What types of MISUMI economy series rod end bearings are available?

MISUMI economy series rod end bearings are mainly divided into: ① Lubrication Free, Tapped ② Lubrication Free, Male Threaded ③ Oil Lubrication, Tapped ④ Oil Lubrication, Male Threaded

What is the difference in material between MISUMI economy series lubrication free rod end bearing and MISUMI standard product?

The economy series lubrication free rod end bearing has a copper ring between the steel ball and the holder in addition to the PTFE lubrication layer (Polytetrafluoroethylene resin).

What is an oil lubrication rod end bearing?

An oil lubrication rod end bearing is different from a lubrication free rod end bearing in that its lubrication layer is a copper ring and its holder is equipped with an oil nozzle. In contrast, the lubrication free type has no oil nozzle and is lubricated by PTFE.

Notice of End of Sales for Economy Series Pneumatic Equipment Category. More information.

How can we improve?

How can we improve?

Feedback

Name (Optional)

E-mail Address (Optional)

Tel (Optional)

Thank you for your time.
Your feedback is essential for our continuous improvement
Privacy Policy

Thank you for your cooperation.

Thank you for your time.
Your feedback is essential for our continuous improvement
Please use the inquiry form.

Privacy Policy

Configure

Part number has not been determine

(1 Part Numbers Available)

Configure Remaining Specifications

Part Number Complete

E-GYW14

type Connecting Threads Inner Dia. d Connecting Thread Direction CAD Days to Ship

Specification/Dimensions

type
- E-GYW
- E-GYWL
Clear
Connecting Threads
- M5×0.8
- M6×1.0
- M8×1.25
- M10
  - M10×1.5
- M12
  - M12×1.75
- M14
  - M14×2.0
- M16
  - M16×2.0
- M20×1.5
Clear
Inner Dia. d(Ø)
5

6

8

10

12

14

16

20
Clear
Connecting Thread Direction
- Right-hand Thread
- Left-hand Thread
Clear
CAD
- 2D
- 3D
Clear

Days to Ship

All

Same day
Clear

Specify Alterations

Rod End Bearings Male Threaded (E-GYW14)

Volume Discount

Check FAQ of this product (3 items)

Brand :

MiSUMi Economy

Order Qty :
Total Price :

---
Days to ship :

---

Select part number to Order Now/ Add to Cart

CAD Download

Economy Rod End Bearings Male Threaded

Budget-Friendly Durable Versatile

- Affordable Excellence: The Economy Series offers a high-quality rod end bearing solution at a lower cost, ideal for both budget-sensitive and high-volume applications.

- Choose from a comprehensive range of sizes to suit various mechanical needs.

- Crafted with durable materials for reliable, long-term performance.

- Available in both right-hand and left-hand thread configurations to fit various requirements.

- Benefit from large inventory and fast shipping options, ensuring timely delivery.

Economy Bearing Lock Nuts F Type (60-Degree Clamping)

MISUMI Standard

Cheaper Price

Product Variety

3D CAD
3D CAD Support

Product Overview of Spherical Bearings

MISUMI self-developed economy series Spherical Bearings, with market universal specifications, beautiful appearance, and reliable quality.
Raw materials and tolerances are strictly controlled to ensure tensile performance and durability. Large inventory and same day shipment.

Product Features of Spherical Bearings

・MISUMI self-developed products of Spherical Bearings with beautiful appearance and reliable quality
・The steel ball is made of high-quality bearing steel material under strict tolerance management to ensure smooth and precise rotation of the rod end bearing.
・ The ball press-fit process has been improved to prevent the ball from falling off.

Drawing 1

Specifications Overview of Spherical Bearings

・Oil lubrication Spherical Bearings External threads are divided into two types, namely the right-hand thread and left-hand thread.

Shape of Spherical Bearings	Male Thread Type		Material
Shape of Spherical Bearings	Male Thread Type		Holder	Spherical Inner Ring	Bushing (Inner Lining)
Oil Lubrication	Right-Hand Thread	Left-Hand Thread	S45C (Zinc Plating)	Bearing Steel	H62

Connecting Thread Specification M×P	Connecting Thread Direction	d	D	L	L₁	ℓ	B	B₁	d₁	(r)	Static Load Capacity Radial Cs (kN)	Weight
M5×0.8	Right-Hand Left-Hand	5	16	41	33	20	6	8	7.7	0.3 ~ 0.5	5.7	13
M6×1.0		6	18	45	36	22	6.75	9	8.96		7.2	20
M8×1.25		8	22	53	42	25	9	12	10.4		11.6	30
M10×1.5		10	26	61	48	29	10.5	14	12.9		14.5	55
M12×1.75		12	30	69	54	33	12	16	15.4		17	85
M14×2.0		14	34	77	60	36	13.5	19	16.9		24	140
M16×2.0		16	38	86	66	40	15	21	19.4		28.5	210
M20×1.5		20	46	103	78	47	18	25	23		52.5	380

Dimensional Drawing of Spherical Bearings

Material of Spherical Bearings
Holder	Spherical Inner Ring	Bushing (Inner Lining)
S45C (Zinc Plating)	Bearing Steel	H62

Example Use of Spherical Bearings

Part Number

Incomplete part number.
Please use left hand selections to complete a part number.

