Condiciones del filtro

Accuracy Grade
Please confirm the accuracy standards of each manufacturer
- C5
Lead(mm)
- 5
Preload
Please confirm the accuracy standards of each manufacturer
- Not Preloaded
Axial Play
- 0.005 or Less
Number of Circuits(Rows x Windings)
- 1 x 2.5
Shaft Overall Length L(mm)
[150-1095/1mm unidades]
Grease Type
- Standard
Type
- BSS1505
CAD
- 2D
- 3D
Días estimados de envío
- Todo
- En el plazo de 7 días laborables

Opciones adicionales

No Machining on Support Side Shaft End
- NC
Ball Nut Orientation Reversed
- RLC
No Retaining Ring Groove on Support Side Shaft End
- RNC
Change Support Side Shaft End Length [FC](mm)
[13-30/1mm unidades]
Support Side Shaft End Machining Change
- Shaft Dia. Tolerance h7 [GC]
Q(mm)
- 8
- 10
- 12
G(mm)
[5-36/1mm unidades]
Tapping on Support Side [MC](mm)
[18-30/1mm unidades]
Keyway Machining on Fixed Side Shaft End [KC](mm)
[3-14/1mm unidades]
Keyway on Fixed Side Shaft End
- KLC
K(mm)
[3-13/1mm unidades]
S(mm)
[1-10/1mm unidades]
Set Screw Flat on Fixed Side Shaft End [SC](1 Place)(mm)
[5-14/1mm unidades]
Set Screw Flat on Fixed Side Shaft End [SWC](At 90° Position in Two Locations)(mm)
[5-14/1mm unidades]
Set Screw Flat on Fixed Side Shaft End [SGC](At 120° Position in Two Locations)(mm)
[5-14/1mm unidades]

MISUMI

Ball screws / compact flange / diameter 15 / pitch 5, 10, 20 / C3, C5, C7 / preloaded, 5µ, 30µ / steel / 58-62HRC (BSS1505-500)

CatálogoP.1-741

Número de pieza:

BSS1505-500

Despejar

Plano de contorno y tabla de especificaciones
Lista de números de pieza
Información detallada
Catálogo

Plano de contorno y tabla de especificaciones

Dimensional Drawing

BSX·BSS·BSSE1505

Precision Ball Screw - Shaft Diameter ø15, Lead 5/10/20: Related Image

View X-X

BSS·BSSE1510

View X-X

BSS·BSSE1520

View X-X

Nut Type	Type	Accuracy Grade	Shaft Dia.	Lead	Screw Shaft		Nut
					[M] Material	[H] Hardness	[M] Material	[H] Hardness
Standard Nut	BSX	C3	15	5	AISI4150	Induction hardened 58 to 62HRC	EN 1.7264 Equiv.	Carburized 58 to 62HRC
	BSS	C5		5·10·20
	BSSE	C7

Specification Table

Part Number	—	L
BSX1505 BSSE1510L BSSE1510G	— — —	300 420 420	(L Type Greased) (G Type Greased)

Nut
Type

Accuracy
Grade

Part Number

1 mm Increments

Ball
Dia.

Ball
Center Dia.

Screw
Root Dia.

Number of Circuits

Basic Load Rating

Axial Play
Clearance

Preload torque
N・cm

Twisting
Direction

Type

Screw Shaft O.D.

Lead

C (Dynamic) kN

Co (Static) kN

Standard
Nut

BSX

150 to 590

L−72

3.175

15.8

(12.5)

2.5 turns, 1 row

4.34

6.25

0 (Preloaded)

1.5 to 6.0

Right

BSS

150 to 1095

6.9

12.5

0.005 or less

2.0 or less

BSSE

0.030 or less

—

BSS

200 to 1095

L−72

1.5 turns, 1 row

4.4

7.9

0.005 or less

3.0 or less

BSSE

200 to 1095

0.030 or less

—

BSS

230 to 1095

L−72

0.005 or less

3.0 or less

BSSE

0.030 or less

—

Kgf = N × 0.101972

Alterations

Part Number	—	L	—	(FC·KC, etc.)
BSS1505	—	350	—	KC10

Alterations

Code

Spec.

