Metcal- Power Supply CV-PS500 (40W)

Metcal- Power Supply CV-PS500 (40W)

  • CV-PS500
  • METCAL

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Metcal- Power Supply CV-PS500 (40W)

Products of the same type

Metcal- Power Supply CV-PS500 (40W)

Description

Metcal innovation has led the industry for decades, beginning with SmartHeat technology that senses the thermal load and instantly delivers Power on demand to the solder joint. The embedded self-regulating heater delivers the right amount of Power based on the requirements of the solder joint. This provides a fast, safe and repeatable process with no calibration required.

 

The intermetallic compound thickness is critical in the formation of a solder joint. Connection Validation (CV) evaluates the quality of the solder joint by calculating the intermetallic compound formation and provides closed loop feedback to the operator. CV provides feedback to the operator via the LED light ring integrated in the hand-piece. It takes the risk associated with the variables involved in the soldering activity and removes the success and failure determination of a good solder joint out of the hands of the operator. CV complements the skill of the operator to judge the quality of a solder joint by introducing an objective method of evaluating solder joint quality. This systemic and objective approach provides repeatability and a measureable standard to the soldering process.

Specifications

Input Line Voltage:          100 - 240 VAC, grounded circuit, 50/60 Hz

Rated Power Consumption:       85 W max.

Output Power:       Variable, 40 W max.*

Output Frequency: 13.56 MHz

Heating Method:    Induction, smartHeatR

Display:       2.8” Color TFT Touch Display

Display Resolution:         320*240 RGB

Display Size:          2.8” Diagonal

Display Active Area:       43.20 x 57.60 mm

Connections:          Dual Port, switchable

Interface -Communication/Firmware Upgrade:       Via USB port and appropriate software with compatible computer and cables.

Power Supply Dim. W x D x H: 121 x 121 x 220 mm (4.8" x 4.8" x 8.7")

Power Supply Weight:     2.65 kg (5.8 lb)

Certification / Marking:   cTUVus, CE

Tip-to- Ground Potential: < 2 mV

Tip-to-Ground Resistance:         < 2 Ohm

Ground Detection: Permanent

Surface Resistivity:          105 - 109 Ohm

Idle Temperature Stability:        1.1 °C ( 2 °F) in still air

Tip Temperature Accuracy:       Meets or exceeds IPC J-STD-001 Standard

Power Cord Length:        183 cm, 18/3 SJT

Warranty:    5 years

Ambient Operating Temp:         10 - 40 °C (50 - 104 °F)

Max. Enclosure Temp:    55 °C (131 °F)

Features and Benefits

SmartHeat Power on Demand Technology

Patented Connection Validation IMC Formation Technology

2.8” color touchscreen with bold graphics

Communications Port for process traceability data and firmware graphics

Precise tip temperature display

Integrated Net Power Meter and Power graph

Patented Chip-in-Cartridge technology

Closed loop bi-directional communication

Stores and records Cartridge attributes

Provides traceability information

Protects Power supply from non-conforming Cartridges

Backwards compatible with MX series Power supplies

Password protection

Product Comprise of

CV-PS500 Power Supply

Cartridges and Tips compatible with This Product

Cartridges/Tips

Additional Resources

Connection-Validation-CV-Data-Sheet-6-Pager_Final.pdf

Metcal_CV-Cartridges-Catalogue_2018_US.pdf

CV-Manual.pdf

Metcal_CV-Cartridges-Catalogue_2018_US.pdf

If you have any questions Contact Us.

Metcal- Power Supply CV-PS500 (40W)

The intermetallic compound thickness is critical in the formation of a solder joint. Connection Validation (CV) evaluates the quality of the solder joint by calculating the intermetallic compound formation and provides closed loop feedback to the operator. CV provides feedback to the operator via the LED light ring integrated in the hand-piece. It takes the risk associated with the variables involved in the soldering activity and removes the success and failure determination of a good solder joint out of the hands of the operator. CV complements the skill of the operator to judge the quality of a solder joint by introducing an objective method of evaluating solder joint quality. This systemic and objective approach provides repeatability and a measureable standard to the soldering process.

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