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Lenze |
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www.lenze.de |
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:.:Overview
:.:
Automation:
Hardware and
software components for decentralised automation
Frequency inverters:
Standard or
vector-controlled up to 400 kW
Decentralised
switching directly in the process
Servo inverters:
4 different
technology functions 0.75 to 75 kW
Servo motors:
Synchronous motors
up to 10.0 kW,
asynchronous motors
up to 60 kW
Three-phase AC motors:
Standard motors in
B3, B14 or B5 up to 22.0 kW
DC drives:
Power inverters and
DC motors up to 500 kW
Small drives:
The modular product
range for customer-oriented variants up to 1100 W
Clutches and brakes:
Important
supplements to your application
Connection systems:
From drives to
toothed belts |
:.:Frequency
Inverters:.:
SMD Frequency
Inverters 0.25 - 22 kW :
Lenze smd - the perfect partner for standard applications in the
power range from 0.25 to 2.2 kW, 230 V single phase,
and 0.37 to 22 kW, 400 V
3-phase
Lenze frequency inverters are used for electronic speed
adjustment of drives in many industries and applications.
The smd frequency inverter -a new member of the Lenze
product range - meets the requirements of standard
applications such as:
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easy implementation
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simple speed adjustment
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functions like acceleration, deceleration, reversal
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protective functions
Compact design
This wide power range provides a compact design that is the
ideal balance of performance and size.
Innovative EPM memory chip
The EPM is the "heart" of the Lenze smd. The pluggable EPM
stores all of the smd parameter settings. The EPM can be
unplugged and
programmed or copied outside the frequency inverter. If
required, it can also be used in other smd inverters. The
programming effort and system downtimes considerably
reduced.
Reliability
High overload capacity 150% I r for 60 seconds. Compliance with
CE, UL, cUL.
Quick commissioning
Quick commissioning is possible using the integrated keypad and
the functions pre-configured for standard applications.
Quick installation
Integrated RFI measures on single-phase models and easily
accessible control and power connections reduce installation
times to a minimum.
Technical Data
Type |
Power
[kW] |
Supply
voltage [V] (48...62 Hz) |
Dimensions (H x W x D) [mm] |
ESMD251X2SFA |
0.25 |
230/240 V
(1~ 180...264 V) |
146 x 93
x 83 |
ESMD371X2SFA |
0.37 |
ESMD551X2SFA |
0.55 |
146 x 93
x 92 |
ESMD751X2SFA |
0.75 |
ESMD152X2SFA |
1.5 |
146 x 114
x 124 |
ESMD222X2SFA |
2.2 |
146 x 114
x 140 |
ESMD371L4TXA |
0.37 |
400 V
(3 ~ 320V...528 V) |
146 x 93
x 100 |
ESMD751L4TXA |
0.75 |
146 x 93
x 120 |
ESMD112L4TXA |
1.1 |
146 x 93
x 146 |
ESMD152L4TXA |
1.5 |
146 x 114
x 133 |
ESMD222L4TXA |
2.2 |
ESMD302L4TXA |
3 |
146 x 114
x 171 |
ESMD402L4TXA |
4 |
ESMD552L4TXA |
5.5 |
ESMD752L4TXA |
7.5 |
197 x 146
x 182 |
ESMD113L4TXA |
11 |
ESMD153L4TXA |
15 |
248 x 195
x 203 |
ESMD183L4TXA |
18.5 |
ESMD223L4TXA |
22 |
Functionality/features
Type of
protection |
IP20 |
|
Ambient
temperature |
0. . .40
(55) °C power derating 2.5% per °C at 40. . .55°C |
|
RFI
measures |
integrated
RFI (meeting class A as per EN 55011) for 230V, single phase
for 400V, three phase via footprint filter |
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Control
method |
V/f
characteristic, linear or square-law (pumps/fans) |
|
Overload
capacity |
150% Ir for
60 seconds |
|
Chopper
frequencies |
4, 6, 8,10
[kHz] |
|
Output
frequency |
0. . .240
[Hz] |
|
Inputs |
freely
programmable Digital: 3 (plus 1 fixed start/stop input)
Analog: 1 (0- 5V, 0-10V; 0-20mA / 4-20mA) |
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Output |
Relay (NO
contact) freely programmable AC 250V, 3A DC 24V, 2A . .
