Mason Jar Chandelier
Intro: Mason Jar Chandelier
After living for close to two years without enough live/work light I decided to make a lighting fixture. One that would meet my specific needs without costing an arm and a leg. I had long thought of putting light bulbs in the hundreds of peanut butter and applesauce jars that I had eaten my way through. I had also collected my fair share of mason jars and thought that they too could make for an inexpensive solution. In the end I chose the mason jars as they don't come with sticky and hard to remove manufactures' labels and I wouldn't have to wait until I ate my way through ten jars of Crazy Richard's chunky peanut butter.
Before I went about an actual design, I searched the web to see if anyone had built a chandelier made from mason jars or similar. I came across several do-it-your-selfers. The best was posted by Our Hiding Place which led me to Pottery Barn's Exeter 16 Jar Pendant Chandelier. It's a really nice design and lists for $399. I was determined to customize mine and make it for less but I wanted detailed step-by-step instructions and I wasn't finding them anywhere.
First thing I did was to determine how much light I needed and what the electrical requirements would be. (Disclosure: I am not an electrician and am not recommending voltage or wiring. Each State has their own codes regarding home wiring. Also, the following instructions will not guide you on how to wire the ceiling leads and wall switch.)
The space where I planned on having the chandelier is over my dining/art table. (I built the table to again, suit my particular needs.) There is an existing electrical port in the ceiling that unfortunately, due to inept design is positioned too close to one wall restricting the width of a ceiling fixture. After identifying the maximum voltage I could then decide on the number of jars and matching bulb wattage. (Voltage, watts and amps are different. Again, I am not an electrician but am lucky enough to have a friend who is one hell of an incredible licensed electrician. If you don't know what you're doing, consult a licensed electrician.)
Based on my space and lighting needs, I decided on 10 jars with 25 watt bulbs. (Before you decide on the jars and the bulbs make sure the bulbs will fit inside the jars.) I tested different jars and bulbs first, before committing to the final design. I wanted to make sure that the heat generated from the bulbs wouldn't cause the jars to break or create condensation inside the jars. For the tests I purchased a simple lamp cord kit from the local hardware store. (It's a cord with a plug on one end and a socket on the other.) I already had a couple of mason jars on hand. My test proved successful so I ordered the rest of the needed parts. (See list on last Step or visit: http://brucekatlin.blogspot.com/ which includes links to vendors' sites.)
Before I went about an actual design, I searched the web to see if anyone had built a chandelier made from mason jars or similar. I came across several do-it-your-selfers. The best was posted by Our Hiding Place which led me to Pottery Barn's Exeter 16 Jar Pendant Chandelier. It's a really nice design and lists for $399. I was determined to customize mine and make it for less but I wanted detailed step-by-step instructions and I wasn't finding them anywhere.
First thing I did was to determine how much light I needed and what the electrical requirements would be. (Disclosure: I am not an electrician and am not recommending voltage or wiring. Each State has their own codes regarding home wiring. Also, the following instructions will not guide you on how to wire the ceiling leads and wall switch.)
The space where I planned on having the chandelier is over my dining/art table. (I built the table to again, suit my particular needs.) There is an existing electrical port in the ceiling that unfortunately, due to inept design is positioned too close to one wall restricting the width of a ceiling fixture. After identifying the maximum voltage I could then decide on the number of jars and matching bulb wattage. (Voltage, watts and amps are different. Again, I am not an electrician but am lucky enough to have a friend who is one hell of an incredible licensed electrician. If you don't know what you're doing, consult a licensed electrician.)
Based on my space and lighting needs, I decided on 10 jars with 25 watt bulbs. (Before you decide on the jars and the bulbs make sure the bulbs will fit inside the jars.) I tested different jars and bulbs first, before committing to the final design. I wanted to make sure that the heat generated from the bulbs wouldn't cause the jars to break or create condensation inside the jars. For the tests I purchased a simple lamp cord kit from the local hardware store. (It's a cord with a plug on one end and a socket on the other.) I already had a couple of mason jars on hand. My test proved successful so I ordered the rest of the needed parts. (See list on last Step or visit: http://brucekatlin.blogspot.com/ which includes links to vendors' sites.)
