REHM Welding Technology United Kingdom WebSite

MIG / MAG
Pulse welding machine for 230v single phase supply

PANTHER 200 PULS

Power Output

• 15 to 200 Amps air cooled machine

Programs

• 49 synergic programmes for Stepless and pulsed operation
• Programs for Fe / CrNi / AlMg / AlSi / CuSi3 / CuAl8 materials
• 4 manual welding programs

CaseWork

• Compact Industrial small-Case footprint
• Integral Wire Feed Unit with 200mm adaptor as standard
• Optional retrofit rear 300mm reel adaptor

PART NUMBER	DESCRIPTION
RM.0130-5500	PANTHER 200 PULS Machine Only - With Earth Return Cable & Clamp
TB.104P-341330	TBi 250 Torch - 3m
RM.0118-0255	Adapter Kit for large 300mm Dia. wire reel
RM.0760-1600	REHM Panther PUSH-PULL Torch - 4m

PANTHER 200 PULS

• Input: 230 V Single Phase 16A

• Output: 200 A welding current

• Extremely compact construction

• Low weight

• Suitable for field installations

• Simple to operate

49 programmed synergic characteristic curves for stepless and pulse operation

• Fe • CrNi • AlMg • AlSi • CuSi3 • CuAl8

Features:

• Four manual welding programs

• Electronically pre-programmed welding choke (ADC)

• Manual correction options for ADC

• Push-Pull option as standard

• Wire spool adapter for 200 mm, and optional retrofitting for 300 mm

The PANTHER 200 PULS is particularly suited to the following applications:

• Light to medium steel construction work

• Chassis construction

• Chassis repair

• Air conditioning construction

• Thin sheet welding

• And the full range of mobile applications

Settings/Welding parameters/Displays:

• Energy setting is carried out via Ampere, feed rate and material thickness

• Arc length correction

• ADC correction

• Spot time

• Interval time

• Operating modes, 2-step, 4-step, spot and interval

• Pulse operation, stepless operation with and without synergic regulation

• Hold function for welding energy

• Display of the selected welding program

• Job storage

Special parameters

• Gas pre-flow time

• Creep speed

• Start current value

• Start current time

• Down slope time

• End crater current

• Back burn time

• Push-Pull dynamic