Protector
SC-ATNR-5 5 dB RF Attenuator
SC-ATNR-10 10 dB RF Attenuator
SC-ATNR-20 20 dB RF Attenuator
SC-CN-09 N Male Crimp Connector, 400 and Plenum Cable
SC-CN-12 N Male to N Male Connector
SC-CN-16 N Male Connector, 600 Cable
SC-Mount-Pole L Bracket mount with U bolt hardware for donor antenna mount to J-bar
SC-Mount-JBar Steel 1 inch J-Bar mount for donor antenna. Antenna mount not included

1.6 How it Works

The Guardian4 amplifies signals that reach a building from the nearest radio tower, and from radios inside the building going back to the tower. This compensates for weak reception caused by distance, topography, building structure, etc. The BDA receives the signal from an outside antenna, amplifies that signal, and then rebroadcasts it via antenna(s) inside the building, where it can then be picked up by radios inside. In the reverse direction, interior antennas also pick up signals coming from radios, where they are amplified by the BDA, and then passed to the exterior antenna for rebroadcast back to the tower.

1.7 Single vs. Multiple Carrier Operation

SureCall's rated output power of this equipment is for single-carrier operation. It is recommended that you factor in loss when dealing with multiple carrier signals. We suggest 3 to 5 db loss factor.

1.8 A Word About Safety

Follow all safety precautions in this manual. This information is designed to prevent personal injury, equipment malfunction, and/or radio interference. You are responsible for ensuring a safe installation.

Your installation may require working in high locations such as roofs and/or ladders. Follow applicable safety regulations and best practices to avoid falling. Take care not to drop objects from any high area. Cordon off ground areas directly below the section of roof you are working on, or below your ladder whenever possible.

In addition, as a qualified installer, you are responsible for knowing and following all applicable codes and regulations and for obtaining all required permits and inspections.

Always use appropriate personal protective equipment such as goggles, gloves, hard hat, etc. as needed, and as required. Failure to exercise caution when working in high areas could cause a fall and personal injury.

RF SAFETY WARNING: ANY ANTENNA USED WITH THIS DEVICE MUST BE LOCATED AT LEAST 8 INCHES FROM ALL PERSONS.

CHANGES OR MODIFICATIONS NOT EXPRESSLY APPROVED BY SURECALL COULD VOID THE USER'S AUTHORITY TO OPERATE THE EQUIPMENT.

CHAPTER 2: BDA INTERFACE & CONNECTIONS

2.1 Guardian4 BDA Interface Overview

A7 USB on top of BDA A1 A2 A3 A4 A9 A6 A5 A8 OUTSIDE ALARM UCT ETHU NET DC 120V INSIDE POWER 110V AC

Interface Type	Definition Description
A1 Grounding lug Grounding lug
A2 OUTSIDE N Female for OUTSIDE cable and antenna
A3 ALARM I/O To Fire Department Control Box.
A4 ETHERNET
A5 POWER 110VAC Connect to 110VAC or 110V of UPS output
A6 INSIDE N Female for INSIDE cable and antenna
A7 USB
	Used to initialize the network connection devices
A8	Alarm LEDs
	Indicate an alarm condition
A9	DC12-20V
	Connect DC, voltage should be between 12-24V

BDA Interface & Connections

2.2 RF Interfaces (A2 & A6)

OUTSIDE

A2 — N-type Female for OUTSIDE cable and antenna

INSIDE

A6 — N-type Female for INSIDE cable and antenna

2.3 Power Interface for 110VAC or UPS Output (A5)

Close-up of a metallic electrical connector with three orange pins (no visible text or symbols)

Female used to transfer to AC 110V / 60Hz Male on BDA (A5)

Close-up of a metallic electrical connector with gold pins and a circular head (no visible text or symbols)

N 2 1 L 3 E

L 1 2 N 3 E

Female used to connect to 110VAC or 110V of UPS output Male pinout on BDA (A5)

Pin Number Definition Full Name Color Note
1 L Live Wire Black
2 N Neutral Wire White
3 E Earth Wire Green

2.4 DC12-20V Interface (A9)

Close-up of a black plastic electrical connector with two metallic pins (no visible text or symbols)

Close-up of a metallic mechanical component with a central circular feature and mounting holes (no visible text or symbols)

Female used to transfer to DC 12-20V Male on BDA (A9)

2 DC+ 1 DC-

2 1 DC+ DC-

Female used to connect to 110VAC or 110V of UPS output Male pinout on BDA (A9)

Pin Number	Definition	Full Name Color Note
1 DC- DC Negative pole Black
2 DC+ DC Positive pole Red

BDA Interface & Connections

2.5 Alarm I/O Interface (A3)

Close-up of a metallic cylindrical connector with multiple gold pins (no visible text or symbols)

Male Alarm Connector used to transfer to Fire Department Control Box

Close-up of a metallic electrical connector with a circular socket and pinout (no visible text or symbols)

Female Alarm Connector (A3) on BDA

Dry Contact RF Module Summary Alarm (Normally Closed) External Alarm IN 2 External Alarm IN 1 Dry Contact VSWR Alarm (Normally Closed) Dry Contact VSWR Alarm (Normally Closed) Dry Contact RF Module Summary Alarm (Normally Closed) External Alarm IN GND

Male Alarm Connector used to transfer to communicators alarm panels

Dry Contact RF Module Summary Alarm (Normally Closed) External Alarm IN 1 1 2 4 3 5 7 Dry Contact RF Module Summary Alarm (Normally Closed) Dry Contact VSWR Alarm (Normally Closed) Dry Contact VSWR Alarm (Normally Closed)

Female Alarm Connector (A2) Pinout on BDA

Pin Number Definition Wire Color on Cable
1 External Alarm IN 1 Black
2 External Alarm IN 2 Red
3 Dry Contact VSWR Alarm (Normally Closed) White
4 Dry Contact RF Module Summary Alarm (Normally Closed) Green
5 External IN GND Orange
6 Dry Contact VSWR Alarm (Normally Closed) Blue
7 Dry Contact RF Module Summary Alarm (Normally Closed) Brown