.240V, 0.22A |
|
More
functions |
Electronic
motor potentiometer, setpoint selection using UP / DOWN
keys, DC brake (DCB), motor protection through I2
x t, 3 fixed speeds (JOG), fault reset through input signal
or automatically (with adjustable delay), diagnostics and
display functions (elapsed time meter/power on time meter,
fault history buffer, fault message), variable current
limits, copying of settings with integrated memory chip and
programming unit (accessories in preparation) |
|
Standards |
CE, UL, cUL |
|
0.25 - 7.5 kW / 0.55 - 90 kW 8200 Vector
(8200 Vector)
8200 vector for system solutions
A universal product range offering all you need for
user-friendly operation, diagnostics and communication. Tailored
to meet the needs
of day-to-day operations, the 8200 vector inverter range
comes complete with the system you have come to expect from
us: expert advice, training, support, service and much more
- a sound investment.
Excellent drive features
Overload capacity 180% rated torque for 60 seconds
Operating modes V/f linear, V/f square, vector control
Speed range 1 : 50
Easy operation
A menu structure similar to that of the mobile phone! In
combination with the plain text display of the XT keypad, you
parameterise the frequency inverter in next to no time.
Quick commissioning
The start-up help provided by the operating and set-up software
Global Drive Control "easy", we make your life easier.
Predefined basic configurations make the commissioning a
pushover for you. This saves time - and therefore money!
Easy handling
Function modules with pluggable spring-force terminal strips
permit easy and quick wiring. Naturally the plugs are protected
against polarity reversal.
Safety even in tough environments
Shield sheets for control and motor cables make a wiring
according to EMC easier. Easy fastening of the cable shields
provide an extensive contact of the shield for optimum EMC
behaviour.
EPLAN product macros
Preconfigured product macros for the 8200 vector including
parts data and layout macros for dimensioning control cabinets
can be
downloaded from here free of charge.
Technology powerful, versatile, reliable
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Power range: 0.25 kW-7.5 kW, 230 V/240 V 0.55 kW-90 kW, 400
V/500 V
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Overload capacity 180% rated torque for 60 seconds from 15
kW upwards,
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additional 210% rated torque for 3 seconds
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Operating modes V/f linear, V/f quadratic,vector control,
sensorless torque control
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Chopper frequency 1, 2, 4, 8, 16 kHz
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Output frequency up to 650 Hz
Technical data / dimensions 0.25-90 kW
Type |
Power
[kW] |
Supply
voltage [V] (45...65 Hz) |
Dimensions (H x B x T) [mm] |
E82EV251K2C |
0,25 |
230/240 V
(1~ 180...264 V) |
120 x 60
x 140 |
E82EV371K2C |
0,37 |
E82EV551K2C |
0,55 |
230/240 V
(1~ 180...264 V) |
180 x 60
x 140 |
E82EV751K2C |
0,75 |
(3 ~ 100...264 V) |
E82EV152K2C |
1,5 |
240 x 60
x 140 |
E82EV222K2C |
2,2 |
E82EV302K2C |
3 |
230/240 V
(3 ~ 100...264 V) |
240 x 100
x 140 |
E82EV402K2C |
4 |
E82EV552K2C |
5,5 |
240 x 125
x 140 |
E82EV752K2C |
7,5 |
E82EV551K4C |
0,55 |
400/500 V
(3 ~ 320...550 V) |
180 x 60
x 140 |
E82EV751K4C |
0,75 |
E82EV152K4C |
1,5 |
240 x 60
x 140 |
E82EV222K4C |
2,2 |
E82EV302K4C |
3 |
240 x 100
x 140 |
E82EV402K4C |
4 |
E82EV552K4C |
5,5 |
E82EV752K4C |
7,5 |
240 x 125
x 140 |
E82EV113K4C |
11 |
E82EV153K4B2xx |
15 |
400 V
(3 ~ 320V...550 V) |
350 x 250
x 250 |
E82EV223K4B2xx |
22 |
E82EV303K4B2xx |
30 |
E82EV453K4B2xx |
45 |
510 x 340
x 285 |
E82EV553K4B2xx |
55 |
591 x 340
x 285 |
E82EV753K4B2xx |
75 |
680 x 450
x 285 |
E82EV903K4B2xx |
90 |
Functionality/characteristics
Chopper
frequencies |
1**, 2, 4,
8, 16 kHz |
|
Enclosure |
IP20 |
|
EMC (RFI
level A and B according to EN 55011) |
integrated
as standard (optionally with compact substructured RFI
filter) |
|
Control
modes |
optionally
vector control, V/f characteristic control (linear,
square-law), torque control |
|
Ambient
temperature |
-10
°C...+55 °C (40 °C...55 °C with power reduction) |
|
Standard
features |
PTC input,
PID controller, integral brake transistor, motor parameter
identification and correction, terminal scan time of digital
inputs 1 ms, programmable relay output, S-shaped ramps,
