Swing over carriage	mm	3 600/4 200/5 200
Speed	rpm	1–400/1–200/1–120
Workpiece length	mm	10 000–20 000
Max. workpiece weight	t	56/100/160/250/350
Main drive motor power	kW	60/100/140/200/330

Swing over carriage	mm	3 000/3 300/3 600
Speed	rpm	1–400/1–250/1–200/ 
1–120
Workpiece length	mm	4 000–20 000
Max. workpiece weight	t	56/100/160/250
Main drive motor power	kW	60/100/140/200

Swing over carriage	mm	2 000/2 500/3 000
Speed	rpm	1–400/1–250/1–200
Workpiece length	mm	4 000–20 000
Max. workpiece weight	t	25/56/100/160
Main drive motor power	kW	60/100/140/200

Swing over carriage	mm	1 300/1 600/2 000
Speed	rpm	1–700/1–400/1–250
Workpiece length	mm	4 000–20 000
Max. workpiece weight	t	25/56
Main drive motor power	kW	60/100/140/200

Swing over carriage	mm	1 000/1 300/1 500
Speed	rpm	1–1 000/1–700
Workpiece length	mm	3 000–20 000
Max. workpiece weight	t	25
Main drive motor power	kW	60/100

Spindle diameter	mm	150
Spindle speed	rpm	10–3 000
Sleeve extension in W axis	mm	900
Sleeve extension in Z axis	mm	1 200
Extension in W + Z axes	mm	2 100
Column travel in X axis	mm	od 1 500
Max. headstock travel in Y axis	mm	5 000
Main motor power S1	kW	52

Boring spindle diameter	mm	260/280/300/320
Boring spindle speed	rpm	1–1 600
Extension W	mm	1 800
Extension Z	mm	2 000
W + Z	mm	3 800
Travel X	mm	od 4 500
Travel Y	mm	5 000–10 000
Main drive motor power S1	kW	129

Prùmìr vrtacího vøetena	mm	150/ 160
Max. otáèky 	
min -1

3 000
Výsuv vøetene - osa W	mm	1 000
Výsuv pinolz - osa Z	mm	1 200
W + Z	mm	2 200
Pojezd vøeteníku- osa Y	mm	5 500
Max .výkon motoru hl. pohonu 	kW	71

Boring spindle diameter	mm	200/225/250/260
Boring spindle speed	rpm	1–2 000
Extension W	mm	1 400
Extension Z	mm	1 600
W + Z	mm	3 000
Travel X	mm	od 3 500
Travel Y	mm	3 000–7 000
Main drive motor power S1	kW	100

Boring spindle diameter	mm	180 / 200 / 225
Boring spindle speed	rpm	1 – 3 000
Extension W	mm	1 400
Extension Z	mm	2 000
W + Z	mm	3 400
Travel X	mm	od 3 000
Travel Y	mm	2 500 – 7 000
Main drive motor power S1	kW	103

Boring spindle diameter	mm	150/160
Boring spindle speed	rpm	2–3 000
Extension W	mm	1 250
Extension Z	mm	1 750
W + Z	mm	3 000
Travel X	mm	od 2 500
Travel Y	mm	2 000–4 000
Main drive motor power S1	kW	71

Spindle diameter	mm	140
Spindle speed	rpm	10–3 000
Sleeve extension in W axis	mm	900
Sleeve extension in Z axis	mm	1 000
Extension in W + Z axes	mm	1 900
Column travel in X axis	mm	od 1 500
Max. headstock travel in Y axis	mm	5 000
Main motor power S1	kW	37

Boring spindle diameter	mm	130 
Spindle revolutions	rpm	2 – 3 000
Spindle travel	mm	900 
Ram travel	mm	without ram
Column travel	mm	
1 250 - 2 500 

Rotary table travel	mm	2 500 - 6 000 
Headstock travel	mm	2 000 – 3 000 
Power of main drive	kW	37 

Horizontal work station including rotational manipulator for steam-turbine rotor shaft machining.

The machine design allows for flexibility in setting up the optimum machine configuration with respect to the desired operational functions. The machine accessories and additional equipment supplied on request include milling, grinding and boring heads. Thanks to these, the SR lathes can be used to perform all machining operations on complex parts such as crankshafts or turbine rotor shafts.

Type	Table plate max. [mm]	Max travel V [mm]	Max. load [t]
TDV 12	1800 x 2200	 6000 
12
TDV 25	 2500 x 2500 
6000	25
TDV 30	3000×3000	4000
30
TDV 40	3500×3500	4000	40
TDV 50	3500×3500	4000	50
TDV 70	4000×4000	4000	70
TDV 100	5000×5000	4000	100
TDV 160	5000×5000	4500	160
TDV 250	6500×6500	7000	250
TDV 400	6000×8000	7000	400

New machine type series with a sliding spindle represents the state-of-the-art design solution in its class. The slide deflection when extended from the spindle is automatically compensated. The travel in axes X, Y and Z is facilitated by compact rolling-contact guides ensuring excellent dynamic properties and positioning precision. Hydrostatic guides in axis X can be provided on customer’s request. The customer-specific NC system can provide for various advanced machine functions such as automated tool exchange, automated accessory selection and replacement, measuring probes to monitor the condition of the workpiece and tool, tool load, fracture and operational lifetime checking. The modular design of the machine allows for flexible changes in the work-station configuration.

With their operational range, high power and machining precision the HCW machines are the best solution for high-precision milling, drilling and boring of large and heavy workpieces. These machines can be used within single-purpose work stations for efficient machining of generator rotor shafts, heavy crankshafts and other large components of complex shape.