Industrial manufacturing

Ground Type Sheep Offal Synchronous Inspection Conveyor

<p style="margin-top: 0px; margin-bottom: 14px; font-family: Poppins, sans-serif; line-height: 1.75; color: rgb(68, 68, 68);">The Ground Type Sheep Offal Synchronous Inspection Conveyor presents white and red viscera beside the matching carcass as it passes the veterinary inspection point. Its floor‑supported frame makes the carrier path easy to place at working height and can simplify service access where overhead …

SupplierHUATAO GROUP LTD.www.slaughterpro.com

About this product

Product information from the supplier.

Product Overview

The Ground Type Sheep Offal Synchronous Inspection Conveyor presents white and red viscera beside the matching carcass as it passes the veterinary inspection point. Its floor‑supported frame makes the carrier path easy to place at working height and can simplify service access where overhead steel is limited. The conveyor is intended to be part of a coordinated inspection line, not merely a transfer belt.

The listed arrangement uses a 500 mm white‑offal tray and a smaller 300 mm red‑offal tray at each repeated station. Stainless components are used for the carriers, with a galvanized or stainless main frame option. A hook sterilizer is included in the reference description. The exact length, number of stations and return‑line washing arrangement must be developed from the required dwell time and building layout.

Working Principle

At evisceration, operators load the white and red viscera onto the paired carriers assigned to one carcass. The conveyor advances on a 1,200 mm pitch in step with the carcass rail. Inspection staff view the carcass and both offal groups before disposition. Accepted organs are unloaded into their next process; suspect or condemned material is diverted according to the plant procedure. Empty trays and hooks continue through their cleaning or sterilizing route and return to the loading station.





Main Features

  • Ground‑supported format for accessible installation and maintenance

  • Paired white‑ and red‑offal carriers for synchronous inspection

  • Reference throughput up to 400 head per hour

  • 1,200 mm carrier pitch for correlation with the carcass line

  • 304 stainless trays with 500 mm and 300 mm nominal diameters

  • Choice of galvanized or stainless main frame, plus hook sterilizer

Technical Specifications

Reference configuration from the source listing. Confirm final utilities, materials, interfaces and performance in the supplier quotation.

PARAMETERREFERENCE SPECIFICATION
Reference modelHT‑S215‑I
Electrical supply380 V / 3 phase / 50 Hz
Installed power2.2 kW
Maximum stated capacity400 head/hour
Carrier pitch1,200 mm
White‑offal trayØ500 mm, 304 stainless steel
Red‑offal trayØ300 mm, stainless steel
Main frameGalvanized steel or stainless steel
Sanitation provisionHook sterilizer; confirm tray‑wash system
Overall length / working heightProject‑specific

Application

The conveyor is used in sheep and goat abattoirs with a formal carcass‑and‑offal inspection sequence. It suits both new lines and building conversions where a floor‑mounted system is easier to support than a suspended conveyor. Designers should confirm inspection‑side access, drains, carrier washing, rejected‑product removal, emergency stops and the relationship between conveyor speed and veterinary inspection time.

Reference Application Case

Reference application: a plant upgrades from batch tables to a continuous 300‑head‑per‑hour line

Paired 500 mm and 300 mm trays are numbered to match the carcass sequence. The ground conveyor passes through a brightly lit inspection bay with room for two inspectors and a retained‑product rail. At discharge, accepted white and red offal follow separate routes. The control system stops both the carcass and offal circuits from a common pull cord. This is an illustrative configuration and must be adapted to the authority's inspection protocol.

Advantages

  • 1. Supports carcass‑to‑offal correlation at higher continuous line rates

  • 2. Floor‑supported structure can reduce dependence on overhead building steel

  • 3. Carrier sizes keep the two offal groups visually distinct

  • 4. Accessible drive and return path simplify inspection and service

  • 5. Frame‑material options allow the hygiene and budget specification to be balanced