EUROMAP 70 Electrical Interface between Injection Moulding Views. 6 years ago. Euromap, · Electrical, · Interface, · Injection, · Moulding. Euromap 2: Mould Fixing Dimension for Injection Moulding Machines. Specific information .. Mechanical properties, , Mechanical restraints, The electric control M2C is used for large machines. – highest safety standards ( as per EN /EN ) – standardised integration via EUROMAP 70 interface.
|Published (Last):||13 November 2012|
|PDF File Size:||20.48 Mb|
|ePub File Size:||10.37 Mb|
|Price:||Free* [*Free Regsitration Required]|
Figure 11 Magnetic clamping systems for an injection moulding machine of the company Krauss Maffei Closure force: M-TECS function principle for horizontal design. Die or mould change on punches and presses within a few minutes as well as further processing advantages are created with Hilma magnetic clamping systems.
Figure 12 Magnet clamping system for an injection moulding machine of the company Ferromatic Closure force: M-TECS function principle for vertical design. For the injection moulding machine see Figure 2 and the magnetic clamping system see Figure 1 the plug contacts should be capable of taking a minimum of V and 10 A. The design of the magnetic plates is very flexible and can be adapted in size and shape for different requirements according to the user’s specification.
A further supplier added v. Figure 9 Long pole technology in a to injection moulding machine Closure force: Figure 8 Magnet clamping system for an injection moulding machine of the company Engel Closure force: Figure 6 Magnetic clamping system in a rubber moulding press of the company Wickert Plate size xmm, magnetic force up to kN possible.
Plug on the injection moulding machine male.
Technical Recommendations | EUROMAP – European Plastics and Rubber Machinery
Safety of the magnetic clamping system: Rotary table with magnetic plate. For easy and safe mould change, roller bars with spring packs are installed below the magnetic plate. Power is only required for about 2 seconds to magnetise clamp the system at the beginning. The electric control M2C is used for large machines. The mains supply of the MCS is also specified.
EUROMAP 70 – version 1.5
The technology of the magnetic clamping plates is based euromp the principle of an electro-permanent magnet and is thus safe, even in case of a pressure failure. Additional T-slots, mounting holes, stops and special dimensions are not a problem to us.
eyromap Control and signal exchange with requirements for high performance levels. This penetrates only a few millimetres into the die base plate and will therefore have no impact on the die and the products.
In addition recommendations are given for signal voltage and current levels.
A supplied separate control in combination with the press control provides the required safety for man and machine. This is intended to provide interchangeability.
The system itself does not have any movable elements and is practically maintenance-free. The magnetic force is generated in a very flat, highly concentrated magnetic field. A current of eeuromap least 6 mA must be maintained during signalling The maximum current is 1A Logical Signals 2.
Magnetic clamping systems for deformation tools
The system consists of two electro-permanent magnetic plates, a control, a remote control, a complete set of cables and mounting takes often only a few hours. The magnetic clamping systems or euroma plates have been especially designed for injection moulding machines, rubber presses, die casting machines, mould carrier and presses for metal forming.
Clamping forces of e.
Magnetic clamping plates for different sectors of industry as e. Size and geometric shape can be freely designed as requested by the customer.
With the smallest movement of a die half, the machine will be stopped guaranteed safety for man and machine. The interface to the press is always designed redundantly, is effected via potential-free contacts to stop or drive the machine.
Functional principle and interface of the magnetic clamping system: Magnetic clamping systems especially designed for mould carrier machines. Pin a2 and Table 2: Unless otherwise noted, the switch contacts are switching the reference potential plug contacts: Pin d2 18 — 36V DC max.
The signals are conducted from the signal source to the respective pin. There are no limits set to the geometric shape of the magnetic plates. Combinations with Hilma machine vices or Stark zero point clamping systems can be easily realised, as they all come from a single supplier.