Visit the Parker Hannifin web site

Coupling module speeds injection moulding changes

A Staubli UK (Connectors) product story
Edited by the Engineeringtalk editorial team Mar 23, 2004

The EMI 15 is a novel module specifically designed to accommodate all types of mould fluid connectors, speeding up changeovers on injection moulding machines.

The EMI 15 is a novel module specifically designed to accommodate all types of mould fluid connectors, speeding up changeovers on injection moulding machines.

Frequently, injection moulders need to use moulds that are not equipped with fluid connectors that are compatible with those installed on the moulding machine.

In these circumstances, Staubli's EMI 15 module offers a definite operating advantage.

It enables quick connection of mould fluid lines regardless of the type on connectors in place.

The module is an efficient interface between the injection moulding machine (IMM) and the mould.

Each module has one inlet port and four separate outlet ports available.

Each outlet port can be fitted with the specific connector required according to the needs of each operator.

The standard version comes with one port fitted with a Staubli RPL/ON/JV valved socket.

The remaining ports can be fitted with Staubli's SPI or RMI connectors, threaded hose stems or other profile plugs as required.

The module is suitable for a maximum working pressure of 10bar.

The system also allows moulds fitted with multiple-coupling plates to be readily connected to IMMs that are equipped for single couplings or conversely moulds fitted only with mono couplings to be easily connected to multi-coupling plates.

This can often be required where new moulds are loaded for trial purposes or the tooling has a low frequency of use.

Not what you're looking for? Search the site.

Back to top Back to top

Contact Staubli UK (Connectors)

Tel +44 1952 671918

Request information

Other Staubli UK (Connectors) stories

Newsletter sign up

Request your free weekly copy of the Engineeringtalk email newsletter ...

Visit the Parker Hannifin web site
A Pro-talk Publication

A Pro-talk publication