HEC Series
Athletic
HEC 1000 • HEC 1250
HEC 1600 • HEC 1800
Machining Centers
Modern Athletes –
Power and Perfection
Customer utility value
• High flexibility for the complete machining of a wide variety of
workpieces
• Ready-to-assembly machining
• Reduced machining costs through minimal downtimes
• Constantly high machining accuracy to IT 5
• Customized adaptation to the machining task and tailor-made
machine design
• State-of-the-art process control and monitoring to increase
the degree of automation and to reduce tooling and
maintenance costs
Highlights
• Large machining centers with the main subassemblies, tool
and workpiece handling, workspindle and CNC in modular
design
• Users can choose between horizontal workspindles for
different speed and power ranges, an extending NC quill and
a swinging horizontal/vertical millhead for 5-side machining
• High flexibility provided by the automatic pallet changer
(ATC) in double, triple and quadruple design and in a variety
of different arrangements
• Different chain magazine variants for 60 or 80 tools or with
tower magazine for max. 320 tools up to 800 mm in length
• Extremely long travels and optimum work space conditions
with highly favorable workspindle stroke positions
• Digital a.c. feed drives and sectional rail roller guides in all
linear axes
Applications
• Complete machining of large and heavy workpieces with
edge lengths up to 3,300 mm and up to 13,000 kg in weight
• Use in general machine building, in tractor and agricultural
machinery manufacturing, in large engine manufacturing, in
construction plant manufacturing, in the pump and compressor
industry and in transmission case manufacturing
• Can be used either as stand-alone machines or – expanded
by rotary or linear pallet magazines – as manufacturing cells
for integration into flexible manufacturing systems (FMS)
2
3
HEC Series
The Concept –
Modular and Flexible
Tool handling
- Chain magazine for 60 or
80 tools
- Tower magazine for 180, 240
or 320 tools
Toolholder
- Quick-release taper acc. to
DIN 69871-AD 50 or form B 50 or BT 50
- Hollow-shaft taper acc. to DIN 69893
HSK-A 100
Frame column with slide rest
- Vertical travels:
Horizontal spindle
1,250 mm/1,600 mm/2,000 mm
2,500 mm
H/V head
1,100 mm/1,450 mm/1,850 mm
NC quill
1,150 mm/1,500 mm/1,900 mm
2,500 mm
Pallet changers
- Double changer with pallet feeding
from the front
- Double changer with pallet feeding
from both sides
- Triple changer with pallet feeding
from one or both sides or from
the front
- Quadruple changer with pallet feeding
from both sides and from the front
Cross bed
- Longitudinal travels:
1,700 mm/2,200 mm/2,250 mm
Pallet magazine
- Multi-tier linear magazine with pallet
transport trolley, number of magazine
locations and load-unload stations as
per customer requirements
- Rotary magazine with 4 ... 5 magazine
locations, 1 load-unload station and
pallet changer
Rotary table
- Longitudinal travels:
1,700 mm/2,200 mm/2,800 mm
3,400 mm
Workpiece pallets
- Dimensions:
1,000 x 800 mm, 1,250 x 1,000 mm,
1,600 x 1,250 mm, 1,800 x 1,250 mm
CNC
- Sinumerik 840 D
- GE Fanuc Series 31i
Workspindle
- Horizontal main spindle with
a.c. motor modified in power and
speed
- Swiveling horizontal/vertical head
- NC quill modified in diameter,
travel and power range
4
5
HEC Series
High-tech at a Glance –
Effective and Economic
Compact design
- Cross-bed design with optimized modular
subassemblies for tailormade solutions
Extremely large working area
- Optimum travels and interference
ranges up to 3,300 mm
- Optimum workspindle travel limits
Powerful, dynamic and variable
workspindles
- Horizontal main spindle with a.c. motor
50 kW/25 % c.d.f. and max. 6,000 r.p.m.
or 67 kW/25 % c.d.f. and max. 6,000 r.p.m.
or 38 kW/40 % c.d.f. and max. 10,000 r.p.m.
