NEW TECHONOGY: September 09
New fluid-driven tank washer for automated cleaning of large tanks introduced by Spraying Systems Co.
TankJet™ 4 Tank Washers that provide high-impact cleaning of tanks up to 98’ (30 m), are now available from Spraying Systems Co. The units provide consistent impact over the entire pressure range to ensure superior cleaning. TankJet 4 Tank Washers are equipped with special nozzles that minimise turbulence and improve stream integrity for increased impact and greater cleaning effectiveness.
The nozzles rotate 360° in horizontal and vertical planes, creating a crisscrossing pattern that thoroughly cleans tanks of even difficult-to-remove residues. The units are sleek and compact and fit in tank openings of 6.7” (16 cm). Pin and clutch versions are available to accommodate both permanent installations and portable operations.
A variety of nozzle, rotor and stator sizes are also available so the units can be easily customized based on application requirements. All TankJet 4 Tank Washers are built-to-order and factory tested prior to shipping. The TankJet 4 is ideal for cleaning pulp storage tanks, blenders and more. These new units are the latest addition to the company’s extensive line of tank wash products that include spray balls, spray nozzles, motor-driven tank washers, automated tank cleaning systems and devices that monitor the effectiveness of tank wash operations.
FESTO PROVIDES INNOVATIVE VIRTUAL TRAINING SOLUTIONS
Training specialist, Festo Didactic, now offers the next generation of computer based software training package for 3D modelling, programming and simulating of production cells in industrial robot systems: the Ciros® Automation Suite.
Ciros® technology provides learners and developers with a complete set of tools for both work-cell and factory floor development. The system supports changing learning habits, focusing predominantly on visual comprehension rather than text based learning. The use of simulation allows learners to discover the kinetic dynamism of Mechatronics, without any risk to the learner or the machines on which they are training. The knowledge acquired using the Ciros® system can be applied directly to real world systems. The system can also be used to reliably plan projects, using modelling and programming tools which allow users to verify work piece paths, long before the assembly of an actual work piece.
The Cirios® Automation Suite consists of five individual program packages that have been carefully matched to real world applications to provide comprehensive training across the automation industry these include Robotics, Mechatronics, Advanced Mechatronics, Production and Studio packages.
The Ciros® Robotics package is designed for training learners to program and commission industrial robot systems. The program features a comprehensive library with predefined robot work cells and robot models. This integrated training programme on robotics conveys everything from the basic principles of handling technology to the use of robotics on space missions. The package includes technical documentation with instructions on processing Ciros® robotics and features 3D simulation. The Ciros® Robotics system supports IRL (industrial robot language) programming languages Movemaster command and Mefa Basic IV for Mitsubishi class robots.
Ciros® Mechatronics is a virtual learning environment for mechatronics with a focus on PLC-controlled systems. The package offers a working environment for PLC programming based on the Siemens S7 language and includes a virtual learning environment for the mechatronic training system MPS®. The package contains a comprehensive model library and a powerful error simulator. Ciros® facilitates effective training for systematic commissioning and repair of mechatronic systems in a virtual simulated environment.
Ciros® Advanced Mechatronics allows users to flexibly set up individual MPS® stations for Mechatronic plants with distributed control architectures, as well as control them using SIMATIC S7. The package includes a layout editor and model libraries which feature all current MPS® stations and conveyor systems from Festo. The package also features an advanced error simulator which focuses is on where errors may occur as a result of combining various MPS® stations.
The Ciros® Studio is a professional tool for creating complex 3D models and simulations. This industry tried powerful development platform combines three tools, namely Modelling, Programming and Simulation in one common interface. Ciros® Studio features a standardised step import filter for external CAD systems. Ciros® Studio supports numerous robot programming languages including IRL (66312) Movemaster Command and Melfa Basic IV for Mitsubishi Robots, as well as a Programming assistant with syntax checking and syntax highlighting. Ciros® Studio also has the optional ability of supporting KRL for Kuka robots; Rapid for ABB robots and V+ for Adept and Stäbuli robots.
For more information, please contact Joanne Dix, Festo (Pty) Ltd, on 011 971 5560 or info_za@festo.com.
The Ciros® Automation Suite, on offer from Festo Didactic, provides total computer based training for 3D modelling, programming, and simulation of production cells in industrial robot systems.
BriteX 1000P Probe Series Brightness Sensors
The BriteX-1000P brightness sensor is a simple solution for the in-line process control of paper bleaching and de-inking, paper grading, other pulp and textile applications. Up to one-tenth the cost of competing instruments, the new sensor tightens control because users can afford more measurement points and because its patented technology improves sensitivity and increases range. Tighter control of processes can reduce operation cost and minimize quality variations. The sensor’s sealed probe allows submersion into pulp for real time process measurement.
The BriteX-1000P sensor measures relative brightness defined by ISO 2470 as a reflectance factor of diffused blue light (457nm). The sensor uses a blue LED to emit modulated light that is projected on the target surface. The reflected light passes through the BriteX-1000P optics where it is measured by the sensor software. The BriteX-1000P is also available with a (370nm) UV light source for optical brightener measurements.
This unique sensor provides analog output 0 - 5 V with 20mV high resolution. A PLC or a computer can process the analog output, or the reflected level can be set on the BriteX-1000P to trigger a discrete output.
Other advantages:
• Numerical display in standard brightness units.
• Available with 22” titanium or 316 stainless steel probe.
• Variable projected-light intensity enables flexible operation over a wide range of raw materials.
• Local lockout - locks settings against unauthorised changes that could affect quality assurance.
• Calibration feature allows for user sensitivity adjustment.
• Large spot size allows integration over larger area, improving accuracy.
• Corrosive environment stable fibreglass reinforced plastic housing.
• Available with 370nm UV light source
For more information, contact Stanley Harris at Opaque Reference Equipment on +270113631658 or visit www.opaque.co.za.
