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JET Tools 121200 1/2SS-1C-20, 1/2 Ton, 1Ph, 20′ Lift, 115/230V, Prewired 230V

Original price was: $3,794.00.Current price is: $758.80.

SKU: JT9-121200 Category: Tag:

Description

JET Tools 121200 1/2SS-1C-20, 1/2 Ton, 1Ph, 20′ Lift, 115/230V, Prewired 230V

The JET 1/2SS-1C-20 is a 1/2-ton single-phase electric hoist with a 20-foot lift, wired for 115/230V and prewired for 230V operation. Built for commercial and industrial use, it combines slip-clutch overload protection, thermal overload protection and a DC electromagnetic brake that holds the load even if power is interrupted.

Features

  • 24 volt push button controller with cable strain relief system for durability and reliability.
  • All Steel Construction- Fully enclosed, all steel plate construction with a durable powder coat finish keeps out moisture, dust and debris lengthening the life of the hoist.
  • Certification- Load tested to 125% of capacity with certificate.
  • Control Pendant- 24 volt push button controller with cable strain relief system for durability and reliability in industrial and commercial settings.
  • Controls- NEMA 4X compliant push button control pendants.
  • DC Electro-Magnetic Brake- An industry-proven safety feature that secures the load even if power is interrupted to the hoist.
  • Durable powder coat finish.
  • Grade 80 Load Chain- Grade 80 black oxide coated load chain for durability.
  • JET VOLT and SSC Series Electric Hoists and JET ET Series Electric Trolleys are NOT rated or designed for outdoor use or wet environments.
  • Limit Switches- Upper and lower limiting switches increase safety by preventing the load chain from over traveling.
  • Overload Protection- Slip Clutch design prevents the hoist from lifting damaging loads above its rated capacity.
  • Push button controller with cable strain relief system for durability and reliability.
  • Sealed Gear Train- Maintenance-free gear train incorporates a sealed oil bath that eliminates upkeep.
  • Thermal Overload Protection- Protects the hoist from overheating in low voltage situations.