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SPW Product Catalogue 2019

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1<br />

STICK WELDERS<br />

Minarc Evo 150 & 140<br />

Part No. P0680 (Minarc Evo 140)<br />

P0681 (Minarc Evo 150)<br />

Little giants of the welding world. Outstanding welding performance is no overstatement.<br />

Every element of Minarc Evo 150 is designed to meet the needs of professional welders on<br />

the move. Where size, weight and welding quality are concerned, there is no equal. Ideal for<br />

site use, you can use Minarc Evo 150 from mains or generator power supplies, even with<br />

extra long supply cables. Minarc Evo is easy to carry, so you can normally take everything you<br />

need in one journey. Large voltage reserves and automatic arc force control provide excellent<br />

arc stability in all welding positions and for a wide range of electrode types, making sure<br />

you get quality welding results every time. The large and clear meter display makes accurate<br />

current setting simple and easy, and precise lift TIG ignition ensures high quality DC TIG<br />

welding. Connect Minarc Evo’s remote control option and you can adjust welding parameters<br />

at distance during welding, for the ultimate convenience and weld pool control.<br />

TECHNICAL DATA<br />

Connection voltage 1~ 50/60 Hz 230 V ±15 % (AU 240 V ± 15 %)<br />

Rated power at max. current 35 % ED MMA 140 A / 4.5 kVA<br />

35 % ED TIG 150 A / 3.2 kVA<br />

Output (40 ºC) MMA 35 % ED 140 A / 25.6 V<br />

100 % ED 100 A / 24.0 V<br />

Output (40 ºC) TIG 35 % ED 150 A / 16.0 V<br />

100 % ED 110 A / 14.4 V<br />

Open circuit voltage 90 V (VRD 30 V; AU VRD 12 V)<br />

Power factor at 100 % ED 0.99<br />

Efficiency at 100 % ED (MMA) 82 %<br />

Stick electrodes ø 1.5…3.25 mm, 4 mm<br />

External dimensions L x W x H 361 x 139 x 267 mm<br />

Weight (with connection cable)<br />

5.85 kg<br />

EMC class<br />

A<br />

Norms IEC 60974-1, -10, IEC 61000-3-12<br />

GENERATOR SELECTION<br />

The table below assumes a power factor rating of 0.8 (20% losses). So the VA rating should<br />

be used when selecting your generator size but remembering this may vary significantly from<br />

machine to machine. Identify your welder’s Amperage and Voltage rating and match them up<br />

in the table below to determine your generator capacity.<br />

WELDING EQUIPMENT<br />

Voltage<br />

Voltage<br />

240 415 240 415<br />

WELDER RATED AMPS (A) POWER RATING<br />

W W VA VA<br />

5 1200 2075 1500 2594<br />

7.5 1800 3113 2250 3891<br />

10 2400 4150 3000 5188<br />

12.5 3000 5188 3750 6484<br />

15 3600 6225 4500 7781<br />

17.5 4200 7263 5250 9078<br />

20 4800 8300 6000 10375<br />

25 6000 10375 7500 12969<br />

30 7200 12450 9000 15563<br />

35 8400 14525 10500 18156<br />

40 9600 16600 12000 20750<br />

45 10800 18675 13500 23344<br />

50 12000 20750 15000 25938<br />

60 14400 24900 18000 31125<br />

63 15120 26145 18900 32681<br />

KVA = 1000 x VA<br />

KW = 1000 x W<br />

The Amps can be taken from the welder specification plate. This rating is usually the amount of Amps<br />

the welder will use when running at maximum output.<br />

62 <strong>SPW</strong> GROUP PTY LTD

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