- Swiveling horizontal/vertical head for
5-side machining
30 kW/60 % c.d.f. and max. 6,000 r.p.m.
- NC quill with 500 mm stroke
50 kW/25 % c.d.f. and max. 4,000 r.p.m.
- NC quill with 750 mm stroke
56 kW/40 % c.d.f. and max. 4,000 r.p.m.
Flexible automatic pallet changer
- Double pallet changer with pallet feeding
from the front as standard and double,
triple or quadruple changers with different
pallet feeding arrangements as options
High machine accuracy
- Sectional rail roller guides in all linear
axes and preloaded ballscrews ensure:
Positioning uncertainty P ≤ 0.008 mm
Positional deviation Pa ≤ 0.006 mm
Position scattering range
Psmax ≤ 0.005 mm
Backlash on reversal ≤ 0.004 mm
6
Multi-side machining with high
precision
- NC rotary table with 0.001 degrees
display and input resolution and backlash
on reversal Umax ≤ 4 "
Material-oriented coolant preparation
- Optionally with back-purge filter, vacuum
rotation filter or fleece gravity filter
- Coolant temperature stabilization and
temperature compensation
Displacement axes with high dynamic
properties
- Rapid traverse rate up to 60 m/min
(40 m/min for the HEC 1800) thanks to the
use of digital a.c. servo drives
High ease of operation
- Swivel-type operator panel
Progressive tool handling
- Chain magazine
with 60 or 80 magazine locations for
tools up to ∅ 325 mm (T-type tools
∅ 500 mm) and 800 mm in length
- Tower magazine
with 180, 240 or 320 magazine locations
for tools up to ∅ 325 mm (T-type tools
∅ 500 mm) and 800 mm in length to
save space and reduce setup times
Optimum conditions for dry and wet
machining
- Swarf disposal at extremely high speed
thanks to two wide swarf conveyors with
high swarf drop
- Roof-style, inclined guideway covers for
safe swarf removal from the work space
into the swarf conveyor
- Minimal quantity lubrication for dry
machining
- External coolant supply via adjustable
nozzles at 60 l/min and internal coolant
supply through spindle and tool center at
max. 70 bar
- Connection to the central coolant system
possible
- Coolant reservoir for max. 3,400 liters
- Good access to the load-unload station
with safety light barrier
- Complex noise-insulated work space
guard with safety glass
- Emission extraction in the work space
- Purge shower in the work space and
flushing gun at the load-unload station for
cleaning the workpiece
- Remote diagnosis for machine and control
system
State-of-the-art process control and
monitoring
- CNC Sinumerik 840 D or, alternatively,
GE Fanuc Series 31i
- Monitoring by tool-life or workpiece count
- Workpiece counter displayed on the
screen of the NC
- Direct tool breakage monitoring with laser
light barrier
- Speed monitoring for the tools
- Main drive capacity utilization monitoring
- 3D probe
- Balluff tool identification
- ARTIS tool and process monitoring
- ARTIS Adaptive Control
- Operating hours display and signal lamps
- Modular service and diagnostic system
SAM
HEC Series
Low maintenance
- Grease lubrication for the workspindle,
central oil lubrication for the ballscrews
and for the sectional rail roller guides
Expanded automation
- Linear pallet magazine in modified design
- Rotary pallet magazine
- Expansion into flexible manufacturing
systems
7
From the Machine Design to the Workspindle –
Precision and Power
The state-of-the-art machine concept
The striking feature of our machines is their
compact design with the steel-welded
cross-bed. All computer-optimized subassemblies possess only a small number of
components and non-contact sensors. This
provides for high reliability and long-term
stability. The high static and dynamic stability.
are prerequisites for the excellent machining
accuracy to IT 5/6 and thus also the basis
for outstanding cutting performance.