Alterations

Code

Spec.

No Machining on Support Side Shaft End

No machining added on the support side shaft end.
Ordering Code NC

Tapped

Hole on Support Side Shaft End

Adds a tapped hole on the support side shaft end.
MC = 1 mm Increments
Ordering Code MC20


M	ℓ	[ ! ] Y dimension is shortened.
M5 × 0.8	12

[ ! ]18 ≤ MC ≤ 30

Ball Nut Orientation Reversed

	(Support Side) (Fixed Side)
	Standard
	Change

RLC

Changes the nut direction.
Ordering Code RLC

Keyway on Fixed Side Shaft End

Adds a keyway on the fixed side shaft end.
KC = 1 mm Increments
Ordering Code KC10
[ ! ]3 ≤ KC ≤ 14

No Retaining Ring Groove on Support Side Shaft End

RNC

No Retaining Ring Groove on Support Side Shaft End.
Ordering Code RNC
[NG] Combination with FC is not available.

Keyway on Fixed Side Shaft End

KLC

The position of keyway on fixed side shaft end can be specified.
(Keyway dimensions are the same as KC.)
K, S = 1 mm Increments
Ordering Code KLC-K5-S3
[ ! ]4 ≤ K+S ≤ 14

Change Support Side Shaft End Length

Changes the length of the support side shaft end.
FC = 1 mm Increments
Ordering Code FC20
[ ! ]13 ≤ FC ≤ 30
[ ! ] Y dimension is shortened.
[NG] Combination with GC is not available

Flat Machined on Fixed Side Shaft End

Adds a flat on the fixed side shaft end.
SC = 1 mm Increments
Ordering Code SC7
[ ! ]5 ≤ SC ≤ 14

Change Support Side Shaft End Machining

Changes the machining on the support side.
Q is selectable from 8, 10 or 12
G = 1 mm Increments
Ordering Code GC-Q8-G20
[ ! ] 5 ≤ G ≤ Q × 3 [ ! ] Y dimension is shortened.
[ ! ] No Retaining Ring Groove
[NG]Combination with FC is not available

Flat Machined on Fixed Side Shaft End (2 Locations)
JIS−SWC SGC

JIS−SWC
SGC

Adds two flats on the fixed side shaft end.
JIS−SWC: 90° Position, SGC: 120° Position
1 mm Increments
Ordering Code JIS−SWC10
[ ! ]5 ≤ JIS−SWC·SGC ≤ 14

[ ! ] Specify an alteration position to be 2 mm or more away from the stepped part. (Refer to the diagram in Caution (1))
[ ! ] When selecting multiple alterations, the distance between machined areas should be 2 mm or more. (Refer to the diagram in Caution (2))
[ ! ] When flat machining, wrench flats, square chamfering and keyway alterations are combined with each other, their orientations will be random.
(Refer to the diagram in Caution (3))
[ ! ] Do not specify multiple alterations in such a way that they overlap with each other in the rotating direction on the same shaft. (Refer to the diagram in Caution (4))
[ ! ] When two or more features are specified on a shaft, their orientation will be random.

Caution (1)
Specify the alteration portion to be 2 mm or more away from the stepped part.

Caution (2)
2 mm or more is required for the clearance between multiple alterations.

Caution (3)
When the multiple alterations are combined with each other, their orientations are random and thus, are not always aligned in a linear arrangement. (One example of this is shown in the diagram below.)

For Alterations A and B added to the same shaft, as shown in the diagram above, their orientations are random and thus, there are some cases where they are not aligned in a linear arrangement.

Caution (4)
Do not specify multiple alterations in such a way that they overlap with each other on the same shaft. (Any diagram as shown below is not acceptable.)

Overlapped portion of Alterations A and B

Lista de números de pieza

Número de artículos

Número de pieza

BSS1505-500

Accuracy Grade

Lead

(mm)

Preload

Axial Play

Number of Circuits

(Rows x Windings)

Shaft Overall Length L

(mm)

Basic Load Rating Dynamic Rating

(N)

Basic Load Rating Static Rating

(N)

Grease Type

RoHS?