Alarm Interface, Definitions & Conditions

2.6 RF Module Summary Alarms Trigger Criteria

The Summary Alarm (pin 4 and pin 7) is triggered under one (or more) of the following conditions:

• PA shutdown causing by oscillation
• PA shutdown causing by RF Power overload
- Repeater power OFF
- Repeater current is abnormal

graph TD
    A["To A2, ALARM I/O, pins4"] --> B["N.O."]
    C["No connection"] --> D["N.C."]
    E["COM"] --> F["Node"]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333

To A2, ALARM I/O, pins4 N.O. COM No connection N.C. To A2, ALARM I/O, pins7

Relay Shown In Non-Alarm Condition Relay Shown In Alarm Condition

Dry Contact RF Module Summary in Non-Alarm Relay connection Fig. in Non-Alarm Condition Contacts pins4 of A3, pins7 of A3 CLOSE

Dry Contact RF Module Summary in Alarm Relay connection Fig. in Alarm Condition and Power OFF Contacts pins4 of A3, pins7 of A3 OPEN

Alarm Interface, Definitions & Conditions

2.7 VSWR Alarm Trigger Criteria

The VSWR Alarm (pins 3 and 6) is triggered under one (or more) of the following:

• VSWR Alarm caused by outdoor or indoor VSWR abnormal
- Repeater power OFF

graph TD
    A["To A2, ALARM I/O, pins3"] --> B["N.O."]
    C["No connection"] --> D["N.C."]
    E["COM"] --> F["No connection"]
    G["To A2, ALARM I/O, pins6"] --> H["No connection"]

graph TD
    A["To A2, ALARM I/O, pins3"] --> B["N.O."]
    C["No connection"] --> D["N.C."]
    E["COM"] --> F["Node"]
    G["To A2, ALARM I/O, pins6"] --> H["Node"]

Relay Shown In Non-Alarm Condition Relay Shown In Alarm Condition

Dry Contact VSWR in Non-Alarm

Relay connection Fig. in Non-Alarm Condition

Contacts pins3 of A3, pins6 of A3 CLOSE

Dry Contact VSWR in Alarm

Relay connection Fig. in Alarm Condition

Contacts pins3 of A3, pins6 of A3 OPEN

2.8 Load Restrictions

Alarm Dry Contact Output Restrictions

• Maximum switching voltage: 125 VAC, 60 VDC
• Maximum switching current: 1A

External Alarm Input Restrictions

• Maximum repetitive reverse voltage: 28 V
• Impedance load: 470 Ohm

“0”-	0V
“1”-	0.8V - 28V

2.9 Ethernet Interface (A4)

Close-up of a black electrical connector with a cable (no visible text or symbols)

Close-up of a metallic mechanical component with mounting flanges and central aperture (no visible text or symbols)

Male Connector used to transfer to internet or ethernet Female Ethernet Port (A4, RJ-45) on BDA

2.10 USB Interface (A7)

The USB connector is on top of the Guardian4 unit, below the DIP switches, as shown below.

TO Computer U SB TO A7 iSureCall

Only when initializing the network connection equipment, after initialization unplug the USB cable

As shown, the NEMA housing must be open to gain access to this port. The interface is used to initialize network connections using a computer. Be sure to unplug the USB cable after the network initialization is completed.

2.11 Alarm LEDs (A8)

POWER ALARM1 ALARM2 ALARM3

	Status Description Note
POWER	Green ON Normal
	OFF Missing Power
ALARM1 Reserved for future use
ALARM2	Red ON	RF Module Summary Alarm:Over-currentOsc alarmOver-power
	OFF Normal
ALARM3	Red ON VSWR Alarm
	OFF Normal

CHAPTER 3: PLANNING THE INSTALLATION

3.1 Installation Overview

Typically, a BDA installation follows these steps:

1. Choose a mounting location for the exterior antenna. The recommended SC-288W Yagi directional antenna is, pointed directly at the radio tower (line of sight). The antenna is typically mounted on the wall or roof of the side of the building with the strongest signal. A grounded lightning protector is required between the exterior antenna and the BDA.
2. Next, choose the mounting location of the interior antenna(s), being sure to take separation requirements into account. Long, narrow spaces benefit most from directional flat-panel antennas, while more square spaces benefit more from omnidirectional dome antennas.
3. Choose where to mount the BDA. This should be in a secure indoor location near a grounded power source.
4. Map the cabling route between the exterior antenna and the BDA and between the BDA and interior antennas.
5. Proceed with a 'soft installation' connecting components without securing their placement until testing can be completed.
6. Power on the BDA and perform configuration and testing explained in Chapter 5.
7. Complete installation by securing the placement of the BDA, antennas and other components,

Important Installation Safety Precautions:

• The exterior antenna must not be co-located or operating in conjunction with any other antenna.
• Always use a properly installed SureCall lightning protector between the exterior antenna and the BDA.
• Always power off the BDA before working on the roof of the building, or anywhere in close proximity to the external antenna.
• Comply with all antenna separation requirements to prevent signal oscillation.

CAUTION: FAILURE TO PROPERLY INSTALL A LIGHTNING PROTECTOR CAN RESULT IN DAMAGE TO THE BDA, ANTENNAS, AND WIRING.

CAUTION: SIGNAL OSCILLATION CAN CAUSE RADIO INTERFERENCE WITH RADIO TOWERS AND RESULT IN CIVIL AND/OR CRIMINAL PENALTIES.