STEP 1: Create Pilot Hole Template for Jar Lids
I decided to drill and wire the jars first, build the unit that would house the wiring after and then mount it to the ceiling. Being married to a hat designer helps with measurements. Together, we created a pilot hole template to drill through the lids of the jars where half of the metal nipple and wire passes through. I placed the paper pilot hole template on each lid and then screwed the outer piece of the locking lid on and marked the centered hole in preparation for drilling.
STEP 2: Drill Lid Holes for Nipples, Attached Hex Nuts
Use a 1/4" metal drill bit to drill the holes in the lids and a 1/16" bit to drill 6 small holes around the lid to allow heat to escape from the jar. (I eyeballed the air holes, as no one would see them.) Next, insert the metal nipple through the hole leaving equal lengths on each side of the lid. Be careful, as the lids are very light gauge and razor sharp shards can cut fingers easily. I used a very fine metal sandpaper to remove the shards. Next, place a Hex nut on both sides of the lid and hand tighten before using a wrench to lock them into place.
STEP 3: Measure Bottom of Ceiling Box for Drilling
Decide where you want the jars to hang from the bottom of the box that will be secured to the ceiling. Measure the center of the jars against the width and length of the 'junction' (ceiling) box so that the jars would be positioned proportionately. Drill holes large enough to accommodate lamp wire width, Holes will be drilled through the red circles in the below picture and the wires will go through them. The wires will ultimately be connected to the lead wires in the ceiling. (No, you're not crazy, I took the 2nd picture of the jars before I wired the keyless sockets.)
STEP 4: Wire the Keyless Light Socket
With all of the lids drilled and the nipples locked down by the Hex nuts, it's time to wire the keyless sockets as pictured below. Make sure to pass one end of the wire through both parts of the lid, (Mason jars have air-tight lids by having two parts: one is the thin flat piece and the other is the screw-on cap) and then through the nipple. (We wanted the jars to hang 3' from the ceiling and cut the wire accordingly.) Before wiring to the two screws on the socket, you'll have to strip the wire covering with wire cutters. There is a positive and negative wire. It depends on the wire you choose as to which is which.
STEP 5: Pass the Wires Through Both Parts of Lid
After the wire has been passed through both parts of the lid and the nipple, screw the keyless light socket onto the underside portion of the nipple. This is portion of the nipple that goes inside the jar. Screw the bulb into the keyless socket. At this point, your wiring and hardware should look like the picture below.
Each jar should now look like the second picture. Before attaching the other end of the wire to the ceiling wires, unscrew the lid and take the glass jar off. You don't want the extra weight at this point.
Each jar should now look like the second picture. Before attaching the other end of the wire to the ceiling wires, unscrew the lid and take the glass jar off. You don't want the extra weight at this point.
STEP 6: Attach Electrical Grounding Bars
One of the best products ever invented is probably the Electric Grounding Bar. I used it to 'piggyback' all ten of the wires into two. The two wires will connect to the lead wires in the ceiling. The grounding bar is screwed into the junction (ceiling) box bottom as pictured below. I placed the bars close enough to the lamp cords but far enough away from each other as not to create a short. The corded lamp wire is poking through the pre-drilled holes. (Refer to Step 3 where you drilled the box bottom wire holes.) You will be bringing each of the ten lamp wires through the pre-drilled holes in the box's bottom.
STEP 7: Split the Wires - Attach to Grounding Bar
Next, split the corded lamp wire so that the two wires are separated from each other, enough to reach each bar. Strip away 1/2" of the wire's insulation and insert into an open hole in the bar. Hand tighten using a Phillips screw driver the bar screws so that each wire is screwed to one side of the bar as pictured below. Using electrical tape, cover any exposed wire. (I used extra tape to ensure that non of the Rayon coded cord would be exposed.)
STEP 8: Construct & Mount Ceiling Box
The most difficult part of this project was creating a box for the wires to be housed and that could be mounted to our concrete ceilings. I wanted to make this as simple as possible so I designed a topless box. You can make this any size you want. I wanted something as narrow as possible but deep enough to hold the wires and hardware. I cut a basic rectangle shape (see parts list below) using a 1" x 8" pine board for the bottom of the box and 1/2" x 2" poplar for the sides. I screwed the sides to the bottom using pre-drilled and countersunk holes and then screwed six 1/2" brackets to the inside portion of the box sides. The brackets were then screwed to the ceiling using a concrete drill bit and drill.
