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Condições de filtragem

Material
- EN 1.4301 (WPB) Equiv.
- JIS-SWP-A
Hook Opposing Angle
- 180°
- 90°
O.D. D(mm)
- 3
- 4
- 5
- 6
- 7
- 8
- 9
- 10
- 11
- 12
- 13
- 14
- 15
- 16
- 17
- 18
- 20
- 22
- 25
- 28
Initial Tension(N)
- 0.18
- 0.21
- 0.31
- 0.38
- 0.49
- 0.53
- 0.59
- 0.64
- 0.71
- 0.77
- 0.85
- 0.92
- 0.93
- 0.96
- 1.01
- 1.15
- 1.18
- 1.21
- 1.26
- 1.29
- 1.45
- 1.5
- 1.51
- 1.65
- 1.96
- 2.01
- 2.06
- 2.09
- 2.13
- 2.17
- 2.21
- 2.45
- 2.55
- 2.74
- 2.84
- 2.88
- 2.94
- 3.01
- 3.03
- 3.04
- 3.08
- 3.24
- 3.43
- 3.5
- 3.82
- 3.95
- 3.98
- 4.02
- 4.03
- 4.21
- 4.26
- 4.31
- 4.41
- 4.51
- 4.74
- 5.1
- 5.35
- 5.39
- 5.49
- 5.6
- 5.63
- 6.03
- 6.17
- 6.39
- 6.47
- 6.59
- 6.66
- 6.74
- 7.14
- 7.35
- 7.55
- 7.64
- 7.75
- 7.94
- 8.33
- 8.72
- 8.87
- 9.06
- 9.25
- 9.32
- 9.37
- 9.80
- 10.00
- 10.3
- 10.6
- 10.70
- 10.76
- 10.9
- 11.12
- 11.66
- 11.8
- 12.21
- 12.6
- 12.70
- 12.85
- 13.70
- 14
- 14.84
- 15.13
- 15.20
- 15.70
- 16.5
- 17.60
- 17.64
- 17.80
- 18.7
- 19.60
- 21.28
- 22.00
- 22.50
- 23.60
- 24.6
- 26.18
- 27.4
- 31.50
- 33.04
- 33.30
- 34.3
- 38.40
- 39.20
- 46.6
- 48.00
- 54.90
Reference Spring Constant(N/mm)
- 0.11
- 0.13
- 0.2
- 0.3
- 0.35
- 0.45
- 0.5
- 0.55
- 0.6
- 0.65
- 0.75
- 0.8
- 0.85
- 0.9
- 0.95
- 1
- 1.05
- 1.2
- 1.25
- 1.35
- 1.45
- 1.55
- 1.7
- 1.75
- 1.9
- 1.95
- 2.05
- 2.1
- 2.15
- 2.25
- 2.35
- 2.4
- 2.5
- 2.55
- 2.6
- 2.65
- 2.7
- 2.8
- 2.9
- 3.05
- 3.15
- 3.25
- 3.5
- 3.55
- 3.6
- 3.65
- 3.8
- 4
- 4.05
- 4.4
- 4.5
- 4.55
- 4.65
- 4.85
- 4.9
- 4.95
- 5.25
- 5.4
- 5.55
- 5.6
- 5.9
- 6.2
- 6.6
- 6.65
- 7
- 7.1
- 7.35
- 7.45
- 7.5
- 7.6
- 7.95
- 8.3
- 8.45
- 8.5
- 8.6
- 8.65
- 9.3
- 9.4
- 9.6
- 9.9
- 10.5
- 10.85
- 11.85
- 11.9
- 13.45
- 14.8
- 15.05
- 16.75
- 17
- 17.4
- 19.65
- 20.25
- 20.5
- 22.9
- 23.2
- 26.95
- 29.85
- 30.45
- 33.1
- 33.75
- 37.45
Wire Dia.(Ø)
- 0.3
- 0.4
- 0.5
- 0.6
- 0.7
- 0.8
- 0.9
- 1
- 1.2
- 1.4
- 1.6
- 1.8
- 2
- 2.3
- 2.6
- 2.9
- 3.2
- 3.5
S(mm)
[10-550/1mm unidades]
Type
CAD
- 2D
- 3D
Dias de envio estimados
- Tudo
- Dentro de 7 dias úteis

MISUMI

Tension Springs / Configurable Length

CatálogoP. 2-332-1

Cuidado

Please check the content on our website as the PDF does not contain the most up-to-date information.

