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| ---------- Powering Options --------------------------------------------------------------------------------------------------- |
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The Zareba Automatic Gate Opener operates off a 12-volt, 7.2 amp hour battery. Like any battery, it becomes drained with use and needs to be charged.
We recommend AC power (if within 1,000 feet of gate) and the transformer (included in kit) to provide a continuous trickle charge to the battery.
If AC power is not within 1,000 feet, we recommend the Zareba Solar Panel Battery Charger (GSP1) to charge to the battery.
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| - Electrical Wire for Connections |
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When connecting the Zareba Automatic Gate Opener, use 16-gauge, dual conductor, multi-stranded direct burial wire (GW1) for the connection (not included in kit). This is available through Zareba Systems or in the electrical department of most home improvement or hardware stores.
In order to effectively convey the AC current to the gate opener, this burial wire should never be more than 1000-feet long, or voltage loss will occur and gate opener performance may be erratic.
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Also note that to assure adequate current, the 16-gauge, dual conductor, multi-stranded direct burial wire (GW1) should be one continuous length and not spliced together. A splice may lead to corrosion and an inadequate power supply.
We recommend PVC conduit be used to protect the 16-gauge wire when trenched from the gate opener control box to the AC power source. Be sure to follow all local electrical codes. |
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| - AC Power to Charge the Battery |
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The transformer included in the Automatic Gate Opener kit converts 110-volt AC power to 18-22 volt AC power, which runs into the gate opener's control board. Use 16-gauge, dual conductor, multi-stranded direct burial wire (GW1) for this connection (not included in kit).
The transformer in the Zareba Automatic Gate Opener kit is recommended for indoor use only. If it will be plugged into an outside outlet, it should be enclosed or covered for weather protection.
AC power will provide the most consistent charging of the gate opener's battery and is recommended if available within 1,000-feet of the gate. Your opener will be able to cycle more times per day with AC power than with a solar panel battery charger.
If you lose AC power, the gate opener battery will hold it's charge and cycle several times before running out of power. You may also disconnect the gate opener arm from the gate (by removing the clevis pins and clips) and manually open the gate.
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| - Solar Power to Charge the Battery |
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Solar power is an alternative option for charging your gate opener battery if you do not have access to AC power within 1,000 feet of your gate. Each installation is unique and the effectiveness of solar power will vary for each installation.
Your geographic location, type of gate, and frequency of use will help you determine if a solar panel is right for you. Multiple solar panels may be connected to the gate opener control box, providing greater cycle capacity.
The Zareba Solar Powered Battery Charger (GSP1) is designed to provide optimum charge to the battery. The rugged 5-watt solar panel is built to last, designed for harsh weather. The kit includes mounting pipe, mounting hardware, 8-feet of low voltage wire and installation instructions.
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The charts below illustrate the maximum number of gate cycles to expect per day in a particular zone and the amount of Watts required for use based on winter sunlight (minimum). |
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| Model |
Watts |
Zone 1 |
Zone 2 |
Zone 3 |
| Single |
5 |
4 |
8 |
13 |
| Single |
10 |
8 |
16 |
26 |
| Single |
15 |
11 |
20 |
30 |
| Dual |
10 |
4 |
8 |
13 |
| Dual |
15 |
7 |
13 |
20 |
| estimated number of
cycles per day |
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| Note: when using solar power to charge your gate opener battery, the number of cycles per day are limited by the number of solar panels installed and the geographic location of the gate opener installation. Additional solar panels might be used when necessary. |
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