level inversion, skip frequencies, fixed speeds, 4 parameter
sets selectable online, password protection, bipolar
setpoint processing,... |
|
Drive
characteristics 0.25-11 kW |
1.8 x
Mrated (60 s), torque setting range 1:10 for 3...50 Hz,
speed setting range 1:50 with Mrated (50 Hz), rotational
accuracy ± 0.1 Hz |
|
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Drive
characteristics 15-90 kW |
high
starting torque (2.1 x MN (3 s) after controller enabling),
1.8 x MN (60 s), torque operating range 1:10 for 3…50 Hz,
speed range 1:50 with Mnenn (50 Hz), rotational accuracy +/-
0.1 H |
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Standards |
CE, UL, cUL |
|
Modules
I/O -
function modules |
|
Analog |
Analog |
Digital |
Digital |
Freq. |
|
IN |
OUT |
IN |
OUT |
OUT |
Standard-I/O PT |
1 |
1 |
4* |
1 |
- |
Application-I/O PT |
2 |
2 |
6* |
2 |
1 |
|
* includes
optionally 1 frequency input |
Fieldbus function modules |
|
PROFIBUS-DP
PT, INTERBUS PT, CAN PT (system bus), CAN-I/O (system bus
PT), CAN-I/O RS PT (system bus), AS-Interface PT, LECOM-B PT
(RS485), |
Automation modules |
|
PROFIBUS-DP, INTERBUS, INTERBUS-Loop, DeviceNet/CANopen,
CAN, LON, LECOM-A/B (RS232/485), LECOM-LI (optical fibre), |
Operating module |
|
Keypad XT |
0.37 -
400 kW 9300 Vector
(9300 Vector)
9300 vector – flexibility from design
The 9300 vector is
a vector-controlled frequency inverter, that is best suited for
demanding applications as for example filling plants
dosing and feed systems, as well as winding drives. Excellent
drive behaviour - even without speed feedback - and undreamt- of
possibilities for solving control tasks are only a few
outstanding features provided by this frequency inverter.
Function blocks integrated into the 9300 vector
software
enable the 9300 vector to carry out control functions in
addition to its drive task, similar to a PLC.
Drive features
Power range:
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0.37 ... 90 kW, 400 V / 480 V
110 ... 400 kW,
400 V / 500 V
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Overload capacity: Depending on the type up to 180 % rated
torque for 60 s
-
Control methods: Vector control, V/f-characteristic control
(linear and square)
Input and output terminals
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2 bipolar analog inputs
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2 bipolar analog outputs (freely assignable)
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7 digital inputs (6 of them freely assignable) with
changeable logic
-
4 digital outputs (freely assignable) with changeable logic
-
Input for external supply of the control electronics
(back-up operation in the event of a mains failure)
Communication interfaces (optional)
-
RS232/485 interfaces, optionally as optical fibres
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Connection to common fieldbus systems (PROFIBUS, INTERBUS,
INTERBUS-Loop, LON, DeviceNet, CANopen)
Protection
-
Adjustable current limitation, error messages in the event
of over current
-
Over voltage and under voltage protection
-
Warnings and error messages in the event of over temperature
of the frequency inverter
-
Input for PTC and thermal contact and I2t-monitoring to
protect the motor
-
Motor-phase failure detection
-
Mains failure control
Standard functions (selection)
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2 PID controllers
-
Slip and mains voltage compensation
-
Smooth starting and stopping along S ramps
-
DC braking
-
Electronic motor potentiometer
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4 freely configurable parameter sets
-
3 frequencies to skip mechanical resonances
-
Freely connectable function blocks
Operation and diagnostics
-
Menu-guided keypad with clear-text display
-
Copying and transfer of inverter settings using the keypad
-
Password protection
-
Predefined basic configurations
-
Fault history
-
Comfortable operating software "Global Drive Control" with
oscilloscope function
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:.:Servo
Inverters:.: |
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Global Drive Servo Inverter 9300:
Servo Inverter 0.37 - 75 kW:
Intelligent technology function
The high
performance 9300 servo inverter with coordinated motor programme
constitutes the optimal drive system. Mature in design and flexible
in use,
the 9300 servo
inverters point the way to the future in drive technology.
