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Hygienic Screw Hoist

BLM/250/2448/B

BLM/250/2448/B

Features

  • Stainless Steel or Mild Steel Construction
  • Food/Pharmaceutical Industry Specification
  • Standard and Custom Design Machines
  • Fully TIG/MIG Welded Construction
  • Bespoke Handling Systems & Solutions
  • Lift Heights – No Maximum
  • Lifting Capacity - No Maximum
  • Chain or Screw Driven, Hydraulic or Pneumatic
  • Fully Enclosed Safety Guard Option
  • Fully Load Tested and UKCA or CE Certified
  • LOLER Inspection and After Sales Service Available
  • Direct from a British Manufacturer
Description

BLM/250/2448/B Hygienic Screw Hoist

This Hygienic Screw Hoist was designed to lift a liquid tank to a maximum height of 2448mm above the floor and had a Safe Working Load of 250 Kgs. There was also an intermediate position where the tank stopped to enable the Operator to attach a discharge hose during the travel up and disconnect the hose during the travel down. The Hygienic Screw Hoist is manufactured from Grade 304 stainless steel, is a welded construction throughout and is designed to be bolted to the floor. The lifting is achieved by a 32mm x 20mm pitch ball screw driven by a motor gearbox mounted at the top of the main column. The Hygienic Screw Hoist incorporated a load arrestor mechanism, which prevented a load from falling to the floor in the extremely unlikely event of the ball screw failing.

Hygienic Screw Hoist Electrical Control

This Hygienic Screw Hoist was not fitted with a Control Panel, this was supplied by others. All devices on the Hygienic Screw Hoist were wired to a terminal Enclosure for connection to the main control system.

The following components were wired back to the Terminal Box:-

  • 1 off Motor Gearbox & Brake
  • 2 off Full Up or Discharge Position Proximity Switches
  • 1 off Intermediate Proximity Switch
  • 2 off Full Down Proximity Switches

Mettler Toledo Load Cell

The Hygienic Screw Hoist was fitted with a Mettler Toledo Load Cell SSH-1t 2.5m and a Precision Junction Box. The Load Cell was connected via a summation card to the main control system to allow the detected weight to be displayed. The Load Cell cable was carried in an energy chain.
Application Story