Pneumatic systems & components


Valve island for end of arm tooling

Third Quarter 2019 Pneumatic systems & components

The Metal Work EB80 BOXI Valve Island, now also available with IO-Link, is a suitable candidate for end of arm tooling (EOAT).This is an integral part of robotic technology. It refers to the equipment that interacts with other parts and components of the manufacturing process, typically at the end of a robotic arm. The EOAT gives a robot a specific functionality and can be changed to fit different applications or even be built to accommodate several processes at once. Either way, advancements in EOAT capabilities are parallel to advancements in robotic capabilities.

Pneumatic EOAT’s have proven to be the most popular, since they are easy to integrate, are energy efficient and pack a lot of power in a small package. Pneumatic grippers are a popular EOAT for robots, as pick and place applications are prime targets for automation and the gripping capabilities of robots have advanced significantly in recent years.

The Metal Work EB 80 electro-pneumatic valve island system features the utmost modularity and allows for the construction of all types and sizes of valve islands. IIoT ready, with most of the commonly used Fieldbus protocols or multi-pin connection available, this solution has enormous potential. This potential, however is not commonly exploited to the full when only a few valves are needed and there is no need to manage electrical input or output signals.

The EB80 BOXI was designed to best meet the requirement for simplicity. It consists of a solid base that accommodates pneumatic and electrical connections, all electronics and up to four valves. A comparison with a modular EB 80 for four valve shows that BOXI weighs 35% less and saves 30% space, in addition to its competitive price, while maintaining many of the advantages that have made the EB 80 so popular, namely:

• All the valve functions from the trusted EB 80 range can be installed.

• The island can be powered at 12 or 24 V DC.

• Fully interchangeable cartridge fittings.

• Energy consumption of only 0,3 W for each valve.

• Diagnostics (open circuit, over-under voltage and short-circuit) with LED indication lights.

• Possibility of connecting multi-function modules to the pneumatic outputs.

There are two options for the electrical connection, a 9 pin multi-pin connection (digital hard wired) and an IO-Link option. With IO-Link, the control signal of the valves and the power supply can be conveyed in a single standard M12 connector (Port Class A or A-Coded). If the IO-Link master cannot supply enough electrical current to the valves or if you want to keep the signal separate from the power, it is possible to use a special connector to dedicate an auxiliary electric power supply (M8) separate from the control signal (Port Class B or B-Coded).

For more information contact Johan Bester, Metal Work Pneumatic South Africa, +27 31 569 1584, johanb@metalworkpneumatic.co.za, www.metalworkpneumatic.co.za



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Compressed air purity analyser
Second Quarter 2021, Artic Driers International , Pneumatic systems & components
Compressed air treatment using filters and dryers is an effective barrier to airline contamination. Until recently, auditing the compressed air quality in a system was difficult, but clients and professional ...

Read more...
Critical compressed air on platinum mine
Second Quarter 2021 , Pneumatic systems & components
The mining industry is a vital cog in the economic workings of South Africa, in particular platinum mines, of which the country has significant reserves, that are among the largest worldwide. Yet, if ...

Read more...
Tectra Automation contracted for PG Bison’s MFB press upgrade
Second Quarter 2021, Tectra Automation , Pneumatic systems & components
Tectra Automation has provided all the pneumatic and vacuum equipment required for the installation and commissioning of PG Bison’s sixth melamine-faced board (MFB) press. The press, which came online ...

Read more...
Festo at the heart of absolute automation
Second Quarter 2021, Festo , Pneumatic systems & components
Festo is renowned as one of the leading pneumatic automation suppliers. Over the years, the company has also set the pace in both Process and Electric Automation. This is backed by its proven record of ...

Read more...
Highly flexible pick and place with digitised pneumatics from Festo
First Quarter 2021, Festo , Pneumatic systems & components
A wide range of products, functions and complete solution packages are integrated into the Festo Motion Terminal. One of these products is Motion Apps, which heralds a new Industry 4.0 era. Motion Apps ...

Read more...
Smart positioners of the future
First Quarter 2021 , Pneumatic systems & components
SMC’s new range of smart positioners was designed to pair perfectly with a variety of process control valves and actuators.

Read more...
Locally built air dryers for hospitals
Fourth Quarter 2020, Artic Driers International , Pneumatic systems & components
Artic Driers recently partnered with an NGO (non-governmental organisation) called Save-P to develop a locally designed compressed air dryer and filter bank providing breathing-quality air for hospitals ...

Read more...
Efficient pneumatic performance with multifunctional sensor
Fourth Quarter 2020, SICK Automation Southern Africa , Pneumatic systems & components
SICK Automation’s recently introduced multifunctional FTMg (flow thermal meter for gases) flow sensor detects pneumatic system leakages well before pressure loss causes machine failure. It is engineered ...

Read more...
Festo Motion Terminal VTEM bolsters productivity
Third Quarter 2020, Festo , Pneumatic systems & components
The world’s first valve to be controlled by apps.

Read more...
SMC launches wireless valve bank in SA
Third Quarter 2020 , Pneumatic systems & components
In response to customer demand for a reliable communication system, which could limit the number of cables needed to communicate between multiple valve banks/field sensors and a PLC, a wireless communication ...

Read more...