YOUR PLACE FOR UTILITY ELECTRICAL CONNECTORS & HARDWARE!
PRODUCTS
TRANSFORMER CONNECTORS (UNDERGROUND & OVERHEAD)
Manufactured from high strength 6061-T6 Aluminum Alloy
Provides premium electrical and mechanical performance
For aluminum and copper conductors
Range taking to reduce inventory
Internal Hex, Drive Size 5/16”
Contains inhibitor
BUS BARS & COMPRESSION FERRULES
Bus Bars
1/2" Mounting Holes with 1-3/4" NEMA spacing
4-hole or Slotted Combinations
Copper, Tin Plated
Ferrules
Machined from Solid Copper Rod for superior electrical performance
Designed to fit existing compression dies
CURRENT TRANSFORMERS - METERING
CT Mounting Rack for Metering applications
1/2” studs on 1-3/4” NEMA spacing
Aluminum Lay-In cap style connectors with 5/16” internal hex heads
1-Phase to 3-Phase configurations
Includes grounding bar up to 1/0 AAC
4-wire configurations
All aluminum platform to reduce weight and mitigate corrosion
Utilizes UL-746 tested insulating material
MOUNTING BRACKETS FOR CURRENT TRANSFORMERS
CT Mounting Rack for Metering applications
1/2” studs on 1-3/4” NEMA spacing
Aluminum Lay-In cap style connectors with 5/16” internal hex heads
1-Phase to 3-Phase configurations
Includes grounding bar up to 1/0 AAC
4-wire configurations
All aluminum platform to reduce weight and mitigate corrosion
Utilizes UL-746 tested insulating material
POLE LINE HARDWARE
Ridge irons
Cable Support Brackets
Extension Links
Conduit Straps
Ground Wire Clamps
MULTI GROUNDING BAR
Neutral / Grounding Bars
Additional sizes available upon request!
PRIMARY METER MOUNTING BRACKETS
Current and Potential transformer mounting brackets
Custom designed to fit each end users specific equipment
Pre-drilled or slotted for 3/8" hardware
Hot dipped galvanized lifting eye hardware pre-installed on units
Material: Aluminum
ARC PROTECTION
Arc Protection Device
Used to prevent lightning induced burndowns of covered overhead aluminum primary conductors, also known as L-Nodes or Lightning Anodes.
Protects covered conductor by shielding it from the usual concentration of arc energy generated during a lightning strike by adding mass of the correct shape to the conductor in the area where it absorbs the terminus of arc energy, thus making it a partially sacrificed component during each strike
Third Party Lab Tested to meet or exceed utility requirements