Sensor Guard 2000 de Goodyear

El Sensor Guard 2000 es un sistema de protección especialmente diseñado para proteger Correas Transportadoras contra accidentes o cortes longitudinales. Patentado por Goodyear, el Sensor Guard 2000 representa muchos años de experiencia en operaciones y viene a solucionar un antiguo problema, pues la probabilidad de accidentes es una realidad desde que comenzó el transporte industrial a través de Correas Transportadoras.

En los últimos años, la utilización de Correas Transportadoras a largas distancias y con altas tensiones de trabajo se ha vuelto común debido al alto costo de los combustibles de los transportes convencionales. Estas Correas facilitan la operación en los más diversos tipos de producción. Teniendo en cuenta las largas distancias entre los centros del transportador, se hace cada vez mas necesario prevenir eventuales daños que pudiesen acarrear la parada del equipo para mantención lo que resultaría en perjuicios

A - Sensores: Son instalados en la correa.B - Cabezas detectoras: Un par de cabezas detectoras son montadas en un punto crítico del transportador.C - Unidad de control microprocesador: Conectada por cables a los detectores, la unidad de control almacena todos los datos necesarios en la calibracion.D - Encoder o Detector de Proximidad: Es un generador de pulsos conectado por cables a la

unidad de control.

Principales Componentes

Antenas O Sensor Loops

Son filamentos de acero enrollados y trenzados. Estos sensores pueden ser instalados en la Correa Transportadora tanto en la fabricación como en terreno. Estos son colocados en la cubierta inferior de la Correa. Existen intervalos predeterminados en la Correa, para definir la ubicación de las áreas en las cuales están colocadas las antenas. Normalmente estos intervalos varían entre 30 , 50 y 100 mts.

Cabezas Detectoras

Son unidades colocadas a un soporte del sistema transportador y estratégicamente ubicadas en los puntos críticos de accidentes. Su más común ubicación es justamente en los puntos de descarga.Un detector emite una señal para una antena no dañada creando un campo electromagnético lo que es traducido por la unidad de control como una antena buena.Si una antena estuviera dañada la unidad de control provoca una paralización de la Correa indicando cual es el área del defecto, posibilitando una rápida localización del problema. En caso de desalineamiento de la Correa o deslizamiento de la misma, el detector provoca una variación de la distancia prefijada, lo que producirá una paralización del sistema.Las cabezas detectoras están diseñadas para recibir señales de las antenas a intervalos regulares por esto si hay deslizamiento de la Correa las cabezas detectoras no reciben la señal de acuerdo al tiempo previsto por lo que se paralizara automáticamente.

Impact Weighers, Conveyor Belt Scales

Ramsey DE10 and DE20 Impact WeighersThe Ramsey DE10 and DE20 Impact Weighers are unique devices designed to measure the mass flow rate and total mass of free-flowing particulate materials. They provide a low cost yet highly accurate method of measuring the mass flow of dry solids and powders for inventory process control and can help you save thousands of dollars by reducing waste and improving product quality.

Ramsey Series 14 Belt Scale System The Ramsey Series 14 Precision Belt Scale System is specifically designed for high accuracy or basis-of-payment applications requiring certification by government and regulatory agencies. It is extremely accurate to within 0.125% and is the most widely certified belt scale in the world. The Ramsey Series 14 lets you monitor production output and inventory, or regulate product loadout, while providing vital information for the effective management and efficient operation of your business.Ramsey Series 17 Belt Scale SystemThe Ramsey Series 17 Belt Scale System is specifically designed for plant and process operations that run at high rates of speed or require the better-than-normal accuracy of ±0.25%. The Ramsey Series 17 lets you monitor production output and inventory, or regulate product loadout, while providing vital information for the effective management and efficient operation of your business.Ramsey IDEA Belt Scale System The Ramsey IDEA Belt Scale System provides basic rate information and totalization functions in processes involving non-critical or lower value materials with an accuracy of ±1%. This belt scale system allows you to monitor production output and inventory, or regulate product loadout, while providing vital information for the effective management and efficient operation of your business.

Ramsey Series 20 Belt Scale SystemThe Belt Scale System monitors feed to crushers, mills, screens and other processes with an accuracy of ±0.5%, even in the harshest applications. The Ramsey Series 20 lets you monitor production output and inventory, or regulate product loadout, while providing vital information for the effective management and efficient operation of your business.

Easy to install, indoors or out, on fixed or portable conveyors, the rugged construction of the Ramsey Series 20 allows for installation in the harshest applications at a variety of locations.

Microtech Electronic, Batching systemThe Micro-Tech instruments are suitable for applications utilizing: belt conveyor scales, weighbelt feeders, loss-in-weight feeders, impact flow meters and other dynamic weighing systems. Because all of the Ramsey Micro-Tech models use a common platform, the user only needs to become familiar with one basic interface. These integrators also have extraordinary communication capabilities that allow them to connect to intelligent peripheral equipment, such as computers, programmable logic controllers, printers and network systems.

