大家看看国内哪家可以做这个压机
请各位高手看看， 这个压机国内哪家可以做，大概要多少钱：600吨压机，
Technical Data:
Tool Size and weight:
Length, min-max 1500-2000 mm
Width min-max 600-1200 mm
Height, min-max 500-1000 mm
Tool Weight (Upper part) 10000 kg
Tool Weight (Lower part) 10000 kg
Tool change with crane on the Shuttle 20000 kg
Maximum tool temperature 120 °C
Tool insulation on mould carrier no
Dimensions of Mould Carrier:
Platen Table Length A 3000 mm
Platen Table Width B 2000 mm
Maximum Daylight C 2000 mm
Table height above floor D 1400 mm
Minimum closing height E 500 mm
Stroke upper Platen F 1500 mm
Total Height G 5100 mm
Tilting angle lower platen H not included Grad
Tilting angle upper platen I not included Grad
Total length without shuttle K 4600 mm
Total width without shuttle L 3400 mm
Total width with shuttle M mm
Shuttle length N 3600 mm
Length Hydraulic Unit R 2720 mm
Width Hydraulic Unit S 1540 mm
Height Hydraulic Unit T 2100 mm
Weight Mould Carrier:
Weight of mould carrier without tool 50000 kg
Weight upper platen 25000 kg
Weight each shuttle kg
Maximum static floor loading on feet 300x300 10 kg/cm²
Mould Carrier Force:
Maximum locking force 6000 kN
Maximum clamping force with drive cylinder 500 kN
Maximum opening force 800 kN
Speed:
Maximum closing speed 400 mm/sec
Maximum force with pressure cushion 10 mm/sec
Maximum opening speed 300 mm/sec
Minimum force in clamping stroke 0,5 mm/sec
Maximum Shuttle speed 800 mm/sec
Design Times:
Locking time pressure cushion 1 sec
Pressure Build up time 1 sec
Closing time 1200 mm stroke 5 sec
Opening time 1200 mm stroke 6 sec
Shuttle speed out / in 3600 mm 7 sec
Total cycle time per part approx. 240 sec
T-Grooves:
Groove interval, Middle groove on the line of symmetry 200 mm
Dimensions according to DIN 650 28H12
Amount 11
Groove depth 48 + 4 mm
Deflection, Parallelism
Deflection lower platen with 2/3 loading 0,2 mm/m
Deflection upper platen with 2/3 loading 0,2 mm/m
Parallelism in rapid movement 1,0 mm
Option: Positioning accuracy at 5 mm gap size in compression cycle 0,2 mm
Hydraulic:
3 Phase motor with soft start 110 KW
Average idle power usage 20 kW
System pressure 250 bar
Tank volume 2000 l
Maximum flow rate of the multiple pump 477 l/min
Water cooling @ 25° supply temperature 1,0 m³/h
Noise level 75 dB(A)
Additional tool functions:
Hydraulic functions in upper platen 2 NG6
Hydraulic functions lower platen 2x2 NG6
Pneumatic functions in upper platen 0 G1/4
Pneumatic functions in lower platen 1x1 G1/4
Vacuum functions in upper platen 0 G3/4
Vacuum functions in lower platen 0 G3/4
Tool tempering water Pre-flow / return lines in upper platen 2 circuit NW 20
Tool tempering water Pre-flow / return lines in lower platen 2x2 circuit NW 20
Extraction on the upper platen, power - and hose sizes 1 NW 50
Quick couplings no option
Electrical Information:
Main supply 3x400 V, 50 Hz
Control Voltage 24 V
PLC Siemens S7/300 24 V
Hard drive size 512 kB
Operator Panel OP 177
Air conditioning unit in control cabinet 1
Modem 1
Control panel dimensions t.b.d mm
Mobile operator panel with 10 m cable yes
Total installed power 110 kW
Electrical interfaces:
PU Machine 1 Profibus
Light curtain 2
Laser-Scanner 1
Safety door 0
Roller door 2
Robot 0
Conveyor system 0
Vacuum unit 1
Extraction 1
Tool coding system yes
Tool temperature monitoring yes
Safety System:
Light curtain in moving area of shuttle 2
Light curtain operator side of mould carrier 1
Roller door mould carrier left/right 2
Roller door behind mould carrier 1
Laser scanner in press daylight area 1
Safety fence m
Safety door pc.
Optionen
Optional RTM Compression Moulding
In order for the mould carrier to carry out RTM compression moulding the additional optional packet is required.
Proportional valve technology in Bypass for the 4 drive cylinders.
With this technology the closing speed of the mould carrier can be reduced to a defined speed down to 0,2 mm/sec after material injection of the resin system.
The maximum closing force obtainable from the drive cylinders during this closing operation is 500 kN.
Option – Data Protocol system:
Closing pressure / Time 1 1/10sec
Upper platen stroke/Time 1 1/10sec
Quantity In-mould pressure/Time 2 1/10sec
Quantity Tool Vacuum/Time 1 1/10sec
Quantity Temperature Tool upper part/Time 6 1/sec
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