Double-layer Loom With Palm Frame Electric Upper Shaft Vehicle TD-800G

FAQ

Q1: What loom arrangement is the TD-800G made for?

A1: It is intended for 190-type and larger domestic or imported double-layer looms using twin warp beams and heald frames. Because “190-type” can refer to a model family or nominal width, the exact loom drawing should be checked before quotation.

Q2: What beam diameter and load can the TD-800G handle?

A2: Published data lists 800–1250 mm beam flange diameters and 800–1500 kg capacity versions. The applicable version depends on upper and lower beam weight, yarn weight, heald-frame weight and beam geometry.

Q3: What data is needed for a TD-800G proposal?

A3: Please provide loom brand and model, weaving width, upper and lower beam weights, flange diameter, barrel length, shaft-end dimensions, vertical beam spacing, heald-frame size and weight, mounting center height, aisle width, turning space, floor condition and local power input.

Product Advantages

1. 1.Double-Beam Loom Application

The TD-800G is built around upper and lower warp beam handling for double-layer looms. This gives the page a clear use case for mills running twin-beam weaving arrangements.

2. 2.Combined Beam and Heald Frame Handling

The trolley is intended to carry the beam set together with the heald-frame assembly during loom preparation, helping reduce separate handling steps in the weave room.

3. 3.800–1500 kg Capacity Versions

Published specifications list capacity versions between 800 and 1500 kg. The correct version is based on the full beam, yarn and heald-frame weight supplied by the mill.

4. 4.800–1250 mm Beam Flange Range

The listed flange diameter range is 800–1250 mm. Beam barrel length, shaft-end size and upper-to-lower beam spacing should be checked against the loom drawing before production.

5. 5.Defined Layout Data for Mill Planning

The published 1600 mm aisle figure, 2200 mm center height and 3750 × 1000 × 2070 mm machine size help buyers review workshop access and loom-side space.