Datasheet

MFR-1300 Dual Switchable Output
24
Part No. Description
MFR-1350 Desolder System with Internal Pump*
MFR-1351 Solder / Desolder System with Internal Pump**
Includes:
MFR-PS1300 Power Supply
MFR-H5-DS Desolder hand-piece*
MFR-H1-SC2 Solder Cartridge hand-piece*
MFR-WSDSU Workstand for Desolder hand-piece*
WS1 Workstand for Solder hand-piece*
The MFR-1300 Desoldering and Rework
System features a innovative desoldering
hand-piece and a power supply with an
internal pump providing 0.7 bar of vacuum
suction force making through-hole desoldering
easy.
Pencil
Pistol
MFR-1350/51
Input Line Voltage 100-240 VAC
Input Line Frequency 50/60Hz
Power Consumption 110 Watts max. (Power Supply MFR-PS1300)
Output Power 60 Watts Max *
Output Frequency 450 KHz *
Idle Tip 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)
Noise level < 55 dB
Vacuum suction force 0.7 bar (21in Hg at Vacuum pump at sea level)
Power Cord (3-wire) 183cm (72")
Desolder Hand-piece cable length 152 cm (60"), burn proof, ESD safe
Solder Hand-piece cable length 122 cm (48"), burn proof, ESD safe
Hand piece connector 8 pin power connector
Tip to ground Potential <2mV
Tip to ground resistance <2 Ohms
Surface Resistivity 10
5
– 10
9
Ohms
Approvals cTUVus, CE
Dimensions (approx.) W x D x H 170mm x 200mm x 152.5mm (7" x 8" x 6")
Workstand dimensions 100mm x 200mm x 100mm (4" x 8" x 4")
* RF SmartHeat Technology provides greater power. More details at
www.metcal.com/smartheat
Key Features &Benefits
w
Self-contained powerful vacuum pump
w 2 in 1 ergonomic and flexible hand-piece
w Recyclable collection chamber with increased
capacity
w Quick and easy change collection chamber
w Dual switchable output
w Powered by Smartheat
®
Technology
w Compatible with previous MFR Desolder range
Technical Specifications
Soldering & Desoldering Systems with Internal Air
DxP
Desoldering Tips
Full range on page 31
SxP
Soldering Cartridges
RxP
Rework
Cartridges
Full range on pages 29-30
www.metcal.com