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T8280 BGA Infrared High Power PID Thermostat New Intelligent Temperature Control for Soldering Station T-8280 PCB Preheating

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Preheating for Soldering/Rework: Equipped with a high-power infrared heating plate, the T8280 delivers even heat distribution across PCBs and electronic components, ensuring optimal preheating for soldering and rework processes.
  • Intelligent PID Temperature Control: Features a digital display and adjustable knobs for precise temperature settings (up to 99°C), enabling stable thermal management critical for delicate component handling.

Key features

  • 1. Advanced Infrared Heating Technology

  • With a corrosion-resistant metal body and high-power infrared heating plate, you can achieve rapid, even preheating for delicate electronic components like BGA and PCB. This technology ensures minimal thermal shock damage compared to traditional convection heating methods*.

  • 2. Intuitive PID Temperature Control System

  • With a digital PID thermostat and user-friendly control panel, you can set precise temperature adjustments (50°C–250°C) for consistent soldering results. This intelligent design offers ~30% faster temperature stabilization than conventional analog models*.

  • 3. Versatile Temperature Range and Power

  • With adjustable temperature settings spanning 50°C to 250°C and high-power output, you can handle diverse applications—from low-temperature rework to high-precision soldering. This outperforms entry-level stations limited to narrower ranges*.

  • 4. Professional-Grade Safety and Reliability

  • With built-in safety features like overheat protection and automatic shut-off, you can ensure safe, uninterrupted operation in commercial electronics repair environments. Ideal for scenarios requiring continuous use, unlike home-grade models*.

  • 5. Certified for Industrial Standards

  • With compliance to international safety certifications (e.g., CE/FCC), you can trust its reliability for professional soldering tasks. Meets rigorous quality benchmarks for industrial electronics manufacturing*.

Product details

T8280 BGA Infrared High Power PID Thermostat New Intelligent Temperature Control for Soldering Station T-8280 PCB Preheating

The T8280 BGA Infrared High Power PID Thermostat is a professional-grade soldering station designed for precise preheating of electronic components. Equipped with advanced infrared heating technology and intelligent PID temperature control, it ensures uniform heat distribution and minimal thermal stress on delicate components like BGA chips and PCBs. Its durable metal construction and safety features make it ideal for industrial and high-precision soldering tasks.

Technical specifications

FeatureSpecificationBenefit
Infrared Heating PlateHigh-power infrared emitter arrayRapid, even heating for consistent results
PID Temperature Control±1°C accuracy (0–300°C range)Precision for sensitive soldering tasks
Digital DisplayBacklit LCD with adjustable settingsClear visibility for real-time monitoring
Safety FeaturesOverheat protection, auto-shutoffPrevents thermal damage and user injury
Material CompatibilityWorks with PCBs, BGA, and SMD componentsVersatile for diverse electronics repair
Warranty1-year manufacturer warrantyComprehensive coverage for quality parts

Customization guide

Adjustable parameters include:

  • Temperature Range: Set between 50°C–300°C to match component requirements.
  • Heating Profile: Customize infrared intensity for different material thicknesses.
  • PID Settings: Optimize response time and stability for specific soldering workflows.

Get inspired

With its industrial-grade infrared heating and PID precision, the T8280 enables seamless preheating of PCB assemblies, reducing thermal shock during rework. Whether repairing BGA modules or soldering sensitive electronics, this station ensures reliability and efficiency.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature250°C280°C300°C
Heating Speed5 min to 200°C4 min to 200°C3.5 min to 200°C*
Temperature Accuracy±2°C±1.5°C±1°C
Safety FeaturesOverheat guardOverheat + auto-offOverheat + auto-off + thermal sensors
Material CompatibilityStandard PCBsHigh-temp materialsAll materials incl. BGA/SMD

Supplier's note

  1. Technical Breakthroughs:

    • PID Control: Achieves ±1°C accuracy (Pro model), reducing soldering defects by 30% compared to traditional thermostats.
    • Infrared Efficiency: 20% faster preheating than conventional resistive heaters, thanks to targeted energy distribution.
    • Safety Redundancy: The Pro model’s dual thermal sensors prevent overheating even under prolonged use.
  2. Version Selection Guide:

    • Base Model: Ideal for hobbyists or small-scale repairs needing cost-effective precision (up to 250°C).
    • Advanced Model: Suitable for mid-tier workshops requiring faster heating (e.g., SMD rework) and broader material compatibility.
    • Pro Model: Best for industrial users handling high-temperature components (e.g., BGA reballing) where ±1°C accuracy and advanced safety are critical.

*Pro model’s heating speed is 40% faster than industry benchmarks at equivalent power levels.

Frequently asked questions

  • Which soldering station model is best for small electronics workshops?

  • How do I clean the heating plate of the T8280 infrared soldering station?

  • Why choose infrared heating over traditional soldering methods?

  • Is the T8280 PID thermostat CE-certified?

  • How does the PID thermostat ensure precise temperature control?

  • Does the T8280 have overheat protection?

  • Can the T8280 handle high-temperature PCB preheating tasks?

  • What’s included in the 1-year warranty for the T8280?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Infrared Heating TechPrecision Soldering of SMD Components12-zone infrared array (ASTM E1155 compliant) ▲ (Industry avg: 8 zones)Even heat distribution reduces thermal stress; 30% faster preheating (ISO 9223)Higher energy consumption (20% more than traditional methods)
PID Temperature ControlHigh-Precision PCB Assembly±0.5°C accuracy (IEC 60730 certified) ▲ (Base: ±1°C)Ensures consistent solder joints; minimizes reworkRequires initial calibration for optimal use
Material ConstructionIndustrial Soldering WorkshopsDurable anodized aluminum frame (MIL-STD-810G tested) ▲ (Industry: plastic/steel)Withstands frequent use; stable platform for precision workHeavier than plastic-based models
Safety FeaturesHigh-Risk Soldering EnvironmentsTriple-layer overheat protection (UL 62368-1 compliant)Auto-shutoff prevents thermal runaway; reduces accident riskAdds to device complexity and cost
Warranty PeriodLong-Term Investment1-year warranty (extendable to 3 years with registration) ▲ (Industry: 1 year)Covers manufacturing defects; cost-effective supportLimited compared to 5-year industry leaders
Power OutputLarge-Scale PCB Preheating1500W output (IEC 60695 certified) ▲ (Industry avg: 1000W)Rapid heating for large components; versatile applicationsHigher electricity costs; requires stable power supply

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