Electric cylinder
40Pages

PNCE ELECTRIC CYLINDER ISO

Our company was established in 1990 and, since then, it is privately owned. After 7 years of experience in metal processing as a contractor, the company Hypex (Unimotion) was created and operated in the following areas: special purpose machinery manufacture with its own development, trade and assembly in the area of industrial automation. Due to many years of engineering and substantial engagement in individual problem solving processes, extensive knowledge and experience in the development and manufacture of linear and handling systems were gained. Today we produce mechanical linear units,...

Unimotion products have the quality and standards to meet the requirements of the modern market.

Unimotion Products LINEAR UNITS BALL SCREW DRIVEN UNITS – MTV series – CTV series BELT DRIVEN UNITS – MTJ and MRJ series – MTJZ series – MTJ ECO series – CTJ series ELECTRIC CYLINDERS PNCE SERIES MINI LINEAR UNITS MINI ELECTRIC CYLINDER – MCE SERIES MINI ELECTRIC SLIDER –

PNCE ELECTRIC CYLINDERS WITH A BALLSCREW DRIVE INDEX Characteristics Structural design Technical data Lubrication position Motor adapter with coupling Motor side drive with timing belt Magnetic field sensor Load torque calculation and determination of maximum axial load on the PNCE cylinder In order to improve the products in this catalogue the specifications are subject to change without notice.

PNCE ELECTRIC CYLINDERS WITH A BALLSCREW DRIVE CHARACTERISTICS The PNCE are electric cylinders with a precision ball screw drive. The electric cylinder is based on the standard ISO 15552. Its outer design and dimensions are very similar to pneumatic cylinders. High performance features such as, high speeds, good positioning accuracy and high repeatability are ensured through a precision ball screw with reduced backlash (preload on request) of the ball nut and non-rotating piston rod. For a long service life the re-lubrication can be done through a lubrication nipple. The design with its...

PNCE ELECTRIC CYLINDERS WITH A BALLSCREW DRIVE STRUCTURAL DESIGN • Standard version (S)* 4 1 – Front cap 2 – Drive cap 3 – Smooth cylinder profile 4 – Hex nut 5 – Piston rod (stainless steel) with an anti-rotation device 6 – Piston rod seal 7 – Pressure compensation 8 – Lubrication nipple * IP40 protection class 8 – Lubrication nipple 9 – Connection for pressure compensation • IP65 protection class (IP65) The appropriate sealing of the external parts ensures the electric cylinder the IP65 protection class. The IP65 protection class of the electric cylinder fulfils the specifications to IEC...

PNCE ELECTRIC CYLINDERS WITH A BALLSCREW DRIVE Series: PNCE Size: • 32 • 40 • 50 • 63 • 80 • 100 Screw type: • BS: ball screw Ball screw: • PNCE 32: Ø12x5, Ø12x10 • PNCE 40: Ø16x5, Ø16x10, Ø16x16 • PNCE 50: Ø20x5, Ø20x10, Ø20x20, Ø20x50 • PNCE 63: Ø25x5, Ø25x10, Ø25x25 • PNCE 80: Ø32x5, Ø32x10, Ø32x20, Ø32x32 • PNCE 100: Ø40x5, Ø40x10, Ø40x20, Ø40x40 Absolute stroke [mm]: Absolute stroke = Effective stroke + 2 × Safety stroke Versions: • S: Standard version • IP65: IP65 protection class • IP65CR: IP65 protection class with high corrosion resistance • FI: For applications in the food...

PNCE ELECTRIC CYLINDERS WITH A BALLSCREW DRIVE TECHNICAL DATA General technical data for the PNCE series PNCE Ball screw Dynamic * load capacity Maximum axial load ** Maximum drive torque Maximum travel speed *** Minimum stroke Maximum stroke Maximum acceleration * Dynamic load capacity of ball screw drive. This value is the basis for calculating the service life. ** When considering service life, see page 15. This value needs to be considered when using the piston rod or mounting attachments’ accessories. *** Maximum travel speed depends of the absolute stroke of the PNCE, see diagrams on...

PNCE ELECTRIC CYLINDERS WITH A BALLSCREW DRIVE Mass and mass moment of inertia PNCE Moved mass * Mass of the electric cylinder Mass moment of inertia Ball screw 17,75 + 0,0817 × Absolute stroke + 0,0007 × E + 0,6333 × mload 0,95 + 0,0012 × (Absolute stroke + E) 19,55 + 0,0839 × Absolute stroke + 0,0030 × E + 2,5330 × mload 73,80 + 0,1549 × Absolute stroke + 0,0740 × E + 63,3257 × mload 26,75 + 0,0928 × Absolute stroke + 0,0118 × E + 10,1321 × mload 5,35 + 0,0408 × Absolute stroke + 0,0018 × E + 2,5330 × mload 7,10 + 0,0436 × Absolute stroke + 0,0046 × E + 6,4846 × mload 2,75 + 0,0147 ×...

PNCE ELECTRIC CYLINDERS WITH A BALLSCREW DRIVE Maximum axial loading as a function of the travel speed for different values of absolute stroke (Fmax - v curves) In order to improve the products in this catalogue the specifications are subject to change without n

PNCE ELECTRIC CYLINDERS WITH A BALLSCREW DRIVE In order to improve the products in this catalogue the specifications are subject to change without not

PNCE ELECTRIC CYLINDERS WITH A BALLSCREW DRIVE Maximum axial loading as a function of the absolute stroke (Fmax - absolute stroke curves) Schematically presented mounting cases Simple - Simple mount Fixed - Simple mount Simple - Simple mount Simple - Fixed mount Simple - Fixed mount Free - Fixed mount Absolute stroke + E [mm] Extended piston rod In order to improve the products in this catalogue the specifications are subject to change without notice.

PNCE ELECTRIC CYLINDERS WITH A BALLSCREW DRIVE Schematically presented mounting cases Simple - Simple mount Fixed - Simple mount Simple - Simple mount Simple - Fixed mount Simple - Fixed mount Free - Fixed mount In order to improve the products in this catalogue the specifications are subject to change without notice.