Hemp Rope Metal Pendant Light – Dimmable Retro Indoor Hanging Lamp Kit

1. Introduction to the Hemp Rope Metal Pendant Light: This unique and captivating pendant light combines retro designs with simplicity, creating a warm and romantic ambiance in any indoor setting. Its hanging hemp cord makes it suitable for ceiling use only, adding an element of sophistication to your interior decor. When used with a matching dimmer switch and dimmable bulb, the light becomes adjustable to suit various moods and occasions. All wires and hanging cords comply with British safety standards, ensuring a safe and reliable lighting solution. 2. Technical Details and Specifications: The Hemp Rope Metal Pendant Light is a retro-style pendant lamp kit designed for indoor use. The power source can range from AC110V to 240V, accommodating various voltage requirements. It has a single E27 lamp holder that supports a maximum wattage of 60W. The light s material comprises hemp and metal, blending natural elements with sturdy construction. Its compatibility extends to all E27 bulbs however, when paired with a dimmable bulb and dimmer switch, it can be adjusted to suit different lighting preferences. With a hemp length of 200cm, shade width of 30cm, and shade height of 16cm, this light creates an attractive focal point while remaining energy-efficient, with an A energy consumption rating when used with LED bulbs. 3. Package Details and Considerations: The Hemp Rope Metal Pendant Light comes with a comprehensive package that includes the lampshade, pendant holder with rope cable, and ceiling rose with fitting accessories. Although the bulb is optional, it s essential to verify compatibility before purchase. Please note that color variations might occur due to light and screen differences between the product images and real-life appearance. Measurements are manual and may vary by 0.2-0.5cm. Delivery times can fluctuate based on location therefore, scheduling an electrician or fitter should be postponed until all items have been received in satisfactory condition.