According to our state-of-the-art design
principle, the cross-bed bears the longitudinal and cross guides for the movements
of table slide (X axis) and frame column
(Z axis).The slide rest slides on the frame
column in the vertical direction (Y axis). The
weight of the slide rest is compensated and
stabilized by way of a hydraulic counterbalancing.
Powerful and precise machine slide rest
The frame slide rest, as the central
component, bears the a.c. main motor and
the workspindle subassemblies. Adapted to
its particular working task, the a.c. motor
can be modified in power and speed. The
two-stage, high-power and pneumatically
switched main drive with oil-circulating
lubrication provides a high service life and
reliability.
The electronic spindle alignment device
meets the prerequisites for positiontrue
stopping of the spindle when changing the
tool. All tools are clamped securely via a
NC quill with stepless adjustment up to 500 mm or 750 mm
for the machining of deep-lying form elements and long travels
8
Belleville spring package and released hydraulically.
The spindle taper and the internal coolant
supply of the tools are blown out with
compressed air during the tool change.
This cleaning ensures a high rotational
accuracy of the tools.
Finishing of a highly precise camshaft bearing bore using
a boring rod 1,300 mm long or 70 kg in weight
HEC Series
Machining of transmission housings with edge lengths up to 2,100 mm and 13 t in weight
Powerful and flexible workspindle
The workspindle is designed such that it
can be adapted optimally to the particular
application. Users can choose between
horizontal workspindles, a swiveling horizontal/vertical milling head and an adjustable NC quill.The horizontal workspindles
are offered with different powers, speeds
and tool holders. Thus, powers up to 67 kW/
25 % c.d.f. and speeds up to 10,000 r.p.m.
are available. With the compact, deflection
and torsionproof workspindle, rates of metal
removal of 1,800 cm3 /min can be achieved
when machining steel. The quadruple precision bearing ensures high accuracy and
smooth running.
5-side machining in one clamping is provided by the swiveling horizontal/vertical
millhead. The quintuple precision bearing
ensures high rotational accuracy of the
compact, deflection and torsion-proof workspindle. The power potential of 30 kW/60 %
c.d.f. provides optimum conditions for the
cutting of high-strength materials. Serrated
ring couplings ensure a high positioning
accuracy after each swivel motion. The
axial extension of the spindle under the
influence of the heat is compensated automatically.
The NC quill ensures optimum conditions for
the machining of deep-lying form elements
and long travels.This does away with expensive special tools and eliminates the need
for shift drilling. The steplessly adjustable
travel of 500 mm and the power range up to
50 kW/25 % c.d.f. provide for a wide range
of applications. The HEC 1600 P 150 and
HEC 1800 P 150 machining centers can be
equipped with a quill 150 mm in diameter
and for a travel up to 750 mm as options.
Dynamic feed drives
Digital a.c. drives are used for traversing
of both the rotary and linear axes. The
statically and dynamically rigid feed drives
in conjunction with preloaded ball-screws
ensure high rapid traverse rates, fast positioning times and minimum control times.
Absolute, direct, distance-coded path measuring systems on the linear axes provide for
a high measuring accuracy with an input
resolution of 0.001 mm. Sealing air and additional encapsulation prevent contamination
of the measuring systems. Thus, the ballscrews provide an especially high stability.
High-precision subassembly guides
The sectional rail roller guides with preloaded
and completely sealed guide carriages in
all linear axes ensure optimum conditions
for a high machining accuracy. This guarantees a position scattering range of Psmax
≤ 0.005 mm and a back lash on reversal of
≤ 0.004 mm.
Flexible, fully automatic machining of axle housings on a HEC 1600 Athletic with rotary pallet pool
9
The Workpiece Handling –
Safe and Fast
Flexible automatic pallet changer
The pallet changer can be tailored to the
specific customer requirements. It is offered
in double, triple or quadruple design with
pallet feeding from the front or from the
side. The workpieces are clamped, reclamped and released on the load-unload
station parallel to the machining.
contamination. The latter is achieved by
applying compressed air to the interior of
the rotary table slide and by cleaning the
clamping and indexing faces of the pallets
with compressed air when changing the
pallet.
