Solar supply and battery
The SXK-D50 uses cabinet-mounted solar panels to charge an onboard battery. A 24 V brushless drive operates the straight arm, which is specified up to 6 m.
Solar-Powered Barrier Gate
The SXK-D50 uses cabinet-mounted solar panels to charge an onboard battery. A 24 V brushless drive operates the straight arm, which is specified up to 6 m.
Installation contractors and distributors specifying a complete vehicle access lane.
The SXK-D50 uses cabinet-mounted solar panels to charge an onboard battery. A 24 V brushless drive operates the straight arm, which is specified up to 6 m.
Send the installation location, expected gate movements and any accessory loads. The solar and battery configuration depends on those inputs.
The cabinet-mounted solar panels charge an onboard battery. Share the installation location, expected movements and accessory loads for the power review.
A reader, detector or traffic light changes the installation power requirements. Confirm which devices use the barrier supply and which need a separate source.
Published drive figures apply to the specified assembly. Set movement for the actual arm, balance and connected detection equipment.
Functional sequence for configuration planning. Use the approved project drawing for physical wiring and installation.
Send these details with your enquiry so we can review the equipment and configuration.
Details for equipment review and installation planning.
Technical reference: datasheet p. 3.
Review the dimensions and installation clearances. Select a drawing to enlarge it.
Match the equipment to the site, the users and the access workflow.
Select the arm for the clear opening and available headroom. Coordinate the resident or staff access system with vehicle detection.
Application illustrationConfirm the parking terminal, detector and driver indications together. Review the vehicle stopping point and arm sweep.
Application illustrationIdentify the installed controller and available supply. Check arm mass, holder, balance and control signals before replacement.
Project planning exampleProduct documents for your technical review.
Product functions, specifications and configuration scope.
Questions about selection, integration and installation.
The SXK-D50 uses cabinet-mounted solar panels to charge an onboard battery. A 24 V brushless drive operates the straight arm, which is specified up to 6 m.
No. Cabinet setback, holder engagement and tip clearance affect the usable opening. Send the lane drawing before selecting the finished arm length.
Confirm each device in the ordered supply scope. The detector selection and commissioning must suit the actual lane and controller.
An arm change affects mass, balance and movement settings. Review the holder, spring and operator limits before fitting another configuration.
Send the installation location, expected gate movements and any accessory loads. The solar and battery configuration depends on those inputs.
We provide remote video technical guidance, installation videos, wiring diagrams and installation instructions. For large projects, an engineer can provide on-site technical guidance.
Send the model, quantity and installation requirements. Include your layout or controller details where relevant.
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