3.2 Exterior Antenna Overview

The recommended Yagi antenna (SC-288W) receives and transmits signals over a focused area. It must be aimed directly (line of sight) toward the radio tower that provides the strongest signal to the building. The exterior antenna and mast (if any) must be mounted in a location that meets all of the following criteria:

Diagram showing a device emitting signal waves with a radio tower nearby (no text or symbols)

• Best signal strength.
• Not co-located with other antennas or used in conjunction with other antennas.
• Away from all power lines.
• At least 6 ft. from lightning rod antennas.
• At least 8 in. from any person.

These distances are general guidelines only. Refer to the applicable building and electrical codes in your area to determine specific local requirements.

3.3 Interior Antenna Overview

You may use any combination of omnidirectional (dome) and/or directional (flat panel) interior antennas to obtain balanced signal strength throughout the structure.

Technical diagram of a multi-level industrial or facility layout with labeled components and directional arrows indicating flow or movement.

Dome antennas provide 360-degree hemispherical coverage suitable for mostly square areas, while flat panel antennas provide a focused zone of coverage suitable for long narrow areas. The example above uses two dome antennas and one panel antenna to provide full coverage

Planning the Installation

Keep in mind that floor structures in multistory buildings can cause significant signal loss, which means that you may need to install interior antennas on more than one floor. Here is an example of a multistory installation:

Architectural elevation drawing showing three horizontal panels with concentric circular patterns and window grids (no text or symbols)

Note: You may not need antennas on every floor of a multistory building, depending on factors such as building material, BDA gain, etc.

3.4 Antenna Separation

Proper antenna separation prevents signal oscillation (feedback) that can interfere with the radio tower. Separation is measured in a straight line from the exterior antenna to the closest interior antenna. The closest allowable distance depends on a number of factors, such as BDA gain level, building material, etc. Recommended separation distances are:

Amplifier gain Min. separation (ad)
40 dB 5'-6'
45 dB 15'-20'
50 dB 50'
55 dB 60'
65 dB 75-80'
70 dB 100'
75 dB 100'-120'
80 dB 120'-180'

Vertical separation is more important than horizontal separation. If you are unable to obtain the required separation horizontally, try raising the exterior antenna. You may also try reducing the BDA gain as described in Chapter 5 of this manual.

Antenna Safety Precautions:

You can mix and match dome and directional antennas as needed to obtain proper coverage throughout the building or area where you need to boost the signal. If you use a Yagi exterior antenna, you should normally aim it away from all interior antennas, regardless of separation, to prevent oscillation.

Antenna Aiming

OK

CAUTION: SIGNAL OSCILLATION CAN CAUSE RADIO INTERFERENCE WITH RADIO TOWERS AND RESULT IN CIVIL AND/OR CRIMINAL PENALTIES.

3.5 BDA Location

Select an indoor location for the BDA that meets the following criteria:

• Away from tightly enclosed or overly hot spaces
  • Near a properly grounded 110VAC outlet
  • Power and warning lights are easily visible
• Shortest possible cable runs to all antennas

3.6 Accessories

The final step in the planning process is to make sure you have all of the necessary accessories to complete the installation. You will need all of the items listed in Chapter 1 of this manual plus some or all of the following:

• Cable clips: Use these to secure the cables to interior and exterior walls/ceilings.
• Appropriately rated sealant/caulking to waterproof exterior cable entry points
• Hand and/or power tools as needed to complete the installation

- Personal Equipment (PPE): Use all PPE required by local codes and/or best practices to help ensure personal safety during installation.

CAUTION: YOU ARE RESPONSIBLE FOR ENSURING THAT THE INSTALLATION MEETS ALL APPLICABLE CODES.

Note: You may need to obtain a permit from your local building department to install the BDA and antennas. Check your local building and/or electrical codes.

Planning the Installation

3.7 Need Help?

If you need help planning your installation, contact a qualified installer, the reseller who supplied you with the BDA, or SureCall:

Call: 1-888-365-6283, 7 a.m. to 5 p.m. PST, Monday – Friday

Email: [e-mail]

CHAPTER 4: INSTALLATION

4.1 Soft Installation

Perform a “soft” installation of all components to test signal coverage and oscillation before making the installation permanent. Avoid making holes or other permanent attachments during this phase. Refer to Chapter 5 for configuration and testing instructions. Proceed with final installation once configuration and testing are complete.

4.2 Exterior Antenna

Mount the exterior antenna in the location you selected during planning. Follow all of the instructions included with the antenna to ensure that your installation is done properly. Here are a few reminders and essential steps:

• A Yagi antenna is mounted horizontally with drip hole facing down and aimed at the desired radio tower (line of sight).
• Mount the antenna.
• Connect a length of cable to the antenna and hand-tighten.
• Run the cable along the planned route.
  • Install a properly grounded SC-LP lightning protector.
• Seal any exterior cable entry points on building exterior with caulking or sealant.

WARNING: DO NOT TOUCH ANY LIVE ELECTRICAL WIRES OR ALLOW THE ANTENNA OR CABLING TO TOUCH ANY LIVE ELECTRICAL WIRES.

CAUTION: AVOID AIMING A YAGI ANTENNA TOWARD ANY INTERIOR ANTENNA.

4.3 Interior Antennas

Mount the interior antenna(s) in the location(s) you selected when planning. Follow all instructions included with the antenna(s) to ensure the installation(s) are done properly.

Here are a few reminders and essential steps:

• Dome antennas are mounted on the ceiling as close to the center of the desired coverage area as possible, domed (convex) side pointing down.
• Flat panel antennas should be wall-mounted as close as possible to the center of the wall, or at one end of long narrow space.
• Mount the antenna.
• Connect a length of cable to the antenna and tighten until hand-tight.
• If you are installing multiple antennas, run the cable to the splitter location and connect the cable to one of the outputs on the splitter.
• Connect another length of cable to the input side of the splitter (if used) and run this cable to the BDA location.
• It is important to keep the cable runs equal or use taps to ensure a harmonious install.