Número da peça:

Indefinido. 256 candidatos encontrados.

Desenho de contorno e tabela de especificações
Lista de números de peça
Informações detalhadas
Catálogo

Desenho de contorno e tabela de especificações

Tension Springs/Configurable Length:Related Image

Type	Material
WFSP	JIS-SWP-A
UFSP	EN 1.4301 (WPB) Equiv.

Type	Material
BWFSP	JIS-SWP-A
BUFSP	EN 1.4301 (WPB) Equiv.

Specifications

Part Number	-	d	-	S
WFSP3 UFSP20	- -	0.3 2.6	- -	10 498

[ ! ]Maximum deflection factor is a numerical value for static loads.
When applying a dynamic load, use the maximum deflection factor × 0.65.
[ ! ]For the maximum deflection, the Web specifications show a percentage, and the catalog PDF shows the value when the S dimension is 50.
Both values give the same result when used.
[ ! ]For the standard spring constant, the Web specifications show a value where the S dimension is 10,and the catalog PDF shows the value when the S dimension is 50.

Part Number		Wire Dia. d mm	S 1mm Increment	Maximum deflection factor (S) ％		Standard Spring Constant (When S = 10) N/mm		Initial Tension N


Type	D			WFSP	UFSP	WFSP	UFSP	WFSP	UFSP
Type	D			BWFSP	BUFSP	BWFSP	BUFSP	BWFSP	BUFSP
WFSP UFSP BWFSP BUFSP	3	0.3	10〜300	176%	174%	0.13	0.11	0.18	0.21
	3	0.4		82%	84%	0.60	0.50	0.53	0.64
	4	0.4		172%	174%	0.20	0.20	0.31	0.38
	4	0.5		96%	92%	0.75	0.65	0.77	0.92
	5	0.5	10〜500	168%	164%	0.35	0.30	0.49	0.59
	5	0.6		100%	102%	0.90	0.80	1.01	1.21
	6	0.6		158%	164%	0.50	0.45	0.71	0.85
	6	0.8		72%	72%	2.35	2.05	2.13	2.55
	7	0.7		140%	132%	0.65	0.60	0.96	1.15
	7	0.9		70%	64%	2.60	2.25	2.94	3.5
	8	0.8		148%	152%	0.90	0.80	1.26	1.51
	8	1		82%	84%	2.90	2.55	3.04	4.26
	9	1	10〜550	112%	114%	1.95	1.70	2.45	3.43
	9	1.2		66%	66%	5.25	4.65	4.41	6.17
	10	1		148%	140%	1.35	1.20	1.96	2.74
		1.2		88%	86%	3.65	3.25	4.31	6.03
		1.4		58%	56%	8.50	7.50	7.64	10.7
	11	1		160%	152%	1.00	0.85	1.45	2.01
		1.2		92%	90%	2.65	2.35	3.24	4.51
		1.4		62%	60%	6.20	5.40	6.39	8.87
	12	1		232%	226%	0.75	0.65	1.18	1.65
		1.2		142%	140%	1.95	1.75	2.84	3.98
		1.4		92%	92%	4.55	4.00	5.39	7.55
		1.6		62%	60%	9.40	8.30	8.72	12.21
	13	1		240%	234%	0.55	0.50	0.93	1.29
		1.2		144%	142%	1.55	1.35	2.17	3.01
		1.4		94%	94%	3.50	3.05	3.95	5.49
		1.6		64%	62%	7.10	6.20	7.75	10.76
	14	1.2		208%	192%	1.20	1.05	2.06	2.88
		1.4		138%	130%	2.70	2.40	3.82	5.35
		1.6		94%	90%	5.55	4.90	6.66	9.32
		1.8		68%	66%	10.50	9.30	10.6	14.84
	15	1.2		212%	196%	0.95	0.85	1.5	2.09
		1.4		140%	132%	2.15	1.90	3.03	4.21
		1.6		96%	92%	4.40	3.80	4.74	6.59
		1.8		70%	68%	8.45	7.35	9.25	12.85
	16	1.4		192%	182%	1.75	1.55	3.04	4.26
		1.6		132%	130%	3.55	3.15	5.1	7.14
		1.8		96%	94%	6.65	5.90	8.33	11.66
		2		68%	70%	11.85	10.50	12.6	17.64
	17	1.4		194%	184%	1.45	1.25	2.21	3.08
		1.6		134%	132%	2.90	2.50	4.03	5.6
		1.8		98%	96%	5.55	4.85	6.74	9.37
		2		70%	72%	9.90	8.65	10.9	15.13
	18	1.6		176%	174%	2.40	2.10	4.02	5.63
		1.8		128%	128%	4.50	4.00	6.47	9.06
		2		94%	96%	7.95	7.00	10	14
		2.3		62%	60%	17.00	15.05	18.7	26.18
	20	1.8		168%	156%	3.15	2.80	5.1	7.14
		2		122%	120%	5.55	4.95	7.94	11.12
		2.3		82%	80%	11.85	10.50	15.2	21.28
		2.6		58%	58%	23.20	20.50	23.6	33.04
	22	2		150%	148%	4.05	3.60	7.35	10.3
		2.3		106%	104%	8.60	7.60	11.8	16.5
		2.6		74%	74%	16.75	14.80	19.6	27.4
		2.9		54%	54%	30.45	26.95	33.3	46.6
	25	2.3		144%	144%	5.60	4.95	9.8	13.7
		2.6		100%	104%	10.85	9.60	15.7	22
		2.9		76%	72%	19.65	17.40	22.5	31.5
		3.2		56%	54%	33.75	29.85	34.3	48
	28	2.6		138%	128%	7.45	6.60	12.7	17.8
		2.9		102%	98%	13.45	11.90	17.6	24.6
		3.2		78%	74%	22.90	20.25	27.4	38.4
		3.5		62%	58%	37.45	33.10	39.2	54.9