Level Monitoring, Strain Gauge.Thousands of C-Level continuous level indicating systems have been successfully applied in a variety of industries ranging from food processing to asphalt plants. With accuracy to within ±2%, the C-Level has proven itself to be ideally suited for inventory monitoring and process control. Unlike most level detection systems, it is not affected by uneven material discharge, build-up on sidewalls or bridging. Because the sensors are never in contact with the material, they can monitor the level of all materials - liquids, solids, and even corrosive and volatile materials - without concern for on-going maintenance or failure

Vishay-Nobel Load Cells

KIS-3 Weigh Module

Main data : Rated load (R.L.) kN 1, 2, 5, 10, 20 Combined error (terminal) % of R.O. ± 0,02 Repeatability % of R.O. 0,01 Overload, safe(ref. to rec. loading point) % of R.L. 100 Side load, safe % of R.L. 100

KIS-1Weigh Module

Rated load (R.L.) kN 50, 100, 200, 300, 500 Combined error (terminal) % of R.O. ± 0,03 Repeatability % of R.O. 0,01 Overload, safe(ref. to rec. loading point) % of R.L. 100 Side load, safe % of R.L. 100

KIS-2Weigh Module

Rated load (R.L.) kN 1, 2, 5, 10, 20, 30 Combined error (terminal) % of R.O. ± 0,05 Repeatability % of R.O. 0,01 Overload, safe(ref. to rec. loading point) % of R.L. 100 Side load, safe % of R.L. 100

KIS-8Weigh Module

Rated load (R.L.) kN 1, 2, 5, 10, 20, 50, 100, 200 Combined error (terminal) % of R.O. ± 0,075 Repeatability % of R.O. 0,02 Overload, safe(ref. to rec. loading point) % of R.L. 100 Side load, safe % of R.L. 100

KIS-9Weigh Module

Rated load (R.L.) kN 5, 10, 20, 50, 100 Combined error (terminal) % of R.O. ± 0,1 Repeatability % of R.O. 0,02 Overload, safe(ref. to rec. loading point) % of R.L. 100 Side load, safe % of R.L. 100

KIMD-1Weigh Module

Rated load (R.L.) kN 500, 800 Combined error (terminal) % of R.L. ± 0,1 Repeatability % of R.L. 0,02 Overload, safe(ref. to rec. loading point) % of R.L. 50 Side load, safe % of R.L. 50

KISD-6Loadcell

Rated load (R.L.) kN 50, 100, 200, 400, 1000 Combined error (terminal) % of R.L. ± 0,1 Repeatability % of R.L. 0,02 Overload, safe(ref. to rec. loading point) % of R.L. 100 Side load, safe % of R.L. 100

KOM-1 Weigh Module

Rated load (R.L.) kN 10, 20, 50, 100, 200 Combined error (terminal) % of R.O. ± 0,5 Repeatability % of R.O. 0,5 Overload, safe % of R.L. 100

KOSD-40Loadcell

Rated load (R.L.) kN 10, 20, 50, 100, 200 Combined error (terminal) % of R.L. ± 1 Repeatability % of R.L. 0,5 Overload, safe(ref. to rec. loading point) % of R.L. 100 Side load, safe % of R.L. 100

KOSDLoadcell

Rated load (R.L.) kN 1000, 2000 Combined error (terminal) % of R.L. ± 1 Repeatability % of R.L. 0,5 Overload, safe(ref. to rec. loading point) % of R.L. 100 Side load, safe % of R.L. 100

KIP-1 Web

tension transducer

Rated load (R.L.) kN 10, 20 Combined error % of R.O. ± 0,1 Repeatability % of R.O. 0,02 Overload % of R.L. 100

TU-2 Web

tension unit

Rated load (R.L.) kN 20 Combined error % of R.O. ± 0,1 Repeatability % of R.O. 0,05 Overload % of R.L. 300

Application examples

The FlexMove plastic slat conveyor system is designed to provide flexible conveying solutions for all

industries. These plastic slat conveyors have high weight

capacity. A slat conveyor will run at high speeds and minimise the need for multiple drives on large

installations.

 

Applications with two curve slat conveyors merging into one line and another applications with turned metal parts on a straight running slat conveyor.

 

Incline application, the plastic slat conveyor belt has been fitted with cleats. Two slat conveyors merge into

one with automatic diverter/gate.

 

Applications for boxes on a production line with curves and accumulation. Note; with plastic slat

conveyor systems it's a common feature that the box or product can overhang the plastic slat belt because the plastic modular conveyor belt is very stable and

the side rails can help guide the product around bends and through lane changes.

 

(Applications from the paper industry, transporting paper rolls raw product on end and on its side at

speed)

 

 

An accumulation or stacking application, sometimes know as an Alpine system. Side grip belting for inverting products. And on the right, a slat conveyor loop for

recirculating pallets. 

 

Two pallet conveyors, on the left a puck conveyor system for small pallets, on the right a twin lane slat conveyor

system for handling larger flat pallets for larger products. Both pallets are made from low friction plastic, allowing

easy accumulation) Plastic slat conveyors allow a high level of accumulation.

Automation Supplies Ltd West Lancashire Investment Centre

Maple View, Skelmersdale Lancashire, WN8 9TG

Tel 01772 681106 Fax 0870 8386591