Tension Spring Light to Medium Load / Medium Load / Medium to Heavy Load [RoHS Compliant]

Brand :

MISUMI

Caution

This product can be purchased in quantities of 10 pcs. Please enter your order quantity in multiples of 10. * Minimum order quantity (20 pcs. or more)
Stainless Steel Spring is magnetic.
If the order quantity is 200 or more, the product may be delivered in excess quantity. Thank you for your understanding.
The price list on this page is as of March 2024. For the latest price, please click the "Confirm Price" button after confirming the part number.

Product Description

＼RoHS10-compliant products are newly released. / The bulk-purchase may save up to 80% for MISUMI’s similar products.
MISUMI's low-priced new brand [Economy Series] Sequentially expanding product lineup. See "Product Lineup" for the special feature page. Product Lineup

Product Overview

■Product comparison information
♢ Economy series tension springs are manufactured overseas, resulting in significant cost reductions.
♢ Economy series tension springs are standardized to maintain the maximum load constantly to the same diameter. Initial tension and spring constant are for reference only.
♢ E-GAU□ is a stainless steel spring, but it is magnetic. Please be careful.

Item	MISUMI's Similar Products AUS	Economy Series E-GAUS
Service Life	1 million times	700,000 times or more
Manufactured	In Japan	Outside of Japan
RoHS10	Compliant	Compliant

Dimensional Drawing

Free Length L
D= 18 or less ±1.0
D= 18 or more ±1.5

Type	[M] Material
E-GAWU	SWP-B
E-GAWS
E-GAWF
E-GAUU	SUS304-WPB
E-GAUS	SUS304-WPB

Specification Table

■Light Medium Load Type

Part Number			Wire Dia. d mm	Dynamic Load		Initial Tension N (Reference Value)	Spring Constant N/mm (Reference Value)
Type	D	L	Wire Dia. d mm	Max. Deflection Fmax.mm	Max. Load N	Initial Tension N (Reference Value)	Spring Constant N/mm (Reference Value)
E－GAWU (SWP-B) E－GAUU (SUS304－WPB)	2	^*10	0.28	4.0	2.45	0.49	0.49
	2	^*15	0.28	6.7	2.45	0.49	0.29
	3	10	0.35	4.6	3.33	0.66	0.59
		15		9.1			0.29
		25		19.5			0.14
	4	15	0.45	7.5	4.81	0.98	0.51
		20		12.2			0.31
		25		16.9			0.23
		30		21.7			0.18
		40		30.0			0.13
	5	15	0.55	5.7	6.37	1.37	0.89
		20		9.8			0.51
		25		14.2			0.35
		30		18.9			0.26
		40		28.3			0.18
		50		36.4			0.14
	6	20	0.7	9.6	12.94	1.67	1.18
		25		14.4			0.78
		30		20.2			0.56
		35		28.8			0.39
		40		30.3			0.37
		45		34.8			0.32
		50		41.1			0.27
		(60)		50.0			0.23
	8	(25)	0.9	10.0	18.63	3.92	1.47
		(30)		14.3			1.03
		35		18.8			0.78
		40		23.8			0.62
		(45)		28.3			0.52
		50		32.6			0.45
		60		41.7			0.35
		(70)		50.0			0.29
	10	(35)	1.10	14.0	23.24	4.71	1.32
		60		35.7			0.52
		(75)		47.3			0.39
	12	^*35	1.40	11.7	47.7	10.49	3.14
	12	^*70	1.40	41.4	47.7	10.49	0.88

[ ! ] () can only be selected for E-GAWU.
[ ! ] * can only be selected for E-GAUU.
[ ! ] Load {kgf} = Load N × 0.101972
[!] Initial tension, spring constant, and number of coils are for reference only. There may be some variations depending on the lot.
" ! " How to Determine the Number of Winding (Reference Value): Total Coils = [L - 2(D - d)]/d
" ! " How to Determine the Active Number of Winding (Reference Value): Number of active coils = total coils - 2

