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Conventional Fixtures 360 and 6%26quot%3B Fresnel prices?

Discussion in 'Lighting and Electrics' started by Sayen, Nov 10, 2008.

  1. Sayen

    Sayen Active Member

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    Someone donated a set of Altman 360s (not 360Q) and some 6" fresnels, probably from the same era and presumably Altman. The lights are in near new condition, lovely coat of brown paint, and completely lacking any descriptions, tags, manufacturer information. If the design didn't look outdated I'd think they were new, since they have less dust on and in them than my S-4's that I purchased and hung last year. Even the shutters are still shiny and smooth on the inside. They're all lamped with 500W lamps, although the base reports a 1200W limit. Cables are split three strands to a regular Edison connector.

    Not sure what I'll use them for, but before I can keep them I have to report a value to the Powers That Be - any idea what these would go for? Searching sales online only seems to turn up 360Q prices, or out of date spec sheets.
     
  2. derekleffew

    derekleffew Resident Curmudgeon Senior Team Premium Member

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    In the 1980's the NYC rental shops (FourStar, Vanco, BASH, PA) sold off their 360s for replacement with 360Qs for about $79 with C-clamp, frame, and working lamp. In the 1990s, the cycle repeated when shops sold their 360Qs to be replaced by SourceFours.

    For tax purposes I'd claim the fixtures to be worth $50 each, though it's unlikely they would fetch that price on ebay.
     
  3. BillESC

    BillESC Well-Known Member Premium Member

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    I'm curious about the three leads into an Edison connector. They aren't white are they?
     
  4. BillESC

    BillESC Well-Known Member Premium Member

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    Oh, and I agree with Derek, $ 50.00 would be a decent value. If you break them apart and sell them as parts, you'd do even better.
     
  5. Sayen

    Sayen Active Member

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    They are, three thick white leads. What's the significance?

    I won't/can't sell them - as a public school, I have to come up with a value to report to the donator before I can keep them. Not sure what they'll get used for, but if I can put them into service I can use them for some interesting static lighting effects, and save my more powerful units for actual illumination.
     
  6. propmonkey

    propmonkey Well-Known Member

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    if you dont have a direct need maybe a middle school or other building in your district could use them
     
  7. derekleffew

    derekleffew Resident Curmudgeon Senior Team Premium Member

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    Hey, that reminds me, Sayen, I have a few million pounds of spent nucular (thanks GWB) waste from the Nevada Test Site I'd like to "donate" to you. Let me know your address.
     
  8. Sayen

    Sayen Active Member

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    I wondered about that, thanks for the heads up. Easy enough to remedy, I had to do the same to all of the school's 360Qs when I was hired.
     
  9. ship

    ship Senior Team Emeritus Premium Member

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    Best set up and punch line delivered I have heard in years :)

    Agree with the pricing totally - seems as if there is a standard of some sort for used fixture pricing.

    The Fresnels I would say are about as good for all intensive purposes as modern ones (re-wired and probably cleaned, resurfaced or base replaced as needed.) Doubt you will be able to tell a difference between a modern 65Q and a old what ever brand if both in good condition. Minimum of $79.00 for them and without clamps and lamps but assuming at least whips cut off.

    If in doubt on the asbestos, put the mask on, take it down wind outside the building and cut the whip off & bag it removed. Than wash and blow off. 1:10,000 chance (less or more due to type, gauge in covering amount, amount of exposure etc.) of effect from the asbestos and you won’t tell for ten years but possible. Still though initially at least snip off the whip and trash the plug in not being worth the money to save. Later if and given there was one not asbestos white cable whip that was also in use, it’s still beyond it’s lifespan and time to get rid of even if the case.

    On the interior parts of the whip, you have just removed the most used and flaking part of it, the rest is easy to remove in a similar way by way of cutting off quick and bagging what you can get to easily than removing the rest and all less exposed to air and flexing in flaking more easily. Once the coated parts of the wires are removed, blow out the fixture safely and out of a place people go or in an area you can vaccume up and bag what you remove. Than worry about the little parts of cable that can be removed safely without the overcoating on the conductors. Fairly simple process for the most part in common sense to get rid of and the amount of exposure in each step is lessened with each component removed and cleaned up after.

