GB T554-96 Type E Double Cross Bollard

GB T554-96 Type E Double Cross Bollard

GB T554-96 Type E Double Cross Bollard is one type of GB/T 554-96 bollard. We also supply other four types: type A ordinary bollard, type B inserted bollard, type C simple bollard, type D single cross bollard. Each type has its special features for vessels to be docked at the seaside. If you want to know more, please feel free to contact us.

Features of GB T554-96 Type E Double Cross Bollard

1. Nominal Diameter: 50 to 300mm;

2. Bolts Quantity: 6;

3. Weight: 7 to 576kg

4. Applicable Ropes: wire rope, hemp rope, synthetic fiber rope;

5. High corrosion resistance;

6. Durable,long lifetime;

7. Certificate: CCS,ABS,BV,LR etc.

GB T554-96 Type E Double Cross Bollard

Drawing of GB T554-96 Type E Double Cross Bollard

Unit:mm

Nominal Dia.	Max. Dia. of Steel Rope	Max. Dia. of Hemp Rope	Max. Dia. of Synthetic Carbon Fiber Rope	D	D1	L	B	H	h	h1	h2	t	t1	d	d1	r	A	A1	A2	Screw		Weight(kg)
Nominal Dia.	Max. Dia. of Steel Rope	Max. Dia. of Hemp Rope	Max. Dia. of Synthetic Carbon Fiber Rope	D	D1	L	B	H	h	h1	h2	t	t1	d	d1	r	A	A1	A2	Screw Thread Dia.	Quantity(piece)	Weight(kg)
50	8.7	75	16	50	65	310	130	190	8	85	-	6	4	32	40	20	180	270	90	M12	6	7
75	11.5	90	20	75	95	450	170	290	10	130	-	7	5	48	56	25	275	400	400	M16	6	16
100	13.5	100	24	100	120	550	200	350	12	160	-	7	5	65	75	28	350	494	494	M18	6	27
125	15.5	125	28	125	145	660	240	425	14	195	-	9	7	80	95	35	425	590	590	M22	6	49
150	17.5	150	30	150	170	770	270	500	16	210	-	9	7	90	110	35	500	700	700	M22	6	71
175	19.5	175	36	180	200	850	320	550	18	240	-	10	8	110	125	38	530	774	774	M24	6	103
200	22.5	200	40	203	225	960	360	795	145	275	60	12	9	130	145	20	600	-	-	-	-	181
250	26.0	225	48	245	280	1200	450	855	155	350	60	14	12	159	180	25	750	-	-	-	-	310
300	30.5	250	56	290	330	1440	540	1160	180	420	73	16	14	194	215	30	900	-	-	-	-	576
Note: the value of H,h,h1 and weight when D=200~300mm only apply to steel deck. If bollard needs installing on the wood deck, the value of H,h,h2 each increased 50mm, and the weight increases correspondingly.