CAUTION: VERIFY THAT ALL INTERIOR ANTENNAS MEET THE SEPARATION REQUIREMENTS DESCRIBED IN THE PREVIOUS CHAPTER, AND THAT NO ANTENNA IS AIMED TOWARD THE EXTERIOR ANTENNA.

CAUTION: DO NOT CONNECT AN INTERIOR ANTENNA TO THE SPLITTER INPUT.

4.4 Mounting the BDA

Mount the Guardian4 as follows:

• Verify that the selected location meets all criteria described in the previous chapter.
• Mount a 24 inch x 24 inch x 3/4 inch thick sheet of plywood on top of sheetrock, secured into wall studs where the NEMA housing is to be placed. The plywood should be flush against wall.
• Once the plywood is secure, attach the NEMA housing to the plywood base using the screws provided. In most installations, the housing will be oriented so the I/O ports are facing down.
• Connect the outdoor antenna cable to the signal booster connector port marked OUTSIDE and tighten the connection.
• Connect the outdoor antenna cable to the signal booster connector port marked INSIDE and tighten the connection.

CAUTION: DO NOT POWER ON THE BDA UNTIL INSTRUCTED TO DO SO.

CAUTION: NEVER POWER ON THE BDA WHEN ANY ANTENNAS ARE DISCONNECTED AS THIS COULD DAMAGE THE BDA.

CHAPTER 5: CONFIGURATION & TESTING

5.1 Powering on the BDA

1. Make sure the exterior and interior antenna cables are firmly connected to their corresponding ports on the NEMA-4 enclosure.
2. Plug a surge suppressor into a grounded 110VAC wall outlet.
3. Plug the AC end of the power adapter (supplied with your BDA) into the surge suppressor.
4. Plug the DC end of the power adapter into the Power port on the NEMA enclosure.
5. Verify that the green Power light is illuminated.
6. When the booster is turned on, the band lights will flash red and yellow for approximately 10 seconds.

CAUTION: ONLY USE THE POWER SUPPLY INCLUDED WITH THE BDA. USE OF ANOTHER POWER SUPPLY COULD DAMAGE THE BDA AND/OR POWER SUPPLY.

CAUTION: DO NOT PROCEED BEYOND THIS POINT UNTIL THE BDA IS POWERED ON AND NO RED WARNING LIGHTS ARE ILLUMINATED.

5.2 DIP Switch Configuration

By default, your booster ships with all DIP switches turned OFF, providing maximum gain in all channels

However, BEFORE INITIAL CONFIGURATION, set booster switches with high, but not full, attenuation (as full attenuation would cause the band to shut off).

DURING CONFIGURATION, you may add gain incrementally until the signal level has improved enough to meet safety requirements.

Note that red flashing lights indicate the system has detected oscillation for the corresponding channel(s). The band will turn off (stop working) if adjustments are not made. When adjusting booster attenuation, full power is not always the best option. The goal is to obtain a signal level throughout the building that meets safety requirements.

NOTE: TURN ALL UPLINK DIP SWITCHES TO ON AND ADJUST THEM BACK ONE STEP AT A TIME UNTIL UPLINK CONNECTIVITY IS MADE WITH THE EMERGENCY RADIO TOWER.

The following diagrams and notes explain how to interpret, and use, these switch banks.

DIP switch organization

PS 700 DL DIP switches control 700 band downlink PS UL DIP switches control 700 band and 800 band uplink PS 800 DL DIP switches control 800 band downlink ①②④⑧⑯⑯⑮ 1 2 3 4 5 Power PS700 PS800 Switch 1 Switch 2 Switch 3 Switch 4 Switch 5 1 dB 2 dB 4 dB 8 dB 16 dB

Configuration and Testing

Additive combination effects:

• Switch 1 (1 dB) + Switch 2 (2 dB) = 3 dB attenuation
• Switch 1 (1 dB) + Switch 2 (2 dB) + Switch 3 (4 dB) = 7 dB attenuation
• Switch 1 (1 dB) + Switch 2 (2 dB) + Switch 3 (4 dB) + Switch 4 (8 dB) = 15 dB attenuation
• Switch 1 (1 dB) + Switch 2 (2 dB) + Switch 3 (4 dB) + Switch 4 (8 dB) + Switch 5 (16 dB) = 31 dB attenuation

A few practical attenuation examples:

Important Note: Turn ALL uplink attenuations dip switches to ON and adjust them back one step at a time until uplink connectivity is made with the Emergency Radio Tower.

• Turning all switches OFF = 0 dB attenuation (booster is at full gain).
• Turning ON switch #1 in a bank = 1 dB attenuation (booster maximum gain is reduced by 1 dB).
• Turning ON switches #1, 3, and 5 in a bank = 1+4+16 dB attenuation = 21 dB attenuation. For example, in an 80 dB booster, the selected channel is reduced to 59 dB (80 dB -21 dB).
• Turning ON all switches in a bank = 1+2+4+8+16 dB attenuation = 31 dB attenuation. For example, in an 80 dB booster, the selected channel is reduced to 49 dB (80 dB-31 dB).

3 ○ POWER ○1 ○ PS700 2 ○ PS800 ON 1 2 3 4 6 1 2 4 8 10 PS700DL ON 1 2 3 4 6 1 2 4 8 10 PS8DL ON 1 2 3 4 6 1 2 4 8 10 PS80DL

When the BDA is powered on, the green Power Light (3) should illuminate.

- If any of the bands are oscillating, the corresponding band lights (1 and/or 2) will flash red and that band will eventually shut down if adjustments are not made.

Note: In general, the uplink and downlink DIP switches should be set identically but this is not always the case.

CHAPTER 6: TESTING AND TROUBLESHOOTING

6.1 Band LED Conditions

This section will help you interpret the LED indicators on your Guardian4. But first, here are a few configuration and testing points to keep in mind:

• If the control light for a specific frequency band is flashing red or red-yellow, try increasing the antenna separation between the inside and outside antennas as much as possible first, then restarting the booster.
• Avoid setting the gain below 35 dB, as this could cause the affected frequency band to stop amplifying.

