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Modular by Design: Easy Maintenance, Maximum Uptime

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Modular by Design: Easy Maintenance, Maximum Uptime

Modular by Design: Easy Maintenance, Maximum Uptime
Modular by Design: Easy Maintenance, Maximum Uptime

Большие изображения :  Modular by Design: Easy Maintenance, Maximum Uptime

Подробная информация о продукте:
Место происхождения: Китай
Фирменное наименование: CHUQI
Оплата и доставка Условия:
Количество мин заказа: 1 КОМПЛЕКТ
Упаковывая детали: Деревянный ящик
Время доставки: 60 дней
Условия оплаты: Т/Т
Поставка способности: 100 комплектов

Modular by Design: Easy Maintenance, Maximum Uptime

описание
Философия дизайна: Функциональная модульность Поддерживаемость: Легкий доступ и быстрая разборка
Диагностика: Определение неисправности на уровне модуля Продолжительность ремонта: Целевое среднее время восстановления <2 часов
Интерфейс стандарт: Механическая/электрическая стандартизация Expandability: Возможность обновления по принципу «подключи и работай»
Основное преимущество: Максимальная общая эффективность оборудования (OEE)
Выделить:

modular PET strap winder

,

easy maintenance strap winder

,

high uptime PET winder

Modular by Design: Easy Maintenance, Maximum Uptime
Time is capacity, and any unplanned downtime means lost profit. This production line adopts a thorough modular design philosophy, decomposing the complex system into functionally independent, standard-interface unit modules, such as "Extrusion Module," "Haul-off Module," "Stretching Module," "Winding Module," etc.
This design makes daily inspection, cleaning, and maintenance exceptionally straightforward. When a module requires repair, it can be quickly diagnosed, isolated, and replaced, drastically reducing downtime. Simultaneously, modularity provides "plug-and-play" potential for future technical upgrades or functional expansions (like adding online inspection), protecting your investment and maximizing equipment uptime over its entire lifecycle.
Main Specifications
  • Physical Modularity: Main functional units are mechanically independent, connected via standardized interfaces (flanges, couplings, quick-connect fittings) for easy disassembly.
  • Electrical Modularity: The control system uses distributed I/O stations, with each main module having its own junction box or control sub-panel, preventing interference during fault finding.
  • Maintenance-Friendly Design: Ample operational and maintenance space is provided, lubrication points are centralized, guards open easily, and key components (screens, drive belts) are easily accessible and replaceable.
  • Rapid Diagnostics: The control system provides detailed fault alarms and diagnostic information, pinpointing the specific module or even component to guide maintenance.
  • Spare Parts Strategy: Recommends keeping spare stock for critical wearable modules or parts (heaters, thermocouples) for hourly-level replacement and recovery.
Technical Parameters
Parameter Category Parameter Item Specification / Description
Module Division Number of Main Functional Modules Approx. 6-8 (e.g., Drying, Extrusion, Stretching, Setting, Haul-off, Winding)
Module Division Inter-module Standard Interfaces Mechanical: Standardized Flanges/Bases; Electrical: Multi-pin Connectors/Bus Plugs
Maintenance Metrics Target Mean Time to Repair MTTR < 2 hours (for typical replaceable module faults)
Maintenance Metrics Planned Maintenance Time Reduced by >30% vs. non-modular design
Availability Target Overall Equipment Effectiveness OEE Improvement Potential > 5% (due to reduced MTTR)
Upgradability Reserved Expansion Interfaces Mechanical mounting faces, electrical I/O points, network ports all have surplus
Frequently Asked Questions
Q: Modularity sounds great, but won't it make the equipment more expensive?
A: The initial investment might be slightly higher due to more meticulous planning and interface engineering. However, from a Total Cost of Ownership (TCO) perspective, it's undoubtedly more economical. Its value includes: 1) Significantly reduced maintenance costs and time. 2) Reduced production loss from downtime. 3) Lower dependence on highly skilled maintenance personnel. 4) Extended effective service life. These long-term benefits far outweigh the minor initial incremental cost.
Q: If we want to upgrade a module (e.g., to a faster winder) in the future, is it easy?
A: This is a major advantage of modular design. As long as the new module conforms to the designed mechanical interface dimensions, electrical communication protocol, and power requirements, it can be upgraded like changing a building block, without large-scale modification of the entire line. This provides a flexible path for technological iteration, allowing you to invest in upgrades step-by-step based on market needs, keeping your line competitive.

Контактная информация
Jiaxing Chuanqi Machinery Equipment Co., Ltd.

Контактное лицо: Mr. Alex

Телефон: 86-18858326160

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