
Binghamton · 115 kV across the Southern Tier
115 kV cable buyer in Binghamton
The Southern Tier's subtransmission backbone is 115 kV, and around Binghamton it crosses two rivers, climbs valley walls and carries ice. That combination produces a particular kind of line material.
- Broome County
- Southern Tier
- 115 kV
- One buying desk
Send a Binghamton lot
Six details are enough to start a review. Photographs of reel tags and jacket print can follow by email or text.
Prefer to talk? 614-715-3047 · saleselectricalbuyers@gmail.com
Binghamton 115 kV lots are line material rather than cable-in-duct: 336.4 and 477 kcmil ACSR in 26/7, alloy equivalents, OPGW and ADSS from the same structures, plus insulators, armour rods, splices and grounding tails. Condition is decided by ice and flood exposure and by how the conductor was taken down. The line material and the station material from one project are usually two separate sales and should be listed that way.
Why 115 kV is the local working voltage
Around Binghamton the transmission picture is layered: large bulk lines pass through the region, but the network that actually serves the towns along the Susquehanna and Chenango valleys is 115 kV, stepping down at substations that sit close to the load. That is why 115 kV material is common here in a way it is not in, say, the North Country, where 69 kV does more of the subtransmission work.
Geography then writes the specifications. Both rivers run through the city and both have flooded in living memory, so crossings are built with height and clearance in mind and the approaches are where the work happens. The valley walls are steep enough that lines climb rather than run straight, which puts more tension on shorter spans and more angle structures on the route than a flat-terrain line would need.
Ice is the third factor. Southern Tier ice storms load conductor and shield wire well beyond design assumptions, and the material that survives is the material that was built with more margin. When a line is rebuilt after an ice event, the surplus is a mix of undamaged drums from the new work and removed conductor from the old, and those two categories should never be quoted as one.

What a Binghamton 115 kV lot contains
Conductor first, and it is mostly 336.4 kcmil and 477 kcmil ACSR in 26/7, with alloy conductor appearing where corrosion or a specific design called for it. Reconductor work leaves tagged drums of the new conductor alongside the removed old; the new drums are the valuable ones, and the removed conductor is valued on usable length and on how much clamp and ice damage it carries.
The structures contribute their own material. A 115 kV line built with a two-conductor bundle, which appears where field and radio-noise limits matter near substations and built-up ground, produces twice the conductor for the same route length and a set of spacers and bundle hardware that has to be sold as a group to be worth anything. Shield wire is increasingly OPGW, and OPGW tails cut during retermination are a separate small asset that is easy to lose in a scrap pile.
At the substations the material changes character: station service cable, control and protection cable, grounding grid conductor, transformer leads, and bus. That is the part of a 115 kV project most likely to be documented, because it comes out of an engineering package rather than off a pole line. Photographs of the yard before anything is moved are the cheapest documentation there is.
Safety is not negotiable on any of it. Conductor is taken down only after the circuit has been de-energised, cleared and released by the owner's qualified personnel, and nothing is collected from a structure that still carries an energised circuit or an induced voltage source.
Access, terrain and freight out of the Southern Tier
Binghamton is well connected for freight: I-81 runs north to Syracuse and south into Pennsylvania, NY-17, now I-86, runs west toward Elmira and east toward the Catskills, and rail still serves the industrial parts of the city. The difficulty is not the highway, it is the last mile to the right of way, which on a valley-side line may be a farm track, a snowmobile trail or a gate at the end of a dead-end road.
River crossings need their own plan. A reel cannot be set on a bank and unreeled across water, so removed conductor comes back in coiled sections carried or dragged to a landing, and the lengths are shorter and the handling marks are worse than on dry ground. Flood-plain sections add a seasonal window: a spring pickup on ground that was under water in March is a different job from an August one.
The practical way to price a Southern Tier line lot is by the load, not by the drum. Conductor, hardware, insulators and grounding from one rebuild may be several partial loads that only make sense together, and consolidating them at a yard in or near Binghamton before hauling is usually cheaper than three separate trips to three separate gates.
Specification
What a buyer needs to know about this cable
Every row below changes what a lot is worth. If the reel tag is gone, the jacket print and a cut end usually answer most of it.
Missing detail is not a problem — say what is missing and the review works from photographs.
| Voltage | 115 kV subtransmission and line work |
|---|---|
| Conductor | 336.4 and 477 kcmil ACSR, 26/7, plus AAAC equivalents |
| Shield and fiber | OPGW and ADSS carried on the same structures |
| Terrain | Susquehanna and Chenango river crossings, valley side slopes |
| Loading | Ice and wind, with flood-plain sections along both rivers |
| Travels with the lot | Insulators, armour rods, splices, grounding tails, dampers |
Seller questions
Binghamton questions
Is 115 kV aerial cable or underground cable?
In this part of New York it is almost entirely overhead line material: bare ACSR or AAAC conductor, shield wire or OPGW, insulators and hardware. Underground 115 kV cable exists but is uncommon here, so a Binghamton lot should be described as conductor and line material rather than as reeled cable.
What happens to OPGW removed with the conductor?
It is bought separately and valued on fiber count, length and the condition of the tails. OPGW cut during retermination leaves short tails that are easy to scrap by mistake; keeping them with the reel and noting the fiber count and approximate length makes them saleable.
Do you buy conductor damaged by ice or a river crossing?
Yes, as recovery material once it is down and released. Ice damage shows as stretched or birdcaged sections and river crossings produce shorter, handling-marked lengths. Usable sections are cut out and the balance is priced on metal content, so an honest description of where it came from is what determines the number.
Keep reading
Related pages
- 115 kV cable buyers in New YorkNational construction detail
- All cable buying in BinghamtonBroome County
- Transmission line cable buyersThe full line-material picture
- OPGW fiber buyersShield wire with fiber inside
- ACSR conductor buyersCode names, stranding and core condition
- Storm damage conductor buyersIce and wind material after restoration
Next step
Send the detail that decides it
Construction, size, footage and the storage address. A buyer will take it from there.
Send the lot
Six details are enough to start a review. Photographs of reel tags and jacket print can follow by email or text.
Prefer to talk? 614-715-3047 · saleselectricalbuyers@gmail.com