Low Voltage Rail Transfer Cart

Product Categories

Three-phase low-voltage rail power supply

The power supply principle is that the three-phase 380V power supply in the workshop reduces the voltage to 36V through the ground step-down transformer, and feeds it to the conductive rail (the conductive rail also serves as the flat car walking track) and a sliding contact wire in the middle. The device sends low-voltage electricity to the step-up transformer on the car to boost it to 380V to drag the three-phase motor to drive the flat car.

Single-phase low-voltage rail power supply

The two-phase 380V power supply in the workshop reduces the voltage to a safe voltage of 36V via the ground step-down transformer, and feeds it to the conductive rail (the conductive rail also serves as a flat car walking track). The conductive device sends the low-voltage electricity to the step-up transformer on the car to boost it to 380V to drive the single-phase motor to drive the low voltage transfer trolley.

Single-phase low-voltage rail power supply (DC motor drive)

The two-phase 380V power supply in the workshop reduces the voltage to a safe voltage of 36V via the ground step-down transformer, and feeds it to the conductive rail (the conductive rail also serves as a flat car walking rail). The low voltage electricity is sent to the rectifier module on the car through the conductive device of the flat car to get a DC voltage of 48V to drive the DC motor to drive the flat car to run.

Products Parameters

		BDG-2t	BDG-20t	BDG-50t	BDG-100t BDG-150t
Rated Load(t)		2	20	50	100	150
Table Size(mm)	Length(L)	2000	4000	5500	6500	10000
	Width(W)	1500	2200	2500	2800	3000
	Heigth(H)	450	550	650	900	1200
Wheel Base(mm)		1200	2800	4200	4900	7000
Rail Inner Gauge(mm)		1200	1435	1435	2000	2000
Wheel Diameter(mm)		270	350	500	600	600
Wheel Quantity		4	4	4	4	8
Ground Clearance(mm)		50	50	50	75	75
Running Speed(min)		0-25	0-20	0-20	0-20	0-18
Motor Power(kw)		1	2.2	5	10	15
Battery Capacity		180	180	330	440	600
Battery Voltage		24	48	48	72	72
Running Time When Full Load		4.32	4	3.3	3.2	2.9
Running Distance for One Charge(Km)		6.5	4.8	4	3.8	3.2
Max Wheel Load(KN)		14.4	77.7	174	343.8	265.2
Reference Weight(t)		2.8	5.9	8	14.6	26.8
Recommended Rail Model		P15	P24	P43	QU100	QU100

Application Scenarios

Transfer cars prove indispensable across multiple industries:

In warehousing and logistics, they transport goods along warehouse tracks;

in automotive manufacturing, they move vehicle frames and other components;

in machinery production, they transfer large mechanical parts; and in steel metallurgy, they even transport high-temperature ladles of molten steel-all contributing to efficient operations across various sectors.