Innovative hardware and software and excellent drive characteristics
thanks to Vector Control make the entire spectrum of
state-of-the-art AC technology available to the user.
Continuity
This series of
products is universally usable in the 0.37-75 kW range.
Flexibility
The devices meet
the varied demands of servo technology. Choice of technology is via
the software.
Integrated
network input
Two separate
elements are not needed for single drives.
Greatly reduced
control cost and effort due to high functionality
Master frequency
for synchronisation via simple plug-in connector
Integrated
positioning controller for precision positioning
vector control for
maximum dynamic performance and high starting torque
Modular, freely
configurable control/function blocks with simple connection
Process controller
and numeric blocks for control and adjustment tasks
Integrated system
bus for inclusion of several controllers
Servo Positioning
Controller 0.37 - 75 kW
Intelligent
technology function
Modern positioning
tasks are met by the 9300 positioning controller with its
market-oriented characteristics. The function block structure well
known from the 9300
servo inverter has been expanded in this series of devices for the
purposes of positioning technology. The function blocks not
needed to do so
have been dropped.
The
characteristics of these devices include:
Relative absolute
positioning
Switching outputs
Homing
Touch Probe travel
Slow-down points
Sin² ramp
Override
Manual travel
Stand-by operation
Arithmetic
co-ordination of target positions
Up to 32 program
sets
Technical
Data
Type |
9321 |
9322 |
9323 |
9324 |
9325 |
9326 |
9327 |
9328 |
9329 |
Motor rated
power [kW] |
0.37 |
0.75 |
1.5 |
3 |
5.5 |
11 |
15 |
22 |
30 |
Rated
output current [A], 8 kHz |
1.5 |
2.5 |
3.9 |
7 |
13 |
23.5 |
32 |
47 |
59 |
Max. output
current [A], 8 kHz |
150 % x
Ir |
Output
power [kVA] |
1 |
1.7 |
2.7 |
4.8 |
9 |
16.3 |
22.2 |
32.6 |
40.9 |
Mains
voltage [V] |
320...528
V ± 0 %; 45...65 Hz ± O % |
Dimensions
(H x W x D) [mm] |
350 x |
350 x |
350 x |
350 x |
78 x |
97 x |
135 x |
250 x |
250 |
250 |
250 |
250 |
Weight [kg] |
3.5 |
5 |
7.5 |
12.5 |
Gives a compact
drive unit when combined with system-optimised servo motors.
servo Cam Profiler 0.37 - 75 kW
Intelligent technology function
 The
servo cam as intelligent drive offers you a variety of
pre-configured cam uses. If needed, freely configurable function
blocks permit you to apply your technology know-how in the tailored
manner
required without
you having to worry about drive technology.
The
principle:
Your benefits:
Up to 8 different
cam profiles can be stored in the device
Integrated camshaft
controller
Engage / disengage
Cam expansion /
compression
Offset in x- and y-
axes
Virtual master
Welding terminal
control system.
Technical
Data
Type |
9321 |
9322 |
9323 |
9324 |
9325 |
9326 |
9327 |
9328 |
9329 |
9330 |
Rated motor
power [kW] |
0.37 |
0.75 |
1.5 |
3 |
5.5 |
11 |
15 |
22 |
30 |
45 |
Rated
output current [A], 8 kHz |
1.5 |
2.5 |
3.9 |
7 |
13 |
23.5 |
32 |
47 |
59 |
89 |
Max.output
current [A], 8 kHz |
150 % x
Ir |
Output
power [kVA] |
1 |
1.7 |
2.7 |
4.8 |
9 |
16.3 |
22.2 |
32.6 |
40.9 |
58.2 |
Mains
voltage [V] |
320...528
V ± 0 %; 45...65 Hz ± O % |
Dimensions
(H x W x D) [mm] |
350 x |
350 x |
350 x |
350 x |
591 x |
78 x |
97 x |
135 x |
250 x |
340 x |
250 |
250 |
250 |
250 |
285 |
Weight [kg] |
3.5 |
5 |
7.5 |
12.5 |
36.5 |
Gives a compact
drive unit when combined with system-optimised servo motors.
