KI WIREWORKS 810 10-WIRE ELECTRICAL SYSTEM INTRODUCTION INFORMATION 11/1/2005
810 10-WIRE ELECTRICAL SYSTEM COMMONLY ASKED QUESTIONS 11/1/05 1. Q. Is this electrical system a handed/directional system? A. NO There is no right/left end or male/female end to the wireways that makes them a directional system. 2. Q. Why are we adding the 810 10-wire system? A. Because of the flexibility it gives us in the configuration options we can offer to our customers and the ease of install and reconfiguration. 3. Q. What wiring configurations is the 810 system available in? A. The 810 is available in two different 10-wire systems: 622 (6) hot wires, (2) shared oversized neutral wires, (2) ground wires ((1) isolated ground and (1) building ground) 442 (4) hot wires, (4) independent neutral wires, (2) ground wires ((1) isolated ground and (1) building ground). 4. Q. What is the advantage of one configuration over the other? A. The 622 system allows you to feed more workstations from one power supply point. You have (3) convenience circuits and (3) isolated ground circuits available. (sometimes referred to as a 3+3 configuration) The 442 system provides the independent neutrals that some customers insist they must have. In our opinion, the 622 system is the better system to use. 5. Q. How many workstations will I be able to feed from one power infeed location? A. The question that must be asked right back when this question is posed would be What are you going to have powered in each workstation? Explanation: The typical limiting factor of how many workstations are on an infeed is the number of computers that are being used, specifically, the number of Amps each computer will draw. There is a tag on every UL listed electrical appliance that shows how many amps the appliance draws (ex: 1.5A = 1-1/2 amps). Once you know how many amps each computer will draw, that will help you determine how many computers you can put on any isolated ground circuit (the 4I, 5I & 6I on 622, or the 3I & 4I on 442). When doing your planning you should aim to maximum load a circuit so it will not have more than 16 amps planned for it. This gives you a cushion of 4 amps (on our 20 amp circuits) in case other electrical items are plugged in. See the following examples for how many workstations you could have on an isolated ground circuit based on the amps the computers draw: a) computers draw 2 amps each. 2 amps x 8 workstations = 16 amps, so 8 workstations max b) computers draw 2.5 amps each. 2.5 amps x 6 workstations = 15 amps, so 6 workstations max c) computers draw 3 amps each. 3 amps x 5 workstations = 15 amps, so 5 workstations max d) computers draw 3.5 amps each. 3.5 amps x 4 workstations = 14 amps, so 4 workstations max e) computers draw 4 amps each. 4 amps x 4 workstations = 16 amps, so 4 workstations max C:\Documents and Settings\Mary Lebeau\Desktop\810 elec\wwcommon 810 Questions.doc 11/1/05
6. Q. Both these configurations use 10-wires. What if the customer says they only have 8-wire power in their building? A. If their building supply is 422 (typical for an 8-wire configuration) they can still use our 622 system but the electrician will not power up two of the isolated ground circuits. This means you would spaceplan (3) convenience circuits and (1) isolated ground circuit. There are also several other hookup configurations we can now match. We just need to ask the customer before spaceplanning starts, what configuration of building wiring will you be supplying?. 7. Q. Can the 622 and the 442 systems be hooked together? A. No. We doubt there would ever be a situation where you would need to either. Most buildings would either be wired one way or the other, not both. The parts for each system are keyed so they can only be connected to the same system. 8. Q. Can the new 810 10-wire systems be connected to the current 8-wire system used in WireWorks? A. A solution for this condition is being developed with a rollout in 2006. 9. Q. So what do we do if we need to reconfigure an existing project that has the existing 8-wire WW directional electrical? A. The best thing to do is to segregate the 8-wire vs. the 810 10-wire styles as much as possible, or convert the existing stations over to the 810 10-wire system. Only WireWorks that was ordered after 1/1/02 is able to be converted to the 810 10-wire electrical system. 10. Q. Where do we find the model numbers and part numbers for all the 810 electrical parts? A. Specifying sheets that show drawings of the actual parts, where they can be connected to other parts, specifying tips and model/part numbers are included with this introduction package. 11. Q. Is there an easy way to tell the difference between a 622 part and a 442 part? A. Yes. The 622 parts will have a green UL label on each part, and the 442 will have a light blue UL label. These colors are different than any others we use on other systems furniture electrical parts. C:\Documents and Settings\Mary Lebeau\Desktop\810 elec\wwcommon 810 Questions.doc 11/1/05