    Now don’t get me wrong, my solution for such removals. You should consider bringing in asbestos removal people and doing it with them also and or bagging and trashing the things in a liability way as advised often but that I think is a bit extreme. As stated before, the amount of asbestos on a whip is dependant on the type of asbestos whip used in how much it flakes amongst two types, and beyond that by way of amount a lot less than what will have been on a pipe in personal experience of sitting on a toilet in the past while someone walked above the stage and I saw bits of silvery particles in the air floating about in the past. A pipe has a lot more asbestos on it than a wire. On the other hand, most recommend professional removal or covering of asbestos tiles and those would be much tighter in bond yet than a whip so there is a known problem with any exposure. That said, I have always been more concerned about the say catwalk or corners of the stage than that of the actual whip. Them particles that have already fallen off and are now in the air as you move about in the catwalk by way of dust.

    In this your case, you don’t have as much persay as particles about the theater but immediately bag them in containing anything more until you decide what to do or how to fix the problem.

    On the Fresnels, I would say if you can use them, use them re-wired and serviced and they will be fine. On the Leko’s if you can bench focus them sufficiently, they could be really useful as supplement and or fill light once lamped for halogen and service called.

    Don’t paint more than necessary. Spray dry lube or graphite could be useful for the lens train and shutters. Tags are not as often of those days put on them. Look for the IA stickers and brand stickers. Don’t paint them unless really needed or paint chipping off and than only if steel and not aluminum in need.

    The lamp socket don’t tell you what the fixture was rated for, only its socket. 750w is maximum assuming a radial - lamp off center to the reflector type of fixture thought these are if 360 series or type from another band. No problem there in lamping, good decent halogen lamps are available for both in 500 and 750w. Not the most efficient but decent lamps.

    Spec sheets, highly recommended you buy a copy of the Photometrics Handbook for all your lighting design needs. After that, I probably have the old cut sheets about I could PDF you on PM.

    First to remove what’s bad - at least the whip and short tail inside the cap, than to figure out selling or using them.

    On using them... part of the art is in the use of a paint brush. If not for scene supplement on the Lekos, perhaps you might use them best for a “feel” you get from them. Say a scene just says “straw” gel as it were. Slight gelling but even more than that you get a feel from these fixtures that’s different than with that of a S-4. Just gotta get use to them and bench focus them.


    DR. Doom I believe has a book or two out on the subject of Asbestos abatement and problems in the industry. Before taking my advice in how to deal with it, I would recommend reading what he says or writing him about the question of what to do. He will have a very different response to it than I do and I recommend you take advantage of all options and opinions of how to when dealing with it. It is your health and that of anyone about it. Very touchy subject, me in certain precautions am I think the least best solution for it and one should read into other opinions including other posts on this forum about it that might have some other ways from the past of dealing with it to consider.
     
  10. ship

    ship Senior Team Emeritus Premium Member

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    Nope, that's not true. Once found an entire spool of asbestos fixture wire back in college and procedded to re-wire and even ground fixtures with it. Asbestos wiring lived well into the days of grounded fixtures by way of the third wire. While there was three types of white fuzzy seeming wire and one was not asbestos, for the most part grounded or not is not a condition to leave it if only by way of age.