6.2 LED Conditions

LED INDICATIONS

LED Color	LED Condition	Resolution
-- OFF Normal operation. When the light is off, it means things are normal and that the band is active.
Yellow	Solid	Normal operation. The frequency band is not in use. Eventually, the band will enter sleep mode.
Yellow Flashing Normal operation. The Automatic Gain Control (AGC) is self-adjusting.
Red	Flashing	The booster is receiving too much signal which can cause the affected band to automatically turn off. If this happens:1. Turn the outside Yagi antenna in short increments away from the signal source.2. Increase the separation between antennas (more vertical separation works best).3. Add an inline attenuator to the cable connected to the Outside port on the booster.
Red	Solid	The associated frequency band is off. If the red light flashes for a long time (caused by too much signal), and then turns solid red, it means the associated frequency band has been turned off. This will happen if the gain dial for that frequency band has been turned all the way down.
Yellow/ Red	Flashes alternating colors	Self-oscillation has been prevented.1. Increase the separation between the inside and outside antennas. If your booster kit uses two directional antennas (example: outside Yagi antenna and inside panel antenna), ensure that they are facing away from each other.2. If the condition continues, increase attenuation in small increments until the light turns off or flashes yellow.

Refer to your Sentry Monitoring Software for more information about LED codes. Meanwhile, if you have any questions during setup, please reach out to our U.S.-based support technicians:

Call: 1-888-365-6283

Email: [e-mail]

6.3 Testing & Troubleshooting

Once the booster is powered on (and no Warning lights are on), assess the signal in locations of needed signal improvement. Refine the antenna locations and/or gain levels as needed, then complete the permanent installation when you are confident the system will perform well.

A few tips and some perspective:

• It's not realistic to expect full reception everywhere in the building.
• As a general rule, increasing gain by 6dB doubles the coverage distance of the interior antennas. Start at the lowest gain and increase gradually as needed.
  • If one or more red Warning lights comes on, it indicates there is oscillation in that band and adjustments are needed
• If you can't get the coverage reasonably well-balanced, you may need to install an additional interior antenna and/or a different type of interior antenna and/or relocate interior antennas.

CHAPTER 7: SENTRY CONFIGURATION & MONITORING

7.1 Sentry Software Introduction

SureCall's Sentry is a revolutionary advancement in signal-booster management. It aids in the installation, optimization, and ongoing management of your Guardian4 BDA. It provides installers with tools for seamless system configurations, and it helps pinpoint malfunctions due to unforeseen changes in the amplifier landscape, such as new towers or repeater systems. Sentry also notifies installers or end users about various parameters via email. Features include:

• Quick notification about booster changes and over-power situations.
• Allows offsite monitoring and adjustments related to booster performance, such as uplink, downlink or bands.
  • Helps optimize installations by monitoring and identifying the strongest signal strength available.

7.2 Software Installation

To install and configure the server, follow these steps:

• Get the SureCall Sentry software from your device supplier, or download the software here: http://www.surecall.com/product/Sentry.html.
  • Install the software using the steps outlined below.
• Configure the server to a static IP or public IP address.
• In order to function on the network correctly, the server and the Guardian4 device must be (a) on the same Local Area Network, or (b) the server must be the front end to the device.
• Use appropriate security software for safe and reliable operation when connected to a network.
• All device and user information will be stored on the computer.

Double-click ServerSentrySetup(V1.5).exe to start the installation, which takes you to Welcome screen shown below.

Note: To avoid install glitches, we recommend you close all other Windows programs running on your computer before proceeding.

After you have shut down other programs, click Next, which will take you to the User Information screen shown below. This is where you'll enter user information. It may be you as the installer, or you may be setting this up for someone else who will be monitoring the system on an ongoing basis.

Sentry Configuration & Monitoring

SentryRemoteServer Setup Welcome Welcome to the installer for SentryRemoteServer 1.4. It is strongly recommended that you exit all Windows programs before continuing with this installation. If you have any other programs running, please click Cancel, close the programs, and run this setup again. Otherwise, click Next to continue.

SentryRemoteServer Setup User Information Enter your user information and click Next to continue. Name: abc Company: def < Back Next > Cancel

When you have completed the fields, click Next to proceed to the Installation Folder screen as shown below. In most situations, the default choices and information provided here work fine. Click Next to continue.

Sentry Configuration & Monitoring

SentryRemoteServer Setup Installation Folder Where would you like SentryRemoteServer to be installed? The software will be installed in the folder listed below. To select a different location, either type in a new path, or click Change to browse for an existing folder. Install SentryRemoteServer to: C:\SentryServer Change... Space required: 25.4 MB Space available on selected drive: 117.43 GB < Back Next > Cancel SentryRemoteServer Setup Shortcut Folder Where would you like the shortcuts to be installed? The shortcut icons will be created in the folder indicated below. If you don't want to use the default folder, you can either type a new name, or select an existing folder from the list. Shortcut Folder: SentryRemoteServer Install shortcuts for current user only Make shortcuts available to all users < Back Next > Cancel

Normally, the defaults shown above (applies to current user only) work fine. Click Next to continue. This will take you to the Ready to Install screen as shown below.

Sentry Configuration & Monitoring

SentryRemoteServer Setup Ready to Install You are now ready to install SentryRemoteServer 1.4 The installer now has enough information to install SentryRemoteServer on your computer. The following settings will be used: Install folder: C:\SentryServer Shortcut folder: SentryRemoteServer Please click Next to proceed with the installation. < Back Next > Cancel

The above screen confirms the installation folder and shortcut folder where you can access the Sentry software. Click Next to proceed with the installation. The software will now install. A launch icon will be placed on your Desktop. When the process is complete, you'll should see the Installation Successful screen as shown below. This verifies that the Sentry Remote Server software installation is complete.

