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Series of storage equipmaent - store the weaver's beam, store the cloth

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From Warp Preparation To Fabric Handling

Weaving auxiliary machine

From Warp Preparation To Fabric Handling

Series of storage equipment-store the weaver's beam, store the cloth

main feature :

Our products apply to pre-weaving workshop section in the lirhes of textile industry the plant of warping,sizing and beaminDg.

The weaving workshop section-the plant of weave, andthe after-treatment workshop section-varies kinds of large packages of warp beam and batched roil for storage and turnover in thedyeing.

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Product details

Our products can be selected from a variety of types, depending orthe customer's application for workroom space. 

It not only can be installed on the ground, but also can be embedded underthe ground. Our warehousing type beam stacker have many types including single exit, single exit digging type, double exit, double exit digging type, a two-story type to load from the seconfloor and unload from the first, and so on.

Storage Layer: Two, Four, Six Layers

Storage Capacity: 30~120pcs

Diameter of Warp Beam or Batched Roll: Φ500~Φ1500

Width of Warp Beam or Batched Roll: Model 1500 ~ Model3900

For each Store, we all installed a new control device which adopteed film panel operating and liquid crystal screen. Furthermore, we also adopted technology of single microprocessor to work with thecycloidal gear speed reducer, so that it cam automatic continuous running in both positive and negativedirection or manual operating mode, then the operation system will select the shortest way and therefore automatic stop and starting up the beam stacker automatically.

On request of the customers it can be selective fitted with acomputer control system. When it's on the upper-beam state, this system can be inputted the detailed information of the yarn related to the each beam saved into the computer When it's on the lower- beam state, it is understand fully at glance. In addition, the system will be automated running as liong as you dick the computer for any specification the customer's required.

Thiscomputer control, system also can connect to other computers to grasp of storaging data beatween each department, in order to achieve: production scheduling, planned circulating, to streengthen modern management mode and improved work efficiency.

Mode of Upper-beam: According to the request, you carn select Hydraulic Platforms or Hydraulic Tip Transport Cart.

Main technical parameters

FAQ

Q1: What products can be kept in this beam storage system?

A1: The system is intended for warp beams, weaving beams and large batched cloth rolls used in textile preparation, weaving and finishing areas. Beam size and loaded mass should be confirmed for each project.

Q2: How many beams can the system hold?

A2: The published storage capacity is 30 to 120 positions with two, four or six layers. The final quantity depends on beam dimensions, frame layout, entry arrangement and available building space.

Q3: What information is needed for a storage system proposal?

A3: Please provide beam type, loaded weight, flange diameter, barrel width, shaft length, required position quantity, daily turnover, workshop layout, clear height, entry location, foundation data, local power supply and the preferred loading method.

Product Advantages
  1. 1.Storage for Several Textile Production Areas

The system can manage warp beams, weaving beams and batched cloth rolls used in warping, sizing, beaming, weaving, dyeing and finishing areas. Each project can be planned around the beam flow inside the mill.

  1. 2.Capacity of 30 to 120 Beam Positions

The published capacity covers 30 to 120 beam positions. The final quantity is linked to beam dimensions, layer arrangement, building space and entry layout.

  1. 3.Two, Four or Six Storage Layers

Two-layer, four-layer and six-layer arrangements are available. This gives textile mills several ways to use vertical building space while keeping beams in assigned positions.

  1. 4.Beam and Roll Size Coverage

The published diameter range is Φ500 to Φ1500 mm, with width models 1500 to 3900. Beam mass, flange diameter, barrel width and shaft-end data should be checked during project planning.

  1. 5.Ground, Pit and Multi-Floor Arrangements

The system can use floor-level or recessed installation, with single-entry, double-entry and multi-floor layouts. Panel control is included, while computer-based beam information management can be prepared as an option.


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