Spare Parts for Vacuum Lifter

The 388-4N suction cup is intended for use on Pannkoke vacuum lifters. Short list of the key properties of a suction cup:

• suitable for lifting smooth surfaces
• suction cup diameter in action approx. 300 mm
• suitable for suction of cylindrical elements up to a minimum radius of 3500 mm
• suitable for glass with a thickness of 4 mm
• This material is not oil-resistant
• The operating range extends from a temperature range of -2 to 80 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface (such as float glass), at a vacuum of -0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals vertical 100 kg (force introduced at an angle of 90° to the suction surface) horizontal 120 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is black, the steel body is yellow
• The suction cup is mounted by four mounting points with an M8 thread with bore spacing of 162 x 56 mm (centre to centre)

The 388-4N/TR suction cup is intended for use on Pannkoke vacuum lifters. This suction cup practically leaves no impressions. Short list of the key properties of a suction cup:

• suitable for lifting smooth surfaces
• suction cup diameter in action approx. 300 mm
• suitable for suction of cylindrical elements up to a minimum radius of 3500 mm
• suitable for glass with a thickness of 4 mm
• This material is not oil-resistant
• The operating range extends from a temperature range of 5 to 80 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface (such as float glass), at a vacuum of -0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals vertical 75 kg (force introduced at an angle of 90° to the suction surface) horizontal 90 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is ivory-coloured, the steel body is yellow
• The suction cup is mounted by four mounting points with an M8 thread with bore spacing of 162 x 56 mm (centre to centre)

The 388-8N suction cup is intended for use on Pannkoke vacuum lifters. Short list of the key properties of a suction cup:

• suitable for lifting smooth surfaces
• suction cup diameter in action approx. 300 mm
• suitable for suction of cylindrical elements up to a minimum radius of 3500 mm
• suitable for glass with a thickness of 4 mm
• This material is not oil-resistant
• The operating range extends from a temperature range of -2 to 80 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface (such as float glass), at a vacuum of -0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals vertical 100 kg (force introduced at an angle of 90° to the suction surface) horizontal 120 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is black, the steel body is yellow
• The suction cup is attached using four mounting points with an M8 thread with bore spacing of 162 x 56 mm (centre to centre) and, for the suction cup rotated through 90°, the bore spacing measures 149 x 56 mm (centre to centre)

The 488 suction cup is intended for use on Pannkoke vacuum lifters. Short list of the key properties of a suction cup:

• suitable for lifting smooth surfaces
• suction cup diameter in action approx. 350 mm
• suitable for suction of cylindrical elements up to a minimum radius of 3500 mm
• suitable for glass with a thickness of 3 mm
• This material is not oil-resistant
• The operating range extends from a temperature range of -2 to 80 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface (such as float glass), at a vacuum of -0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals vertical 125 kg (force introduced at an angle of 90° to the suction surface) horizontal 125 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is black, the steel body is yellow
• The suction cup is mounted by four mounting points with an M8 thread with bore spacing of 162 x 56 mm (centre to centre)

The 540 suction cup is intended for use on Pannkoke vacuum lifters. This suction cup was also used by Armatec / Bystronic Armatec on its own vacuum lifters. Short list of the key properties of a suction cup:

• suitable for lifting smooth or slightly textured surfaces
• suction cup diameter in action approx. 200 mm
• suitable for suction of cylindrical elements up to a minimum radius of 600 mm
• This material is not oil-resistant
• The operating range extends from a temperature range of -2 to 80 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface (such as float glass), at a vacuum of -0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals vertical 35 kg (force introduced at an angle of 90° to the suction surface) horizontal 50 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is black, the steel body is black
• the suction cup is attached by four mounting points with an M6 thread

The 535 suction cups is intended for use on Pannkoke vacuum lifter and is designed as a suction handle. Our customers also call this suction cup a bell suction cup or a suction bell. Short list of the key properties of a suction cup:

• suitable for the horizontal lifting of curved surfaces
• suction cup diameter in action approx. 250 mm
• suitable for suction of curved elements up to a minimum radius of 250 mm
• This material is not oil-resistant
• The operating range extends from a temperature range of 5 to 80 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface at a vacuum of 0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals
  horizontal 45 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is black, the steel body is not painted
• The suction cup is attached by a mounting point with an M12 thread

