Multi Eye Bolt Naniwa | Kouei Japan Trading

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Naniwa Multi Eye Bolt

Japan, Naniwa

Naniwa Multi Eye Bolt

Product Made in Japan
Manufacturer : Naniwa
Model: Multi Eye Bolt (ME0808C,ME1008C,ME1210C,ME1414C,ME1614C,ME1818C,ME2018C,ME2222C,ME2422C,
ME2728C,ME3028C,ME3632C,ME4236C,ME4842C)

You can safely use it for horizontal lifting, diagonal lifting, and lifting operations, which are dangerous with conventional JIS eye bolts. Since it is possible to use three times the working load of JIS eye bolts, you can make the screw hole drilling on the target object smaller, resulting in a reduction of costs.

Certified by NETIS-VE

Features

You can use it safely for horizontal, diagonal, and lifting work, avoiding the dangers associated with conventional JIS eye bolts.
Since it is possible to use three times the working load of JIS eye bolts, the screw hole drilling on the target object can be made smaller, resulting in cost reduction.
When handling cargo using two or more multi-eye bolts, please use within the working load range that takes into account the tension increase factor depending on the hanging angle. In addition, when installing this product, installing a thick washer or the like between the seat surface of this product and the cargo handling object is not guaranteed as it will drastically reduce the working load.
Although it can be used repeatedly, there is a risk of damage due to metal fatigue due to repeated use, so please carry out periodic inspections determined by the customer according to the degree of use (load and frequency).

*Working load (WLL) is the static load that can be applied to one multi-eye bolt.

Product number	Working load Ton(KN)	Mounting bolt d	A	B	C	D	ℓ
ME0808C	0.3(2.94)	M8	41	25	8	28	11
ME1008C	0.5(4.90)	M10	41	25	8	28	16
ME1210C	0.8(7.85)	M12	50	30	10	32	21
ME1414C	1.2(11.77)	M14	65	37	14	42	27
ME1614C	1.6(15.69)	M16	65	37	14	42	27
ME1818C	1.8(17.65)	M18	83	47	18	50	31
ME2018C	2.5(24.52)	M20	83	47	18	50	31
ME2222C	3.1(30.40)	M22	102	58	22	60	37
ME2422C	3.6(35.30)	M24	102	58	22	60	37
ME2728C	4.8(47.07)	M27	128	72	28	75	50
ME3028C	5.8(56.87)	M30	128	72	28	75	50
ME3632C	8.0(78.45)	M36	154	90	32	90	57
ME4236C	10.0(98.06)	M42	176	104	36	105	67
ME4842C	15.0(147.00)	M48	200	116	42	120	73

Product number	b	h	H	E	W	Approximate bolt tightening torque (Kgf・m)	Weight (kg)
ME0808C	33	30	71	24	50	0.8~1.5	0.18
ME1008C	32	31	71	24	50	1.0~2.5	0.19
ME1210C	40	38	88	29	62	1.5~4.0	0.35
ME1414C	47	48	109	36	79	4.0~10.0	0.72
ME1614C	47	48	109	36	79	4.0~10.0	0.75
ME1818C	60	57	135	45	100	7.0~15.0	1.32
ME2018C	60	57	135	45	100	7.0~15.0	1.38
ME2222C	72	63	157	56	121	10.0~25.0	2.31
ME2422C	72	63	157	56	121	10.0~25.0	2.38
ME2728C	90	79	197	70	150	12.0~35.0	4.7
ME3028C	90	79	197	70	150	12.0~35.0	4.9
ME3632C	112	91	235	85	176	15.0~50.0	7.6
ME4236C	130	109	275	100	200	18.0~60.0	11.8
ME4842C	140	127	309	110	226	30.0~80.0	18.2

*Please consult us separately regarding changes in bolt ℓ dimensions. *The shape and specifications of the products listed in this catalog are subject to change without notice due to improvements.

List of basic working loads by suspension method


Number of pieces used		1	2		3 or 4
Hanging angle α		α=0°	α≦90°	90°＜α≦120°	α≦90°	90°＜α ≦120°
Mode coefficient M		1	1.4	1	2.1	1.5
Product number	Working load					Unit: ton
ME0808C	0.3	0.3 or less	0.4 or less	0.3 or less	0.6 or less	0.4 or less
ME1008C	0.5	0.5 or less	0.7 or less	0.5 or less	1.1 or less	0.7 or less
ME1210C	0.8	0.8 or less	1.1 or less	0.8 or less	1.7 or less	1.2 or less
ME1614C	1.6	1.6 or less	2.2 or less	1.6 or less	3.4 or less	2.4 or less
ME2018C	2.5	2.5 or less	3.5 or less	2.5 or less	5.3 or less	3.7 or less
ME2422C	3.6	3.6 or less	5.0 or less	3.6 or less	7.6 or less	5.4 or less
ME3028C	5.8	5.8 or less	8.1 or less	5.8 or less	12.2 or less	8.7 or less
ME3632C	8.0	8.0 or less	11.2 or less	8.0 or less	16.8 or less	12.0 or less
ME4236C	10.0	10.0 or less	14.0 or less	10.0 or less	21.0 or less	15.0 or less
ME4842C	15.0	15.0 or less	21.0 or less	15.0 or less	31.5 or less	22.5 or less

*In the case of a 4-wire suspension, the suspension angle is the angle of the opposing wires, etc. in the diagonal direction. *Due to development and improvement, specifications may change without notice. Round down to the second decimal place