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Metcal MX-5210 Solder/Rework System, Dual Simultaneous Ports, MX-H1-AV Iron/Stand, MX-5200 Series

$1,010.00
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SKU: MX-5210
California prop 65
Description

Description

  • Key performance benefit: Dual-port soldering and rework system designed to support two users simultaneously or a single user with dual applications. Provides up to 80 W of output power per channel for soldering, desoldering, and rework tasks.
  • Material & construction: The system includes the MX-PS5200 power supply, the MX-H1-AV advanced handpiece, the MX-W1AV tip-saver workstand, and the MX-CP1 cartridge removal pad. Uses induction heating with Metcal SmartHeat® technology.
  • Risk reduction/compliance benefit: Ground-fault interrupt monitors the AC ground and alerts the operator, and shuts down the system if a ground failure is detected. Tip-to-ground potential and resistance are kept low.
  • Protection level: SmartHeat® fixed temperature technology automatically adjusts power levels during each soldering operation to maintain consistent operating temperatures.
  • Comfort & usability: Dual simultaneous output allows two handpieces to dynamically share the 80 W output power. User-programmable power-save mode allows an adjustable entry time between 10 and 120 minutes.
  • Safety & compliance assurance: Certified to cTUVus and CE standards.

Recommended For

  • Soldering applications
  • Desoldering tasks
  • Electronic rework operations
  • High-mass component soldering
  • Multilayer board soldering
  • Lead-free solder processes

Primary Industries

  • Electronics manufacturing
  • Electronics assembly
  • PCB assembly

Standards and Certifications

  • cTUVus
  • CE
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Properties

Model MX-5210
Product Type Solder/Rework System
Series MX-5200 Series
Output Ports Dual simultaneous ports
Output Power 80 W max per channel (at 22 °C ambient)
Input Voltage 100–240 VAC, grounded circuit
Frequency 50/60 Hz input, 13.56 MHz output
Heating Method Induction, SmartHeat®
Rated Power Consumption 125 W max
Tip-to-Ground Potential < 2 mV
Tip-to-Ground Resistance < 2 Ohm
Idle Temperature Stability 1.1 °C (2 °F) in still air
Ambient Operating Temperature 10–40 °C (50–104 °F)
Maximum Enclosure Temperature 55 °C (131 °F)
Power Supply Dimensions (W × D × H) 12.1 × 13.0 × 23.5 cm (4.8 × 5.1 × 9.3 in)
Power Supply Weight 7.4 lb (3.35 kg)
Handpiece Cable Length 122 cm (48 in), burn proof, ESD safe
Power Cord Length 183 cm
Reviews

FAQs

When is a dual-port soldering system more beneficial than a single-port station?

A dual-port system is useful in environments where two operators share a workstation or when one technician frequently switches between soldering and rework tools. It allows simultaneous operation without needing separate stations, which can help streamline workflow and reduce bench space requirements in electronics assembly environments.

Can both output ports be used simultaneously without affecting performance?

Yes, both ports are designed to operate simultaneously. The system dynamically manages power between connected handpieces depending on thermal demand. This allows users to perform soldering or rework tasks simultaneously while maintaining stable heating performance for typical electronics assembly and repair applications.

What types of soldering applications benefit most from this system?

This type of system is well-suited for production soldering, PCB assembly, and rework tasks that involve components with varying thermal loads. It performs particularly well in environments where operators work with multilayer boards, connectors, or components that require consistent heating during both leaded and lead-free soldering processes.

How does induction heating influence day-to-day soldering performance?

Induction heating delivers energy directly to the soldering cartridge rather than heating through a traditional element. This approach allows the system to respond quickly to changing thermal loads during soldering. As a result, the tool can maintain stable temperatures when contacting joints that draw significant heat.

What should be considered when integrating this system into an existing workstation?

Before installation, ensure the workstation provides a grounded power source within the supported input voltage range. Adequate bench space should also be available for the power unit, workstand, and cartridge handling area. Planning cable routing and tool placement helps maintain an organized and efficient soldering workspace.