For the use of hydraulic workpiece clamping
fixtures, the table pallets can be expanded
by coupling units for a hydraulic clamping
system operating at between 30 and 240
bar. Instead of standard pallets with hole
matrix acc. to DIN 55201, it is also possible
to use pallets with T slot.
Thus, the setup and downtimes can be
significantly reduced. The ergonomically
designed load-unload station provides
convenient access to the workpiece and
fixture. A safety light barrier installed in front
of the load-unload stations enhances labor
safety. In addition, the machining centers
can be expanded into manufacturing cells
by installing rotary or linear pallet magazines.
Multi-side machining with NC rotary table
The high-capacity NC rotary table provides
optimum conditions for multiside and complete machining. It is possible to specify
any angular position at a resolution of 0.001
degrees – and this with high precision.
The guaranteed accuracy values, such as
the positioning scattering Psmax ≤ 6” and
the backlash on reversal Umax ≤ 4” are
also the result of the use of a highly precise,
absolute direct angular measuring system,
a secure hydraulic clamping of the table
and measures to prevent the penetration of
10
Quadruple pallet changer with feeding from both the front and the side (option)
HEC Series
Variants of pallet changers
Double design –
pallet feeding from the front
Double design –
pallet feeding from the side
Triple design – pallet feeding
from both the front and the side
Triple design – pallet feeding
from both the front and the side
Linear pallet magazine
Quadruple design – pallet feeding
from both the front and the side
Rotary palletmagazine
11
The Tool Handling –
User-Oriented and Process-Optimized
Chain magazine for tools 800 mm
in length
Chain magazines for 60 or 80 tools are used
in the standard version. Specifically addressing the requirements of the user, they can
accept tools up to 325 mm in diameter
(T-type tools up to 500 mm) and up to
800 mm in length. The hydraulic drives for
the fast forward run and return of the magazine chain and for the movements of the dual
gripper provide for optimum conditions for
low tool changing times.
Tower magazine for increased tool
requirements
For increased tool requirements, the
machining centers can be equipped with
proven tower magazines for 180, 240 or
320 tools. The advantages of the tower
magazines are:
- Maximum tool density from a minimum
footprint
- Minimum setup times thanks to
reequipping of the tools during the
machine run time
- Reduced tool changing time thanks to
overlaying of the tool feeder motion and
the rotary motion of the tower and thanks
to maximum traversing speed of the
tool feeder
- Increased operational reliability and
safety at work through visual tool
monitoring and direct access to the tool
parallel to the machining time during
manufacturing
- Optimum working sequences with
variable feeding strategies
- High ease of operation thanks to clearly
laid out screen display to show the tool
mapping, for quick tool searches, for tool
loadding and for immediate access to the
tool data
12
Tower magazine for max. 320 tools reduces the setup times, optimizes the working sequences,
saves footprint and increases the ease of operation.
Tools up to 35 kg (50 kg as an option) can
be changed automatically. The tools can be
equipped with a Balluff identification system. The tool data on the code carrier are
acquired automatically via a second NC
operator panel when loading/unloading
the tower magazine or else at an external
service point for the chain or tower
magazine.
The tool management includes software
programs with tool database for creating a
tool loading and unloading list with interfaces to a tool presetting device. To facilitate
the operation easier and for checking
purposes, missing tools are displayed by
comparing the NC program with the tool
list.