    AF- Asbestos 302̊F. Fixture wire,18-10 Awg. Heat resistant,With some moisture resistant types.300v. Max.
    AL- Impregnated Asbestos Under 300v. 257̊F., Dry only.
    AVA, AVB, & AVL Asbestos and Varnished Cambric, 194-230̊F., Dry with AVL wet.
    B- Outer Braid usually of Glass.
    Bell- wire usually low voltage, usually of 18awg. No rubber used, just 2 layers of cotton twisted in opposite directions.
    C-Two or more stranded wires with flexible insulation for temporary use. Thermoset or Thermoplastic, Dry Use Only. Rough service wire, but not as nice looking as “PO”. Twice as thick in insulation but similar to “PO” with silk or Rayon top layer. Usually a yellow / green braided jacket, “Green and Yellow Cord”. No outer jacket to wires, just twisted single strands. Lamp Cord, 2 or more 18-10Awg. (Now is Thermoset or thermoplastic insulation with outer cotton cover.) Pendant and portable use, not hard usage in dry locations.
    DBRC- Old Household, double braided rubber coated wire with cotton braid. Weather and fire resistant.
    E- Elevator Cable, 2 or more, 20-2 Awg. Conductors, Thermoset, 3 layer cotton braided with flexible Flame retardant and Moisture Resistant Nylon jacket. For Elevator Lighting and Control in non-hazardous locations. Can incorporate 20 Awg Communications cable and or optical fibers within covering, and be permitted to be supported thru- center of insulation. “L.S” Designation =Limited Smoke flame retardant.
    EO- Elevator Cable, Same as Above with one type available for Hazardous locations.
    ET- Elevator Cable, Same as E, with a Rayon braid on each conductor.
    ETLB- Same as E with No Braiding on each conductor.
    ETP- Same as E with Rayon Braided Conductors and for Hazardous Classified Locations.
    ETT- Same as ETP with No Outer Cover.
    EV- Electric Vehicle Cord. 18 - 500 KCMil. Awg. Two or more conductors, plus grounding conductors and optional hybrid data or signal communications and optional fiberoptic cables. Thermoset with optional nylon insulation and optional braiding. Thermoset outer covering. For electric vehicle charging in wet locations and for extra hard use.
    EVJ- Same as EV cord but 18 to 12 Awg, and thinner jacket.
    EVE- Same as EV cord, but with thermoplastic Elastomer insulation and coverings.
    EVT- Same as EV cord, but with Thermoplastic insulation.
    F- Fixture Wire, 90̊C.
    FCC- Flat Copper Conductors, edge to edge for carpet, and under flooring.
    FEP- Fluorinated Ethylene Propylene Insulation, Rated over 194̊F. Dry only.
    FEPB- Same as FeP, but with glass braid or Asbestos type outer covering. 392̊F. Dry only.
    FFH-2- Heat resistant rubber coated fixture wire, flexible strands, 167̊F.Rubber coated and latex rubber coated types.
    G- 8Awg to 500 KCMil., 2-6 conductors plus Grounding Conductors. Portable Thermoset, Oil Res., Extra Hard Use. Stage and Garage Cable.
    H- Higher Loaded Current Temp. May be used 167̊F. Max.
    HF- ECTFE Solid or 7 stranded. 18-14 Awg. Ethylene Chloro trifluoroethylene. 302̊F. Fixture wire.
    HFF- ECTFE Stranded wire, same as HF.
    HH- Much Higher Temperature 194̊F. Max.
    HPD- Heater Cord 18-12 Awg., 2 to 4 conductors. Dry Use Only. Thermoset or Thermoset with Asbestos covered wires instead of cotton, but similar to type C. Covered with cotton or Rayon. Not Hard usage.
    HPN- Heater Cord, 18-12 Awg., 2 to 3 Conductors. Wet use, Light Duty Only. Oil resistant Thermoset. Non twisted.
    HS- Heater Cord, 14-12 Awg., 2 to 4 Conductors. Thermoset insulation with cotton or Thermoset Outer Covering, Extra Hard Usage.
    HSJ- Same as HS. But 18 - 12 Awg., Hard Usage only.
    HSO- Same as HS. With Oil Resistance outer covering, Extra Hard Usage.
    HSJO- Same as HSO but Only Hard Usage. 18 - 12 Awg Available.
    HSOO- Same as HS. But with oil resistant Thermoset insulators, and oil resistant covering, Extra Hard Usage.
    HSJOO- Same as HSOO but Hard Usage only and 18-12 Awg. Available.
    IGS- Integrated Gas Spacer Cable, Exterior Use.
    KF-1- and KF-2, Tape insulated fixture wire, solid or 7 stranded, 18-10 Awg. Aromatic Polyamide taped, 392̊F. Fixture wire.