Servo Register
Controller 0.37 - 75 kW
Intelligent technology function
The pre-configured
technology function saves you a lot of the planning and programming
effort
otherwise needed.
Freely configurable function blocks also let you tailor the
application of your
technology
know-how if you want to without you having to worry about drive
technology.
-
Quick
commissioning
-
Greater
flexibility
-
More yield
Device
specifications include
-
Register
correction "on the fly"
-
Teach-In
function for setting a significant reference label
-
Adjustable
window for label capture
-
Compensator for
gearbox factor correction
-
Adaptable
control characteristics (filter, control..
-
Time or travel
based correcting variable generation
-
Profile
generator for drive positioning (coarse register)
-
Setting of
product data in metric or imperial units
-
Adjustable
label capture channel delay compensation
-
Simple
adaptation to upstream plant (encoder PPR, material feed per
rev....)
-
Freely
configurable function blocks for tailoring purposes
-
Fieldbus
support: INTERBUS-S, PROFIBUS, LECOM A/B (RS 232, RS 485)
-
System bus
(CAN) integrated in device
-
Windows
parameter assignment and graphics planning using Global Drive
Control (GDC)
Technical Data
Type |
9321 |
9322 |
9323 |
9324 |
9325 |
9326 |
9330 |
9331 |
9332 |
|
Rated motor
power [kW] |
0.37 |
0.75 |
1.5 |
3 |
5.5 |
11 |
45 |
55 |
75 |
|
Rated
output current [A], 8 kHz |
1.5 |
2.5 |
3.9 |
7 |
13 |
23.5 |
89 |
110 |
145 |
|
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Max. output
current [A], 8 kHz |
150 % x
Ir |
|
Output
power [kVA] |
1 |
1.7 |
2.7 |
4.8 |
9 |
16.3 |
58.2 |
76.2 |
104 |
|
Mains
voltage [V] |
320...528
V ± 0 %; 45...65 Hz ± O % |
|
Dimensions
(H x W x D) [mm] |
350 x |
350 x |
350 x |
591 x |
680 x |
|
78 x |
97 x |
135 x |
340 x |
440 x |
|
250 |
250 |
250 |
285 |
285 |
|
Weight [kg] |
3.5 |
5 |
7.5 |
36.5 |
40 |
|
Results in a
compact drive unit when combined with system-optimised servo motors.
ECS Servo System
ECS
The ECS servo
system is especially adapted to multi-axis applications. With its
high dynamics and drive performance the ECS servo system
is made for
applications with central drive concepts.
Global Drive ECS Servo System
New dynamic servo
modules, specially designed for multi-axis operation, offering a
high
dynamic response
and drive performance.
ECS series from 1.1
- 13.8 KVA (4.0 - 64 A)
Features
-
Designed for
machines with centralised control.
-
The
distribution of PLC- application program in central PLC and ECS-
servomodule can be optimised for specific applications.
-
A high degree
of precision is achieved when carrying out multi-axis
coordinated movements by transferring position set points via
the integrated Systembus (CAN) at cycle times as low as 1 ms.
-
The ECS servo
system is optimised for gantry systems, robots, packaging
machines or feeding and removal devices in handling tech.
-
Safe stop in
accordance with EN 954-1- Control category 3 integrated into the
device
-
Integrated
motor brake control
Technology
functions of the ECS servo drives
For easy, efficient
configuration and commissioning, the axis modules come with various
technology
functions:
Speed and Torque
For "speed and
torque control" applications.
Posi and Shaft
Up to 15
positioning profiles can be predefined and stored with this
application software.
Motion Control
This version has
been designed specifically for co-ordinated movements of multiple
axes
with a central
control system.
Application
The "Application"
version (ECSxA) is fully programmable in accordance with IEC61131-3.
Please contact us
for more information.
