Item number: 0206939
9 Variants
Suction cup FCF125P Polyurethane 55/60, G1/4" female
The FCF-P design is suitable for oily surfaces, slightly domed and flat surfaces, e.g., such as those encountered when handling metal sheets in press lines. The...
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Variants
- 0118435
- 0118437
- 0121435
- 0122286
- 0124787
- 0200693
- 0206932
- 0206939
- 0213912X
Features
- Special designed friction cups for oily surfaces, such as sheets in metal forming processes.
- Normal wear on friction cup will not affect the long term shear force performance.
- Best choice if > 0.1g/m2 press oil is used on the sheet.
- Thanks to the strong grip on oily surfaces, the suction cups can withstand high shear forces, typically 2–4 times more than corresponding conventional suction cups.
- The "FCF" design is suitable for slightly domed and flat surfaces, e.g., such as those encountered when handling metal sheets in press lines.
- The suction cups have support cleats that prevent thin objects from being disfigured.
- DURAFLEX® suction cups manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material does not leave any marks on the objects handled.
Automotive
- Bodysides & framing
- De-stacking
- Door on / off ergo tools
- Gas tank assembly and installation
- Glass assembly & installation
General
Material
Polyurethane (PU)
Characteristics
Oily sheet metal
Suction cup model
FCF
Volume
100 cm³
Weight, min.
178.4 g
Fitting
Fitting size
1/4"
Fitting style
Female
Fitting type
G-thread
Dimension
Height
43.5 mm
Outer diameter, actuated
131 mm
Outer diameter, min.
126 mm
Performance - lifting forces
FCF125P Dry metal sheet
60 -kPa
475 N
445 N
90 -kPa
650 N
602 N
Performance - lifting forces
FCF125P Oily steel plate
60 -kPa
405 N
194 N
90 -kPa
442 N
236 N
Material
Name
Polyurethane (PU55)
Colour
Orange
Temperature
10 - 50 °C
Hardness
55 °Shore A
Material
Name
Polyurethane (PU60)
Colour
GreenTransparent
Temperature
10 - 50 °C
Hardness
60 °Shore A
Material resistance
Alcohol
n/a
Concentrated acids
Ethanol
Hydrolysis
Methanol
Oil
Oxidation
Petrol
Wear resistance
Material resistance
Alcohol
n/a
Concentrated acids
Ethanol
Hydrolysis
Methanol
Oil
Oxidation
Petrol
Wear resistance
Dimensional drawings
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