Compression Spring - O.D. Referenced Stainless Steel, Heavy Load [RoHS Compliant]

Brand :

MISUMI

Caution

This product can be purchased in quantities of 10pcs. Please enter your order quantity in multiples of 10. * Minimum order quantity (10 pcs. or more)
Since it is an O.D. referenced type spring, it is manufactured with priority given to O.D. tolerances. Please be careful.
Stainless Steel Spring is magnetic.

Product Description

＼RoHS10-compliant products are newly released.

Product Overview

[Product Comparison Information]
♢Economy series compression springs are manufactured overseas, resulting in significant cost reductions.
♢ Since it is an O.D. referenced type spring, it is manufactured with priority given to O.D. tolerances. Please be careful.
♢ Stainless Steel Spring is magnetic. Please be careful.

Item	MISUMI's Similar Products	Economy Series
Service Life	1 million times	700,000 Times
Manufactured	In Japan	Outside of Japan

Dimensional Drawing

Closed Ends (Both Ends Not Ground*) Closed Ends (Both Ends Ground) 0 -0.5 mm 0 -0.8 mm

O.D. D	ø10 or Less			Free Length L	±1 mm
	ø12 or More			Spring Constant	±10%

[M]Material SUS304-WPB

Specification Table

Ordering Example	Part Number
	E－GUH13－20

■E-GUM: Fmax. (allowable deflection) = L × 35%

Part Number		d	Solid Length (Reference Value)	F max.	N (kgf) max.	Fa%
Type	D－L
E-GUM	4-5*	0.40	2.20	1.75	3.4{0.35}	35
	10*	0.50	4.90	3.50	6.8{0.70}
	15	0.55	7.50	5.25	10.3{1.05}
	20	0.60	11.10	7.00	13.7{1.40}
	5-5*	0.45	2.25	1.75	3.4{0.35}
	10*	0.50	3.13	3.50	6.8{0.70}
	15	0.65	8.45	5.25	10.3{1.05}
	20			7.00	13.7{1.40}
	30	0.70	11.90	10.50	24{2.45}
	35	0.75	16.50	12.25	20.6{2.10}
	6-5*	0.55	2.70	1.70	4.9{0.50}
	10	0.70	5.60	3.50	10.8{1.10}
	15	0.75	7.40	5.20	15.7{1.60}
	20			7.00	20.6{2.10}
	25	0.85	12.80	8.70	25.5{2.60}
	30			10.50	31.4{3.20}
	35	0.90	16.70	12.20	36.3{3.70}
	40		16.80	14.00	41.2{4.20}
	8-10	0.85	6.40	3.50	10.8{1.10}
	15	0.90	7.90	5.30	15.7{1.60}
	20			7.00	20.6{2.10}
	25			8.80	25.5{2.60}
	30	1.00	12.00	10.50	31.4{3.20}
	35			12.30	36.3{3.70}
	10-10	0.90	5.20	3.50	10.8{1.10}
	15	1.00	7.30	5.30	15.7{1.60}
	20			7.00	20.6{2.10}
	25	1.10	10.50	8.80	25.5{2.60}
	30			10.50	31.4{3.20}
	13-15	1.20	8.40	5.30	15.7{1.60}
	20	1.30	11.10	7.00	20.6{2.10}
	25			8.80	25.5{2.60}
	40	1.40	15.10	14.00	41.2{4.20}
	20-30	1.90	13.30	10.50	52{5.30}

[ ! ] Both ends of * marked springs are not ground.
[ ! ] Using it compressed to the solid length may cause deformation or break after a few uses.
Be sure to use the springs within the range of the allowable deflection F max.(mm).
[ ! ] O.D. Referenced Type is outer diameter prioritized.
·How to Determine the Number of Winding (Reference Value): Total coils = solid length / wire diameter (d) - 1
Number of active coils = total coils - 2
* The values of the number of coils are for reference only. There may be some variations depending on the lot.

