Yale Ride on Electric Stacker : MS15XUX 1.5 Ton capacity : Lift height 2500 mm to 5600 mm

Yale Ride on Electric Stacker : MS15XUX 1.5 Ton capacity : Lift height 2500 mm to 5600 mm Specification

Usage
Industrial

Size
40x100x1070 Fork Dimension (mm)

Width
1170-1560 Millimeter (mm)

Condition
New

Lifting Capacity
1500 Kilograms (kg)

Max. Lifting Height
2590-5690 Millimeter (mm)

Power Source
Electric

Feature
Durable

Yale Ride on Electric Stacker : MS15XUX 1.5 Ton capacity : Lift height 2500 mm to 5600 mm Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Yale Ride on Electric Stacker : MS15XUX 1.5 Ton capacity : Lift height 2500 mm to 5600 mm

Experience the magnificent Yale Ride on Electric Stacker: MS15XUX, designed for unmatched industrial performance. With a robust 1.5 Ton (1500 kg) lifting capacity and an adjustable lift height from 2500 mm to 5600 mm, this splendiferous machine ensures optimum efficiency. Benefit from customizable options to suit your unique requirements, now available at the lowest price during our extraordinary sale. Built to sterling standards, the durable electric stacker boasts superior features, including 40x100x1070 mm fork dimensions and a width range of 1170-1560 mm. Proudly manufactured, supplied and traded across India.

Advantage and Features of Yale Ride on Electric Stacker: MS15XUX

The Yale MS15XUX Ride on Electric Stacker delivers sterling lifting capabilities with a 1.5-ton capacity and lift heights ranging from 2500 to 5600 mm. Its elegant, compact design ensures magnificent maneuverability in tight industrial spaces. Competitive advantages include durable electric power, customizable fork sizes, and effortless usage for warehouse operators. Sharp safety features, robust construction, and smooth operation make it a splendiferous addition for modern industrial settings.

Export Markets, Certifications, and Order Process for Yale Ride on Electric Stacker

The Yale Ride on Electric Stacker: MS15XUX serves a wide array of main export markets, backed by trusted certifications that validate its quality. With reliable supply ability, transport services ensure swift delivery following a valid purchase order. Interested buyers can request a formal quotation, after which the transactional process is thoroughly managed. This seamless ordering system aids in delivering value and assurance to clients globally while meeting diverse industrial demands.

FAQs of Yale Ride on Electric Stacker : MS15XUX 1.5 Ton capacity : Lift height 2500 mm to 5600 mm:

Q: How can I request a quotation for the Yale Ride on Electric Stacker: MS15XUX?

A: You can request a detailed quotation by contacting the manufacturer, supplier, or trader in India directly, providing your specific requirements and company details.

Q: What makes the Yale MS15XUX stacker advantageous for industrial usage?

A: The Yale MS15XUX offers sterling performance with its powerful electric engine, splendid lifting range (2500-5600 mm), customizable forks, and durable design optimized for intensive industrial applications.

Q: When will my order for the Yale Ride on Electric Stacker be processed and shipped?

A: Once your purchase order and necessary documents are received, order processing typically begins immediately, with shipping managed by reliable transport services to ensure timely delivery.

Q: Where is the Yale Ride on Electric Stacker suitable for use?

A: This stacker is ideal for warehouses, logistics centers, and diverse industrial environments needing efficient material lifting and transport.

Q: What certifications support the Yale MS15XUXs quality and safety?

A: The Yale MS15XUX meets key industrial certifications, ensuring compliance with safety and performance standards demanded in international and domestic markets.

Q: How can I customize the stacker to fit my warehouse specifications?

A: You can discuss customization options, such as fork dimensions and width adjustments, with the supplier at the time of quotation and order placement.