Dual-arm gripper and feeder for tool change on the
tower magazine
Chain magazine for tools up to Ø 325 mm
(T-type tool 500 mm) and up to 800 mm in length
HEC Series
Process Control
and Monitoring –
Highly Automated
and Convenient
Maximum productivity and process
stability provided by Sinumerik 840 D
or GE Fanuc Series 31 i
In the standard variant, the machining
centers are equipped with the Sinumerik
840 D CNC with integrated PLC and
SIMODRIVE 611 D drive component. Optionally, the GE Fanuc Series 31i control
system with Alpha (HVis) digital drive technology is offered. To enhance the ease of
operation, CNC keyboard, screen, electronic handwheel and machine control panel
are integrated centrally in a swivel-type
operator panel.
Monitoring of machine, tool
and workpiece
Increased automation and process reliability, enhanced ease of operation and reduced maintenance and tool costs thanks to
checking and monitoring devices.
Our offer includes:
- Intelligent service and diagnostic system
SAM (Service Assistant Module)
- Monitoring by tool-life or workpiece count,
as well as workpiece counters
- 3D probe for quality control, zeroing and
cut segmentation
- Speed monitoring for the tools with
speed specification in the tool list
- Direct laser tool breakage monitoring in
the work space
- Main drive capacity utilization monitoring
for tool wear acquisition
- ARTIS tool and process monitoring
- Adaptive control system for optimization of
the tool life and machining time
- Indicator lamp displaying the machine
states
- Remote diagnosis via modem and
software
Sinumerik 840 D
integrated into
a swivel-type
operator panel
Slimline operator
panel of the
GE Fanuc Series 31i
with the following
modules:
- Company information
- Troubleshooting
- Machine
documentation
- Data acquisition
and statistics
- Communication
- Maintenance
13
Flexible Manufacturing Systems –
Know-How and Competence
Innovative system concept
The HEC 1000 – 1800 Athletic machining
centers possess appropriate interfaces for
automatic workpiece, tool and information
flow. They are thus ideally suited for integration into flexible manufacturing systems.
Being in possession of the appropriate
know-how, the engineering and experience
in system business, StarragHeckert supplies
complete turnkey projects with project planning for the entire project, including machining technology, the supplying of all system
subassemblies incl. tools and fixtures, NC
programs, training and qualification, installation and commissioning, production support,
service and maintenance. We guarantee the
optimum system solution chosen from the
wide range of system modules for workpiece
and tool handling and for system control, as
well as software solutions and equipment for
process monitoring. Modules for workpiece
handling are single or multi-tier linear pallet
magazines, pallet transfer systems, workpiece load-unload stations and robot solutions. In addition, mounting stations, washing
machines, measuring and test equipment,
and further machine tools can be integrated
into the manufacturing system.
14
Comprehensive engineering program
To ensure optimum manufacturing and system solutions, StarragHeckert elaborates
engineering packages consisting of:
- Feasibility studies
- Time calculations
- Process optimization
- Process consulting
- Data preparation
- NC programming
- CAM software
- Test machining
HEC Series
FFS 1600 flexible manufacturing system for the complete machining of the most
varied transmission housings with edge lengths up to 2,100 mm and 13 t in weight.
The system consists of three HEC 1600 Athletic machining centers, a linear pallet
magazine system with storage and retrieval system for automatic pallet transfer,
18 magazine locations in two tiers, 2 load-unload stations and the system control.
15
Wide range of applications
The flexible manufacturing systems are
used economically in all sectors of the
metal-processing industry with a focus on
the automotive industry, engine production,
the aircraft industry, construction plant
machines manufacturing, and the manufacturing of transmission housings and compressors. They offer efficient operation when
handling a broad range of workpieces
thanks to the reduced expenditure for reequipping expenditure when the production
changes.
16
Customer utility value to the fore
The complete machining of the workpieces
in batch sizes from 1 to bulk series reduces
the unit costs, cuts tool and rework costs
and minimizes the measuring and test
operations. Modifications to the range of
products result in minimum re-equipping
expenditure and guarantee production in
line with actual requirements with low
quantities of circulating material.
Great advantages are the fact that unmanned operation can be achieved in a
multi-shift system and the constantly high
machining and long-term stability.
