So for two shelves, you need to order a qty of 8 (a total of 8 rods). It is sold per 1 set, and each set includes 1 threaded rod, 1 tube, 1 upper sleeve, 1 centering ring, 1 sleeve nut, and 1 rubber clamping so by ordering just a quantity of one, you are getting 1 rod. I need to hang 2 shelves that are 96' long and 9' deep and 3/4' thick, made of solid acrylic, how many of these systems will I need? Thanks - Asked about product HA-828.50.408 Was this useful to you? Yes (2) | No (0)įrom the image, it looks like the shelves are hanging with 4 rods, so I need to know what exactly comes in this order of a suspension system. For three shelves, one on top of each other, you would need to order 6 sets of the rods and 8 sets of the Intermediate Supports.ġ00% of 2 people found this useful. The max depth would depend on the thickness of glass as that would determine it's strength if the item is say deeper than 12'. thanks - Asked about product HA-828.50.408 What is the max depth of the shelf I am planning on using glass. EVALD The Heavy Duty Floating Shelf Bracket Heavy Duty Floating Shelf Hardware - 4X Floating Shelves Brackets ' Diameter, 16x Premium Screws & 32x Anchors Hidden Shelf Brackets 6 Inch. I need a suspension shelf for a space that is 50'x50' and i would like 3 shelves.  Each rod is 35-1/4' long.ġ00% of 1 people found this useful. You can purchase 4 rods and cut them to make 8 smaller pieces if you are fine with a smaller inter-shelf space (height). 8 rods (choose 8 in the quantity box above) The pictured product on the Hafele shelf suspension system - for wood or glass shelves - if I want that exact system I need to order qty 4? - Asked about product HA-828.50.408 8 Intermediate Supports (Sold separately, see Optional Accessories).Or you can purchase 8 rods and cut 4 of them so that you have 12 required pieces in total. You can purchase 12 rods and cut them to make 12 smaller pieces if you are fine with a smaller inter-shelf space (height). 12 rods (choose 12 in the quantity box above).4 Intermediate Supports (Sold separately, see Optional Accessories).8 rods (choose 8 in the quantity box above).4 rods (choose 4 in the quantity box above).Load Carrying Capacity: 50 kg (110 lbs.) Per Rod.Optional intermediate shelf supports available (for additional shelves - See Optional Accessories).For attachment through wood or glass, a 14mm (9/16') hole is required.Each (1) set comes with 1 threaded rod M8 x 1000 (39-3/8'), 1 tube Ø20 x 896 mm (35-1/4'), 1 upper sleeve, 1 centering ring, 1 sleeve nut, 1 rubber clamping ring.

Floating shelf hardware hafele

So I whittled off all of the molded plastic and got down to the metal parts, then inside of that I chewed away more molding material to see that the unused pin didn't have any accessible solderable metal showing - it's a tiny plug! So I removed it (firm but gentile pulling) from the 5-pin plug and used a pin from my wife's sewing basket to replace it - by sticking it through the hole the original pin left and letting it stick out in back far enough to attach the resistor etc. Mine was an ugly project, though, since the unused pin was not connected to a wire in the USB cable I used.  Now, as your final photo shows, it does both. Normally when attached to a USB port the Zen charges but will not play ('docked' for file transfers), and just connecting the 2 power wires the Zen plays but does not charge (wtf?). Googled 'USB pinout' and I liked which shows that the resistor you specify is using an 'undefined' pin - which explains (for me) how the Zen detects it and knows what to do. Thanks, this provided missing info for me. Last note: test your charge circuit WITHOUT powering pins 2&3, before adding that 22k resistor circuit shown in the diagram above.most devices will charge with only pins 1 & 4 in the circuit.  I have blown up more than one motherboard circuit due to 'accidental' powering of the data circuits. I do not recommend powering against your data-pins.  Keep this in mind, that a computer does NOT output data or power to pins 2 & 3 for any device, once it is connected, or data is being transmitted however keeping it plugged in will charge it. I see this as highly unlikely, but not definitive. Then again, I am not familiar with many of these specific devices being 'charged', and so a trickle feed to the data ports may be required to cause the device to accept a charge. You are putting power into your data ports.where pin 1 and 4 are all you need to power. I have seen a lot of these 'homemade' charging schematics on the internet, and am at a complete loss as to why anyone is 'powering' the data +/- pins (pin 2 & 3). Well, shorting the 'green' wire on an ATX computer power supply causes the power-supply to turn on.

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