■Accuracy Standards
• D Dimension Tolerance

D/d^*1	Tolerance
8 or Less	±1.5% of D dimension (Min. ±0.2mm)
8~20	±2% of D dimension (Min. ±0.3mm)

*1 D/d = Spring Index
• S Dimension Tolerance
When d≤0.5, ±2x Wire Dia.
(Ex: When d=0.3, ±0.6)
When d≥0.6, ±Wire Dia.
(Ex: When d=1.0, ±1.0)

• Calculate the maximum deflection and spring constant using the following formula.
• Maximum deflection Maximum deflection (mm) = S × maximum deflection factor (%)	• Spring constant(reference value) Spring constant (N/mm) ＝ reference spring constant × 10/S

Example) Calculation of maximum deflection and spring constant of UFSP20-2.6-498

Maximum deflection(mm) = 498×58% = 288.84	Spring constant(N/mm) = 20.50 ×	10	= 0.41
		498

[ ! ]For the maximum deflection, the Web specifications show a percentage, and the catalog PDF shows the value when the S dimension is 50.
Both values give the same result when used.
[ ! ]For the standard spring constant, the Web specifications show a value where the S dimension is 10,and the catalog PDF shows the value when the S dimension is 50.

Lista de números de peça

Número de itens

Seguinte

Número da peça

BUFSP3-0.3-[10-300/1]

BUFSP3-0.4-[10-300/1]

BUFSP4-0.4-[10-300/1]

BUFSP4-0.5-[10-300/1]

BUFSP5-0.5-[10-500/1]

BUFSP5-0.6-[10-500/1]

BUFSP6-0.6-[10-500/1]

BUFSP6-0.8-[10-500/1]

BUFSP7-0.7-[10-550/1]

BUFSP7-0.9-[10-550/1]

BUFSP8-0.8-[10-500/1]

BUFSP8-1.0-[10-500/1]

BUFSP9-1.0-[10-550/1]

BUFSP9-1.2-[10-550/1]

BUFSP10-1.0-[10-550/1]

BUFSP10-1.2-[10-550/1]

BUFSP10-1.4-[10-550/1]

BUFSP11-1.0-[10-550/1]

BUFSP11-1.2-[10-550/1]

BUFSP11-1.4-[10-550/1]

BUFSP12-1.0-[10-550/1]

BUFSP12-1.2-[10-550/1]

BUFSP12-1.4-[10-550/1]

BUFSP12-1.6-[10-550/1]

BUFSP13-1.0-[10-550/1]

BUFSP13-1.2-[10-550/1]

BUFSP13-1.4-[10-550/1]

BUFSP13-1.6-[10-550/1]

BUFSP14-1.2-[10-550/1]

BUFSP14-1.4-[10-550/1]

BUFSP14-1.6-[10-550/1]

BUFSP14-1.8-[10-550/1]

BUFSP15-1.2-[10-550/1]

