KIWI 3D transfer system

Press-independent

Tool-independent

Universally applicable

TYPE-TFS

Press-independent Tool-independent Universally applicable

The TFS transfer system was developed for use on automatic stamping machines.

In particular for automatic stamping units that do not have their own transfer unit and

that were only used in the past for secondary composite tools. With the 3D transfer

system, Type TFS, it is now possible for the first time ever to implement a complete

transfer technology system on an automatic stamping machine. This makes it

possible to extend the production range of an automatic stamping machine

substantially.

KIWI 3D transfer system

TYPE-TFS

An overview of the ADVANTAGES:

- short and therefore lightweight gripper rails

- easy to equip on the tool baseplate

- can be used flexibly on several machines

- no elaborate adjustments need to be made to the press

- gripper matching with tool is already possible away from the press

- if not used, no obstruction caused by transfer components on the machine

- no additional failsafes needed in the form of protective covers

- great dynamics are possible = high stroke numbers and output

- short retooling times to boost productivity

- low investment costs

View: dimensions

View: CAD model

Table, type overview

Company reserves the right to make changes.

Type A B C D X Y Z K H* I*

TFS-M_120-125-35-800 1400 250 210 800 120 125 35 15 78 79

TFS-M_180-125-35-800 1720 250 210 800 180 125 35 15 70 79

TFS-M_200-125-35-720 1544 250 210 720 200 125 35 15 68 79

TFS-M_240-125-35-800 1800 250 210 800 240 125 35 15 64 79

TFS-M_180-125-35-1000 1800 250 210 1000 180 125 35 15 70 79

TFS-M_240-125-35-1000 2000 250 210 1000 240 125 35 15 64 79

TFS-M_300-125-35-1000 2200 250 210 1000 300 125 35 15 59 79

TFS-L_160-200-60-1000 1800 370 300 1000 160 200 60 30 61 75

TFS-L_220-200-60-1000 2000 370 300 1000 220 200 60 30 56 75

TFS-L_280-200-60-1000 2200 370 300 1000 280 200 60 30 51 75

TFS-L_240-200-60-1200 2200 370 300 1200 240 200 60 30 54 75

TFS-L_300-200-60-1200 2400 370 300 1200 300 200 60 30 49 75

TFS-L_360-200-60-1200 2600 370 300 1200 360 200 60 30 45 75

Key:

A maximum length per transfer side (mm)

B maximum width per transfer side (mm)

C Height of transport plane above baseplate (mm)

D Bearing pin distance, gripper rail (mm)

X maximum feed (mm)

Y maximum closing travel / side (mm)

Z maximum lifting stroke (mm)

K maximum weight per gripper rail (kg)

H maximum number of strokes on maximum travel paths (1/Min.)

I maximum number of strokes for reference travel paths X= 200, Y= 80, Z= 20 (1/Min.)

*halved grip rail weight, Z-X translation partially superimposed

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Electronics:

The drive technology on the transfer system is located on the tool baseplate on both transfer sides.

The electronic control system, drive controller, safety technology and all other electronic components are located in

a switch cabinet mounted on rollers.

It is operated by a mobile 9" touch panel.

During operation of the press with the TFS transfer system, the switch cabinet is set up on a temporary basis in

the press controller. Connection loads: 400 V / 63 A

Communication with automatic stamping machines:

To balance out movement with stamping machines, a dedicated rotary encoder is installed. This sensor signal is

synchronized with the rotary encoder on the automatic stamping machine and is monitored continuously.

The other press signals required:

1. Press in TDC / 2. Press in BDC / 3. Operating status of press / 4. Protected areas / 5. Direction of movement (right/left)

Images and films say more than words

View the KIWI transfer system in action at: http://www.kiwi-automation.de

KIWI 3D transfer system

TYPE-TFS

KIWI-Automations GmbH & Co. KG, Raiffeisenstraße 8, D-77704 Oberkirch, Phone +49(0)7802 704360

Internet: www.kiwi-automation.de, e-mail: info@kiwi-automation.de