The benefits
-
Fast, simple
commissioning
-
High dynamic
response
-
Central power
supply
-
Extremely easy
to assemble
-
Flexible
configuration capable of adapting to motion control
-
Total network
capability
-
UL-approved,
CE-compliant
-
For synchronous
and asynchronous motors
-
Perfectly
suited to the high-performance Lenze MCS motor range
Technical data
Overview
Axis module |
ECS x S004 |
ECS x
S008 |
ECS x
S016 |
ECS x
S032 |
ECS x
S048 |
ECS x
S064 |
ECS x
P004 |
ECS x
P008 |
ECS x
P016 |
ECS x
P032 |
ECS x
P048 |
ECS x
P064 |
ECS x
M004 |
ECS x
M008 |
ECS x
M016 |
ECS x
M032 |
ECS x
M048 |
ECS x
M064 |
ECS x
A004 |
ECS x
A008 |
ECS x
A016 |
ECS x
A032 |
ECS x
A048 |
ECS x
A064 |
Max. output
current [A] |
4 |
8 |
16 |
32 |
48 |
64 |
Rated
current* [A] |
2 |
4 |
8 |
12.7 |
17 |
20 |
Standstill
current long/short term [Arms] |
2.0/3.0 |
4.0/6.0 |
8.0/12.0 |
16.0/24.0 |
23.0/36.0 |
27.0/48.0 |
DC bus
voltage [VDC] |
0 ... 770 |
Dimensions (W x H x D)
[mm] |
88 x 247
x 174 |
132 x 247
x 174 |
(Wall-mounted. push-through technology) |
Dimensions (W x H
x D) [mm] |
88 x 282
x 121 |
132 x 282
x 121 |
(cold
plate) |
* Rated current
with 3 ~ 400 V mains voltage
Supply
module |
ECS x
E012 |
ECS x
E020 |
ECS x
E040 |
Current
rating in DC bus [A] |
12 |
20 |
38.5 |
Rated mains
current [A] |
9.6 |
15.9 |
31.9 |
Max.
braking power [kW] |
13.3 |
16 |
32 |
Continuous
braking power |
ext.
resistance [kW] |
2.0 |
3.0 |
6.0 |
int.
resistance * [kW] |
0.10 |
0.12 |
0.15 |
Mains
voltage range [VAC] |
3 ~ 180 -
528 ± 0% |
Dimensions (W x H x D)
[mm] |
88 x 247
x 176 |
132 x 247
x 176 |
(Wall-mounting, push-through technology) |
Dimensions (cold plate)
(W x H x D) [mm] |
88 x 282
x 121 |
132 x 282
x 121 |
* not with cold
plate version
L-Force Drives 9400
Our new
drive technology gets things moving.
The
whole world if you want!
The
9400 servo drive system features an entirely new electromechanical
concept. The separation of mounting technology from drive
electronics simplifies installation and minimises the time required
to replace drives and, therefore, machine downtime.
Single drives
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Combination of mains supply, DC bus and
inverter in a single device
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Autonomous use in decentralised installations thanks to
integrated filter elements and integrated
brake chopper
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Supports combination with multi-axis
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Matching footprint filter is available for longer motor cables
(>25 m) or increased interference levels
Supply modules
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Incoming units with integrated brake chopper
A wide
operating voltage range ensures that the drives, which have of
course been approved in accordance with UL and cUL and meet the
requirements for CE conformity, can be used anywhere in the world. |
:.:Servo
Motors
:.:
(Global
Drive Servo Motors)
Lenze servo drives
satisfy the highest demands in terms of quality and offer convincing
performance from carefully thought-out and application-driven
design. This
enables them to meet the increased requirements which are now placed
on drive technology by machine and plant system engineers. Servo
motors as a vital part of a drive axis are easy to install and
achieve a long, maintenancefree service life.
Lenze has developed
three different ranges of servo motors for different applications.
Synchronous servo motors from the MCS series with torques
between 0.5 and 190 Nm. Designed for highly dynamic applications
with high overload capacity.
Asynchronous servo motors from the MCA series offer a long
service life and can be used anywhere. With torques from 2 - 300 Nm.
Asynchronous servo motors with internal cooling from the MDFQA
series are tailored for continuous operation under harsh
conditions. With torques from 66 to 1600 Nm.
All of the Lenze
motors offer the same high levels of technical perfection,
user-friendliness and ease of handling in a power range from 0.25 kW
to 95 kW. |
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:.:Global
Drive Automation
:.:
Systems Engineering
Lenze offers a
complete system for your automation, consisting of the most varied
hardware components and the pertinent software. This results in the
following advantages:
One-stop-shopping
-
System
components that are matched to work with each other - from the
drive to operator interfaces
Preconfigured and
tested software solutions
-
basic
configurations
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technology
functions
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reliability
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protection
expertise: user programming in IEC 61131-3
Cost benefits
throughout the product life cycle
-
can be used without any additional programming knowledge
i. e. fewer training requirements
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reduced configuration time for customers through use of
preconfigured sample solutions
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quicker set-up time
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Products