BUFSP15-1.4-[10-550/1]

BUFSP15-1.6-[10-550/1]

BUFSP15-1.8-[10-550/1]

BUFSP16-1.4-[10-550/1]

BUFSP16-1.6-[10-550/1]

BUFSP16-1.8-[10-550/1]

BUFSP16-2.0-[10-550/1]

BUFSP17-1.4-[10-550/1]

BUFSP17-1.6-[10-550/1]

BUFSP17-1.8-[10-550/1]

BUFSP17-2.0-[10-550/1]

BUFSP18-1.6-[10-550/1]

BUFSP18-1.8-[10-550/1]

BUFSP18-2.0-[10-550/1]

BUFSP18-2.3-[10-550/1]

BUFSP20-1.8-[10-550/1]

BUFSP20-2.0-[10-550/1]

BUFSP20-2.3-[10-550/1]

BUFSP20-2.6-[10-550/1]

BUFSP22-2.0-[10-550/1]

BUFSP22-2.3-[10-550/1]

BUFSP22-2.6-[10-550/1]

BUFSP22-2.9-[10-550/1]

BUFSP25-2.3-[10-550/1]

BUFSP25-2.6-[10-550/1]

BUFSP25-2.9-[10-550/1]

BUFSP25-3.2-[10-550/1]

Material

Hook Opposing Angle

O.D. D

(mm)

Initial Tension

(N)

Reference Spring Constant

(N/mm)

Wire Dia.

(Ø)

(mm)

RoHS?

Quantidade mínima de encomenda

EN 1.4301 (WPB) Equiv.	90°	3	0.21	0.11	0.3	10 ～ 300	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	3	0.64	0.5	0.4	10 ～ 300	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	4	0.38	0.2	0.4	10 ～ 300	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	4	0.92	0.65	0.5	10 ～ 300	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	5	0.59	0.3	0.5	10 ～ 500	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	5	1.21	0.8	0.6	10 ～ 500	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	6	0.85	0.45	0.6	10 ～ 500	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	6	2.55	2.05	0.8	10 ～ 500	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	7	1.15	0.6	0.7	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	7	3.5	2.25	0.9	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	8	1.51	0.8	0.8	10 ～ 500	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	8	4.26	2.55	1	10 ～ 500	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	9	3.43	1.7	1	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	9	6.17	4.65	1.2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	10	2.74	1.2	1	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	10	6.03	3.25	1.2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	10	10.70	7.5	1.4	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	11	2.01	0.85	1	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	11	4.51	2.35	1.2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	11	8.87	5.4	1.4	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	12	1.65	0.65	1	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	12	3.98	1.75	1.2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	12	7.55	4	1.4	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	12	12.21	8.3	1.6	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	13	1.29	0.5	1	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	13	3.01	1.35	1.2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	13	5.49	3.05	1.4	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	13	10.76	6.2	1.6	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	14	2.88	1.05	1.2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	14	5.35	2.4	1.4	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	14	9.32	4.9	1.6	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	14	14.84	9.3	1.8	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	15	2.09	0.85	1.2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	15	4.21	1.9	1.4	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	15	6.59	3.8	1.6	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	15	12.85	7.35	1.8	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	16	4.26	1.55	1.4	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	16	7.14	3.15	1.6	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	16	11.66	5.9	1.8	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	16	17.64	10.5	2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	17	3.08	1.25	1.4	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	17	5.6	2.5	1.6	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	17	9.37	4.85	1.8	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	17	15.13	8.65	2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	18	5.63	2.1	1.6	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	18	9.06	4	1.8	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	18	14	7	2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	18	26.18	15.05	2.3	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	20	7.14	2.8	1.8	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	20	11.12	4.95	2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	20	21.28	10.5	2.3	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	20	33.04	20.5	2.6	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	22	10.3	3.6	2	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	22	16.5	7.6	2.3	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	22	27.4	14.8	2.6	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	22	46.6	26.95	2.9	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	25	13.70	4.95	2.3	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	25	22.00	9.6	2.6	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	25	31.50	17.4	2.9	10 ～ 550	10	1 unidades
EN 1.4301 (WPB) Equiv.	90°	25	48.00	29.85	3.2	10 ～ 550	10	1 unidades

Preço unitário (excluindo IVA)(Preço unitário incluindo IVA)	Data de envio standard

- ( - )	7 dias úteis
- ( - )	7 dias úteis
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