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  1. Thermaltronics4
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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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Storage rack

Thermaltronics

The Thermaltronics SHH series holders are station-specific brackets for soldering handpieces and desoldering guns. Each model is mechanically and electrically matched to a specific station family: SHH-1 for TMT-9000S, SHH-2 with connection cable for TMT-5000S, SHH-4 and SHH-5 for TMT-2000S. SHH-3 is the dedicated holder for the DS-GUN-1 desoldering gun. The integrated cable connection (SHH-2, SHH-4) ensures that the handpiece communicates with the station through the holder.

ModelCompatible withNote
SHH-1TMT-9000SHolder without connection cable
SHH-2TMT-5000SWith connection cable (w)
SHH-3Desoldering gun DS-GUN-1Dedicated holder for desoldering gun
SHH-4TMT-2000SWith connection cable
SHH-5TMT-2000SAlternative version SHH-5

For TMT-9000S stations, SHH-1 without cable is used since communication runs through the handpiece cable. The TMT-5000S requires SHH-2 with its integrated connection cable for station control. For TMT-2000S, both SHH-4 (with cable) and SHH-5 are available as alternatives. SHH-3 is exclusively for the DS-GUN-1 desoldering gun, providing safe storage at operating temperature.

Typical applications: Organised storage of soldering handpieces and desoldering guns at TMT stations in series production, safe handpiece resting during cooldown after soldering, ESD workstations with multiple tools, and repair or service stations alternating between soldering and desoldering tasks.

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  1. ESD-safe stand with magnet cooling for TMT-9000S - Thermaltronics SHH-1
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    ESD-safe stand with magnet cooling for TMT-9000S - Thermaltronics SHH-1
    €43.90
  2. Stand with connecting cable for TMT-2000S - Thermaltronics SHH-4
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    Stand with connecting cable for TMT-2000S - Thermaltronics SHH-4
    €29.26
  3. Stand with magnet cooling and cartridge slots for TMT-2000S - Thermaltronics SHH-5
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    Stand with magnet cooling and cartridge slots for TMT-2000S - Thermaltronics SHH-5
    €43.90
  4. Stand with connecting cable for TMT-5000S - Thermaltronics SHH-2
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    Stand with connecting cable for TMT-5000S - Thermaltronics SHH-2
    €29.26
What are soldering iron stands and which industries require them for precise electronics assembly?
Soldering iron stands are precision workstation accessories that provide secure, ergonomic storage for heated soldering tools during electronics manufacturing and repair operations. These stands maintain optimal tool positioning while preventing tip contamination and workspace hazards in ESD-sensitive environments. Primary applications include PCB assembly in automotive electronics, medical device manufacturing, aerospace component production, and telecommunications equipment repair where IPC-A-610 Class 2 or Class 3 workmanship standards are mandatory.
What technical specifications should I evaluate when selecting a soldering iron stand for my TMT station?
Critical selection parameters include compatibility with specific TMT station models such as TMT-2000S, TMT-5000S, or TMT-9000S systems, connection cable integration for temperature monitoring feedback, and ESD-safe material construction meeting IEC 61340-5-1 requirements. The Thermaltronics SHH series demonstrates these requirements with model-specific variants like SHH-1 for TMT-9000S stations and SHH-5 for TMT-2000S configurations. Stand stability under continuous thermal cycling and tip receptacle geometry matching your iron's tip retention system are equally important for maintaining consistent soldering performance.
Which international standards govern soldering workstation accessories and ESD protection requirements?
Soldering iron stands must comply with IEC 61340-5-1 for electrostatic discharge control in electronics manufacturing environments, ensuring surface resistivity between 1×10⁶ and 1×10¹¹ ohms for ESD-safe operation. Additional applicable standards include ISO 8031 for workplace ergonomics in precision assembly tasks and IPC-2221 for electronic product design guidelines that influence workstation layout requirements. ATEX 2014/34/EU certification may be required when operating in potentially explosive atmospheres with flammable flux vapors, while RoHS 2011/65/EU compliance ensures material safety in electronics production environments.
How do Thermaltronics SHH-1, SHH-2, SHH-4, and SHH-5 stand models differ in functionality?
The SHH-1 provides basic stand functionality for TMT-9000S stations without integrated cable connections, while SHH-2 and SHH-4 variants include connection cables enabling temperature feedback and station communication for TMT-5000S and TMT-2000S respectively. The SHH-5 model offers dedicated compatibility with TMT-2000S systems in a streamlined configuration optimized for compact workbench layouts. Cable-equipped models enable closed-loop temperature control and tip recognition features that enhance soldering precision and process repeatability in high-volume production environments.
What installation requirements and system compatibility factors affect soldering stand integration?
Installation requires stable mounting surface capable of supporting stand weight plus iron thermal mass during extended operation, with clearance for cable routing to TMT station control units. System compatibility depends on matching stand model designations to specific TMT series controllers, ensuring proper connector pin-out alignment for temperature sensor feedback circuits. The connection interface typically uses proprietary Thermaltronics connectors designed for reliable signal transmission in industrial environments subject to vibration and electromagnetic interference up to EN 61000-6-2 immunity levels.
What safety ratings and environmental operating limits apply to professional soldering stands?
Professional soldering iron stands typically operate within ambient temperature ranges of 5°C to 40°C with relative humidity up to 80% non-condensing, maintaining ESD-safe surface resistivity throughout these conditions. IP20 protection rating is standard for benchtop installations, providing finger contact protection while allowing adequate ventilation for thermal management. The stands must withstand continuous exposure to flux vapors and cleaning solvents commonly used in electronics assembly, with material specifications ensuring no degradation of ESD properties over typical 5-year service intervals in production environments.
What maintenance schedule and inspection procedures ensure optimal soldering stand performance?
Monthly visual inspection should verify stand stability, connection cable integrity, and tip receptacle cleanliness to maintain proper thermal contact and ESD continuity. Semi-annual ESD resistance testing using certified 10V measurement equipment confirms surface resistivity remains within IEC 61340-5-1 specified limits of 1×10⁶ to 1×10¹¹ ohms. Connection cables require annual continuity testing to verify temperature sensor signal integrity, while stand replacement intervals typically extend 3-5 years depending on production volume and environmental exposure to flux residues and cleaning chemicals.