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Rail Gap Adjuster

railway maintenance machinery

Rail Gap Adjuster for Sale

A rail gap adjuster is a type of railway maintenance machinery used to adjust the gap between rails. The rails are affected by temperature, which causes the gap between the rails to become larger or smaller. The rail gap can be kept within the allowable range through a rail gap adjuster. To ensure the safety and stability of the train. Unlike rail tensor, Rail tensor is used for seamless rails, and rail gap adjuster is used for gapped rails. It adjusts the rail gap locally by hydraulic means without changing the overall stress state of the rail. The rail gap adjuster is important in railway maintenance. Timely adjustment of the track gap can significantly reduce the risk of derailment, while also reducing wheel-rail impact and lowering maintenance costs. AGICO’s rail gap adjuster can complete the track gap adjustment work of 50kg/m, 60kg/m, and 75kg/m rails.

rail gap adjuster for sale
rail gap adjuster for sale

Hot-selling Property

YTF 400 II hydraulic rail gap adjuster

YTF 400 II Hydraulic Rail Gap Adjuster

YTF 400 II Hydraulic Rail Gap Adjuster has both rail pushing and rail pulling functions. It is easy to operate, highly efficient, and has automatic overload protection and hydraulic self-locking functions, making it safe to use. It can operate stably in the ambient temperature of -30℃~+60℃.

YTF 400 hydraulic rail gap adjuster

YTF 400 Hydraulic Rail Gap Adjuster

The main function of the YTF 400 Hydraulic Rail Gap Adjuster is to widen the rail gap. The adjustment accuracy of this equipment is controlled within the range of ±1mm, which fully complies with the requirements of railway industry standards such as TB/T 2658.

YTF 250 hydraulic rail gap adjuster

YTF 250 Hydraulic Rail Gap Adjuster

YTF 250 Hydraulic Rail Gap Adjuster is a relatively lightweight track maintenance equipment. It can complete a single track gap adjustment operation within 3-8 minutes, and the adjustment accuracy is controlled within the range of ±1.5mm.

Advantages of Rail Gap Adjuster

High Accuracy

Rail gap adjuster can achieve high-precision rail gap adjustment of ±1mm level through the hydraulic system. Reduce the error of manual adjustment and reduce the risk of derailment by more than 60%.

High Efficiency

Compared with manual adjustment, the rail gap adjuster reduces the single adjustment operation time to 3-5 minutes. Moreover, it is easy to operate, reduces line blocking time, and improves efficiency by 5-8 times.

Strong Adaptability

The rail gap adjuster is equipped with rail devices of different specifications and is suitable for various types of crane rails. The compact structure can be used in a variety of environments.

Reasonable Design

The rail gap adjuster has an ergonomic foldable handle design with an operating force of no more than 50N. The non-slip rubber base and magnetic fixings ensure stable positioning of the device on the rails.

Rail Gap Adjuster Structure and Working Principle

Taking the YTF 400 II Hydraulic Rail Gap Adjuster as an example, let’s show you the structure and working principle of the rail gap adjuster:

rail gap adjuster structure

Working principle of push rail: First, use the front and middle clamps to clamp the rail gap adjuster firmly onto the two rails. The hydraulic oil is pressurized by the hydraulic pump and delivered to the hydraulic cylinder, and the piston in the cylinder extends outward under the action of the hydraulic pressure. When the piston extends, it applies an axial thrust to the clamped rail through the clamp or internal structure. This increases the gap between the rails.

Working principle of pull rail: First, use the middle and rear clamps to clamp the rail gap adjuster firmly onto the two rails. The hydraulic oil is pressurized by the hydraulic pump and delivered to the hydraulic cylinder. The piston in the cylinder retracts inward under the action of the hydraulic pressure. When the piston rod retracts, an axial tensile force is applied to the clamped rail through the clamp or internal structure. This reduces the gap between the rails.

Application Scenarios of Rail Gap Adjuster

rail welding construction

Rail welding construction

When welding rails, the two sections of rails need to be precisely aligned and a welding gap must be reserved. The rail gap adjuster can move rails into position while they are waiting to be welded.

broken rail processing

Broken rail processing

When the tensile stress of the rail is too large and brittle fracture occurs, The rail gap adjuster can push the broken rail to close the fracture or reserve a gap for welding.

rail expansion treatment

Rail expansion treatment

When the temperature is high in summer, the rails will expand, causing them to bend and deform. The rail gap adjuster can open the rail gap, release the pressure and make the rail return to a straight line.

special line maintenance

Special line maintenance

In special areas such as bridges and tunnels, the rail gap adjuster can finely manage and control the track gaps in these areas.

Why Choose AGICO

AGICO is not only a professional railway maintenance machinery manufacturer but also a railway expert who provides customized solutions to customers. We have more than 20 years of experience. AGICO strictly controls product quality during the production process. We have nearly 100 pieces of processing equipment including a vertical milling machining center, CNC lathe, CNC cutting, turning, milling, planing, grinding, inserting, boring, punching, pressing, welding, and testing. And provide comprehensive railway maintenance machinery, including rail grinding machine, rail drilling machine, rail tamping machine, rail cutting machine, rail tensor, rail lifter, railroad jacks, rail bender, rail impact wrench.
AGICO also provides perfect after-sales service to protect you, ensuring customers’ confidence in the products and providing a solid guarantee for the long-term stable operation of railway equipment.

our certificates and technologies

Purchase Information

1. Product performance

Select the appropriate push-pull force range, drive mode, adjustment stroke, and applicable rail type according to your needs.

2. Choose experienced suppliers

Confirm whether the products have passed international or industry-related certifications.

3. Determine the cost of the product

Including purchase price, spare parts cost, and maintenance cost.

4. After-sales service

Whether the supplier provides equipment installation guidance or on-site training services, and whether it provides original spare parts.