I am assuming that at this point you or someone else, (a licensed electrician perhaps?) has completed all of the appropriate wiring in the ceiling and on the wall switch. (I used a dimmer switch.) Have someone help you to lift the jars towards the ceiling as you place the box's bottom into place. Screw the box's bottom to the four sides, cover the holes and screws with wood putty and paint with color of your choice.
I am assuming that at this point you or someone else, (a licensed electrician perhaps?) has completed all of the appropriate wiring in the ceiling and on the wall switch. (I used a dimmer switch.) Have someone help you to lift the jars towards the ceiling as you place the box's bottom into place. Screw the box's bottom to the four sides, cover the holes and screws with wood putty and paint with color of your choice.
STEP 9:
Now, screw the jars back onto their lids. If you measured correctly the jars should hang exactly where you wanted them. Turn the wall switch on and bathe in the light and satisfaction of a job well done.
STEP 10: Parts List, Costs and Tools
1 case of Kerr Wide Mouth, 16 Ounce Mason Jars - $22.45
10 Keyless light-holder socket - $3.49 each
10 GE 25-Watt Crystal Clear G16.5 Globe Candelabra Base Incandescent Light Bulb (4-Pack) - $3.87
10 - 1/8 Nipples - .10 each. Pictured going through the lid of the jar and screwed into the keyless socket. The lighting wire will pass through them.
20 - 1/8-27 Zinc Hex Nuts .05 each. Used to secure the lid and the nipples together. Nuts and nipples where purchased from the great folks at Grand Brass who were extremely knowledgeable and helpful.
2 Electric 9 Terminal Ground Bar Kit - $5.22
Rayon or cotton covered lamp cord; 40 feet at $2 per foot. (You can find less expensive wire but I really like the old-timey look of the rayon or cotton covered wire. I purchased an extra 10' just "in case". You can find this at The Antique Lamp Company, eBay or Amazon.)
1 x 8 x 6 pine board - $16.45 (I cut mine to 29" for the bottom of the 'junction box'. The left over cut has been put to good use on another project.)
1/2 x 2 x 4 Poplar board for sides of junction box - $2.67
1 box of #9 x 1" Flat Head wood screws - $1.24
1/2" brackets - $2.77 each (You can get them much cheaper.)
Martha Stewart Black Coffee Metallic Glaze Specialty Finish - $5.48
Electrical tape - $2
Colored wood putty - $1.40
Tools:
Wire cutters
Phillips head screw driver
Electric drill and 1/4" bit
Hand saw
To see links to vendors' sites, go to: http://brucekatlin.blogspot.com/
10 Keyless light-holder socket - $3.49 each
10 GE 25-Watt Crystal Clear G16.5 Globe Candelabra Base Incandescent Light Bulb (4-Pack) - $3.87
10 - 1/8 Nipples - .10 each. Pictured going through the lid of the jar and screwed into the keyless socket. The lighting wire will pass through them.
20 - 1/8-27 Zinc Hex Nuts .05 each. Used to secure the lid and the nipples together. Nuts and nipples where purchased from the great folks at Grand Brass who were extremely knowledgeable and helpful.
2 Electric 9 Terminal Ground Bar Kit - $5.22
Rayon or cotton covered lamp cord; 40 feet at $2 per foot. (You can find less expensive wire but I really like the old-timey look of the rayon or cotton covered wire. I purchased an extra 10' just "in case". You can find this at The Antique Lamp Company, eBay or Amazon.)
1 x 8 x 6 pine board - $16.45 (I cut mine to 29" for the bottom of the 'junction box'. The left over cut has been put to good use on another project.)
1/2 x 2 x 4 Poplar board for sides of junction box - $2.67
1 box of #9 x 1" Flat Head wood screws - $1.24
1/2" brackets - $2.77 each (You can get them much cheaper.)
