Sheep Skin Belt Conveyor
<p style="margin-top: 0px; margin-bottom: 14px; font-family: Poppins, sans-serif; line-height: 1.75; color: rgb(68, 68, 68);">A hide that drops beside the dressing rail quickly becomes a handling and sanitation problem. The Sheep Skin Belt Conveyor collects released sheep or goat skins at the puller and transports them to a grading table, curing area, by‑product room or external container. The belt creates one plann…
About this product
Product information from the supplier.
Product Overview
A hide that drops beside the dressing rail quickly becomes a handling and sanitation problem. The Sheep Skin Belt Conveyor collects released sheep or goat skins at the puller and transports them to a grading table, curing area, by‑product room or external container. The belt creates one planned route and reduces repeated lifting through the wet processing zone.
The listed configuration is six metres long with a 450 mm food‑grade nylon belt. Stainless rectangular tube forms the supporting frame, while raised stainless guards help retain the load. Both drive and driven shafts are stainless steel. Because hides are irregular, wet and sometimes folded, the conveyor should be sized for the actual drop point and discharge height rather than selected on belt width alone.
Working Principle
The drive motor turns the head shaft and moves the endless belt along the conveyor bed. A released hide lands on the loading section and is carried toward the discharge point; side guards reduce the chance of it sliding off. The return strand travels beneath the carrying surface and passes around the tail shaft. Operators remove or divert skins at the outlet. During cleaning, the belt should be slackened or lifted where the design permits so that the underside, rollers, guards and return path can be reached.
Main Features
450 mm food‑grade nylon belt in the reference specification
Six‑metre transfer length for linking the puller to a hide room or collection point
Stainless structural tubes and stainless drive shafts
100 mm stainless side guards to retain uneven loads
Low installed motor power for continuous material transfer
Layout can be arranged horizontal or with a project‑specific incline
Technical Specifications
Sheep Skin Belt Conveyor
Reference configuration from the source listing. Confirm final utilities, materials, interfaces and performance in the supplier quotation.
| PARAMETER | REFERENCE SPECIFICATION |
| Reference model | HT‑S208 |
| Electrical supply | 380 V / 50 Hz / 3 phase |
| Installed power | 0.55 kW — normalized from a malformed source value; confirm |
| Overall dimensions | 6,000 × 520 × 400 mm |
| Belt width | 450 mm |
| Belt material | Food‑grade nylon |
| Main frame tubes | Stainless 60 × 40 × 2 mm and 38 × 25 × 2 mm |
| Side guard | 100 mm stainless steel |
| Drive and driven shafts | Stainless steel |
| Belt speed | Not stated; confirm for the line layout |
Application
The conveyor serves hide collection beneath pneumatic, electric or hydraulic sheep skin pullers. It can also move paunches or other by‑products when the belt, guards and sanitation procedure are separately validated for that duty. Specify the loading height, transfer direction, incline, discharge chute, wash access and operator crossings before fabrication. A dedicated use is preferable where edible and inedible streams must remain separated.
Reference Application Case
Reference application: a 180‑head‑per‑hour goat line installs the conveyor directly behind a hydraulic puller
Skins fall onto a short low‑level loading section, then travel through a wall opening to a separate hide room. A removable stainless chute centres the drop without touching the belt, and an interlocked pull cord runs along the operator side. The sanitation team can access both shafts and the return belt from a hinged guard. This example illustrates integration points; it is not a claim about a named plant.
Advantages
1. Creates a defined hide route and reduces floor contact
2. Lowers manual carrying between the dehiding station and hide room
3. Simple belt drive is familiar to most maintenance teams
4. Stainless frame and shafts suit a frequently washed processing area
5. Length, height and discharge can be adapted to the building layout


