Crystal chandeliers have come a long way from the days as traditional, stately pieces only enjoyed in the most formal of spaces and positioned to impress guests in the dining room or the foyer. Crystal’s are found in various lighting applications of all shapes and sizes and their sparkling, elegant affect is energizing areas of the home from powder room and office to kitchen and bath.

More crystal means more cleaning, but it does not have to be too taxing. A few simple guidelines will help to keep your crystal chandeliers looking their best.

How to clean it

If you do not wish to remove the crystal components from the piece, you can use a spray. After the piece is sprayed, wipe off the solution with white cotton gloves. Crystal chandelier manufacturer Schonbek recommends a solution of one part isopropyl alcohol to three parts distilled water, while Waterford’’s chief lighting designer Billy Canning says hot soapy water will do the trick. Both agree that special cleaning formulas aren’’t needed.

“A real no-no in the area of cleaning chandeliers: …If the chandelier is adorned with a traditional polished gold finish or polished silver finish but it i’s not stainless steel, people will use these sprays that you can buy,” says Eileen Schonbek Beer, Creative Director for Schonbek Worldwide Lighting. “Basically, what the manufacturers say is you spray the chandelier and let the stuff drip off, that cleans the crystal. But in fact what it does is ruin the frames of the chandelier.”

If more aggressive cleaning is needed, the crystal parts will need to be removed from the frame. The crystals can then be hand-washed in soapy water, rinsed clean and dried with a cloth. Schonbek provides trim diagrams that detail reassembly of the chandelier.

For dusting between cleanings, Schonbek recommends using a feather duster, lambswool duster or a make-up brush.

How often to clean it

In general, crystal should be cleaned every two to six months. The frequency of cleaning required depends on where it is used and how easy it is to get to the piece.  According to Canning, extremely large pieces like 20-foot chandeliers can get away with being cleaned only once a year.

Since crystal lighting is being featured in virtually every room of the house these days, some pieces may need more frequent cleanings based on their location. Chandeliers used in kitchens will need more detailed cleaning due to oil and grease buildup, as well as dust sticking to the components due to moisture from sinks and stoves.

“The beauty of crystal, of course, is the prismatic refraction of the light passing through the crystal ornament,” says Beer. “So the minute it’s got any kind of residue of dust or even moisture — like in moist climates in Florida — the humidity will cause dust to adhere to the crystal and the salt in the air will kind of make it cloudy. So you actually have to clean crystal pretty regularly.”

Maintaining a regular cleaning schedule for crystal will always keep it sparkling. Yet if a piece is neglected, all it takes is a little extra effort with the methods listed above to make it shine like new.

“In my personal experience, I have been asked by many auction houses to identify Waterford products many times,” says Canning. “In most cases the difficulty with identification would have been that the chandelier was allowed to get dirty and the crystal would appear dull. But in all cases, when properly cleaned, they can look as good as the day they were bought.”

For the Chore-Challenged

For customers who aren’t ready to get into the nitty gritty of cleaning their crystal by hand, suggest the Da Vinci chandelier from the Geometrix collection by Schonbek. The crystals stay attached to a stainless steel frame that can be placed directly in the dishwasher. The Da Vinci is available in a 10-inch or 36-inch diameter. The only Da Vinci that will not make it to the dishwasher is the dramatic 5-foot model.

Ceiling fans are your answer to staying cool this summer without costing you a small fortune. You have probably heard about the benefit of ceiling fans in the past, but there is truly a major benefit to having one installed. The energy savings are worth the initial investment, which is actually quite minimal. A Santa Monica electrician, like those at The Electric Connection, can take care of the install for you. All you need to do is pick out the perfect fan for your room. Here are a few facts that will help you truly understand the benefits to running a ceiling fan.

*A ceiling fan costs about 2 or 3 cents an hour to run. An air conditioner costs about 50 cents an hour. Do the math, to run your air conditioner all day, it will cost you $12. Not much, but when you calculate an average month, that is nearly $360! The fan will cost about $22 a month.

*An air conditioner uses about 3,500 watts when it is running versus 60 watts a ceiling fan uses.

*Fans can be installed in place of the light fixture in the room. Most fans are either equipped with lights or a light assembly can be added to a fan.

