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High-Temperature Aging Detection Equipment for Industrial Control and Assurance in Industrial Applications

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Beschreibung des Produkts

Hervorheben: 
                                                high-temperature aging detection equipment, industrial aging detection equipment, industrial control aging detector
                              

High-Temperature Aging Detection Equipment for Industrial Control and Assurance in Industrial Applications

High-Temperature Aging Detection Equipment

Industrial control and assurance solution for demanding industrial applications

Equipment Description

Core Systems and Functions

Heating System: Honeycomb stainless steel electric heating tubes (2-3kW per tube) or gas burners, supports steam heating, and offers rapid temperature rise (room temperature to 260°C in approximately 20-30 minutes)
Hot Air Circulation: High-temperature-resistant long-shaft motor drives multi-blade impeller with air duct design ensuring temperature uniformity (≤ ±3°C)
Control System: PLC with integrated PID algorithm, 50 programmable temperature control steps (±0.5°C accuracy), timer function (0-999 minutes)
Safety Protection: Multiple protections including automatic over-temperature shutoff, leakage protection, motor overload protection, and explosion-proof design for flammable environments

Performance Parameters

Parameter	Specification
Temperature Range	Room Temperature - 300°C (Conventional 200°C)
Heating Uniformity	±2°C (no-load)
Power	4.5-15kW (adjusted by capacity)
Applicable Industries	Food processing, chemical drying, electronic component aging testing
Applicable Workpieces	Metal parts, plastic parts, coating curing parts

Operation and Maintenance

Initial Startup: Run oven at no load for one hour to remove impurities
Material Restrictions: Avoid materials with >15% moisture content or containing grease
Cleaning: Promptly clean residue from oven liner after shutdown
Energy Optimization: 30-40% reduction possible through waste heat recovery systems

Main Structures and Components

Frame and Casing

304/316 stainless steel or cold-rolled steel construction
Fully enclosed or semi-enclosed design for heat concentration
SUS304 stainless steel interior meets food-grade standards

Insulation and Sealing

100mm+ insulation layer (rock wool, aluminum silicate, or ceramic fiber)
High-temperature silicone door seals and explosion-proof locks

Heating System

Honeycomb stainless steel heating tubes (2-3kW per tube)
Optional gas/biomass burner for >300°C applications
Multi-blade impeller ensures ≤ ±3°C temperature uniformity

Control System

PLC with PID algorithm for ±0.5°C accuracy
Touchscreen interface for real-time monitoring and control
Comprehensive safety protections including over-temperature shutdown

Component Technology Comparison

Component	Design	Features
Casing Material	304/316 stainless steel	Corrosion-resistant, high-temperature resistant
Hot Air Circulation	Multi-blade impeller + air duct	Temperature uniformity ≤ ±3°C
Heating Method	Electric/gas burner	Suitable for 20-800°C applications
Control System	PLC + touch screen	High-precision automated operation