B-21
BURNDY
®
Small Terminals
US: 1-800-346-4175 www.burndy.com Canada: 1-800-387-6487
Blue highlighted items are industry standard and most frequently ordered.
SEAMLESS
BARREL
ELECTRO-TIN
PLATED
DOUBLE THICK
TONGUE
CRIMP
INSPECTION
HOLE
BEVELED
ENTRY
(See table on following page for specifications)
TYPES YAV BOX
AND YAV
HYLUG™
Seamless Uninsulated
Compression Heavy Duty
Ring Tongue Terminal
#22-10 Stranded and Solid
Copper
HYLUG™ type YAV is a seamless,
heavy duty uninsulated com pres sion
ring tongue terminal manufactured from
pure electrolytic copper tubing and is
for use on copper commercial (code)
cable, type AN aircraft cable and extra
flexible conductors. Because of its
seamless design, the YAV HYLUG™
also accommodates solid conductors.
The seamless tubing produces a double
thick tongue and a strong connector for
demanding applications that require
high reliability. Applications include
industrials, hospitals, electric utilities,
air craft, shipboard and marine, com puters, steel mills, mining equip ment
and other equipment that is subject to
vibration or requiring dependable elec trical performance.
The YAV-HYLUG™ terminals meet the
requirements of SAE-AS7928.
Features and Benefits
• Manufactured from seamless pure
electrolytic copper tubing.
〫 Provides maximum conductivity,
low resistance and excellent ductility
for crimping.
• Seamless tubular crimp barrel design.
〫 No seams to split resulting in a very
high quality electrical connection. Also
can be used on solid conductor.
• Double thick tongue.
〫 Provides a very strong terminal tongue.
• Produced from tubular copper.
〫 Extra copper material assures the com-
pression connector will operate cooler
than the conductors it connects.
• Internally bevelled barrel.
〫 Provides easy cable entry, especially
for flexible conductors.
• Inspection hole.
〫 Provides easy visual check for proper
conductor insertion.
• Electro-tin plated.
〫 Provides long lasting durable corrosion
resistance.
• Nickel plating available, add “NK” suffix.”
〫 Nickel plated HYLUGs™ provide high
temperature applications up to 650° F
continuous service and 750° F intermittent service.