HEC Series
Machining of more than 400 structural parts for the engine suspension (pylon)
for one of the greatest aircraft series.
The FFS 1250 flexible manufacturing system comprises three HEC 1250 Athletic
machining centers, linear pallet magazine system with transfer robot, 19 pallet
magazine locations, 2 lowering load-unload stations, overall control system, as
well as checking and monitoring devices for process stability.
17
Technische Daten
Design of main spindle
Workpiece carrier/punched pallet to DIN 55201
NC rotary table
Clamping area
mm
max. load
kp
max. speed
rpm
Resolution
degrees
Interference range diameter/compl.circle mm
Automatic pallet changer
Number of loadable pallets
max. pallet change time
s
Travel paths
Table longitudinal motion X
mm
Slide rest vertical motion Y
mm
Column transverse motion Z
mm
Quill travel
mm
Work spindle
Drive power, 100 % c.d.f.
kW
Drive power, 25 % c.d.f.
kW
Torque, 100 % c.d.f.
Nm
Torque, 25 % c.d.f.
Nm
Speed range, steplessly variable
rpm
Toolholder
Diameter in front bearing
mm
Quill diameter
mm
(Work spindle)
Drive power, 25 % c.d.f.
kW
Torque, 25 % c.d.f.
Nm
Speed range, steplessly variable
rpm
(Work spindle)
Drive power 40 % c.d.f.
kW
Torque, 40 % c.d.f.
Nm
Speed range, steplessly variable
rpm
Automatic tool changer
Chain magazine
magazine locations
max. tool diameter
mm
max.T-type tool diameter
mm
max. tool length
mm
max. tool weight
kg
max. breakdown torque
Nm
Chip-to-chip time/tools up to 15 kg
s
(Tower magazine)
magazine locations
max. tool diameter
mm
max. tool length
mm
max. tool weight
kg
max. breakdown torque
Nm
Traversing rates
Feedrate, steplessly variable
mm/min
max. feedrate force X/Y/Z
kN
Rapid traverse X/Y/Z
m/min
Coolant system
Supply through the spindle center
Delivery at pump, max.
l/min
Delivery pressure, max.
bar
Supply via nozzles
Delivery at pump
l/min
Delivery pressure
bar
Coolant reservoir
l
Machine accuracy to VDI/DGQ 3441
Linear axes
Positional uncertainty P (Tp)
mm
Positional variance Psmax
mm
NC rotary table
Positioning uncertainty P (Tp)
Position scattering Psmax
CNC
(Pallet linear magazine)
NC transport trolley, variant
Load-unload station, variant
Magazine loc., number and variant
(Pallet rotary magazine)
Magazine location, variant
Load-unload station, variant
Space requirements and weight
Length × Width × Height
with chain magazine
m
Net mass with chain magazine
kg
Values in brackets = option
18
HEC 1000 H
horizontal
HEC 1000 H/V
hor./vert. milling head
HEC 1000 P 125
NC quill
HEC 1250 H
horizontal
HEC 1250 H/V
hor./vert. milling head
1,000 × 800
4,000
10
0.001
1,900
1,000 × 800
4,000
10
0.001
1,900
1,000 × 800
4,000
10
0.001
1,900
1,250 × 1,000
5,000
10
0.001
2,400
1,250 × 1000
5,000
10
0.001
2,400
2
40
2
40
2
40
2
47
2
47
1,700
1,250 (1,600)
1,850
1,700
1,100 (1,450)
1,850
2,200
1,600
1,850
2,200
1,450
1,850
AC motor
28
50
680
1,210
20...6,000
AC motor
28
30/60 % c.d.f.
820
1,080/60 % c.d.f.