Martha Stewart Black Coffee Metallic Glaze Specialty Finish - $5.48
Electrical tape - $2
Colored wood putty - $1.40
Tools:
Wire cutters
Phillips head screw driver
Electric drill and 1/4" bit
Hand saw
To see links to vendors' sites, go to: http://brucekatlin.blogspot.com/
64 Comments
LoopyMind 9 years ago
I don't see this in the pictures, but it's probably a good and safe idea to tie knots in the cables so that the weight of the jars don't put tension on the wires going into those grounding bars, and literally hang from those, that, or you could loop the wire trough a (metal, rubber) washer once (easier for adjusting the length of the wires if needed).. OR put a big zip-tie on it.. as long as there is slack between the cable going from the bars to the hole.
divedaddy03 10 years ago
katlinbr 10 years ago
pmclean1 11 years ago
katlinbr 11 years ago
SuzetteBE 5 years ago
katlinbr 5 years ago
steve.swartz433 6 years ago
wires need to be in a metal junction box with clamps and a metal cover. It can be mounted inside the wooden box but in the event of a spark it will be less likely to light the wood on fire. The metal ground bar is a Fire Hazard and accident waiting to happen.
SuzetteBE 5 years ago
pmrmarie 7 years ago
Could you tell me where you bought the cords for this product.
katlinbr 7 years ago
I purchased the cors on the north side of Chicago. If you do a search for cotton/fabric covered cords you're bound to find something. Good luck!
pmrmarie 7 years ago
My son and I are going to make this for my Kitchen. Thanks
KarenP87 7 years ago
Thank you very much for posting this project. Not only did it take work and ingenuity to create the chandelier, but you gave a lot of thought and time to make your post for the rest of us to enjoy and use. I very much appreciate it and hope to make a similar light fixture.
katlinbr 7 years ago
bucklipe 7 years ago
I didn't see anything about knotting the wire or using some type of clamp...
Thanks
katlinbr 7 years ago
I did not knot the wires. They are screwed tightly into the busbar.
bucklipe 7 years ago
The small conductors will fail individually until the fixture falls out of the bus bar.
There are even special knots to do this.
katlinbr 7 years ago
The instructions for attaching the wires are below. As far as connecting the piggyback wires to your ceiling wiring, that is something that you'll need to decide for yourself or consult an electrician.
I hope this helps!
Step 6: Attach Electrical Grounding Bars
Picture of Attach Electrical Grounding Bars
One of the best products ever invented is probably the Electric Grounding Bar. I used it to 'piggyback' all ten of the wires into two. The two wires will connect to the lead wires in the ceiling. The grounding bar is screwed into the junction (ceiling) box bottom as pictured below. I placed the bars close enough to the lamp cords but far enough away from each other as not to create a short. The corded lamp wire is poking through the pre-drilled holes. (Refer to Step 3 where you drilled the box bottom wire holes.) You will be bringing each of the ten lamp wires through the pre-drilled holes in the box's bottom.
Step 7: Split The Wires - Attach to Grounding Bar
Picture of Split The Wires - Attach to Grounding Bar
BarCompleted.JPG
WiresPassedBtm.JPG
Next, split the corded lamp wire so that the two wires are separated from each other, enough to reach each bar. Strip away 1/2" of the wire's insulation and insert into an open hole in the bar. Hand tighten using a Phillips screw driver the bar screws so that each wire is screwed to one side of the bar as pictured below. Using electrical tape, cover any exposed wire. (I used extra tape to ensure that non of the Rayon coded cord would be exposed.)
Step 8: Construct & Mount Ceiling Box
Picture of Construct & Mount Ceiling Box
The most difficult part of this project was creating a box for the wires to be housed and that could be mounted to our concrete ceilings. I wanted to make this as simple as possible so I designed a topless box. You can make this any size you want. I wanted something as narrow as possible but deep enough to hold the wires and hardware. I cut a basic rectangle shape (see parts list below) using a 1" x 8" pine board for the bottom of the box and 1/2" x 2" poplar for the sides. I screwed the sides to the bottom using pre-drilled and countersunk holes and then screwed six 1/2" brackets to the inside portion of the box sides. The brackets were then screwed to the ceiling using a concrete drill bit and drill.
I am assuming that at this point you or someone else, (a licensed electrician perhaps?) has completed all of the appropriate wiring in the ceiling and on the wall switch. (I used a dimmer switch.) Have someone help you to lift the jars towards the ceiling as you place the box's bottom into place. Screw the box's bottom to the four sides, cover the holes and screws with wood putty and paint with color of your choice.
bucklipe 7 years ago
What did you do to support the weight of the bulb/socket/mason jar?
Loopymind mentioned tying a knot for holding the weight where the wire passes through the board.
How did you hold up the wires?
bucklipe 7 years ago