    KFF-1- and KFF-2 Stranded KF wire, note: -1- designates 300v. Max.
    L- Lead Jacket.
    MI- Mineral Insulated, Metal Shielded cable. Magnesium Oxide, 194̊F or 482̊F., Dry or wet locations, with copper or Alloy Steel outer covering. Mineral insulated and Metal Shielded.
    MTW- Moisture, Heat and Oil Res. Flame Retardant Thermoplastic. Machine tool wiring in wet locations 140̊F. Or 196̊F. In dry locations with Nylon or Equivalent Jacket.
    MV- Medium Voltage Cable, Solid Dielectric 2,001 volts plus.
    N -Extruded Nylon or Thermoplastic Polyester, Tough and Very Resistant to Gas and Oil.
    NM- “Romex”, Non-Metallic cable with paper wrapping between conductors and plastic sheeting.
    NMT- See RFH wire Below. (Non-Metallic Tubing.)
    NMC- “Romex”, Non-Metallic cable with solid plastic sheeting.
    O- Neoprene Jacket. See SO cable.
    P- Rough Service appliance vacuum cleaner type cord. Flexible but like type “C”, coated in rubber like “POSJ”, encasing both strands with an appearance fabric outside layer.
    PAF- Perfluroalkoxy, Solid or 7 strand, 482̊F. Fixture wire, 18-14 Awg. nickel or nickel coated copper fixture wire. See PFA wire.
    PAFF- Stranded PAF wire, 302̊F.
    PD- 18-10 Awg. Thermoset or Thermoplastic Insulation Cotton braiding and Cotton or Rayon outer covering. Pendant or Portable Wiring, Dry Locations, Not Hard Usage. Twisted Portable Cord.
    PF- Fluorinated Ethylene Propylene, fixture wire, solid or seven stranded 392̊F. 18-14 Awg. Fixture wire.
    PFA- Perfluorglkoxy, 194̊F. For dry and damp conditions. See PAF wire.
    PFAH- Perfluorglkoxy, 482̊F. Dry only, Raceway or Apparatus wire only.
    PFF- Same as PF wire, but stranded. 302̊F.
    PGF- Fluorinated Ethylene Propylene, Glass Braided. 392̊F. Solid or seven stranded. 18-14 Awg. Fixture Wire.
    PGFF- Stranded PGF wire, 302̊ F.
    PO- Lamp cord with outer layer of silk or Rayon. Wires not Twisted but Parallel. Cotton yarn wrapping round twisted strands; Insulators of rubber on top of cotton, which insulates rubber from sticking to strands making it more flexible. Cotton layer atop Rubber, with Rayon or silk jacket enclosing two wires in parallel.
    POSJ- New Replacement for “PO” using a rubber jacket encasing both wires, and does not fray like fabric wires, can be washed.
    PPE- Portable Power Cable, 8 - 500 KCMil. With 1 - 6 conductors plus ground conductors. Thermoplastic Elastomer Insulation, with Oil Resistant Thermoplastic Elastomer Outer Covering. Portable Extra Hard Use. Rated for Stage and Garage use.
    PTF- Extruded Polytetra Fluoroethylene, solid or seven stranded, 18-14 Awg. 482̊F. Nickel or Nickel coated copper fixture wire.
    PTFF- Stranded PTF wire, 302̊F. 18-14 Awg.
    R- Rubber or Neoprene insulation. (Best Quality Rubber) Household Wiring.
    RFH-1- Heat Resistant, Rubber Coated, 167̊F. 18 Awg. 300v. Fixture wire, solid or seven stranded. Also type “NMT” Fixture wire.
    RFH-2- Heat Resistant, RFH wire, 18-16 Awg. 600v. with Latex Rubber or rubber coating. Otherwise the same as RFH-1
    RFHH-2- (LS) Limited Smoke Flame Retardant, Heat Resistant Cross linked synthetic polymer insulated fixture wire. Solid or stranded 18-16 Awg. and cross linked synthetic polymer with out jacket. No cover or NMT 194̊F. Multi conductor cable, and fixture wire.
    RH- Thermoset, 167̊F. Dry and Damp only, Flame Retardant, and Moisture Resistant. Best Quality, Better than RH and RP wire. For Factories and like. Moisture Res. & Flame Retardant non-metallic Covering.
    RHH- Thermoset, 194̊F. Dry and Damp only, Flame Retardant, and Moisture Resistant.
    RP- Best Quality Rubber Insulation.
    RUH- Heat Resistant Latex Rubber 167̊F., Dry only.
    RWH- Flame, Ozone and Moisture Resistant, 167̊ F. For dry and wet locations over 2,000 volts.
    RWH-2- 194̊F. Continuous Temperature Thermoset. For Dry and Damp locations.
    S- Hard Service Cord with two or more stranded conductors 18 - 2 Awg. with a serving of woven cotton between the copper and the Thermoset insulation. Jute or other “fillers” are twisted together with the conductors to make a round assembly. Outer jacket of high quality rubber or modern Thermoset. For Portable or Pendant, damp locations. Extra Hard Use. Stage and Garage Use.
