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Explosion-proof lithium battery monorail crane locomotive (permanent magnet frequency conversion integrated machine)

Name: Explosion-proof lithium battery monorail crane locomotive (permanent magnet frequency conversion integrated machine)
Availability: InStock

Negotiable

Xiangtan Hengxin Industrial Co., Ltd.

Located Region:

China

Address:

High-Tech Industrial Development Zone, Shaoshan City, Hunan Province

Biz Consulting:

13317325095

E-mail:

2259714705@qq.com

Online Contact

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The explosion-proof lithium battery monorail crane locomotive (permanent magnet frequency conversion integrated machine) is mainly composed of a cab, a permanent magnet frequency conversion motor drive unit, an electro-hydraulic control car (including hydraulic system, electrical control system and safety protection), a power supply device (explosion-proof lithium-ion battery), a speed protection trolley, a load-bearing trolley, a pull rod, a lifting beam, etc.

Table 1: Load comparison table of 6kW explosion-proof lithium battery monorail crane (permanent magnet inverter integrated machine) (unit: t)
Locomotive model\Slope (°)	5°	10°	15°	20°	25°
DLR56/24Y	23	9	4	/	/
DLR84/36Y	40	19	10	5	2
DLR112/48Y	56	28	16	9	5
DLR140/60Y	72	37	22	14	9
DLR168/72Y	80	44	27	17	11
DLR196/84Y	80	54	33	22	15
DLR224/96Y	80	63	40	27	19
DLR252/108Y	80	72	45	31	22
DLR280/1 20Y	80	80	51	35	25
DLR308/132Y	80	80	57	39	28
DLR336/144Y	80	80	63	44	32
DLR364/156Y	80	80	70	49	36
DLR392/168Y	80	80	76	54	40
Note: The load in the table is the safe load of the locomotive (safe load = deadweight of the lifting beam +weight of the cargo).

Table 2: Load comparison table of 8.5kW explosion-proof lithium battery monorail crane (permanent magnet inverter integrated machine) (unit: t)
Locomotive model\Slope (°)	5°	10°	15°	20°	25°
DLR1 20/68Y	60	31	18	11	7
DLR150/85Y	78	41	25	17	11
DLR180/102Y	80	49	30	20	13
DLR210/119Y	80	59	37	25	18
DLR240/136Y	80	69	44	31	22
DLR270/153Y	80	78	50	35	25
DLR300/170Y	80	80	57	40	29
DLR314/187Y	80	80	62	44	32
DLR360/204Y	80	80	70	49	36
Note: The load in the table is the safe load of the locomotive (safe load = deadweight of the lifting beam +weight of the cargo).

Table 3:Load comparison table of 15kW explosion-proof lithium battery monorail crane (permanent magnet inverter integrated machine) (unit: t)
Locomotive model\Slope(°)	5°	10°	15°	20°	25°
DLR90/90Y	43	21	11	6	3
DLR120/120Y	60	31	18	11	7
DLR150/150Y	78	41	25	17	11
DLR180/180Y	80	49	30	20	13
DLR210/210Y	80	59	37	25	18
DLR240/240Y	80	69	44	31	22
DLR270/270Y	80	78	50	35	25
DLR300/300Y	80	80	57	40	29
DLR330/330Y	80	80	62	44	32
DLR360/360Y	80	80	70	49	36
DLR390/390Y	80	80	77	54	41
DLR420/420Y	80	80	80	60	45
Note: The load in the table is the safe load of the locomotive (safe load = deadweight of thelifting beam +weight of the cargo).

Table 4: Load comparison table of 22kW explosion-proof lithium battery monorail crane (permanent magnet variable frequency integrated machine) (unit: t)
Locomotive model\Slope (°)	5°	10°	15°	20°	25°
DLR60/88Y	26	11	5	1	/
DLR90/132Y	43	21	11	6	3
DLR120/148Y	60	31	18	11	7
DLR150/148Y	78	41	25	17	11
DLR180/264Y	80	49	30	20	13
DLR210/296Y	80	59	37	25	18
DLR240/296Y	80	69	44	31	22
DLR270/296Y	80	78	50	35	25
DLR300/440Y	80	80	57	40	29
DLR330/444Y	80	80	62	44	32
DLR360/444Y	80	80	70	49	36
DLR390/444Y	80	80	77	54	41
DLR420/444Y	80	80	80	60	45
Note: The load in the table is the safe load of the locomotive (safe load = deadweight of the lifting beam + weight of the cargo).