Describe the installation steps and purchase method of garden lights in detail

The flange is an important component of the yard lamp pole and the ground installation. Yard lamp installation method: Before installing the yard lamp, according to the standard flange size provided by the manufacturer, use M16 or M20 (common specification) screws to weld the base cage, and then excavate the appropriate size of the pothole at the installation site. The root cage is placed in the meantime. After leveling, the cement concrete is used to irrigate the root cage to fix the root cage. After 3-7 days, the cement concrete will fully condense, and the yard light can be installed. (Note: The embedded pipeline needs to be led out when the yard lights are poured). When installing the yard lamp, open the package and check the integrity of the yard lamp. Refer to the product manual for assembling and wiring. The general process is: open the lamp housing, install the light source and supporting electrical appliances (for electrical wiring, refer to the electrical manual), and pull out the wire Lead out from the threading hole to the bottom of the light pole, and then link the lamp cap with the light pole, pay attention to tighten the fastening screws, and then align the flange of the yard lamp with the screw of the foundation embedded part, and stand upright. Then tighten the device nut after leveling with a nut or pad. Yard lamp circuit wiring: After the yard lamp is installed, you can refer to the manual and electrician specifications to perform the wiring operation. It should be noted that the device wiring needs to be grounded. Generally, the yard lamp will reserve a grounding terminal for grounding to eliminate safety hazards. Choose lamps with reasonable light distribution. The light distribution type of the lamp should be confirmed according to the function and spatial shape of the lighting place. Use efficient lamps. Under the condition of satisfying the requirements of glare restraint, for lighting that only satisfies the visual function, direct-type light distribution lamps and open-type lamps should be selected. Choose lamps that are convenient for device protection and low operating costs. In special places where there is a risk of fire or explosion, dust, humidity, vibration, and corrosion, lamps that meet the environmental requirements should be selected. When high-temperature parts such as the appearance of lamps and lamp accessories are close to combustibles, fire protection measures such as heat insulation and heat dissipation should be adopted. Lighting fixtures should have perfect photoelectric parameters, and their various functions should conform to the current 'General Requirements and Experiments of Luminaires' and other relevant regulations.