■Medium Load Type

Part Number			Wire Dia. d mm	Dynamic Load		Initial Tension N (Reference Value)	Spring Constant N/mm (Reference Value)
Type	D	L	Wire Dia. d mm	Max. Deflection Fmax.mm	Max. Load N	Initial Tension N (Reference Value)	Spring Constant N/mm (Reference Value)
E－GAWS (SWP-B) E－GAUS (SUS304－WPB)	3	10	0.4	3.5	4.41	0.88	0.98
		15		6.0			0.59
		20		9.0			0.39
	4	15	0.5	6.5	6.37	1.18	0.78
		20		10.2			0.49
		25		13.9			0.39
		30		17.5			0.29
		40		24.0			0.22
	5	15	0.6	5.6	8.53	1.57	1.27
		20		8.9			0.78
		25		13.7			0.49
		30		17.3			0.39
		35		23.7			0.29
		40		24.5			0.28
	6	20	0.8	6.7	17.26	3.53	2.06
		25		9.3			1.47
		30		12.7			1.08
		35		15.6			0.88
		40		18.7			0.69
		45		20.6			0.68
		(50)		24.5			0.57
		55		28.0			0.50
	8	25	1.0	9.1	24.52	4.90	2.16
		30		12.5			1.57
		35		15.4			1.27
		40		19.2			0.98
		45		22.2			0.88
		50		25.0			0.78
		55		28.6			0.70
		60		33.3			0.60
		65		36.3			0.55
		(70)		40.0			0.50
	10	30	1.2	10.4	30.99	5.49	2.45
		35		13.7			1.86
		40		17.3			1.47
		(45)		20.0			1.27
		(50)		24.8			0.98
		60		31.6			0.78
	12	(40)	1.6	11.8	62.76	14.71	5.69
		(55)		19.3			2.94
		(60)		22.3			2.75
	14	(40)	1.8	10.2	74.53	16.67	5.69
	20	(100)	2.6	36.1	150.04	36.28	3.14
	20	(175)	2.6	72.5	150.04	36.28	1.60

[ ! ] () can only be selected for E-GAWS.
[ ! ] Load {kgf} = Load N × 0.101972
[!] Initial tension, spring constant, and number of coils are for reference only. There may be some variations depending on the lot.
" ! " How to Determine the Number of Winding (Reference Value): Total Coils = [L - 2(D - d)]/d
" ! " How to Determine the Active Number of Winding (Reference Value): Number of active coils = total coils - 2

■Medium Heavy Load Type

Part Number			Wire Dia. d mm	Dynamic Load		Initial Tension N (Reference Value)	Spring Constant N/mm (Reference Value)
Type	D	L	Wire Dia. d mm	Max. Deflection Fmax.mm	Max. Load N	Initial Tension N (Reference Value)	Spring Constant N/mm (Reference Value)
E－GAWF (SWP-B)	3	10	0.45	2.2	6.47	1.57	2.26
		15		4.5			1.08
		20		6.7			0.74
	4	15	0.55	4.5	8.43	1.86	1.47
		20		7.1			0.93
		25		10.0			0.66
		35		15.2			0.43
	5	15	0.7	3.9	14.71	2.45	3.14
		20		6.9			1.77
		25		9.6			1.28
		30		12.5			0.98
		35		15.6			0.78
		40		19.2			0.64
	6	20	0.9	3.9	23.54	5.88	4.51
		25		6.0			2.94
		30		7.8			2.26
		35		10.0			1.77
		40		12.0			1.47
		50		16.4			1.08
	8	25	1.1	5.8	31.38	6.86	4.23
		30		8.3			2.94
		35		10.9			2.26
		40		13.2			1.86
		45		15.6			1.57
	10	30	1.4	6.5	49.03	12.75	5.58
		35		8.7			4.17
		40		10.7			3.39
		45		12.9			2.81
		50		15.2			2.39
		70		23.1			1.57
		80		27.4			1.32

[ ! ] Load {kgf} = Load N × 0.101972
[!] Initial tension, spring constant, and number of coils are for reference only. There may be some variations depending on the lot.
" ! " How to Determine the Number of Winding (Reference Value): Total Coils = [L - 2(D - d)]/d
" ! " How to Determine the Active Number of Winding (Reference Value): Number of active coils = total coils - 2

