Apollo 1550 single swing up to 600 lbs-16 ft. length. Recommended for residential, farm, and ranch applications. Great innovative functions with new 1050 circuit board.
Apollo 1550 single swing up to 600 lbs-16 ft. length. Recommended for residential, farm, and ranch applications. Great innovative functions with new 1050 circuit board.
Versatile: The 1550 swing gate operator with the single/dual advanced 1050 circuit board. Solar compatible: optional 12 V battery (required) can be charged by either solar or AC power. The choice is yours! Easily installed on most existing or new gates.
The ideal solution for special applications: can be used in push to open or pull to open mode, increasing the flexibility of having the actuator inside or outside the gate, regardless of hinge left or right or direction of gate swing. The direct drive system attaches directly to the gate. Quality and durability to corrosion thanks to the housing, weather resistant NEMA 3R. Powder coated black. The actuator has rust proof linear acme screw drive and self-lubriating gears.
Supplied with 8ft. of cable.
Features
- Easy to install
- LCD display
- Plug-in receiver up to 1,000 rolling-code transmitters
- 7 day programmable event timer
- Innovative Obstacle Detection System
- Surge Protection
- Programmable Inputs and Outputs
- Advanced Dual Gate Management
- Solar power compatible
- Built in solar regulator
- Corrosion resistant
- Solar power compatible
Power supply 12-30 VDC
Operating voltage 12-VDC
Current draw 10mA (standby)
Open speed 14-16 seconds (90 degrees)
Duty cycle Varies based on charging capacity
Dimensions - control box 18" x 18" x 8"
Dimensions - actuator 42"retracted - 66" extended
Solar power allows installations of automatic gate systems far away from any electrical network. Wireless technology, continuous functioning and energy savings point out new possible applications even where they were considered impossible. An ecological and extremely intelligent system which allows the final user to make a notable economic saving.