    SA- Silicone Rubber or Silicone Asbestos, 194̊F. For dry and Damp Areas. Silicone Rubber insulation with Glass or other Braided covering. (392̊F. Special Applications)
    SBRC- Old Household, Single Braided rubber covered with cotton braid.
    SC- “NEC” designation for Entertainment Industry and Stage Lighting Cable; rated 600 volts 8 - 250 KCMil.
    Awg., 1 or more Conductors. Extra Hard Usage. Thermoset insulation and outer covering.
    SCE- Same as SC, with PVC or Thermoplastic Elastomer Insulation and outer covering.
    SCT- Same as SC, with TPE based thermoplastic Insulation and outer covering.
    SE- Flame Retardant and Moisture Resistant, Hard Service Cord. 18 -2 Awg. 2 or more conductors, Use Underground, stage and Garage and not Fire Resistant. Thermoplastic Elastomer Insulation and outer covering.
    SEO- Same as SE But with Oil Resistant Outer Covering.
    SEOO- Same as SEO, But with oil Resistant Insulation also.
    SIS- Switchboard wire 194̊F. Thermoplastic Flame Resistant for Switchboards. Synthetic Heat resistant Rubber. Dry only.
    SJ- Same as S-Cord, with Lighter Jacket 18-10 Awg. 2-5 Conductors, Thermoset Insulation and outer jacket. Junior Hard service Cord.
    SJE- Same as SJ, with Thermoplastic Elastomer Insulation and outer covering.
    SJEO- Same as SJE But Oil Resistant.
    SJO- Same as SJ But with Oil Resistant outer covering. Same as SO cord, with an even lighter jacket.
    SJOO- Same as SJO But with Oil resistant insulation also.
    SJT- Same as SJ cord, except with outer jacket and insulation of (thermoplastic) Materials.
    SF- Silicone 200̊C. Fixture wire.
    SF-1or 2- Silicone Rubber NMT, 392̊F. “-1" is 18 Awg. 300v. “-2" is 16-18 Awg. 600v. Solid or seven stranded. Fixture wire.
    SFF-1or 2- Stranded SF, NMT wire. 302̊F.
    SO- Cord, same as S cord, thermoset insulation with an oil resistant jacket of neoprene or similar material thermoset. Rated for stage and garage use.
    SOO- Same as SO with Oil Resistant Insulation
    SN- Synthetic rubber wire re-named “type T”, in 1947 from original 1940 code designation thermoplastic insulation, with no cotton required, not cold resistant.
    SP- Rubber “Zip Cord”.
    SP-1- All Thermoset Parallel cord 20 -18 Awg, 2or3 Conductor. Pendant or portable use, Damp Locations, Not Hard Use. Not twisted.
    SP-2- Same as SP-1 but 18-16 Awg.
    SP-3- Same as SP-1 But 18-10 Awg. For Refrigerators, Room Air Conditioners.
    SPE- All Elastomer, (Thermoplastic) Parallel Cord. 20-18 Awg. 2 or 3 Conductors. Otherwise same as SP-1 to 3 Cord.
    SPT- “Zip Cord”, Fixture Cord, 2 or 3 wire Stranded, Designated by gauge and number of wires. Eg: “18-3" is 18 gauge 3-wire. Thermoplastic Insulation. Otherwise same as Sp-1 to 3 cord.
    SRD- Range or Dryer Cable. 10- 4 Awg. 3 or 4 conductors. Thermoset insulation and outer covering. Portable for damp locations. 3-Conductor versions are not twisted.
    SRDE- Same as SRD cable but Thermoplastic Elastomer insulation and outer covering.
    SRDT- Same as SRD cable but with Thermoplastic insulation and outer covering.
    ST- Same as S cord, except with outer jacket of (thermoplastic) Materials. 18-2 Awg. 2 or more Conductors. Rated for Stage and Garage Use.
    SV- Same as SJ Cord, with an even Lighter Jacket. Vacuum cleaner cord. 18-16 Awg. 2 or 3 conductors. Thermoset insulation and covering. Not hard use, pendant or portable, damp locations.
    SVE- Same as SV cord but with Thermoplastic Elastomer insulation and covering.
    SVO- Same as SV cord but with Thermoset insulation and oil resistant Thermoset covering.
    SVT- Same as SV cord with outer jacket of (therm plastic) Materials.
    T- Wire wrapped in thermoplastic insulation for protection from below 32̊ to 150̊. Tinsel Cord 140̊F,(TP, TS, TPT, TST)
    TA- Thermoplastic and Asbestos, 194̊F., Switchboard use only.
    TC- Signal Wire, Power and Control.
    TW- T-Wire with water-resistant insulation. Should not be buried directly in ground. 140̊ Flame Retardant, Heat and Moisture resistant thermoplastic.
    TBS- Thermoplastic with Fibrous outer braid, 194̊F. Fire Retardant (Switch Boards).