■E-GUH: Fmax. (allowable deflection) = L x 30%

Part Number		d	Solid Length (Reference Value)	F max.	N (kgf) max.	Fa%
Type	D－L
E-GUH	4-5*	0.45	2.70	1.5	4.4{0.45}	30
	10*	0.50	3.80	3.0	8.8{0.90}
	15	0.60	8.10	4.5	13.2{1.35}
	5-5*	0.55	3.30	1.5	4.4{0.45}
	10	0.60	4.65	3.0	8.8{0.90}
	15			4.5	13.2{1.35}
	25	0.75	11.81	7.5	22.1{2.25}
	6-5*	0.65	3.20	1.5	8.8{0.90}
	10	0.70	3.90	3.0	17.7{1.80}
	15	0.85	7.70	4.5	26.5{2.70}
	20	0.90	9.70	6.0	35.3{3.60}
	25	1.00	15.50	7.5	44.1{4.50}
	30			9.0	53{5.41}
	8-10	0.90	5.30	3.0	17.7{1.80}
	15			4.5	26.5{2.70}
	20	1.10	11.00	6.0	35.3{3.60}
	25			7.5	44.1{4.50}
	30	1.20	15.90	9.0	53{5.40}
	10-15	1.10	6.90	4.5	26.5{2.70}
	20	1.20	9.30	6.0	35.3{3.60}
	25			7.5	44.1{4.50}
	30	1.30	12.70	9.0	53{5.40}
	35	1.40	17.50	10.5	61.8{6.30}
	13-15	1.50	9.20	4.5	44.1{4.50}
	20			6.0	58.8{6.00}
	25			7.5	73.5{7.50}
	30	1.80	18.00	9.0	88.3{9.00}
	16-45	2.20	25.10	13.5	132.4{13.51}
	20-30	2.30	13.80	9.0	132.4{13.51}

kgf (load) = N⋅mm (spring constant) × 0.101972 × F (Deflection)
[kgf] = N × 0.101972
[ ! ] Both ends of * marked springs are not ground.
[ ! ] Using it compressed to the solid length may cause deformation or break after a few uses.
Be sure to use the springs within the range of the allowable deflection F max.(mm).
[ ! ] O.D. Referenced Type is outer diameter prioritized.
·How to Determine the Number of Winding (Reference Value): Total coils = solid length / wire diameter (d) - 1
Number of active coils = total coils - 2
* The values of the number of coils are for reference only. There may be some variations depending on the lot.

■Spring Constant (N/mm) [kgf/mm]

O.D. D	O.D. Referenced
	E-GUV	E-GUY	E-GUR	E-GUF	E-GUL	E-GUTT	E-GUM	E-GUH	E-GUBB
2		0.05 {0.005}	0.20 {0.02}	0.30 {0.03}	0.50 {0.05}
3	0.05 {0.005}	0.098 {0.010}	0.29 {0.03}	0.49 {0.05}	0.98 {0.1}	1.5 {0.15}
4							2.0 {0.2}	2.9 {0.3}	4.9 {0.5}
5						2.0 {0.2}
6							2.9 {0.3}	5.9 {0.6}	9.8 {1.0}
8
10		0.200 {0.020}
12
13						2.0 {0.2}	2.9 {0.3}	9.8 {1.0}	19.6 {2.0}
16				0.49 {0.05}
20				0.98 {0.10}	2.90 {0.3}		4.9 {0.5}	14.7 {1.5}	29.4 {3.0}
Fmax.	F = L × 70%	F = L × Fa%	F = L × Fa%	F = L × 45%	F = L × 40%	F = L × Fa%	F = L × 35%	F = L × 30%	F = L × 25%

I.D. D	I.D. Referenced
I.D. D	E-GVUR	E-GVUF	E-GVUL	E-GVUM
5	0.29 {0.03}	0.49 {0.05}	0.98 {0.10}	2.94 {0.30}
6
8
10
12
16
Fmax.	F= L × 60%	F= L × 45%	F= L × 40%	F= L × 35%

Note

Cautions on Use
Operating Temperature
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.
Stainless Steel Spring is magnetic.

[Economy Series]Compression Spring - O.D. Referenced Stainless Steel, Extra Light Load	[Economy Series]Compression Spring - O.D. Referenced Stainless Steel, Light Load	[Economy Series]Compression Spring - O.D. Referenced Stainless Steel, Heavy Load

Type: E-GUF, E-GUR, E-GUV, E-GUY	Type: E-GUL, E-GUTT	Type: E-GUH, E-GUM

[Economy Series]Compression Spring - O.D. Referenced Stainless Steel, Extra Heavy Load	[Economy Series]Compression Spring - I.D. Referenced Stainless Steel, Light Load	[Economy Series]Compression Spring - I.D. Referenced Stainless Steel, Heavy Load

Type: E-GUBB	Type: E-GVUF, E-GVUR	Type: E-GVUL, E-GVUM