Festo 5428814

Name: 5428814 Festo
Brand: Festo
SKU: 676550-en-usd
Price: 654.86 USD
Availability: InStock

EPCC-BS-25-50-6P-A

$654.86 1 pcs. with 1 to 3 days delivery to United States

Specifications

Additional moving mass per 10 mm stroke		2,6 g
Additional weight per 10 mm stroke		13 g
Note on materials		RoHS-compliant
Material piston rod		High-alloy stainless steel
Material spindle		Rolled steel
Stroke		50 mm
Piston rod thread		M6
Spindle diameter		6 mm
Torsional backlash at piston rod +/-		1 deg
Piston-rod end		Male thread
Position detection		Via proximity switch
Spindle type		Ball screw drive
Protection against torque/guide		With plain-bearing guide
Max. speed		0,4 m/s
Duty cycle		100%
LABS (PWIS) conformity		VDMA24364 zone III
Cleanroom class		Class 9 according to ISO 14644-1
Relative air humidity		0 - 95% Non-condensing
Ambient temperature		0 °C ... 60 °C
Max. moment Mx		0 Nm
Max. moment Mz		0,6 Nm
Max. feed force Fx		75 N
Reference value effective load, vertical		6 kg
Mass moment of inertia JL per kg of working load		0,009 kgcm²
Moving mass for 0 mm stroke		53 g

Basic weight for 0 mm stroke		132 g
Type of mounting		With accessories
Material housing		Wrought aluminium alloy Smooth anodised
Material spindle nut		Steel
Size		25
Stroke reserve		0 mm
Reversing backlash theoretical		100 µm
Spindle pitch		6 mm/U
Mounting position		optional
Type of motor		Stepper motor Servo motor
Design		Electric cylinder With ball screw drive
Symbol		991,941
Max. acceleration		15 m/s²
Repetition accuracy		±0.02 mm
Corrosion resistance class CRC		0 - No corrosion stress
Suitability for the production of Li-ion batteries		Metals with more than 1% copper, zinc or nickel by mass are excluded from use. Exceptions are nickel in steel, chemically nickel-plated surfaces, printed circuit boards, cables, electrical plug connectors and coils
Storage temperature		-20 °C ... 60 °C
Degree of protection		IP40
Impact energy in end positions		0,001 J
Max. moment My		0,6 Nm
Max. radial force at drive shaft		30 N
Reference value effective load, horizontal		12 kg
Mass moment of inertia JH per metre of stroke		0,009 kgcm²
Mass moment of inertia JO		0,001 kgcm²