    TBWP- Triple Braided weather proof with no rubber used, 3 layers of water proof cotton used on single wire outdoors services.
    T2- Thermoplastic covered fixture wire, solid or 7 stranded. 140̊F. 18-16 Awg. Fixture Wire.
    TFE- Extended Polytetrafluoroethylene. 482̊F. Dry Locations only, Apparatus or Raceway lead wiring or open wiring, Avl. With Nickel or nickel coated copper wire only.
    TFF- Same as T2 wire but stranded, 140̊F.
    TFN- Heat Resistant Thermoplastic covered fixture wire of solid or seven strands. 18-16 Awg. And a nylon jacket or equivalent covering 194̊F.
    TFNN- Same as TFN but stranded.
    THW- TW-Wire 167̊F. With heavier heat resistant insulation. Dry and Wet Locations, Flame Retardant. (194̊F. Special Applications within electric discharge lighting equipment, 1,000w. open circuits or less.)
    THHN- Thermoplastic 194̊F. Insulation with outer nylon (or equivalent) jacket Heat Resistant, Flame Retardant with nylon or equivalent jacket. Dry and Damp Locations.
    THHW- Thermoplastic 167̊F. Wet Locations. Flame Retardant, Heat Resistant. (194̊F. Dry Locations.)
    TFE- Extruded Polytetra Fluoroethylene. 482̊F. Dry areas only for Apparatus and raceway wiring or open wiring.
    THWN- Thermoplastic insulation, 167̊F. with outer nylon (or equivalent) jacket; Flame Retardant, Heat and Water Resistant.
    TPE - ‘Flexalloy is a PVC based UHMW therrmoplastic elastomer from Teknor Apex, Vinyl Division, that is billed as being “lighter, more flexible, and more resistant to extreme cold” than cable producted with conventional compounds. Coast Wire and Plastics Technology is using it to jacket a new line of cable that they manufacture, called FlexOLite Touring Cable. The Flexalloy compound is used for the inner insulation and for the outer jacket. “One bigh advantage of Flexalloy vinyl TPE for insulation and jacketing is that it weighs only half as much as rubber,” - Jim Crisman, VP of the Entertainment Div. Of Coast Wire (PLSN p77 Cable Construction, Nov. 2003.
    TPT- Parallel Tinsel cord. 27 Awg. 2 conductor. Thermoplastic insulation and covering. Attached to an appliance rated at not more than 50 watts and not more than 8 feet away with a special connector, for damp locations and not hard, but extremely flexible use. Not Twisted conductors.
    TS- Jacketed Tinsel cord. 27 Awg. 2 conductor. Thermoset insulation and covering, same as TPT otherwise.
    TST- Same as TS cord but with thermoplastic insulation and covering.
    UF- Underground Feeder and Branch Circuit Cable, 140̊F. a water proof version of NMC, rated for burial in the ground.
    USE- Underground Service Entrance Cable not fire resistant but high temp. Wire 167̊F. Replaces Lead shielded cable. Heavily rubber coated, with outer covering extra water resistant, can also be type “T” with thermoplastic protection.
    V- Varnished Cambric, #6 to MCM2000, 185̊F., Dry use only.
    W- Cord Rated 2,000 volts Extra Hard Usage; 8-500 KCMil. 1-6 conductors. Replaced welding cable as in acceptable stage cable until type SC was developed. Thermoset insulation with Oil Resistant Thermoset cover. Rated for Stage and garage use.
    X- Crossed linked Synthetic polymer, Very Tough, Moisture and Heat Resistant. Fixture wire.
    XF- Same as X wire but solid or seven stranded, 302̊F. 300v. 18-10Awg. Cross-Linked Polyolefin.
    XFF- Same as XF, but stranded.
    XHH- Thermoset, 194̊F. Dry and damp locations. Flame Retardant.
    XHHW- Moisture Resistant Thermoset, 194̊F. For dry and Damp locations and 167̊F. For wet locations. Flame Retardant, and moisture resistant.
    Z-Dry and Damp Locations, 194̊F.(302̊F.Dry locations in special applications) Modified Ethylene Tetrafluoroethylene.
    ZF- Modified ethylene tetrafluoroethylene, solid or seven stranded, 18-14 Awg. same as Z above, 302̊F. Fixture Wire.
    ZFF- Same as ZF above but stranded.
    ZHF- High temperature modified ETFE solid or seven stranded. 392̊F. 18-14 Awg. Fixture wire.
    ZW- Modified Ethylene Tetrafluoroethylene Wet Locations, 167̊F.; (194̊F. Dry and Damp; 302̊F. Dry, special Applications).
     

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