LongLife oxygen plasma: HySpeed HSD130, HT2000, HT4400 and HT4001

Heavy-duty production tools with cost-reducing LongLife technology for dramatically longer consumable life and much lower operating costs. Ideal for production environments cutting mild steel, stainless and aluminum up to 75 mm (3") thick.

HySpeed HSD130 system brochure
(PDF 294 K)

HySpeed HT2000 system brochure
(PDF 253 K)

HySpeed HT4400 system brochure
(PDF 176 K)

HT4001 system brochure
(PDF 192 K)

 

LongLife oxygen systems specifications
   
HySpeed HSD130
HySpeed HT2000
HySpeed HT4400
HT4001

Capacity
Mild steel

Dross free

Production (pierce)

Severance (edge starts)

16 mm (5/8")

25 mm (1")

38 mm
(1-1/2")

25 mm (1")

38 mm
(1-1/2")

50 mm (2")

32 mm
(1-1/4")

32 mm
(1-1/4")

50 mm (2")

32 mm
(1-1/4")

32 mm
(1-1/4")

75 mm (3")

Stainless

steel

Production (pierce)

Severance (edge starts)

20 mm (3/4")

25 mm (1")

25 mm (1")

50 mm (2")

32 mm
(1-1/4")

50 mm (2")

32 mm
(1-1/4")

75 mm (3")

Aluminum

Production (pierce)

Severance (edge starts)

20 mm (3/4")

25 mm (1")

25 mm (1")

50 mm (2")

32 mm
(1-1/4")

50 mm (2")

 

32 mm
(1-1/4")

75 mm (3")

 

Speed*

(Mild steel)

Optimum quality

12 mm (1/2")

2200 mm/m
(80 ipm)

12 mm (1/2")

3050 mm/m
(120 ipm)

12 mm (1/2")

4301 mm/m
(160 ipm)

 

12 mm (1/2")

2540 mm/m
(100 ipm)

 

Cut angle ISO 9013 range**
4
4-5
4
5
Weldability  
Ready to weld
Ready to weld
Ready to weld
Preparation required

Process gases

by material

(Plasma

/shield)

Mild steel
O2/Air, Air/Air
O2/Air, O2/O2
Air/Air, N2/CO2
O2/Air
O2/H2O
Stainless steel

Air/Air, N2/Air.

F5/N2,H35/N2

Air/Air, N2/Air.

N2/CO2,H35/N2

N2/O2,N2
N2/N2

N2/H2O

  Aluminum
Air/Air, H35/N2

Air/Air, N2/Air
N2/CO2,H35//N2

N2/O2,N2
N2/N2

N2/H2O
Process amps

Not all processes

available for all materials

45-130

40-200
beveling (200)

100-400
beveling (400)

260-760
beveling (all)


* Note: Take care in comparison: competitors often show maximum cutting speeds rather than speeds that deliver the best cuts, as shown above. Cut speeds listed above deliver best cut quality, but cut speeds can be up to 50% faster.

** ISO 9013 is a standard that defines cut quality of thermally cut parts. The lower the range (range 1 is the lowest), the smaller the angle on the cut face. Cut angle in range 4 is better than in range 5.
 
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