Good Quality Modular Belts P=2″ Belt Har 8100 spiral mesh belt to Canada Manufacturer

Har 8100 spiral mesh belt     

Thickness: 15mm     

Opening area: 51%      R=1.6xW

Our company passes ISO9001:2000 quality system. We use standard POM material so that our products have some advantages as follows:
1. Easy installation
2. Good plastic rubber material, best service
3. resistant to corrosion and friction
4. Wear resistant
5. High quality and most competitive price
Our products are mainly used in the following aspects:
For the container manufacturing industry special products and materials are available, such as abrasion resistant polyamide for glass plants, vacuum chains for can making and gripper chains for vertical transport.
For food industry applications modular belts and components are used in deboning, grading and trimming lines for meat, poultry and seafood. A wide range of products is also offered for blanchers, cookers, washers, coolers and processing lines in fruit, vegetables, bakery, confectionary etc. And many more products are available for the handling of packed food.
In automotive industry the products are engineered to meet the most demanding applications, such as rubber processing and tire handling. 

To view additional machinery on our website click here: https://www.fraingroup.com.
Tronics model S3S, inline, stainless steel, pressure sensitive, wrap labeler rated up to 1,200 inches of label per minute – depending on materials and application. Label specifications: 1/2″ to 9″ in Width; 1/2″ to 18″ in Length. Equipped with a 120″ long x 7-1/2″ wide Delrin belt conveyor with adjustable guider rails, product timing wheel, 9″ high peeler plate, 20″ long x 5-1/2″ high wrap belt with hand crank adjustable height, and swivel head touch pad controller. Mounted on a stainless steel frame with height adjustable legs and casters.

OAD: 120″ L x 48″ W x 60″ H

This project involved the design and fabrication of a sauce-dosing conveyor system. The machine is designed to advance four trays per index. When the index stops, fiber optic detectors determine whether a tray is present underneath the dosing nozzle. If a tray(s) is missing, then that nozzle does not open. The PLC and HMI is recipe-driven, so for a given product, the number of dosing strokes can be different. The weight of sauce per tray is determined by the stroke length of the piston filler; the longer the stroke the greater the weight. The hopper is equipped with a stir paddle and detection probe. As sauce is expended, a pressurized filling tank automatically refills the hopper.

I used an Allen-Bradley MicroLogix 1400 PLC and AVG HMI. A PowerFlex 40P and a Marathon vector motor indexes the conveyor. I used step-logic and encoder feedback to control the index. A second PowerFlex 40 controls the speed of a radius discharge conveyor. Trays leaving the sauce conveyor are ejected onto the radius conveyor and into a vacuum packaging machine.

All welding for this project was performed using the gas tungsten arc welding (GTAW) process, in accordance with AWS D9.1M/D9.1; D1.6/1.6M; and D18.1/18.1M. There were a number of areas that required autogenous welding, such as the injector nozzles. All tubing was welded in accordance with D18.1/18.1M, in order to prevent oxidation (sugaring) of the surfaces exposed to product.

The PLC and HMI have a very sophisticated application program. I included a number of service and maintenance screens, whereby the VFD operating parameters can be monitored (via RS485); for example, DC bus voltage, output voltage, output current, output frequency, etc. In addition, the VFD can be tuned from HMI.

The index speed, length, doses/tray, discharge speed, and other parameters can be changed for a given recipe selection. The HMI is equipped with an audible alert and popup messages appear automatically, to warn of any system problems (e.g., loss of air pressure, failure in the downstream packaging machine, etc.). If the downstream equipment faults, then the dosing conveyor automatically executes a cycle stop.