■Max. Load N

O.D.	E-GAWA	E-GAWY	E-GAWU	E-GAWS	E-GAWF	E-GAWT	E-GWAWT
D	E-GAUA	E-GAUY	E-GAUU	E-GAUS		E-GAUT
2	0.69	1.86	2.45
3	1.27	2.25	3.33	4.41	6.47	8.80
4	2.26	3.24	4.81	6.37	8.43	11.10
5	3.24	4.22	6.37	8.53	14.71	20.79	20.79
6	6.08	8.14	12.94	17.26	23.54	33.15	33.15
8	8.53	12.75	18.63	24.52	31.38	41.19	41.19
10		15.00	23.24	30.99	49.03	77.47	77.47
12		31.37	47.7	62.76		120.62	120.62
14		38.24		74.53		154.95	154.95
16		43.15
20		78.45		150.04
For the product page, see here →	Extra Light Load / Light Load Type		Light Medium Load / Medium Load / Medium Heavy Load Type			Heavy Load Type	Heavy Load Double Hook Type

Note

[Cautions for Use]
▶Operating Temperature
SWP-B:: Ambient Temperature (0 to 40°C)
Stainless Steel:: -10 to 100°C
* Load value attenuates when tension springs are used in temperature higher than above, although it depends on other conditions.
* If this product is to be used in environments with extreme temperature difference or humidity such as outdoors, stainless steel is recommended.

▶Standard Usage Count: Approximately 700,000 times
* The above numbers are for reference only. The usage count may vary depending on the direction of tension, operating temperature/environment, and deformation amount.
It is recommended to use the springs within 70 % of allowable deflection F max.(mm).

▶Others
· Use the springs within the range of the allowable deflection F max.(mm). Using at higher than the allowable deflection values may cause deformation or failure.
Also, do not extend tension springs more than its allowable deflection during the installation.
· Stainless Steel Spring is magnetic. Please be careful.

Combination Table of Tension Spring and Post for Tension Spring

Please use this as a reference for combining extension spring and post for tension spring.
The following is a reference for combinations. Please check the strength of post for tension spring depending on the usage conditions.
　◎ = Recommended
　○= Available but difficult to pass through
× = Unavailable

[Economy Series]Tension Spring - Light Medium Load Type

Unit (mm)
Type	Tension Spring D Dimension	Posts for Tension Springs D Dim.	Economy Series Post for Tension Spring
			Hole	Groove Type
			C-AIPO	C-BSPO
E-GAWU E-GAUU	3	3	◎	×
	4	4	◎	○
	5	4	◎	◎
	5	5	◎	×
	6	4	◎	◎
		5	◎	×
		6	◎	×
	8	5	◎	◎
	8	6	◎	◎

[Economy Series]Tension Spring - Medium Load Type

Unit (mm)
Type	Tension Spring D Dimension	Posts for Tension Springs D Dim.	Economy Series Post for Tension Spring
			Hole	Groove Type
			C-AIPO	C-BSPO
E-GAWS E-GAUS	3	3	◎	○
	4	4	◎	×
	5	4	◎	◎
	5	5	◎	×
	6	4	◎	◎
	6	5	◎	×
	8	6	◎	◎
	10	6	◎	◎
	10	8	◎	×
	12	6	◎	○
	12	8	○	◎
	14	8	○	◎
	14	12	—
	20	14	—

[Economy Series]Tension Spring - Medium Heavy Load Type

Unit (mm)
Type	Tension Spring D Dimension	Posts for Tension Springs D Dim.	Economy Series Post for Tension Spring
			Hole	Groove Type
			C-AIPO	C-BSPO
E-GAWF	3	3	◎	×
	4	3	◎	×
	4	4	○	×
	5	4	◎	×
	5	5	◎	×
	6	4	◎	◎
		5	◎	×
		6	◎	×
	8	5	◎	◎
	8	6	◎	◎
	10	6	◎	◎
	10	8	◎	×