Removable Handle Elastic Rubber on Aluminium Plate Swivel Castor Brake Locking Castor 200mm 500kg Load
Removable Handle Elastic Rubber on Aluminium Plate Swivel Castor Brake Locking Castor 200mm 500kg Load is backordered and will ship as soon as it is back in stock.
Couldn't load pickup availability
All prices are excluding VAT
Total Minimum Order Value: £50
Delivery and Shipping
Delivery and Shipping
Please note our minimum order value is £50.00
Orders Under £300.00
£12.00 carriage charge on all orders
Orders Over £300.00
Carriage free of charge
We will aim to have your order dispatched as quickly as possible. Please bear in mind with custom orders and made to order products the lead times are longer.
We will confirm the lead time when we send your order confirmation via email.
Please call if you’re needing the items quickly.
Delivery to parts of Scotland, Northern Ireland and other Isles could incur an additional delivery charge. Please get in contact for further details.
Trade Account Options
Trade Account Options
We require your first 3 orders to be paid for via proforma within a 12-month period with a total minimum spend of £1000. After which, on completion of your Credit Application Form we can then accept your 4th order on account.
Description
Description
Side winding jacking unit ( removable handle ) fitted with a fabricated swivel castor with a 200mm black elastic rubber tyre aluminium centred wheel with ball bearings and total lock brake, wheel to carry a maximum load capacity of 500kg per complete unit. Please note Jacking castors are rated on a different principal to other castors. They lift the load off the floor and therefore each castor is liable to carry half the total load, also please note the maximum lift is 200mm but when jacked up to the height please beware of any obstacles as a sudden shock could result in the inner square tube bend around the outer tube. DO NOT OVERWIND Handle excessively more than what is needed as this will cause the pin in the gearbox to shear. (This is a safety precaution against over loading the unit)