WireWorks Product Specifying WIREWORKS 810 ELECTRICAL (10 Wire) Basic Specifications: The base component of our 10 wire modular electrical system is the rigid wireway in each powered panel. Rigid wireways are available in 24", 30", 36, 42", 48", 54", and 60" wide panels, at any of four heights (base, ADA, belt and standing). There are four port locations (see below, 2 labeled "WA", 2 labeled "WC") on each end of every rigid wireway except the 24 wireway that has two WC ports on one end only. The ports allow you to plug in the various other electrical products (see below). To help in specifying the electrical products, these port locations are labeled in the drawings below. By looking at the description of each of the electrical products that follow, you will have a guideline of what can and cannot be plugged into the various locations. Example: Basefeeds have C terminals. It can plug in wherever there are WC (Wireway C) terminals on the rigid wireway. A = Most electrical Accessories C = Circuit Receptacles Note: Rigid wireways may be attached to the horizontal frame members by snapping up from the bottom, or down from the top, depending on the position of the frame member. No screws or fasteners are required. All connection points have the letter N and an arrow pointing up to help you install the parts in the correct position. Identifying 622 vs. 442 parts: All 622 parts will have a green UL label applied to them. All 442 parts will have a light blue UL label applied to them. Wireway Part Numbers 622 PWET6WW(Size) 46.0780.size 442 PWET4WW(Size) 46.0774.size WWS01-01 11/05
Model # Part # Plug-In Location Key Picture (6-2-2 System) (4-4-2 System) Universal Base Infeeds (6) PWET6BFU(color) 46.3225.(C) C (4) PWET4BFU(color) 46.3224.(C) Model # includes a receptacle bezel and filler plate Plugs into any receptacle location Universal Base Infeed can be field rotated so conduit routes either to the right or the left Use a ½ Liquid tight fitting (RACO #3542) to connect to the building Ceiling Infeed (6) PWET6TF(7or10)(color) 46.0784.(144or216) A (4) PWET4TF(7or10)(color) 46.0778.(144or216) Model # includes aluminum power pole (7 or 10 ) and required trim Part # (actual electrical) available in (144 ) or 18 (216 ) Use a ¾ oval conduit fitting (Appleton #7289V) Panel Jumpers (6) PWET6PJ(17or20) 46.0781.(17or20) A (4) PWET4PJ(17or20) 46.0775.(17or20) Used to connect rigid wireways, or Power-Pass throughs -17 used to connect at adjacent in-line panels -20 used to connect at 90 degree intersections, or to cross 3-T or 4 way intersections Power Pass-Throughs (6) PWET6PP(Size) 46.0678.size WA&A (4) PWET4PP(Size) 46.0677.size WA Sizes available,18,24,30,36,42,48,54,60 Parts are the same length as rigid wireways WA Parts connect using panel jumpers See Specification Guide for what panel jumpers to use WWS01-02 11/05
Model # Part # Plug-In Location Key Picture (6-2-2 System) (4-4-2 System) 15 Amp Receptacles (6) PWET6RC(#)(color) 46.0785.#.color C (4) PWET4RC(#)(color) 46.0779.#.color Model # includes a receptacle bezel and filler plate 622 available in #s 1,2,3,4I,5I,6I 442 available in #s 1,2,3I,4I Receptacles with I after the # denote an isolated ground circuit Receptacles with I after the # have a stamped orange triangle on the face 20 Amp Receptacles (6) PWET620R(#)(color) 46.3215.#.color C (4) PWET420R(#)(color) 46.3214.#.color Model # includes a receptacle bezel and filler plate 622 available in #s 1,2,3,4I,5I,6I 442 available in #s 1,2,4I (Note: not available in 3I) Duplex Receptacle has one 15 amp receptacle and one 20 amp receptacle Receptacles with I after the # denote an isolated ground circuit Receptacles with I after the # have a stamped orange triangle on the face WWS01-03 11/05
Model # Part # Plug-In Location Key Picture (6-2-2 System) (4-4-2 System) Vertical Jumper (6) PWET6VJ(20or56) 46.0781.20 or 46.0782.56 A (4) PWET4VJ(20or56) 46.0775.20 or 46.0776.56 56 (part #.56) is used to jump vertically from base wireway to any other height wireway 20 (part #.20) is used to jump vertically from any upper wireway to another adjacent upper wireway New York Power Base Infeed (6) PWET6NYBF.72(color) 46.3229.color A (4) PWET4NYBF.72(color) 46.3228.color City of New York approved power entry for use in base of panel only Must be specified in a non-powered panel Includes a jumper to connect to the rigid wireway in the panel next to the NY panel 72 liquidtite conduit infeed is available in standard trim colors Infeed box attaches to the bottom horizontal frame member of