SentryRemoteServer Setup Installation Successful The SentryRemoteServer 1.4 installation is complete. Thank you for choosing SentryRemoteServer! Please click Finish to exit this installer.

Click Finish. Your Sentry installation is done. Proceed to the next section, Hardware Installation.

Sentry Configuration & Monitoring

7.3 Hardware Installation

Once the Sentry software is installed, you can proceed to connect and configure the Guardian4 BDA.

To install the hardware, first complete the following steps:

- USB Connection. Use a USB cable to connect your computer directly to the Guardian4 USB port. The USB connection on the Guardian4 is accessible by opening the NEMA-4 enclosure. The port is on top of the unit inside the enclosure, as shown below.

- Ethernet Connection. Plug the Ethernet cable into the yellow-capped socket on the bottom of the NEMA-4 enclosure, labeled Ethernet. The other end of the Ethernet cable goes to the network server or network switch on the LAN.

Once the connections are made, power on the Guardian4 BDA.

Register an account: Before you install the hardware, you'll first need to register an account. Connect your computer to the network where the Guardian4 Ethernet connection was made. A secure LAN connection is important because it will allow the computer to "see" the Guardian4 device on the network.

Start the Sentry client application by clicking on the shortcut that resulted from installing the software. You will see the screen below:

graph LR
    A["Laptop"] -->|To Computer USB| B["USB Cable"]
    B --> C["NFPA Guardian4"]
    C --> D["SureCall"]
    D --> E["RF Device"]
    F["Server"] --> G["Network Server"]
    style A fill:#f9f,stroke:#333
    style B fill:#bbf,stroke:#333
    style C fill:#ff9,stroke:#333
    style D fill:#ff9,stroke:#333
    style E fill:#ff9,stroke:#333
    style F fill:#fff,stroke:#333
    style G fill:#fff,stroke:#333

TO NFPA Guardian4's ETHERNET

Sentry Configuration & Monitoring

SureCall® Sentry Remote Monitoring and Control System Username Password Login Forgot your password? Ext Register (Version:V1.5)

Click Register and you'll see the following screen, prompting you to enter the local Server IP address.

SureCall® Sentry Remote Monitoring and Control System Username Password Login Forgot your password? Exit Register Server Ip 99.55.251.45 User Registration (Version:V1.5)

Enter the local Server IP, or you can use SureCall's server IP: 99.55.251.45.

User Registration User Name | Password Confirm Password E-mail User Phone Purchased Extension

Enter a User Name, Password, E-mail, and User Phone in the fields provided. Then click Register to proceed. You will the Login screen again, as shown in the next screen.

Login SureCall® Sentry Remote Monitoring and Control System Username Password Login Forgot your password? Exr Register Server Ip 99.55.251.45 User Registration (Version:V1.5)

In the fields provided, enter the Username and Password that you just registered on the system. This will enable you to proceed to device configuration, as explained in the steps below:

Sentry Configuration & Monitoring

Register the Device. Connect the Guardian4 device to the networked client computer with a USB cable as described in the previous section. Make sure the server is also linked to the computer. Select a serial port and click Open, as shown in the Add Booster screen below.

Complete device registration as described below:

Add Booster (one booster per Sentry) Com Port Open Close

• Click Refresh to query device parameters
• Enter a name in the Booster Name field
• Enter the location in the Location Address field (optional)
• Click Add to register the device on the server
• Keep in mind that only the registered user is authorized to see/operate the added device.

Using the same screen as before, configure the device according to the steps below.

7.4 Configuring the Booster System

Configure the Device.

• Select a serial port and click Open.
• Click Refresh to query device parameters.
• Click on the drop-down menu and select a server IP address and port number to make sure the device can be connected to the server.
• Dynamic IP is available by checking Auto Search IP function, OR...
• ...OR enter IP parameters manually, if the device needs a static IP.
• Click Apply to finish the configuration.

The following summary screen appears if the booster connects to the server successfully:

Add Booster (one booster per Sentry) Com Port COM7 Server IP Address 99.55.251.45 Server Port Number 5210 ✓ Auto Search IP Sentry IP 192.168.1.205 Sentry Subnet Mask 255.255.255.0 Sentry Default Gateway 192.168.1.1 MAC Address C8-D1-19-02-10-4A Refresh Apply Sentry ID Code 83FF4D501485634393929034 Booster Name Responder Location Address Add

Sentry Configuration & Monitoring

Type: Public NFPA Name: hhh Address: hhh Band Channel Attenuation Manual Attenuation Automatic Gain Control Attenuation Gain Output Power Outside Signal Strength Uplink/Downlink Status Band On/Off Over Power Oscillation Manual Shut Off Operation Power Current Status PS700 Uplink 788-805M 0 dB 0 dB 0 dB 76 dB 0 dBm Active ON Normal Normal Normal 6 W Normal Downlink 758-775M 0 dB 0 dB 0 dB 80 dB -78 dBm ON Normal Normal Normal 6.8 W Normal PS800 Uplink 806-816M 0 dB 0 dB 0 dB 76 dB 0 dBm Active ON Normal Normal Normal 6 W Normal Downlink 851-861M 0 dB 0 dB 0 dB 80 dB -78 dBm ON Normal Normal Normal 5.8 W Normal Sentry Software Version SC M3-MONITOR V1.3 Sum Power 49.2 W Device Status Normal Outdoor Antenna Normal Indoor Antenna Normal Battery Connection Normal Battery Capacity Normal AC Power Normal Battery Charger Normal Out1 Alarm Normal Out2 Alarm Normal Refresh Apply

Column Definitions:

• Attenuation: Manually adjusted attenuation via software.
• Manual Attenuation: Manually adjusted attenuation using controls on the device.
  • Automatic Gain Control: Automatically adjusted attenuation from excessive signal.
• Gain: Current gain.
• Output Power: Current power.
• Outside Signal Strength: Strength of input signal.
• Uplink/Downlink Status: RF band status: Sleep, Active, OFF.
  • Over Power: Over-power alert status: Red=Alert; Green=Normal.
• Oscillation: Oscillation-alert status: Red=Alert; Green=Normal.
  • Over Attenuation: Manual over-attenuation status: Red=Alert; Green=Normal.
• Current Status: Over-current alert status: Red=Alert; Green=Normal.
  • Operation Power: Single RF band power.