Cantidad mínima de pedido

Not Preloaded

0.005 or Less

1 x 2.5

500

6900

12500

Standard

1 piezas

Precio unitario (IVA no incluidos)(precio unitario IVA incluidos)	Fecha de envío estándar

( - )

7 días laborables

Información básica

BSS,BSSE,BSX

Información técnica

Contorno y especificaciones

Specifications/Overview

■Peripherals: Combination with the following parts is available.

Support Units (Square Type)	Support Units (Round Type)	Nut Bracket (Block Type)

■Combination with Support Units

■Combination with Nut Brackets

Ball Screw Part Number

Recommended Support Unit

Ball Screw Part Number

Recommended Nut Bracket

Type

Screw Shaft
O.D.

Lead

Part Number

Shape

Fixed Side

Support Side

Type

Screw Shaft
O.D.

Lead

Part Number

Type

No.

Type

No.

BSX
BSS
BSSE

05
10
20

BRW

Round

○

BSX
BSS
BSSE

BNFB
BNFM
BNFR
BNFA

1505S

BUR

○

1510S

BSW

Square

○

1520S

BUN

○

[ ! ] A variety of materials and surface treatments for Nut Brackets are available.

[ ! ] Other than the part numbers shown above, Support Units with various configurations and surface treatments are also available.

■ Notes
[ ! ] Filled with lithium soap based grease (Alvania Grease S2 made by Showa Shell Sekiyu K.K).
[ ! ] Cautions: Do not let the nuts overrun or remove the nuts from the screw shafts. It may cause the balls to fall out or damage the ball recirculation parts.
[ ! ] Alternative grease types available.
[NG] BSX is not applicable
[ ! ] In addition, the collar included with the Support Unit product should be installed and tightened on the nut side of the ball screw.

General Information - Ball Screws

Ball screw drive - ball screw drive, nut stop - ball screw drive, nut damper - ball screw drive, block shape - ball screw drive, nut mount

Ball Screw Selection Details

- Material: steel

- Coatings: uncoated, LTBC coating, phosphate conversion coating

- Heat treatment: up to 62HRC

- Precision category: C3, C5, C7, C10

- Precision classes: precision class, standard class

- Slope: 1 to 32 mm

- Outer diameter: 6 to 32 mm

- Length (mm): 100 to 2000

- Nut shape: round flange, square flange, compact flange, block shape

Description/Basics

Ball screws are intended for converting rotary motion to linear motion. This can also be done in reverse order from linear to rotary motion. With the ball screws, this is achieved extremely precisely due to their low play. In mechanical engineering, the ball thread drive is an indispensable feature and is indispensable in precision applications. These work in horizontal and vertical orientation, allowing to shift, raise and lower devices.
The ball screws are often driven by motors and shaft couplings, or manually via rotary/crank handles.
When utilising a keyway, it is recommended using a machine key, as these can be combined excellently due to the manufacturing tolerances.
For a smooth process, it is recommended installing the ball screw with a fixed bearing and a floating bearing. This ensures that the ball screw does not bend due to compression and generate vibrations. For this purpose, MISUMI offers the right support units drives in various designs. For more information on how to install ball screws, see the Installation Instructions available as a PDF.
Ball screw nuts are available in different shapes. These enable versatile utilisation, even in confined spaces. Due to their high precision, the ball screws can also provide a high level of repeatability that is necessary in precise positioning applications. These can be utilised, for example, for measuring devices or in 3D printing. It is recommended to use a pre-stressed ball screw for highly precise applications. Due to the pre-tensioning, the axial play is almost zero unlike a conventional ball screw. In addition, MISUMI offers single axis actuators (locating units) for such applications, which as drives are already equipped with precise ball screws.
In smaller applications, a slide screw or a so-called miniature screw drive can be used. Due to their design, these are very compact, but suitable for lower axial loads.
If very high forces occur, a lead screw could also be considered.
Which ball screw is the right one for your application must be calculated based on the existing factors and influences. You can use the selection Ball Screws that is available as a PDF for this purpose. You can also find the service life calculation in this link.