Illuminate your interior with the Hessa contemporary pendant fixture, featuring a sleek cylindrical glass globe suspended from a refined metal frame. Designed for indoor environments spanning five to ten square meters, this lighting solution delivers a consistent warm glow through an integrated E26 LED bulb. The fusion of sturdy low-carbon construction and transparent glass yields a durable, trend-resistant aesthetic that suits modern living rooms, dining areas, and bedrooms.
Energized via a hardwired connection and rated for universal input from 110V to 240V, the fixture operates securely indoors under an IP20 protection class. While it does not support smart ecosystem pairing or dimmer switches, its streamlined design prioritizes long-term reliability and straightforward maintenance. The suspension cord or chain features adjustable length settings, enabling precise vertical positioning once installed. Assembly is required, and because the unit connects directly to household wiring, engaging a certified electrician for mounting ensures safe and compliant operation.
| Technical Specifications | |
|---|---|
| Fixture Category | Pendant Light |
| Design & Finish | Contemporary Gold Metal with Cylindric Glass Shade |
| Ideal Rooms | Living Room, Dining Room, Bedroom |
| Recommended Coverage | 5–10m² |
| Usage Classification | Indoor Application |
| Dimmable Capability | No |
| Beam Temperature | Warm Light |
| Smart Integration | Not Enabled |
| Assembly Requirement | Yes |
| Ingress Protection | IP20 |
| Electrical Interface | Hardwired |
| Bulb Inclusion | 1x LED (E26 Base) |
| Operating Voltage | 110V–240V |
| Core Composition | Metal Frame & Glass Shade |
| Height Adjustment | Adjustable Chain/Cord |
| Exact Dimensions | Refer to accompanying product imagery |
| Box Contents | 1x Pendant Light Assembly |
Note that all measurements are taken manually and may deviate by one to four centimeters. Visual color representation can vary slightly depending on monitor calibration. We recommend professional electrical installation for optimal safety and performance.