Features
UPS-PL12-18-120
UPSPro 12V 18Ah Battery Backup System, 12V 20A PWM Charge Controller. 120/240VAC 12V 120W Battery Charger, Polycarbonate Enclosure
User Guide
$249.95
90 in stock
- Ships in 1-2 days
- No Risk Guarantee
- 2-3 Year Warranty
• Weatherproof, UV resistant, outdoor enclosures
• Powered from AC mains power and/or Solar
• Interior space for customer electronics
• Wall or Pole Mounting
• Isolates Customer Equipment from Power Line Surges
• High Quality AGM Sealed Lead Acid Batteries
• Advanced battery charge controller protects against overcharge and over discharge
• Includes enclosure combo lock
Applications
• Wireless Base Stations and Clients
• Surveillance Cameras
• Wireless Bridge and Repeaters
• Remote Sensors
• Mission critical outdoor power
• Backup Power Systems
Description
The UPSPro® 120W series outdoor enclosures are designed for applications that require a backup power source in order to maintain uninterrupted service to customers. The enclosure is powered from 120/240VAC. It is also solar ready so a solar panel can be added as an alternate power source or to extend backup time. Features include an advanced battery charge controller to protect against over-charging or over-discharging of the valve regulated sealed lead acid AGM batteries. Enclosures have multiple ports for CAT5 cable, antenna cables/connectors or other cabling.
There is some space inside the enclosures for customer electronics such as controllers, wireless AP or CPE cards, sensors, inverters, etc. Equipment runs on battery power which isolates it from power line surges which is a main cause of outdoor equipment failure. Multiple configurations are available for 12V or 24V systems with various battery storage capacities.
A typical 250mW wireless access point with average power consumption of 4W will run 24 hours on a 9Ah battery at room temperature or 16 hours at -20 deg C.
Technical Information
Ship Weight | 17 lbs |
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Ship Dimensions | 19 × 19 × 9 in |
Battery Voltage | |
Battery Capacity | |
Output Power | |
Enclosure Type | |
Controller Type |
FAQ
UPSPro® FAQ
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Frequently Asked Questions
How do you calculate Autonomy of a battery backup system?
These are the autonomy calculations
Autonomy = Battery Ah x Battery Volts = Battery Watt Hrs * 50% battery discharge max = Battery Watt Hr Capacity / Ave Load in Watts = Autonomy Hrs
Ex:
Battery Ah = 180Ah
Battery Volts = 12V
Ave Load -...
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How can I add a padlock to my ENC-ST-23x14x1 enclosure?
You can add a 4.5” double hinged zinc plated safety hasp to secure the door on the Tycon ENC-ST-23x14x12 enclosure with a padlock.
An example of a suitable double hinged safety hasp can be found on Amazon or your local hardware...
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How long will it take to charge my battery bank with a battery charger?
Factors that contribute to the time to recharge:</p> <ol> <li>Your load that is drawing power from the batteries<
The battery capacity
The amount the batteries are discharged.
The amount of input power available to recharge...
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How long will my battery backup power my equipment?
To figure out how long a battery backup system will keep your equipment powered there is a fairly simple calculation you can do: ((Battery Capacity (Ah) x Battery Voltage (12V)) x Percent Discharge (50%)) / Your Equipment Load (W). So let’s say...
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RemotePro® and UPSPro® Troubleshooting
Minimum Equipment Needed: Good digital voltmeter which will display DC Volts for Battery Voltage. Measure battery voltage at the charger/controller System Voltage Expected Battery Voltage (charging Expected Battery Voltage (not-charging12V -...
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RemotePro® and UPSPro® Battery Care
RemotePro® and UPSPro® systems are designed to maintain proper battery charge within a defined range. Our systems have protections for over-discharge of batteries but batteries also self-discharge over time, so if they are left without any...
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Which systems come with a pole?
All RemotePro systems with a 720W solar array or larger will come with a top of pole mount and a 6 inch round, 72 inch long pole that needs to be anchored to a concrete footing.
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How long will it take to charge my battery bank with a battery charger?
Factors that contribute to the time to recharge:
Your load that is drawing power from the batteries
The battery capacity
The amount the batteries are discharged.
The amount of input power available to recharge the batteries.
Let’s assume you...
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How high should I install my solar panel and enclosure?
That will depend on your application. Mounting your enclosure and solar panels high above the ground will discourage vandalism. It's important to mount the solar panels above any obstacles that may cause shade. Maximum sunlight exposure is most...
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How can I add a grid or generator powered battery charger to my RemotePro system with MPPT solar controller?
The following wiring diagram shows how to add an AC powered battery charger to the RemotePro system to provide supplemental charging of the batteries.
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What information do you need to help me size a system?
We need to know the load in watts for each piece of equipment you plan to use. We also need to know the operational voltage for each piece of equipment and if it is powered through wires or PoE. A good way is to send us a spec sheet for the...
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I have my system hooked up but I’m not getting the correct voltage out of the controller, what’s wrong with it?
Most often this might be caused by loose or incorrect connections, or the product is designed for a different application. First check the installation manual to be sure all connections are correct, and that the device is designed to supply the...
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How long will my battery backup power my equipment? How much autonomy should I expect?
There is a free calculator at: https://tyconsystems.wpenginepowered.com/calculators/
You can use the online calculator or follow the guide above: To figure out how long a battery backup system will keep your equipment powered there is a...
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How to calculate how much solar panels I need to support my equipment?
We have a free system requirements calculator located at: https://tyconsystems.com/tycon-support/tycon-calculators/
You can use the online calculator or follow the guide below to determine solar requirements.
First calculate the total watts...
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