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.
Quick die change on presses and automatic punching machines. Also very small moulds are safely clamped. The fixation is made in an all around clamping groove by means eueomap clamping claws.
Inquiry – checklist for a quotation: The electric control M2C is used for large machines. The mould halves are heated by the magnetic heating plate. In addition recommendations are given for signal voltage and current levels. Figure 11 Magnetic clamping eromap for an injection moulding machine of the company Krauss Maffei Closure force: In operation, the system works independently of any power supply. This penetrates only a few millimetres into the die base plate and will therefore have no impact on the die and the products.
Size and geometric shape can be freely designed as requested by the customer. Plug on the injection moulding machine female.
The electric control M1C is used for small and medium-sized machines. Figure 6 Magnetic clamping system in a rubber moulding press of the company Wickert Plate size xmm, magnetic force up to kN possible.
EUROMAP 70 – version 1.5
Clamping forces of e. There are no limits set to eurompa geometric shape of the magnetic plates. Figure 9 Long pole eurommap in a to injection moulding machine Closure force: Figure 12 Magnet clamping system for an injection moulding machine of the company Ferromatic Closure force: The contact making is either potential-free or related to a reference potential supplied to a contact of the plug mounted on the injection moulding machine or the magnetic clamping system see Tables 1 and 2.
Functional principle and interface of the magnetic clamping system: Magnetic clamping system for a KM A permanent monitoring of the clamping condition, the temperature, and the position of the die by a supplied, separate control offers the maximum possible safety for automated processes. Products Service Support Downloads Company. M-TECS function principle for vertical design. Figure 10 Magnetic clamping system installed in Arburg C High concentration effect of the magnetic force close to the centring ring.
Magnetic clamping systems especially designed for mould carrier machines. The plate thicknesses are between 75 mm. Pin a2 and Table 2: Magnetic clamping plates for different sectors of industry as e.
It is suitable for fitting or retrofitting without any problems in nearly all presses. M-TECS square poles for extremely heavy machining Euromwp magnetic plate can be individually adapted to the particular machine table.
Magnetic clamping systems for deformation tools | Römheld GmbH Friedrichshütte
Clamping and unclamping of several dies at the same time within a second. M-TECS function principle for horizontal design. Unless otherwise noted, the switch contacts are switching the reference potential plug contacts: The product range “M-TECS” stands for magnetic clamping technology, that means clamping technology of the highest level and offers the following key advantages for the user: 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.
Vertical arrangement with high safety requirements. The forces can be adapted upwards and downwards to the needs of the machine. Only to unclamp the die, electrical energy is required again. The technology of the magnetic clamping plates is based on the principle of an electro-permanent magnet and is thus safe, even in case of a pressure failure. The magnetic force is generated in a very flat, highly concentrated magnetic field. 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.
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 8 Magnet clamping system for an injection moulding machine of the company Engel Closure force: During the whole machining process, the control continuously monitors the parameters of the magnetic force, the position of the die die contact and the temperature. All signals are continuous signals unless otherwise noted. Plug on the injection moulding machine male.
Exact positioning on the machine table is ensured using 20H7 longitudinal and crosswise slots. The system itself does not have any movable elements and is practically maintenance-free.
With the smallest movement of a die half, the machine will be stopped guaranteed safety for man and machine. All of the desired performance levels can be met.