the panel New York Power Ceiling Infeed (6) PWET6NYTF.216 46.3261.216 A (4) PWET4NYTF.216 46.3262.216 City of New York approved power entry for use in ceiling feed applications Must be specified in a non-powered panel A power/data pole (PDF8.7 or.10) must be ordered separately Includes a jumper to connect to the rigid wireway in the panel next to the NY panel Conduit infeed is 18 in length Infeed box attaches to the bottom horizontal frame member of the panel Tech Panel Power Infeed (6) PWET6TBF(color) 46.3220.color A (4) PWET4TBF(color) 46.3219.color Used in the base of a Tech Panel only Designed to lay on the floor and fit below the lowest Tech tile 72 liquidtite conduit is available in standard trim colors Non-directional WWS01-03 11/05
WIREWORKS Product Specifying 810-WIRE ELECTRICAL SYSTEM There are two wiring configurations in the WireWorks 810 wire electrical system. The 6-2-2 system contains 6 conductors ( gage), two neutrals (10 gage) and two grounds ( gage). The 4-4-2 system contains 4 conductors ( gage), four neutrals ( gage), and two grounds ( gage). Both systems provide 20 amp, 0 volt capacity circuits. The standard duplex receptacles are rated at 15 amp, 0 volt capacity. The 810 6-2-2 system may be connected to a building that has 8-wire power, but you will only use four of the six circuits. See page PWS01-008 for connection diagrams. 10 WIRE INSTALLATION Power Infeed to Building Connections Have a certified electrician hard wire the panel power infeed to the building power source according to the National Electrical Code and any other applicable local codes. RECEPTACLES AVAILABLE Circuit 1 Circuit 2 Circuit 3 Circuit 4 Circuit 5 Circuit 6 6-2-2 WIRES TO BE USED Black White/Black Letters Green or Bare Red White/Black Letters Green or Bare Blue White/Black Letters Green or Bare Pink White/Red Letters Green/Yellow Stripe or Gray Tan White/Red Letters Green/Yellow Stripe or Gray Orange White/Red Letters Green/Yellow Stripe or Gray 10 10 10 10 10 10 RECEPTACLES AVAILABLE Circuit 1 Circuit 2 Circuit 3 Circuit 4 (Continued on next page) 4-4-2 WIRES TO BE USED Black White/Black Letters Green or Bare Red White/Red Letters Green or Bare Blue White/Blue Letters Green/Yellow Stripe or Gray Pink White/Purple Letters Green/Yellow Stripe or Gray GAGE OF WIRE WWS01-04 11/05
WIREWORKS Product Specifying WARNING Risk of fire or electrical shock. Do not electrically connect panel to more than one supply source. Always determine that the panel is electrically connected to one and only one source of supply. The actual order of the wires from the top down in the rigid wireway, base feeds, and top feeds are as follows: 6-2-2 Configuration 4-4-2 Configuration 1 White/Black Letters Circuit 1, 2, & 3 Neutral 1 White/Black Letters Circuit 1 Neutral 2 White/Red Letters Circuit 4, 5, & 6 Neutral 2 White/Red Letters Circuit 2 Neutral 3 Green or Bare Circuit 1, 2, & 3 Ground 3 White/Blue Letters Circuit 3 Neutral 4 Green/Yellow Stripe or Gray Circuit 4, 5, & 6 Ground 4 White/Purple Letters Circuit 4 Neutral 5 Orange Circuit 6 Hot 5 Green or Bare Circuit 1 & 2 Ground 6 Blue Circuit 3 Hot 6 Green/Yellow Stripe or Gray Circuit 3 & 4 Ground 7 Tan Circuit 5 Hot 7 Blue Circuit 3 Hot 8 Red Circuit 2 Hot 8 Red Circuit 2 Hot 9 Pink Circuit 4 Hot 9 Pink Circuit 4 Hot 10 Black Circuit 1 Hot 10 Black Circuit 1 Hot Note: To attach the "hardwire" end of a topfeed to a j-box, use a 3/4" oval conduit fitting (Appleton #7289V). To attach the "hardwire" end of a basefeed to a j-box, use a 1/2" liquid tight conduit fitting (RACO #3542). Note: If the building electrical is single phase, you will not be able to specify circuit 3 and 6 receptacles with the 6-2-2 system. WWS01-05 11/05
WIREWORKS Product Specifying 810 Wire Electrical 6-2-2 Connection Diagrams WWS01-06 11/05
WIREWORKS Product Specifying 810 Wire Electrical 4-4-2 Connection Diagrams WWS01-07 11/05
WIREWORKS Product Specifying 810 Wire Electrical 6-2-2 System to an 8-Wire Building Connection Diagrams WWS01-08 11/05
810 ELECTRICAL 5 BASIC SPECIFYING RULES All of the situations shown on the accompanying pages can be summed up in 5 basic rules: 1. If you are jumping between two adjacent panels at 180, use a Panel Jumper 17 2. If you are jumping around a 90 corner or across an intersection, use a Panel Jumper 20 3. Panel Jumper connections at non-base height must be done behind raceway tiles. The panel jumpers will not fit behind acoustic tiles. 4. Power-Pass-Throughs are the same length as rigid wireways and are connected following rules 1,2 & 3. 5. To connect & 18 Power-Pass-Throughs to adjacent panels, you use a Power-Pass-through in the matching panel length, and one Panel Jumper 17. (see page 810SPEC 2-2, box S)
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