Xinwuxin container ice systems · Production, storage and conveying

Match three different capacities

A daily production requirement does not identify the required storage capacity or conveying rate. The XIL MS-10T row lists 10 t/day production and 10 t storage, while XIL MS-70T lists 70 t/day production and 20 t storage. Those are different quantities with different time boundaries. The larger daily output does not mean the storage bin can hold a whole day’s production.

Give the supplier an ice-consumption schedule, expected production hours, reserve strategy and maximum withdrawal rate. Request a selected production/storage balance and the actual conveying duty to each destination. The container page lacks simultaneous water/ambient production conditions, so this brief does not borrow the bare XIL machine’s 25°C/20°C conditions and declare them valid for every MS system.

Understand the raking and storage controls

The body describes double insulation, a top cooler maintaining about −10°C, a rake that moves ice towards the outlet and sensing intended to keep the rake above the ice. These are specific system leads. The reviewed source does not establish usable versus gross storage capacity, guaranteed dryness, hold losses or a demonstrated automatic recovery sequence.

Ask for the storage layout, insulation/construction schedule, rake travel and discharge arrangement, ice-level sensing and maintenance access. Agree responses to ice-full, no-water, power-loss, pressure and compressor-temperature conditions described on the page. Establish how the storage refrigeration, generator and conveyor stop or restart together, with responsibility for safe service access under the actual order.

Select conveying around the real route

The official description claims sealed screw conveying and an inclination up to 60°. It does not state the mass rate, maximum route length, ice condition or motor duty that accompanies that limit. Do not treat a single angle as permission to use any conveyor geometry at full daily-output rate.

Issue the plant route, vertical lift, intake/discharge positions, peak delivery rate and expected ice condition. Require the selected screw/conveyor arrangement, supports, drives, access/cleaning points and control interlocks. The supplier’s hygiene wording does not establish food-contact compliance; material and cleaning evidence must be requested for the buyer’s particular application.

Approve the tall assembly and transport split

The supplier illustration shows a stacked elevated structure with access platforms and stairs, and the table prints heights 8591 or 9540 mm alongside lengths 6058 or 12192 mm. These figures may describe a larger assembly boundary, but the reviewed page does not define it reliably. They are recorded as unresolved source values rather than corrected to a familiar freight-container height.

Request the issued general arrangement, assembled height, transport-module envelopes, lifting points, support/foundation reactions and site assembly sequence. Confirm airflow, maintenance removal, operating access and the conveyor discharge elevation. The ‘ISO certified container’ statement requires actual certificate/plate and scope evidence; it does not establish that the complete stacked process assembly is ready for international shipment or site approval.

Treat illustrated projects as supplier references

The source collage labels installations at Tanzania’s Rufiji hydropower project, a Ganjiang project and Chongqing Panlong pumped storage, with different stated daily quantities. The original pictures show actual container assemblies and conveying at construction sites, but ownership, contract scope and delivered performance were not independently confirmed from a purchaser record.

Ask for a dated reference that separates generation, storage and conveying supplied under one contract. For acceptance, record actual ice output and delivery rate at the agreed conditions, storage operation, total included electrical input and integrated protective behaviour. Price, delivery and independent measured results remain unknown. This page addresses one complete ice-handling system family; it does not create an extra URL for each daily capacity.

1. Provide an ice balance

   Set daily generation, usable reserve and peak consumption instead of one nominal tonnage.

2. Approve the system route

   Close storage/rake, conveyor geometry, contact materials and integrated controls.

3. Release assembly and test documents

   Confirm module dimensions, supports, certification scope and measured generation/conveying acceptance.