Material Transfer Cart For Steel Pipe Handling

Product Brief

The material transfer cart for steel pipe handling is a kind motorized flatbed rail cart for workshop material handling, which is powered by Low voltage rail.

Working Principle：It makes the AC electricity power is transformed into AC 36v two phases and respectively connected to the two tracks. Then the wheels conduct the AC 36v on tracks into the electrical appliance box at the bottom of the material transfer carts. And then the AC 36v is transformed into DC 36v to control the DC motor to operate the it start, stop, go forward and backward and adjust the speed, etc.

Company Strength: Xinxiang New Leader Machinery Manufacturing Co., Ltd. is a professional and international handling equipment company integrating R&D, design, production and sales. It has a modern management team, technical team and production technician team. Founded in September 2003, located in Xinxiang city, Henan province, BEFANBY has an annual production capacity of more than 1,500 sets handling equipment, which can carry 1-1,500 tons of workpieces,have obtained more than 70 national product patents and certificates.

Application:This material transfer cart solves the problem of handling bulk building materials in building material production workshops. It adopts low-voltage rail power supply, with insulated wheels cooperating with carbon brushes and conductive columns to transmit electricity to the electrical box, thus eliminating the risk of electric leakage. In the workshop, it efficiently transports building materials such as steel bars and plates without the need for frequent charging. It is adaptable to the complex layout of the workshop, reduces the intensity of manual handling, increases material circulation efficiency by 30%, and ensures safe and orderly production.

Product Information:

Model: KPD-40T

Load: 40 Tons

Size: 5000*4000*650mm

Wheel Type: Steel Rail Wheels

Power Supply: Low Voltage Rail

Working Speed: 0-30mmin

Application: Metal Pipes Transport

Customized Is Supported