Stick Welding Uphill

Uphill


Uphill

Sharon Wish Uphill – Photographic Print

$32.99

UpHill


UpHill

UpHill

$23.93

Stick/Lift Tig Welding System


Stick/Lift Tig Welding System

The Thermal Arc 95 S Inverter is a versatile multi-process machine with stick and lift TIG capability. With up to 95 amps of welding power it delivers excellent performance on a wide variety of materials. In DC Lift TIG mode the 95 S provides 95 amps of welding power suitable for a wide range of materials from Chrome-Moly and steel tubing to general fabrication of mild and stainless steels. Delivering a superior smooth and stable arc performance down to 5 amps for the thinnest of materials. Extremely lightweight and portable yet designed to handle the toughest jobs. Applications include: Maintenance and repairs, Sheet metal fabrication, Farm/Ranch, Auto body repair, Home DIY Hobbyist Primary voltage: 120 Volt Supply plug NEMA: 5-15P Lead cord length: 6ft (1.8m) Maximum input current @ 140 Amp: 24 Amp Rated kVA @ 190 Amps: 2.8 kVA Approvals: IEC 60974-1 (CE)

$605.08

stick welding uphill
How to Build a Wrought Iron Fence : Uphill & Downhill Welding on a Wrought Iron Fence

Conveyor belts have been utilised in a multitude of industries for many years. Mainly they are used for horizontal transport of products, but now advancements in the machine and belts allow them to be used also for ascending and descending product applications. Conveyor belts are used in industrial applications but also on large farms, in warehousing, from freight-handling, down to your local supermarket and in movement of bulk raw materials.

If you read part 1 of this article, we have mainly focussed on the belt material itself. However you also have to look at the actual conveyor machine itself if you are going to get this right.

What are the diameters of all the rollers involved (And I mean all the rollers involved) on the machine? Not all rollers are visible; some can be hidden from view inside a centre drive module for example. If you know all of the diameters, then you need to refer back to the belt manufacturer’s brochure again because there will be a minimum roller diameter given for each belt material. The reason for this dimension and the reason why it’s so important is that the more rigid the belt is, the less flexible it is and the less likely it is to wrap around a small roller. If this happens you will lose traction at the drive end and the belt will rise up at each end of the conveyor, not good. On a centre drive conveyor the belt will not want to grip the powered roller and your belt could well remain stationary.

Is the conveyor an end drive or a centre drive? Centre drives usually have pinch rollers and therefore the top and bottom surfaces of the belt will make contact with the rollers, unlike with an end drive. What if you want a flighted belt? Not possible with a centre drive for this very reason.

Will the belt get wet or be cleaned frequently? If you are changing the function of the conveyor to say a food environment, then the likeliness is that the conveyor will be frequently washed. If so, then the bearings may well need to be upgraded and some if not all parts be replaced with stainless steel or plastic components.

What kind of belt tracking does the conveyor have? Some conveyors have “Crowned rollers” that are a slightly larger diameter in the middle of the roller. This is used to align the belt. Some other conveyors use welded on flights or cleats on the underside of the belt that uses grooves in the bed and the rollers to align the belt. Both methods use different belt designs, so be aware.

In part 3 we can look at the characteristics of the conveyor accessories and how they impact on your belt choice.

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