The 534 suction cup is intended for use on Pannkoke vacuum lifters. This suction cup is also used on maritime vessels as a mounting point on bulkheads, e.g. for the pilot ladder. Short list of the key properties of a suction cup:

• suitable for the horizontal lifting of curved surfaces
• suction cup diameter in action approx. 460 mm
• suitable for suction of curved elements up to a minimum radius of 700 mm
• This material is not oil-resistant
• The operating range extends from a temperature range of 5 to 80 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface at a vacuum of 0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals
  horizontal 280 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is black, the steel body is not painted
• The suction cup is attached by a mounting point with an M16 thread

The 542-08 suction cup is intended for mechanical engineering and plant construction. Short list of the key properties of a suction cup:

• suitable for lifting smooth or slightly textured surfaces
• suction cup diameter in action approx. 80 mm
• This material is not oil-resistant
• The operating range extends from a temperature range of -2 to 80 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface (such as float glass), at a vacuum of -0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals vertical 3,5 kg (force introduced at an angle of 90° to the suction surface) horizontal 7 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is black, the steel body is black
• 12 mm bore to attach the suction cup and for the vacuum connection

The 542-13/TR suction cup is intended for use on Pannkoke vacuum lifters. This suction cup was also used by Armatec / Bystronic Armatec on its own vacuum lifters. In response to high demand for this type of suction cup, we have reintroduced it to our product range. Short list of the key properties of a suction cup:

• suitable for lifting smooth surfaces
• suction cup diameter in action approx. 150 mm
• This material is not oil-resistant
• The operating range extends from a temperature range of -2 to 80 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface (such as float glass), at a vacuum of -0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals vertical 12 kg (force introduced at an angle of 90° to the suction surface) horizontal 12 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is ivory-coloured, the steel body is black
• 12 mm bore to attach the suction cup and for the vacuum connection

The 542-25/12W suction cup is intended for use on Pannkoke vacuum lifters. This suction cup is used primarily in the rock and metal-working sectors, and for moving glass cylinders involved in the production of optical instruments. Short list of the key properties of a suction cup:

• suitable for lifting slightly irregular or slightly textured surfaces
• suction cup diameter in action approx. 255 mm
• This material is oil-resistant
• The operating range extends from a temperature range of -20 to 180 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface at a vacuum of 0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals
  vertical 25 kg (force introduced at an angle of 90° to the suction surface) horizontal 115 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is grey, the steel body is yellow
• The suction cup is attached by a mounting point with an M12 thread

The 542-37/WF suction cup is intended for use on Pannkoke vacuum lifters. This suction cup is used primarily in the rock and metal-working sectors, and for moving glass cylinders involved in the production of optical instruments. Short list of the key properties of a suction cup:

• suitable for lifting slightly irregular or slightly textured surfaces
• suction cup diameter in action approx. 390 mm
• This material is oil-resistant
• The operating range extends from a temperature range of -20 to 180 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface at a vacuum of 0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals
  horizontal 270 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is grey, the steel body is yellow
• The suction cup is attached by a mounting point with an M16 thread

The 544-80 suction cup is intended for use on Pannkoke vacuum lifters. Short list of the key properties of a suction cup:

• suitable for lifting smooth, flat or cylindrical surfaces
• Suction surface sucked on, approx. 380 x 80 mm
• suitable for suction of cylindrical elements up to a minimum radius of 700 mm
• This material is not oil-resistant
• The operating range extends from a temperature range of -2 to 80 degrees Celsius
• The safe working load, based on a 2-fold safety margin on a smooth, clean surface at a vacuum of 0.6 bar, a temperature of 20°C and a max. altitude of 500 metres above sea level equals
  vertical 28 kg (force introduced at an angle of 90° to the suction surface) horizontal 56 kg (force introduced in reverse direction to the suction surface)
• The surface of the rubber is vulcanised and cannot be separated from the steel body
• the rubber is black, the steel body is black
• the suction cup is attached by two mounting points with an M8 thread centre distance of 140 mm