R165381320 flange extended BSHP ball slider FLS

NegotiableUpdate on 01/22

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Nature of the Manufacturer: Producers

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Overview

Flange extended BSHP ball slider FLS, standard, steel application range: suitable for applications with stiffness requirements, significantly reduces friction vibration and low friction levels, especially in dynamic characteristics under external load conditions. The inlet area has won the award for precision, improving operational accuracy by six times. Friction is provided in all load directions due to Bosch Rexroth's four row ball design, which provides two-point contact in all load directions

Product Details

Flange extended BSHP ball slider FLS, standard, steel

Application scope: Suitable for occasions with stiffness requirements
Significantly reduced frictional vibration and low friction levels, especially under external load conditions
The dynamic characteristics of
accuracy
The winning entrance area has increased operational accuracy by six times

friction

Due to Bosch Rexroth's four row ball bearing designSo provide in all load directionsTwo point contact. This minimizes friction.

Other four point contacts with two or four rows of ball bearingsBall guide systemAffected by multiple frictions: Due to the slip of lateral loads, if there is a considerable amount of prestress without load, the Gothic guide rail structure will generate significant frictional forces (depending on the curvature and load of the guide rail, the friction coefficient can increase by five times). This high friction leads to the generation of more heat.

sealing element

Seals are used to prevent dust, debris, and coolant from entering the interior of the ball slider during operation, thereby preventing its service life from being shortened. For detailed information, please refer to "Selecting Standards/Seals".

Standard Seal (SS)

Universal seals are standard accessories in Bosch Rexroth ball sliders. They have a universal sealing effect on ball guides with and without protective straps. Consider low friction and good sealing effect in the design process. Suitable for applications that require good sealing conditions.

Load capacity and load moment

Specifications		15	20	25	30	35	45
C	N	12800	29600	37300	46000	66700	111000
C0	N	18400	41800	52500	66900	116000	190000
Mt	Nm	120	380	530	800	1440	3010
Mt0	Nm	180	540	750	1160	2500	5120
ML	Nm	120	340	530	740	1290	2730
ML0	Nm	180	490	740	1080	2240	4660

According to DIN ISO 14728-1 standard, the rated dynamic load and load moment are calculated based on a stroke length of 100000 meters. However, the actual requirement is usually only 50000 meters. In this case, for comparison: compare these values in the tableC、MtAndMLMultiply by 1.26.

General Technical Data

Specifications		15	20	25	30	35	45
amax 1)	m/s2	500
v	m/s	5
m	kg	0.3	0.55	0.9	1.5	2.25	4.3
M2)		0.002 . .. 0.003
Operating conditions
Specifications		15	20	25	30	35	45
Allow ambient temperature (minimum...)3)		-10 °C . .. +80 °C

1)	If Fcomb> 2.8 • Fpr: amax= 50 m/s2
2)	No sealed friction
3)	Can maintain up to 100 ° C in a short period of time. If working under temperature conditions below zero, please consult us.

Legend

symbol	Instructions	unit
amax	Accelerated travel	m/s2
C	Dynamic load capacity	N
C0	Static load capacity	N
m	quality	kg
ML	Dynamic longitudinal load moment	Nm
ML0	Static longitudinal moment load capacity	Nm
Mt	Dynamic torsional load torque	Nm
Mt0	Static torsional moment load capacity	Nm
v	Allowable speed	m/s
M	coefficient of friction

General description

General technical data and calculation methods applicable to all ball guide systems (i.e. all ball sliders and ball guides). Specific technical information related to individual ball sliders and ball guides are listed separately.

Pre tightening grade

In order to meet a wide range of application needs as much as possible, Bosch Rexroth offers various levels of pre tensioned ball sliders.

Provide ball sliders with the following pre tightening levels:

Ball slider without preload load (preload grade C0)

Medium preload load ball slider (preload level C1)

Average preload load ball slider (preload level C2)

High preload load ball slider (preload grade C3)

To prevent a shortened service life, the preload should not exceed one-third of the bearing F load.

Usually, the stiffness of ball slider increases with the increase of preload load. If vibration occurs, please select a corresponding high-level preload load (≥ preload level C2).

Guide rail system with parallel guide rails

When selecting the pre tightening level, attention should also be paid to the allowed parallel offset of the guide rail ("Precision Level Selection Standard").

When setting the precision level of the ball guide system to N, we recommend setting the preload level to C0 or C1 to avoid torsional stress caused by tolerances.