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Metcal MX-5210 Solder/Rework System, Dual Simultaneous Ports, MX-H1-AV Iron/Stand, MX-5200 Series
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CV-5210 Connection Validation (CV) 80 Watt Advanced Soldering and Rework System

$1,160.00
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SKU: CV-5210
California prop 65
Description

Description

  • Key performance benefit: 80 W soldering and rework system designed for controlled soldering operations. Connection Validation™ (CV) technology evaluates solder joint quality by calculating intermetallic compound (IMC) formation and providing closed-loop feedback to the operator.
  • Material & construction: The system includes the CV-PS5200 power supply, CV-H1-AV advanced handpiece, CV-W1AV tip-saver work stand, and CV-CP1 cartridge removal pad. Uses induction heating with SmartHeat® technology.
  • Risk reduction/compliance benefit: Connection Validation™ technology evaluates solder joint quality and provides operator feedback via the LED light ring on the handpiece. This introduces an objective evaluation method for solder joint quality and repeatability.
  • Protection level: SmartHeat® fixed-temperature technology automatically adjusts power levels during soldering to maintain precise, consistent soldering temperatures.
  • Comfort & usability: 2.8” color TFT touch display provides graphical and numerical information. Dual connectors enable operation in single-mode (80 W) or dual-mode with dynamically shared power.
  • Safety & compliance assurance: Certified to cTUVus and CE standards.

Recommended For

  • Electronics soldering applications
  • Electronic rework operations
  • PCB assembly
  • Lead-free solder processes
  • High-reliability soldering environments
  • Controlled soldering processes require traceability

Primary Industries

  • Electronics manufacturing
  • Electronics assembly
  • PCB assembly

Standards and Certifications

  • cTUVus
  • CE
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Properties

Model CV-5210
Product Type Advanced soldering and rework system
Output Power Variable, 80 W max
Input Voltage 100–240 VAC, grounded circuit
Input Frequency 50/60 Hz
Output Frequency 13.56 MHz
Heating Method Induction, SmartHeat®
Display 2.8” color TFT touch display
Display Resolution 320 × 240 RGB
Display Active Area 43.20 × 57.60 mm
Connections 2 connectors, single-mode 80 W, dual-mode power shared dynamically
Interface USB port for communication and firmware upgrade
Power Supply Dimensions (W × D × H) 121 × 130 × 235 mm (4.8 × 3.3 × 9.3 in)
Power Supply Weight 3.35 kg (7.4 lb)
Tip-to-Ground Potential < 2 mV
Tip-to-Ground Resistance < 2 Ohm
Surface Resistivity 10⁵ – 10⁹ Ohm, ESD-safe
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 Cord Length 183 cm
Reviews

FAQs

When would a system with Connection Validation technology be preferred over a standard soldering station?

A system with Connection Validation technology is useful in environments where consistent solder joint quality and process control are important. It provides operator feedback during soldering, which can help support repeatable results. This is particularly valuable in production environments where verification and process monitoring are part of standard assembly procedures.

Can two handpieces be used simultaneously on this system?

Yes, the system supports dual connectors, allowing two handpieces to be connected simultaneously. When operating in dual mode, the available power is dynamically shared between the tools depending on the thermal demand of the soldering task. This setup can support collaborative work or switching between different soldering operations.

How does Connection Validation help improve soldering consistency?

Connection Validation evaluates the soldering process by analyzing conditions related to solder joint formation and providing feedback to the operator. The system indicates the quality of the connection via the handpiece light ring, helping users determine whether the joint meets expected conditions during soldering.

What types of applications benefit most from this soldering and rework system?

This system is commonly used in electronics manufacturing and PCB assembly environments where controlled soldering processes are required. It is well-suited for rework tasks, lead-free soldering, and applications involving multilayer boards or components that require stable thermal performance during assembly or repair.

What factors should be considered when integrating this system into a workstation?

When integrating the system, ensure the workstation provides a grounded power source within the supported input voltage range. Allow space for the power supply, workstand, and cartridge handling area. Proper cable routing and handpiece positioning help maintain an organized and efficient soldering environment during daily operations.