20...6,000
1,700
1,150 (1,500)
1,850
500
AC motor
28
50
1,000
1,775
20...4,000
100
110
AC motor
67
1,508
20...6,000
AC motor
38
900
20...10,000
170
125
AC motor
28
50
680
1,210
20...6,000
ISO 50 (HSK-A 100)
100
–
–
–
–
–
–
–
–
AC-Motor
28
30/60 % c.d.f.
820
1,080/60 % c.d.f.
20...6,000
110
AC motor
67
1,508
20...6,000
AC motor
38
900
20...10,000
60 (80)
325
500
800
35
50
12
60 (80)
325
500
600
35
50
12
60 (80)
325
500
800
35
50
12
60 (80)
325
500
800
35
50
12
60 (80)
325
500
600
35
50
12
180/240/320
250 (325)
450 (800)
35 (50)
50 (70)
180/240/320
250 (325)
450 (600)
35 (50)
50 (70)
180/240/320
250 (325)
450 (800)
35 (50)
50 (70)
180/240/320
250 (325)
450 (800)
35 (50)
50 (70)
180/240/320
250 (325)
450 (600)
35 (50)
50 (70)
1... 40,000 (60,000)
20/18/20
40 (60)
1... 40,000 (60,000)
20/18/20
40 (60/40/60)
1... 40,000 (60,000)
20/18/20
40 (60/40/60)
1... 40,000 (60,000)
20
40 (60)
1... 40,000 (60,000)
20
40 (60/40/60)
20
15 (70)
20
15 (70)
20
15 (70)
20
15 (70)
20
15 (70)
60
5.5
2,500
60
5.5
2,500
60
5.5
2,500
60
5.5
2,500
60
5.5
2,500
≤ 0.008
≤ 0.005
≤ 0.008
≤ 0.005
≤ 0.008
≤ 0.005
≤ 0.008
≤ 0.005
≤ 0.008
≤ 0.005
≤ 9"
≤ 6"
≤ 9"
≤ 6"
≤ 9"
≤ 6"
≤ 9"
≤ 9"
≤ 6"
≤ 6"
Sinumerik 840 D (Fanuc Series 31i)
rail-borne, with cross-conveying and lifting device
rotating and indexing by 4 × 90°
variable in one or two tiers
4 or 5
rotating and indexing by 4 × 90°
9.5 × 7.5 × 3.8
35,400
9.5 × 7.5 × 3.8
35,400
9.5 × 7.5 × 3.8
35,400
10 × 8.5 × 4.1
41,700
10 × 8.5 × 4.1
41,700
HEC 1600 H
horizontal
HEC 1600 H/V
hor./vert. milling head
HEC 1600 P 125
NC quill
HEC 1600 P 150
NC quill
HEC 1800 H
horizontal
HEC 1800 P 150
NC quill
1,250 × 1000
5,000
10
0.001
2,400
1,600 × 1,250
8,000
8
0.001
3,000
1,600 × 1,250
8,000
8
0.001
3,000
1,600 × 1,250
8,000
8
0.001
3,000
1,600 × 1, 250
8,000
8
0.001
3,000
1,800 × 1, 250
13 ,000
8
0.001
3,300
1,800 ×,1 250
13,000
8
0.001
3,300
2
47
2
60
2
60
2
60
2
60
2
120
2
120
2,200
1,500
1,850
500
AC motor
28
50
1,000
1,775
20...4,000
2,800
2,000
2,100
2,800
1,850
2,100
AC motor
28
30/60 % c.d.f.
820
1,080/60 % c.d.f.