Other Definitions:

• Booster Connection: Booster and Sentry module Connection. Red=Disconnection; Green=Normal.
• Sum Power: Sum power of the device
• Device Status: RF status of the device. Red=Alert; Green=Normal.
• Uplink VSWR: Uplink VSWR status. Red=Alert; Green=Normal.
• Inside antenna VSWR status. Red=Alert; Green=Normal.

Sentry Configuration & Monitoring

• Battery Connection: Battery connection status. Red=Disconnection; Green=Normal (reserved function).
• Battery Capacity: Battery capacity status. Red=Low; Green=Normal (reserved function).
• AC Power: AC-power status. Red=Off; Green=Normal (reserved function)
• Battery Charger: Battery charging status. Red=Charging; Green: Normal (reserved function)
• Out1 Alarm, Out2 Alarm: Out-alert status. Red=Alert; Green=Normal.

NOTE: BOTH THE MANUALLY ADJUSTED ATTENUATION BY DEVICE AND BY SOFTWARE CANNOT EXCEED 25 DB.

Another feature is E-mail Alert, meaning that the user will receive an e-mail if an alert occurs.

Modify Booster Information. To modify the booster information, right click to access a pop-up menu with the following additional options. Select Edit Booster Info to proceed.

Edit Booster Info Delete Booster Antenna Position Debug Reboot Sentry Restore Default Settings

Edit booster info Sentry ID Code 93FF7D501475439374364234 Booster Name Responder Location Address Edit

Sentry Configuration & Monitoring

Delete Booster. To delete a booster, right click on the summary screen again to access a pop-up menu with additional options, and then select Delete Booster.

You will see a confirmation screen as shown below. Click Yes to proceed.

Edit Booster Info Delete Booster Antenna Position Debug Reboot Sentry Restore Default Settings Confirm Do you want to delete Responder Yes No

Password and E-mail Management: In the Tools pull-down menu, you can change your account information, including your password, or the e-mail address for status reports. Roll over the Accounts heading and click on Modify Password/E-mail to access this feature.

Tools Accounts Modify Password/E-mail Booster Recycle Bin Open Free time Refresh ✓ Alarm Status Flashing Exit

Sentry Configuration & Monitoring

To modify your password, type in the requested information shown below and click on Modify.

Modify Password/E-mail User Name surecall Old Password | New Password Confirm Password Modify Old E-mail [e-mail] New E-mail Modify

To change the e-mail address where alerts go, enter a new e-mail as shown above and click on Modify.

NOTE: IF YOU FORGET YOUR PASSWORD, CLICK FORGOT MY PASSWORD ON THE LOGIN PAGE. THE PASSWORD WILL BE SENT TO YOUR E-MAIL ADDRESS.

Antenna Position Debug Tool:

The Antenna Position Debug Tool is used to test antenna RSSI values that will help you locate the optimal installation position of the outdoor antenna. Select your device, and right click to access a pop-up menu with additional options as shown below. Select Antenna Position Debug.

Edit Booster Info Delete Booster Refresh Antenna Position Debug

You will see the following Debug Tool screen:

Antenna Position Debug Tool Booster: 789 Position Outside Signal Strength Query Time Operate PS700 PS800 Position1 Measure Position2 Measure Position3 Measure Position4 Measure Position5 Measure Compare

Sentry Configuration & Monitoring

Place the antenna in the appropriate position and click Measure to read the current RSSI value. Then try putting the antenna in 5 different positions, read their respective 5 RSSI values, and click Compare to get the best position. You can also use the reported RSSI values to determine the best position manually.

Over Power Alert:

If Red=ON, it means the input signal is too strong, and can result in device shut-off. Here are four possible solutions you can try:

• Increase the attenuation
• Reposition the outdoor antenna
• Reduce the gain
  • Manually adjust the attenuation or turn off a single band to mitigate oscillation and over-power issues.

CHAPTER 8: SAFETY AND COMPLIANCE

8.1 FCC Compliance

This is a Class B device. The product has been tested and found to comply with the Booster Requirements per FCC Part 90.

Part 90 Signal Boosters THIS IS A 90.219 CLASS B DEVICE

WARNING: This is NOT a CONSUMER device. It is designed for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You MUST have an FCC LICENSE or the express consent of an FCC Licensee to operate this device. You MUST register Class B signal boosters (as defined by 47 CFR 90.219) online at: www.fcc.gov/signal-boosters/registration.

Unauthorized use may result in significant forfeiture penalties, including penalties in excess of \$100,000 for each continuing violation.

WARNING: CHANGES OR MODIFICATIONS NOT EXPRESSLY APPROVED BY SURECALL COULD VOID THE USER'S AUTHORITY TO OPERATE THE EQUIPMENT.

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected
• Consult the dealer or an experienced radio/TV technician for help

CHAPTER 9: SPECIFICATIONS

Product Name Guardian4
Uplink Frequency Range (MHz): 788-805 / 806-816
Downlink Frequency Range(MHz): 758-775 / 851-861
Maximum Gain: 80 dB
Gain Adjustment: 31 dB
Noise Figure: ≤ 5 dBm
Input/Output Impedance: 50 Ohm
VSWR: ≤ 2.0
Supported Standards: Public Safety 700 and 800
Power Input: DC 12-20V; AC 110V; 60 Hz
Maximum RF Output Power: +27 dBm (DL), +26 dBm (UL)
P1dB: 31.5 dBm
RF Connectors: N Female (Inside & Outside Ports)
Power Consumption: 35W
Operating Temperature: -4°F to +131°F
Dimensions:	17.2 x 17 x 6 in
Weight:	49.6 lbs.
FCC (USA):	RSNGUARD-2QR
UL:	60950-1

CHAPTER 10: WARRANTY

Activate your product warranty at www.surecall.com

For questions regarding your warranty, contact a SureCall representative at 1-888-365-6283 or email [e-mail].

