Alessandra Rise And Fall Pendant 3355
Alessandra white rise and fall pendant, large alabaster glass shade.
There is a tension gearbox that is discretely hidden inside the ceiling cup, this controls the position where you want the shade to be by raising it up or down, perfect for use above dining tables or breakfast bar areas.
Requires 1 x LED ES E27 lamp bulb, which is not included with the product.
This product does not come supplied with a ceiling hook so will have to be purchased separately.
Data Sheets:
3355-mounting-instructions
3355-data-sheet-5555
Electrical Class | Class 2 - Double Insulated. No Earth Required. |
Finish | White |
Light Source | ES-E27 Incandescent or LED. |
Alternative Light Source | Retrofit LED Bulbs are also available. |
Dimming Info | Dimmable. A high quality dimmer switch is recommended. |
Warranty Period | 1 Year |
Weight | 1.84kg |
Width | 400mm (15.75") |
Min Height | 580mm (22.83") |
Max Height | 1050mm (41.34") |
Product Questions
Q1: Is this shade translucent or opaque. What is the measurement from the top to the bottom of the 'bell' Part.
A1: About 150mm from the bottom of the glass to the top of the glass Measured vertically through the centre. The shade is opaque.
Q2: What is the maximum and minimum drip and what is the diameter of the shade
A2: The minimum height is 580mm with the maximum being 1050mm, the diameter 400mm
Q3: Thinking ahead, Is it possible to replace the gearbox in the ceiling cup end or easily repair that part without having to replace the whole unit if it eventually stays in the down position and doesn't go back up, As i've seen several similar lamps of this design that seem stuck in the down position?
A3: Unfortunately the gear is not replaceable.
Q4: I have a light similar to this one. I would like to replace the wire and rise and fall mechanism only and keep my shade. Is this possible?
A4: Unfortunately none of our supplier sell just the rise and fall mechanism, it is always a complete product because the weight of the shade is specific to the rise and fall mechanism.