METCAL MX-5210 Soldering /SMT Rework System available online - Caulfield Industrial
Go

METCAL MX-5210 Soldering /SMT Rework System

€747.22 Ex Vat €649.00 Ex Vat

SALE
METCAL  MX-5210 Soldering /SMT Rework System View Large Image
P-K08054

See Alternative
Title Quantity Price Availability
METCAL MX-5210 Soldering /SMT Rework System €747.22 Ex Vat €649.00 Ex Vat
Add To Basket Add to Wishlist

The MX-5210 is a Dual Port Simultaneous Soldering and Rework System highly effective for soldering applications including: lead-free, high mass components or boards, thermally sensitive components requiring low operating temperature, high volume production soldering and touch-up soldering operations. In addition, the MX-5210 can be used for conduction rework of SMDs when using SMTC Series soldering cartridges simultaneously.

FEATURE & BENEFITS

  • Can be operated with two hand-pieces dynamically sharing the 80 watts output power based on demand adding even more application flexibility and speed.
  • Configured with the Metcal Advanced Soldering and Rework Hand-piece.
  • Microprocessor controlled power supply providing more power for challenges such as high mass components, multi-layered boards and lead-free solders.
  • Improved ergonomics with lightweight hand-pieces.
  • Greater process control with SmartHeat® Technology.
  • ESD safe with incoming AC ground monitoring circuitry.
  • Built-in power indication meter with digital display and bar graph that dynamically provides the operator with feedback on the status of the soldering operation.
  • Metcal TipSaver™ Workstand improves tip life with its “Auto-Sleep” function. 

 Product Comprises of:

  • MX-PS5200 : Power supply, 100 to 240 VAC input, dual switch port with LCD Display  
  • MX-H1-AV : Metcal Advanced™ Hand-piece, Soldering and Rework with one cartridge removal pad
  • MX-W1AV : Workstand for Metcal Advanced™ Hand-piece, Soldering and Rework with one sponge and one brass pad 
Clear All

Your Recently Viewed Products

Oops! Something went wrong there and we were unable to load the page you requested.

Sign Up