Hydraulic cable trench winch LSИ.35Т 35 kN

Описание

This is our 3.5-ton hydraulic machine that incorporates all advanced technologies and innovations, high-quality materials, hydraulic components, power units, and a well-thought-out design. The winch provides cable laying with smoothly adjustable pulling force from 0 to 3.5 tons (35 kN, 3500 daN), as well as cable laying speeds ranging from 0 to 45 m/min. All operations can be performed by a single operator. The tension (current pulling force) is displayed on an indicator gauge, both on a pressure gauge and on an electronic display if the optional “Force Regulator ELREGSI” recorder is installed.

Mobile hydraulic trench cable capstan winches are designed for laying cables (power, copper, communication cables, cross-linked polyethylene) and pipelines in open trenches and cable ducts.

Twin-wheel capstan winches are specially engineered for pulling a wide range of cables. These machines meet all technical requirements for underground cable pulling. The capstan has grooved wheels that transmit the pulling force to the cable, pulling it. The accumulator drum is non-tensioned, which offers several advantages: the pulling speed does not depend on the amount of cable and cable on the drum; the grooves match the cable diameter, preventing damage and prolonging cable life; the capstan drums are heat-treated and durable. The cable on the receiving drum is stored without tension. An automatic cable unwinder neatly coils the cable. Storage and securing of the cable on the drum are simple and reliable. The tension and speed on the capstan are constant. If there is no tension on the cable, the winch automatically stops pulling, easing operation. The machine automatically maintains the preset maximum tension, without exceeding it. Easy to operate. Precise and gentle cable laying. We use only the latest technologies in manufacturing our winches! High quality is a key feature. The winches are easy to control.

Main parameters include maximum pulling force, pulling speed at maximum tension, and maximum speed.

Standard cable length for laying: 500 or 1000 meters.

Fully autonomous.

Lightweight and compact, suitable for work in limited spaces.

The laying process remains stable due to a fixed cable entry point.

Special rollers prevent cable wear during laying.

The winch is set to a maximum tension, preventing overload and cable damage.

Automatic regulation of constant pulling force.

You set the force, and the machine handles the rest.

Hydraulic winch for cable laying in trenches.

The LSИ.35Т model is equipped with the most modern computerized load control system, capable of recording all data for each laying stage and printing or storing it (optional).

Hydraulic cable trench winches manufactured by CJSC “SI” are specialized equipment for cable laying in the power and communications industries. Our expertise and customer feedback enable us to offer only the best cable pulling solutions.

All our products (hydraulic trench cable winches and accessories) are developed, manufactured, and serviced according to the highest quality and reliability standards.

Each hydraulic cable trench winch, machine, and component undergoes rigorous testing before being used on construction sites.

All hydraulic cable trench winches, machines, and components are tested for strength, mechanical deformation, and load effects according to industry standards.

We implement only the best technologies and know-how in our manufacturing.

When laying optical fiber cables in ducts, it is necessary to monitor:

It is recommended to use CJSC “SI” series LSИ.Т cable laying winches, which allow tension control manually or automatically. During optical fiber laying, do not use lubricants that could damage the shell or glue the cable to the channel walls. To prevent contamination or liquids from entering, hermetically seal the cable relative to the duct.

Optical fiber laying can be performed using the cascade method, where multiple winches operate simultaneously in sequence.

In manholes, optical cables should be marked and laid on brackets, maintaining the appropriate bend radius.