REXROTH R044381200 miniature runner block resist nrii

Name: R044381200 REXROTH
Brand: REXROTH
SKU: 291435-en-usd
Price: 126.04 USD
Availability: InStock

MWA-009-BNS-C1-P-3

$126.04 ~~$252.07~~ -50%

1 pcs. with 7 to 15 days delivery to United States

Specifications

High load capacity in all load directions, including moments about all axes, due to the use of largest possible ball sizes.
Size 15 and up with a lube nipples on the end face and relubrication port on the side
The runner blocks are delivered on a mounting aid.
Low friction
All steel parts of the runner block are made of rust and acid resistant material similar to ISO 683-17 / EN 10088

Accuracy class (2)	P Precision Accuracy Level
Seals (00)	N seals

Nominal size		9/M3
Material (profiled rail systems)		Corrosion resistant steel
Accuracy class		P – Precise
Width of runner block		30 mm
Height of runner block		9 mm
Lubrication		With initial lubrication and without preservation
Footnote dynamic load capacity C		Calculated values acc. to DIN 636, part 2
Dynamic torsional moment load capacity Mt footnote		Calculated values (derived from C, C₀)
Dynamic longitudinal moment load capacity ML footnote		Calculated values (derived from C, C₀)
Static torsional moment load capacity Mt0		27.6 Nm
Footnote amax		Only with pre-tensioned systems. For non-pre-tensioned systems: a_max = 50 m/s²
Static load rating C0		3330 N
Permissible ambient temperature		-10 °C ... +80 °C

Format		BNS - wide, normal, standard height
Preload class		C1 moderate preload
Self-aligning for compensation of misalignments		Without self-alignment
Length of runner block		39 mm
Height of runner block with guide rail		12 mm
Dynamic load capacity C		1920 N
Dynamic torsional moment load capacity Mt		15.9 Nm
Dynamic longitudinal moment load capacity ML		7.4 Nm
Static longitudinal moment load capacity ML0		12.9 Nm
Max. acceleration amax		250 m/s²
Maximum permissible linear speed vmax		3 m/s
Footnote static load capacity C0		Calculated values acc. to DIN 636, part 2
Footnote permissible ambient temperature (min ... max)		Brief peaks up to 100°C are permissible.