YT6000 Hot Air Recovery

YT6000 Hot Air Recovery

Product Introduction: YUANTAI YT6000 Stenter Terminal Heat Energy Recovery Unit (integrated exhaust heat recovery and purification system for stenter machines) is a key piece of equipment in the printing and dyeing industry. It features a modular design and heat energy recovery, equipped with a proprietary control system with independent intellectual property rights. This unit is known for its efficient heat recovery, 60% exhaust purification rate, low oil discharge temperature, and low operating costs.
Product Introduction

 

Heat Recovery Device For Stenter
YT6000, Equipped with hot air recovery

 

System Process Flow Description

 

  1. During the setting process, the high-temperature oil fume and exhaust first enters an automatic dust removal box for pre-treatment
  2. The high temperature exhaust gas is pre-treated by the automatic dust removal box, and then sent to the first stage of heat energy recovery of the equipment
  3. Pre-treatment: (secondary heat recovery/spraying/dust removal/wax removal box/physical purification)
  4. High-efficiency electric field purification system
  5. Three-stage integrated fire extinguishing mode

 

Product advantages and features


With core technology: The company specializes in heat recovery device for stenter (All-in-one machine for waste gas heat energy recovery and purification of stenter), it is one of the key equipment in the printing and dyeing industry. It adopts concepts like modular design, heat recovery, electrostatic dust removal, and so on, with independent intellectual property rights. It features effective heat recovery, high exhaust gas purification efficiency, and low operational costs.


Latest Technology: Following the pace of the times to introduce the new concept "Industrial Internet of Things", realizing a set of new control system mode of centralized remote management of the equipment, Mobile APP online monitoring, new control system model for real-time data acquisition and alarms. The operating system uses PLC for central control, modular communication interconnection, decentralized I/O, a computer touch-screen HMI (Human-Machine Interface), and The new system, which features IOT-based remote management for industrial operations, make it leading in peers.


Easy to operate: The PLC data uses Ethernet communication and CAN open fieldbus exchange technology to achieve a local area network data exchange mode among various functional modules of the equipment. This system features stable data transmission, and the functional modules can be freely combined according to the inconsistencies in product processes, thereby reducing the wiring intensity during machine manufacturing and installation. The human-machine interface (HMI) provides a simple and understandable display, allowing even new workers to operate the machine with just basic training. Additionally, the HMI can accurately and intuitively inform the operaters of the fault location and provide appropriate recommendations for maintenance personnel
 

Product types

 

Modular assembly structure (facilitates assembly and transportation).

 

09001

 

16001

 

Product applications

 

Suitable for Yoantion stenter , Sunstar stenter , Mon Fongs stenter , and other stenter machines.

 

Product Maintenance and Precautions

 

Convenient for maintenance and services, with a professional after-sales team supports.

 

FAQ

 

Q: How to resolve the blockage in the heat exchanger of the stenter's heat recovery device during operation?

A: Blockage in the heat exchanger is caused by dust or lints, such as fibers and dust in the exhaust gas, which can accumulate on the surface and inside the heat exchanger after long term operation, leading to a decrease in heat exchange efficiency and potentially affecting normal equipment operation. Therefore, it is essential to install filter devices before the exhaust gas enters the heat recovery system. A high-efficiency automatic filter should be installed, and regular checks and cleaning of the filter should be kept up to ensure effective filtering.

Q: How to resolve corrosion caused by condensate in the stenter heat recovery device during operation?

A: Corrosion occurs due to the corrosive nature of the exhaust gas during the heat exchange process. Therefore, a well-designed heat recovery structure made of all stainless steel should promise heat exchange efficiency so to effectively avoid corrosion issue.

Q: How to resolve the efficiency decrease in heat exchange of the stenter heat recovery device?

A: The decrease in heat exchange efficiency is caused by scaling and poor sealing. Therefore, a large-diameter ventilation design and professional cleaning tools are necessary to ensure the internal structure of the heat exchanger is reasonable, allowing for easier observation and manual cleaning.

Q: How to resolve sensor break-down in the stenter heat recovery device?

A: First, determine the type of fault (fault symptoms, wiring connections, etc.). For wiring issues, reconnect the wires: if you find loose connections or poor contact, reseat the connectors to ensure a firm connection. For short-circuited or broken wires, repairs or replacements are needed. Additionally, calibrate the sensor; if the displayed data not accurate, try recalibrating it.

 

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