HESCO
EXB-FDS Series - Aluminum Fused Disconnect Switch - Switch Rating 30 -3-Pole - Top Conduit 2 Inch - Bottom Conduit 1/2 Inch - Wire Size #14-4
Killark

EXB-FDS Series - Aluminum Fused Disconnect Switch - Switch Rating 30 -3-Pole - Top Conduit 2 Inch - Bottom Conduit 1/2 Inch - Wire Size #14-4

MFG #EXB-FDS-0303P

$4,350.35 / E
Each
Product Description:
EXB-FDS Series - Aluminum Fused Disconnect Switch - Switch Rating 30 -3-Pole - Top Conduit 2 Inch - Bottom Conduit 1/2 Inch - Wire Size #14-4
HESCO Part Number
KILEXBFDS0303P
UPC
783936012148
Manufacturer Part Number
EXB-FDS-0303P
Manufacturer
Killark
Killark

EXB-FDS Series - Aluminum Fused Disconnect Switch - Switch Rating 30 -3-Pole - Top Conduit 2 Inch - Bottom Conduit 1/2 Inch - Wire Size #14-4

MFG #EXB-FDS-0303P

Product Description:
EXB-FDS Series - Aluminum Fused Disconnect Switch - Switch Rating 30 -3-Pole - Top Conduit 2 Inch - Bottom Conduit 1/2 Inch - Wire Size #14-4
HESCO Part Number
KILEXBFDS0303P
UPC
783936012148
Manufacturer Part Number
EXB-FDS-0303P
Manufacturer
Killark
$4,350.35 / E
Each
  • Copper-free aluminum construction, high strength, lighter in weight and corrosion resistant.
  • Fewer cover bolts (no corner bolts required) reduces installation and maintenance time.
  • Cover bolts are stainless steel.
  • Gasketed flange with O-ring located inside the bolt circle to seal out moisture.
  • Stainless steel hinges are standard.
  • Switch operating handle of copper-free aluminum can be padlocked, with up to three locks, in either the "ON" or "OFF" position.
  • Ductile mounting lugs adjust to irregular mounting surfaces.
  • Bodies have top and bottom drilled and taped conduit entrances for power and drain/breather.
  • Global applications (ATEX) Enclosures are available for global applications with "CEN" suffix.
  • Assembilies that are modified to CENELeC/ATEX standards maintain their North American certifications.
  • Suitable for indoor/outdoor use, primarily to provide a degree of protection against winblown dust, rain, spashing water, hose directed water, damage from external ice formation and corrosion.