If you run your ceiling fan on high, spinning counterclockwise, you can crank up your air conditioner a few degrees and still feel comfortable. While your fan won’t produce cool air, the breeze the blades will create feels cool and you won’t be tempted to turn the AC down. You can discuss this more with your electrician. Santa Monica homeowners may even choose to install fans in bedrooms as well. This makes sleeping much more comfortable. The whir of the blades is soothing and the gentle breeze keeps you comfortable despite the heat. Take the first step to staying cool this summer and call The Electric Connection to have your ceiling fan installed.

If the motor seems to be fine, attempt to reconnect it to a load. For motors spinning in the wrong direction that are three-phase, swap any two leads either in the starter or in the motor connection box to reverse its rotational direction. Motors that struggle with a load may have something plugged up or jammed in the load itself. A mechanic may be required to check fans, belts, or pumps that are powered by a motor. When a motor trips the overload device, attach an anmeter to measure the current during startup and operation. Check the FLA on the motor nameplate to see what the expected current draw should be. If it is high, the motor may simply be overloaded. If not, the overload protection device may be set too low or may need replacing.

By following these basic ac motor troubleshooting tips, any electrician can quickly determine the cause of most problems in an AC motor.

As a rule, the bottom of any hanging light should be at least 6’8″ off the ground – unless it’s over a table or island. When you have an 8′ ceiling, this doesn’t give you a whole lot of room to play. If you long for the grand impact of a decorative

A room with a single light fixture is depressing. Kick the shadows by adding multiple light sources. A few stylish flush-mount ceiling lights. Some table lamps. An accent light here or there. When you have multiple lights shining in different directions, the space will feel lighter and more open. Make sure to place ceiling lights at least 3′ from the wall, any closer and harsh shadows will make your ceiling seem lower. 

constant-current LED driver or constant-current driver is used to regulate the amount of current that is supplied to an LED or LED array to maximize LED lifetime. If current is not regulated, LED brightness can fluctuate and life span can be shortened. The constant-current driver is used for LEDs or light fixtures that require a stable output current and operate within a range of voltages. Most finished LED products already have a constant-current driver or resistors to regulate current. If you’re building an LED fixture or replacing a constant-current driver, it’s important to verify that the output current and voltage of the driver is compatible with the LEDs’ current and voltage. If your LED product already has a constant-current driver or uses resistors in the LED array, you might need a constant-voltage power supply.

If your LEDs are dimmable and you want to change their brightness, choose a Magnitude Dimmable Power Supplies. These dimmable power supplies work by varying the power on the AC input side of the power supply by means of a TRIAC dimmer. This change in power on the AC input side will vary the voltage on the DC output side and control the intensity of the LEDs. TRIAC dimmers are common hardware store and household dimmers, which include brand names such as Lutron and Leviton.

Pulse-Width Modulation Dimming: Pulse-width modulation (PWM) dimming can be used to control dimmable power supplies such as Mean Well LPF Series. This type of dimming control adjusts the output current based on the duty cycle. As the duty cycle increases, current will increase and the LEDs will be brighter. Conversely, if the duty cycle decreases, the current will decrease and the LEDs will be dimmer. Pulse-width modulation for these drivers is based on a 10-volt signal level with a frequency between 100Hz-3KHz. The MLD-5A are compatible for this application.

Resistive Dimming: Resistive dimming can be used to control dimmable power supplies such as 12-Volt Mean Well HLG-40-240 Series or 12-Volt Mean Well HLG-600 Series or here.

The efficiency of a power supply or driver indicates the percentage of power that goes toward making your LED product function. An efficiency of 80 percent or higher is recommended for operating LEDs. 

When choosing a driver or power supply, the size of an LED product’s housing or area of installation is important. If you wish to put a constant-current LED driver inside of a product, the driver must be small enough to fit in the product’s housing. Similarly, if the driver or power supply is used outside of the product’s housing, it should fit the area of installation. Drivers and power supplies are available in a variety of sizes to suit your needs.

A Class 2 driver or power supply is in accordance with limited power levels defined by the National Electric Code (NEC) and fulfills the requirements of Standard UL 1310. Output is limited to 60 volts DC and 100 watts. Because power sources with this rating have limited output, it might not be possible to power as many LEDs or lights as those that don’t have a Class 2 rating. However, these power supplies and drivers provide protection from fire and electric shock.

A Class II rating refers to a double insulation layer between AC input and DC output wires. These drivers and power supplies do not require a ground connection.