: 30; 45; 60

Part Number
E-GYW14

Part Number	Price	Minimum Order Qty.	Volume Discount	Days to Ship	RoHS	Connecting Threads	Inner Dia. d (Ø)	Connecting Thread Direction
	₹ 517.20	1 Piece(s)	Available	Same day	10	[M14] M14×2.0	14	Right-hand Thread

Dimensional Drawing

Material
Holder	Spherical Inner Ring	Bushing (Inner Lining)
S45C (Zinc Plating)	Bearing Steel	H62

Specification Table

・Oil lubrication rod end bearing External threads are divided into two types, namely the right-hand thread and left-hand thread.

Shape	Male Thread Type		Material
Shape	Male Thread Type		Holder	Spherical Inner Ring	Bushing (Inner Lining)
Oil Lubrication	Right-Hand Thread	Left-Hand Thread	S45C (Zinc Plating)	Bearing Steel	H62

Connecting Thread Specification M×P	Connecting Thread Direction	d	D	L	L₁	ℓ	B	B₁	d₁	(r)	Static Load Capacity Radial Cs (kN)	Weight
M5×0.8	Right-Hand Left-Hand	5	16	41	33	20	6	8	7.7	0.3 ~ 0.5	5.7	13
M6×1.0		6	18	45	36	22	6.75	9	8.96		7.2	20
M8×1.25		8	22	53	42	25	9	12	10.4		11.6	30
M10×1.5		10	26	61	48	29	10.5	14	12.9		14.5	55
M12×1.75		12	30	69	54	33	12	16	15.4		17	85
M14×2.0		14	34	77	60	36	13.5	19	16.9		24	140
M16×2.0		16	38	86	66	40	15	21	19.4		28.5	210
M20×1.5		20	46	103	78	47	18	25	23		52.5	380

Basic Information

Rod End Bearing Type	Standard Type	Main Body Material	S45C	Connecting Thread Shape	Threaded
Type	Rod End Bearings	Bushing Material	H62	Lubrication Method	Lubrication

Please check the type/dimensions/specifications of the part E-GYW14 in the Rod End Bearings Male Threaded series.

The specifications and dimensions of some parts may not be fully covered. For exact details, refer to manufacturer catalogs .

Frequently asked question (FAQ)

Question: What types of MISUMI economy series rod end bearings are available?: Answer: MISUMI economy series rod end bearings are mainly divided into: ① Lubrication Free, Tapped ② Lubrication Free, Male Threaded ③ Oil Lubrication, Tapped ④ Oil Lubrication, Male Threaded
Question: What is the difference in material between MISUMI economy series lubrication free rod end bearing and MISUMI standard product?: Answer: The economy series lubrication free rod end bearing has a copper ring between the steel ball and the holder in addition to the PTFE lubrication layer (Polytetrafluoroethylene resin).
Question: What is an oil lubrication rod end bearing?: Answer: An oil lubrication rod end bearing is different from a lubrication free rod end bearing in that its lubrication layer is a copper ring and its holder is equipped with an oil nozzle. In contrast, the lubrication free type has no oil nozzle and is lubricated by PTFE.

Product variants

Part Number
E-GYW10
E-GYW12
E-GYW16
E-GYW20
E-GYW5
E-GYW6

Standard Unit Price	Minimum order quantity	Volume Discount	Days to Ship	RoHS	Connecting Threads	Inner Dia. d (Ø)	Connecting Thread Direction
₹ 275.85	1 Piece(s)	Available	Same day Stock	10	[M10] M10×1.5	10	Right-hand Thread
₹ 332.39	1 Piece(s)	Available	Same day Stock	10	[M12] M12×1.75	12	Right-hand Thread
₹ 657.88	1 Piece(s)	Available	Same day Stock	10	[M16] M16×2.0	16	Right-hand Thread
₹ 999.88	1 Piece(s)	Available	Same day Stock	10	M20×1.5	20	Right-hand Thread
₹ 186.18	1 Piece(s)	Available	Same day Stock	10	M5×0.8	5	Right-hand Thread
₹ 194.48	1 Piece(s)	Available	Same day Stock	10	M6×1.0	6	Right-hand Thread

Search by Category / Brand

Search by Category

How can we improve?