Did you know? 217 °C

SAC305 is 96.5 percent tin, 3 percent silver and 0.5 percent copper. It melts around 217 degrees Celsius, some 34 degrees above the old eutectic tin lead alloy.

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Thermaltronics

Hot air tools

The Thermaltronics hot air tools cover four models for ESD-safe hot air processing: TMT-HA100 (hot air pencil, 200 W), TMT-HA300 (hot air blower, 250 V/3 A), TMT-HA050-2 (ESD hot air tool) and TMT-HA600-2 (ESD hot air station). Hot air rework is suited to SMD components that cannot be accessed with contact tips, as well as heat-shrink processing and BGA rework. The ESD-safe design protects sensitive components in EPA zones.

4 items
1 manufacturer
Net prices plus VAT

Buying guide

How to choose Hot air tools

What matters when choosing: properties, comparison and typical applications.

Hot air tool model overview

Model	Type	Power	ESD
TMT-HA100	Hot air pencil	200 W	Yes
TMT-HA300	Hot air blower	250 V / 3 A	-
TMT-HA050-2	ESD hot air tool	-	Yes
TMT-HA600-2	ESD hot air station	-	Yes

Technical features

⚡ 200 W hot air pencil TMT-HA100 - compact hand tool for rework and heat-shrink

⚙ Hot air blower TMT-HA300 - 250 V/3 A, for larger areas and preheating tasks

✓ ESD versions HA050 and HA600 - approved for operation in EPA zones

✦ Non-contact rework - suitable for SOIC, QFP and BGA (with appropriate nozzle set)

Typical applications

Typical applications: SMD rework and IC replacement (SOIC, QFP) using non-contact hot air, heat-shrink processing on cable harnesses and assemblies, component preheating in repair work for thermally demanding boards, and ESD-safe hot air operations in EPA zones of electronics manufacturing.

FAQ

Frequently asked questions about Hot air tools

What are hot air tools and what industries use them for electronics manufacturing?

Hot air tools are precision temperature-controlled devices that generate directed heated airflow for soldering, desoldering, and component rework in electronics manufacturing. These instruments typically operate at temperatures ranging from 100°C to 500°C with adjustable airflow rates, enabling precise thermal control for sensitive electronic components. Primary applications include SMD component removal and installation, heat shrink tubing activation, plastic welding, and paint stripping in industries such as electronics manufacturing, telecommunications equipment repair, automotive electronics, and aerospace component assembly.

What technical specifications should I consider when selecting hot air equipment for electronics work?

Critical selection criteria for hot air equipment include power rating, temperature range, airflow control, and ESD protection capabilities. The Thermaltronics TMT-HA100 delivers 200W power output for standard applications, while the TMT-HA300 operates at 250V/3A for higher thermal demands. Temperature stability within ±5°C, adjustable airflow from 1-99 L/min, and integrated ESD protection with resistance values below 10^12 ohms are essential for preventing component damage. Additionally, evaluate heating element response time, typically 30-60 seconds to reach working temperature, and nozzle compatibility for different component geometries.

Which international standards apply to hot air soldering equipment in industrial environments?

Hot air soldering equipment must comply with IEC 61010-1 for electrical safety requirements and IEC 61340-5-1 for electrostatic discharge protection in electronics manufacturing environments. Temperature measurement accuracy should meet IEC 60584 standards for thermocouple specifications, while electromagnetic compatibility must conform to EN 61326-1 for industrial environments. ATEX certification may be required for use in potentially explosive atmospheres, and equipment should demonstrate compliance with RoHS directive 2011/65/EU for hazardous substance restrictions. ISO 9001 quality management certification from manufacturers ensures consistent performance and traceability requirements.

What are the differences between hot air guns, stations, and handheld tools like the Thermaltronics models?

Hot air guns like the TMT-HA300 provide portable 250V operation for general heating applications, while integrated stations such as the TMT-HA600 offer digital temperature control, programmable heating profiles, and advanced ESD protection systems. Handheld tools like the TMT-HA050 combine portability with precision control, featuring ergonomic designs for extended use and interchangeable nozzles for specific component geometries. Stations typically include closed-loop temperature feedback, calibration capabilities, and safety interlocks, while standalone tools prioritize mobility and direct operator control with simpler temperature adjustment mechanisms.

What installation and electrical connection requirements apply to hot air soldering stations?

Hot air soldering stations require stable AC power supply connections matching the specified voltage ratings, with the TMT-HA300 operating at 250V and drawing 3A maximum current. Installation demands adequate ventilation clearances of minimum 150mm around heating elements, grounded ESD-safe work surfaces with resistance values between 10^6 and 10^9 ohms, and fume extraction systems capable of 50-100 m³/h air removal rates. Electrical connections must include proper earth grounding, RCD protection rated at 30mA sensitivity, and dedicated circuits to prevent voltage fluctuations that affect temperature stability and component protection.

What safety ratings and environmental operating conditions do professional hot air tools support?

Professional hot air equipment typically carries IP20 ingress protection ratings for normal workshop environments, with operating temperature ranges from 10°C to 40°C ambient conditions and relative humidity below 80% non-condensing. ESD-protected models like the TMT-HA600 maintain surface resistance values below 10^12 ohms and include safety features such as automatic standby modes, tip temperature monitoring, and thermal overload protection rated at 150% of nominal power. Maximum working voltages range from 230V to 250V AC with frequency tolerance of ±2Hz, while safety certifications include CE marking and UL recognition for North American markets.

What maintenance intervals and service life expectations apply to industrial hot air soldering equipment?

Industrial hot air soldering equipment requires monthly calibration verification using certified thermometers with ±2°C accuracy, quarterly replacement of heating element filters, and annual comprehensive electrical safety testing including insulation resistance measurements exceeding 1MΩ. Heating elements typically provide 2000-3000 hours service life under normal operating conditions, with temperature sensors requiring replacement every 18-24 months depending on usage intensity. Preventive maintenance schedules should include weekly nozzle cleaning, monthly airflow verification at 50% and 100% settings, and documentation of temperature drift patterns to predict component replacement timing and maintain ISO 9001 traceability requirements.