PV10-10LFB-2K

Locking Fork Terminal, vinyl insulated, funnel entry, plastic insulation crimp, 12- 10 AWG wire range, #10 stud size.

The PV10-10LFB-2K, a high-quality Locking Fork Terminal designed for secure and efficient wire connections. This terminal features durable copper construction with a tin-plated finish, ensuring excellent conductivity and corrosion resistance. The vinyl insulation and plastic insulation crimp provide added safety and stability, with a maximum operating temperature of 105 °C (221 °F). Its funnel entry and #10 stud size accommodate 12-10 AWG wires, making it ideal for a wide range of applications. RoHS compliant and in stock for immediate shipping, this Crimp Spade Terminal is a reliable choice for your connectivity needs.
AVAILABILITY
Immediate Shipment:NA
Stock Location:In Stock
Factory Stock:Call for Stock
Factory Lead:
Unit Of Measure:
Minimum/Multiple:1/1
Pricing
CALL: 800.422.3911
Invalid quantity value
Product Category:
Manufacturer:Panduit
Manufacturer Part Number:Panduit PV10-10LFB-2K
Maximum Operating Temperature:105 °C, 221 °F
Overall Length:1.04 in, 26.4 mm
Stud Size:#10
Stud Hole Size:1/5 in, 4.8 mm
Outside Diameter:.23 in, 5.7 mm
Material:Copper
Insulation Material:Vinyl
Maximum Wire Size:10 AWG
Minimum Wire Size:12 AWG
Barrel Type:Funnel
Finish:Tin Plated
Product:Crimp Spade Terminals
Fork Type:Locking Fork
SKU:PANPV10-10LFB-2K
Supplier Product:Fork Terminals
Barrel Length mm :9.8 (mm)
Maximum Voltage kV :0.6 (kV)
Color Code:Yellow
Finish Coating:Tin-Plated
Maximum Copper Conductor Size AWG STR :#10 AWG
Maximum Metric Conductor Size mm :6 (mm²)
Flammability Rating:UL 94 V-0
Insulation Diameter In :0.23 (In.)
Maximum Wire Insulation Diameter mm :5.7 (mm)
Sub Brand:Reel Smart
Tongue Width In :0.34 (In.)
Barrel Length In :0.39 (In.)
Tongue Length mm :16.6 (mm)
Maximum Copper Conductor Size AWG SOL :#10 AWG
CSA Temperature Rating:105
Standards Met:C22.2 No.65; UL486A-486B; 587H; E52164; LR312120
Product Type:Terminals on a Reel
Wire Strip Length mm :8.7 (mm)
Minimum Copper Conductor Size AWG :#12 (AWG)
Insulation Diameter mm :5.7 (mm)
Tongue Thickness In :0.04 (In.)
Seam Type:Butted
Maximum Voltage V :600 (V)
Minimum Metric Conductor Size mm :2.5 (mm²)
Maximum Copper Conductor Size AWG :#10 (AWG)
Tongue Width mm :8.6 (mm)
Insulation Type:Vinyl
Minimum Copper Conductor Size AWG STR :#12 AWG
Tongue Length In :0.66 (In.)
Minimum Copper Conductor Size AWG SOL :#12 AWG
Overall Width In :0.34 (In.)
Tongue Thickness mm :1 (mm)
For Use With:CP-851; CP-860; CP-861; CA-800; CD-800-3; CD9-3B
Wire Strip Length In :0.34 (In.)
Overall Width mm :8.6 (mm)
Maximum Wire Insulation Diameter In :0.23 (In.)

Environmental Initiative Details

Environmental Initiative:RoHS
Compliant:Unknown
Date of this Information:Unknown
Notes:

Product Change Notice

Effective DateDescription of ChangeDownload
06/28/2021PAN-PCN-20210623-1 - Temporary Packaging Change. Due to limited availability on select paper goods, Panduit is forced to change the packaging of our ReelSmart reels. Per the images below, we will be removing the white liner on each flange of the reel. We anticipate this to be a temporary change and to return back to normal in September.Download
02/08/2021PAN-20210111-2 - Product Improvement. Select Vinyl, #10 AWG Terminals will have new shut height recommendations that will be listed on their packaging label. This will raise the height 0.04", from 0.175" to 0.179", which can be done through a simple dial setting change of the CA9 or CA-800EZ applicator from E5 to F5. This effect will optimize crimp performance and will not alter any product compliance to industry standards.
Download
12/18/2020PAN-20201218 -Reel Smart Tooling Issues/ Production & Inventory Hold. Panduit has put certain Reel Smart™ products on a production and inventory hold. We have experienced issues with certain production equipment resulting in a period of downtime.
Unfortunately, due to the complexity and severity of the issue with the equipment, we are forced to extend the projected resolution date out to February, 2021. The repair and testing of the equipment have proven to take significantly longer than anticipated.
Download