10.1 Warranty Periods

Your warranty includes the following periods:

• Three-Year Product Warranty: SureCall products are covered under a three-year product warranty from the date of purchase. This protects the customer from any defects or problems the product may have that are solely the fault of SureCall. Incorrect installation or misuse will void this warranty. Upon the return of a defective product, SureCall will issue the customer a working replacement. All returned packages should contain all products distributed.
• Five-Year Extended Product Warranty: A five year warranty is available for purchase on any products sold by SureCall. A five-year warranty must be obtained at the time of purchase. This warranty adds an additional two years to the three year warranty we provide. All regulations still apply.

10.2 Three-Year Product Warranty

SureCall warrants its products for three years from the date of purchase against defects in workmanship and/or materials. Specifications are subject to change. The three-year warranty only applies to products meeting the latest FCC Certification Guidelines stated on 2/20/2013 and going into effect April 30, 2014. A two-year warranty applies to any products manufactured before May 1, 2014.

Products returned by customers must be in their original, un-modified condition, shipped in the original or protective packaging with proof-of-purchase documentation enclosed, and a Return Merchandise Authorization (RMA) number printed clearly on the outside of the shipping container.

Buyers may obtain an RMA number for warranty returns by calling the SureCall Return Department toll-free at 1-888-365-6283. Any returns received by SureCall without an RMA number clearly printed on the outside of the shipping container will be returned to sender. In order to receive full credit for signal boosters, all accessories originally included in the signal booster box must be returned with the signal booster. (The Buyer does not need to include accessories sold in addition to the signal booster, such as antennas or cables.)

This warranty does not apply to any product determined by SureCall to have been subjected to misuse, abuse, neglect, or mishandling that alters or damages the product's physical or electronic properties.

SureCall warrants to the Buyer that each of its products, when shipped, will be free from defects in material and workmanship, and will perform in full accordance with applicable specifications. The limit of liability under this warranty is, at SureCall's option, to repair or replace any product or part thereof which was purchased up to THREE YEARS after May 1, 2014 or TWO YEARS for products purchased before May 1, 2014, as determined by examination by SureCall, prove defective in material and/or workmanship. Warranty returns must first be authorized in writing by SureCall. Disassembly of any SureCall product by anyone other than an authorized representative of SureCall voids this warranty in its entirety. SureCall reserves the right to make changes in any of its products without incurring any obligation to make the same changes on previously delivered products.

As a condition to the warranties provided for herein, the Buyer will prepay the shipping charges for all products returned to SureCall for repair, and SureCall will pay the return shipping with the exception of products returned from outside the United States, in which case the Buyer will pay the shipping charges.

The Buyer will pay the cost of inspecting and testing any goods returned under the warranty or otherwise, which are found to meet the applicable specifications or which are not defective or not covered by this warranty.

Products sold by SureCall shall not be considered defective or non-conforming to the Buyer's order if they satisfactorily fulfill the performance requirements that were published in the product specification literature, or in accordance with samples provided by SureCall. This warranty shall not apply to any products or parts thereof which have been subject to accident, negligence, alteration, abuse, or misuse. SureCall makes no warranty whatsoever in respect to accessories or parts not supplied by it.

10.3 Limitations of Warranty, Damages and Liability

EXCEPT AS EXPRESSLY SET FORTH HEREIN, THERE ARE NO WARRANTIES, CONDITIONS, GUARANTEES, OR REPRESENTATIONS AS TO MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, OR OTHER WARRANTIES, CONDITIONS, GUARANTEES, OR REPRESENTATIONS, WHETHER EXPRESSED OR IMPLIED, IN LAW OR IN FACT, ORAL OR IN WRITING.

SURECALL AGGREGATE LIABILITY IN DAMAGES OR OTHERWISE SHALL NOT EXCEED THE PAYMENT, IF ANY, RECEIVED BY CELLPHONE-MATE, INC. FOR THE UNIT OF PRODUCT OR SERVICE FURNISHED OR TO BE FURNISHED, AS THE CASE MAY BE, WHICH IS THE SUBJECT OF CLAIM OR DISPUTE. IN NO EVENT SHALL SURECALL BE LIABLE FOR INCIDENTAL, CONSEQUENTIAL, OR SPECIAL DAMAGES, HOWSOEVER CAUSED.

All matters regarding this warranty shall be interpreted in accordance with the laws of the State of California, and any controversy that cannot be settled directly shall be settled by arbitration in California in accordance with the rules then prevailing of the American Arbitration Association, and judgment upon the award rendered may be entered in any court having jurisdiction thereof. If one or more provisions provided herein are held to be invalid or unenforceable under applicable law, then such provision shall be ineffective and excluded to the extent of such invalidity or unenforceability without affecting in any way the remaining provisions hereof.

WARNING: E911 location information may not be provided or may be inaccurate for calls served BY USING THIS DEVICE.

48346 Milmont Drive

Fremont, California 94538, USA

888.365.6283

www.surecall.com

SureCall has made a good faith effort to ensure the accuracy of the information in this document and disclaims the implied warranties of merchantability and fitness for a particular purpose and makes no express warranties, except as may be stated in its written agreement with and for its customers. SureCall shall not be held liable to anyone for any indirect, special or consequential damages due to omissions or errors. The information and specifications in this document are subject to change without notice.

© 2018. All Rights Reserved. All trademarks and registered trademarks are the property of their respective owners.

SureCall, Inc

48346 Milmont Drive

Fremont, California 94538, USA

888.365.6283 | www.surecall.com