20...6,000
2, 800
1,900
2,100
750
AC-Motor
37
56/40 % ED
1,410
2,150/40 % ED
20...4,000
3 ,400
2 ,500
2 ,250
AC motor
28
50
680
1,210
20...6,000
2,800
1,900
2,100
500
AC motor
28
50
1,000
1,775
20...4,000
AC-Motor
28
50
680
1,210
20...6,000
3 ,400
2 ,500
2 ,250
750
AC-Motor
37
56/40 %ED
1,410
2 ,150/40 % ED
20...4,000
100
110
170
125
200
150
100
200
170
125
AC motor
67
1,508
20...6 000
AC motor
38
900
20...10,000
HEC Series
HEC 1250 P 125
NC quill
AC motor
67
1,508
20...6 000
60 (80)
325
500
800
35
50
12
60 (80)
325
500
800
35
50
14
60 (80)
325
500
600
35
50
14
60 (80)
325
500
800
35
50
14
60 (80)
325
500
800
35
50
16
60 (80)
325
500
600
35
50
18
60 (80)
325
500
800
35
50
20
180/240/320
250 (325)
450 (800)
35 (50)
50 (70)
180/240/320
250 (325)
450 (800)
35 (50)
50 (70)
180/240/320
250 (325)
450 (600)
35 (50)
50 (70)
180/240/320
250 (325)
450 (800)
35 (50)
50 (70)
180/240/320
250 (325)
450 (800)
35 (50)
50 (70)
180/240/320
250 (325)
450 (600)
35 (50)
50 (70)
180/240/320
250 (325)
450 (800)
35 (50)
50 (70)
1... 40,000 (60,000)
20
40 (60/40/60)
1... 40,000 (60,000)
20
40 (40/60/60)
1...40,000 (60,000)
20
40 (40/40/60)
1... 40,000 (60,000)
20
40 (40/40/60)
1... 40,000 (60,000)
20
40 (40/40/60)
1... 40,000
20
35/40/40
1... 40,000
20
35/40/40
20
15 (70)
20
15 (70)
20
15 (70)
20
15 (70)
20
15 (70)
20
15 (70)
20
15 (70)
60
5.5
2,500
60
5.5
2,500
60
5.5
2,500
60
5.5
2,500
60
5.5
2,500
60
5.5
2,500
60
5.5
2,500
≤ 0.008
≤ 0.005
≤ 0.008
≤ 0.005
≤ 0.008
≤ 0.005
≤ 0.008
≤ 0.005
≤ 0.008
≤ 0.005
≤ 0.008
≤ 0.005
≤ 0.008
≤ 0.005
≤ 9"
≤ 6"
≤ 9"
≤ 6"
≤ 9"
≤ 6"
≤ 9"
≤ 6"
≤ 9"
≤ 6"
≤ 9"
≤ 6"
≤ 9"
≤ 6"
10 × 8.5 × 4.1
41,700
11.5 × 9.5 × 4.85
65,000
11.5 × 9.5 × 4.85
65,000
11.5 × 9.5 × 4.85
65,000
11.5 × 9.5 × 4.85
65,000
15.5 × 11.1 × 6.4
80,000
15.5 × 11.1 × 6.4
80,000
19
Printed in Germany · 08/08 · 008/V · Subject to changes in the course of technical further development · All data furnished in this catalog shall be considered contractually agreed only if confirmed by us separately in writing
StarragHeckert AG
Seebleichestrasse 61
9404 Rorschacherberg
Switzerland
Phone +41 71 858 81 11
Fax
+41 71 858 89 88
sales@starragheckert.com
www.starragheckert.com
StarragHeckert GmbH
Otto-Schmerbach-Strasse 15/17
09117 Chemnitz
Germany
Phone +49 371 836 22 88
Fax
+49 371 836 23 98
marketing@starragheckert.com
www.starragheckert.com
SIP
Société d’Instruments de Précision
Rue du Pré-de-la-Fontaine 19
1217 Meyrin/Geneva
Switzerland
Phone +41 22 719 02 00
Fax
+41 22 719 02 02
sipinfo@starragheckert.com
www.sip-geneva.ch
TTL
Units 1a & 1b
Haddenham Business Park
Thame Road
Haddenham, Bucks HP17 8LJ
United Kingdom
Phone +44 1844 296650
Fax
+44 1844 296651
enquiries@ttl-solutions.com
www.ttl-solutions.com