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Schleicher Electronic, a leading provider of first class automation solutions with a broad product portfolio.

Customer focus and practical experience combined with excellent know-how enable Schleicher to adapt customer-specific tasks fast and serve them efficiently with intelligent applications.
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Our sales concentrates on complete system solutions supported by comprehensive industry know-how and highly specialized engineers.

Thus the Schleicher support team guarantees custom-made support ranging from problem description to the proposed solution.



 
 
Product Line Up

Automation Systems

Decades of direct practical experience and customer contact are the background to the astounding openness, versatility and performance of Schleicher’s current automation solutions – integrated systems from a single supplier, setting standards for integration and practicability.

Schleicher’s controllers have a unique advantage. Only they unite complex motion control (CNC) with logic control (PLC) to open up astonishing possibilities, for example controlling welding current by feedrate or activating saved motion programs to coordinate smooth movements. Schleicher has redefined MotionControl in terms of functionality, flexibility and elegance of operation.
 

XCx 1100

Variety and effort
The robust XCx 1100 connects pc- functionality for operation and visualoition with the advantage of a high effort and standard control. Solid State Disk and passive cooling give a good reliability and shock resistance. Vx Works and the special embedded Windows XP offer a high reliability. Schleicher guarantee longterm availability for the XCx 1100 , which producers of mashines expect.

- Up to 64 interpolated axes in 32 NC subsystems
- 1 ms PLC signal propagation time input to output, 1 ms CNC interpolation cycle
- 0.2 ms for 1K PLC instructions
- Up to 256 modules on several racks, any installation position, no fan
- Up to 4096 inputs/outputs
- Interfaces: Ethernet, serial RS232, operator panel RS422, compact flash; optional CANopen


The space- saving, rack based I/O- system of the XCx 1100 offers a wide range of analog- and digital modules, as well as function modules:

- Temperature modules for all current temperature sensors
- Counter modules with 24V and 5V
- Positionerinterface with 2 or 3 axis
- Positionerprozessors for 2 axis
- Positionermaster for 8/16 Sercos- axis
- Positioneracquisition incremental or absolute
- Fieldbus module

XCx 800

XCx 800 / XCx 400: Small and compact in size, strong in performance and programmed for growth

X-times unique and always as individual as the task definition: controls of the new compact category XCx 800/ XCx 400 prove to be veritable »multi-functional specialists«.

Where a high availability ratio under difficult conditions is of essence, maintenance-free »Long-Life« control systems, like the XCx-800- / XCx-400 series, are a must. Diagnostic and service functions are integral system parts right from the start. An integrated display shows status messages directly at the control unit. Commissioning, programming, operation or visualization are performed via external systems like PCs or terminals via USB and/or ethernet interface.

Communication-friendly and fast
With a wide range of open interfaces for typical standards – from serial to USB to real time ethernet with SERCOS III – and the upgrade options via expanding modules, control units of the XCx 800/ XCx 400 are programmed for growth and are suitable for the control of individual machines as well as for complex production lines.

Exceptionally fast in response, these systems prove to be virtually predestined for use in lines with fast machine cycle, for instance in packaging technology. In operation as universal CNC motion solution of up to 32 axes, these systems bring out the highest possible efficiency, speed and »skill« of any state of the art equipment

XCx-Systems

The new XCx controller series brings a wind of change to automation with its combination of efficiency and convenience. The different performance classes provide the fast-flexible-economical solution for machine tools, production machines, robotics and handling. XCx also makes a convincing contribution to factory automation as central or sub-controllers. Complicated PLC programming for simple axis control? Doing without the convenience of PLC in complex CNC applications? Permanent CNC/PLC synchronization on the XCx gives an enormous boost to productivity, because it allows complex processes that would normally be unthinkable. Transparent integration of motion and logic control opens up unimagined new possibilities, such as position detection on interrupt signal, valve control linked to path motion, adapting welding current to path feedrate, or simple activation of saved motion programs to coordinate smooth movements.

Open for Your Application

XCx controllers are true communication professionals, open in all directions and easy to connect. Communication via Ethernet and TCP/IP with OPC server and integrated web server means you can run visualization and data entry on any standard browser. The parameterizing, diagnosis and test functions can be called directly on site, in the local network or on the Internet. Expansion cards for field buses, drives, networking and fast I/O points allow flexible adaptation to almost any task.
 

XCx-micro

Your introduction to the world of Schleicher’s top-quality XCx controller family

PLC with 22.5-mm modules and high I/O channel density


At the 2005 SPS/IPC/Drives Schleicher unveiled the new XCx-micro mini-controller, expanding the bottom end of the fast XCx controller range. It is based on modules just 22.5 mm wide. The heart of an XCx-micro systems is the PLC module with CANbus interface (CANopen), two RS 232 interfaces and a maintenance-free battery for buffering the real-time clock and memory. The second module of the basic setup is a 24 V power pack that supplies the CPU and up to eight additional connected modules. The I/O modules are designed for classic enclosure operation with single-conductor connection. Thus you will find space for up to 14 24 V connections on each module. This compact and cost-effective PLC for small and medium-sized machines consequentially achieves – if we take the power supply into consideration – one of the highest channel densities of any control system in this market segment. The XCx-micro possesses a large memory, can be configured in any of the five languages of the IEC 61131-3 standard and is fully multi-tasking-capable. As well as the new digital and analog I/O modules you can also connect three-wire function modules – thermoelements or fast counters for example – from Schleicher’s familiar RIO range wirelessly to an XCx-micro using an adapter.
microLine – the Economical First Step
The low cost microLine rounds off our range of controllers. Small, black and strong, for the less complicated automation tasks and distributed data (pre-)processing. With its expansion modules for fast counters, positioning and axis interface, microLine creates on-the-spot function systems, e.g. for controlling feed axes.

- Stand-alone or with CANopen interface
- Powerful PLC with multitasking operating system
- 8 RIO I/O modules can be connected in any combination
- Up to 128 digital or 56 analog I/Os can be connected locally
- Distributed expansion via CANopen to max. 127 bus stations
- MULTIPROG programming system to IEC 61131-3 under Windows
- Serial interface for programming, visualization and terminal operation
- Integrated startup and diagnosis functions (see RIO Bus Couplers)

microLine only shows its true strength when it is networked in the CANopen field bus. Rather than increasing the performance of the master PLC in a control system, part of the data processing is undertaken in parallel by distributed local microLines. The advantages are convincing: fast response times, optimal adaptation of controller performance, reduced bus load, segmented startup and improved emergency running properties.

XSF / XSL Function Modules

XSF: Novel quality of space-time coordinate control – resolution: 1 µs

Point-precision space-time coordinate control is a decisive quality and efficiency factor when processing units are supposed to deliver higher precision at extremely fast work intervals and dynamic motion sequences.

At the 2010 Hannover Fair, Schleicher will introduce its latest generation of control modules: the XSF multi-function module with its XSL version, especially for laser technology. An outstanding characteristic of this programmable hardware is the extremely high resolution of 1 µs of the timer tick. The resulting edge change frequency is suitable, for instance, for high-precision cutting-laser control at optimum perforation positioning - even, and especially with, fast and highly dynamically controlled outline runs. The precision time laser modulation at the scheduled position makes statements in automated space-time coordination.

Laser modulation precision results from the PWM signal, generated via XSL module, with a max. starting frequency of 1 MHz, at high edge steepness. The high digital resolution furthermore allows for optical measurement of the finest structures, while the feature of processing digital signal at minimum processing time gives rise to new speed options for various applications, for instance for cam controller functions

A clear flexibility advantage: upgrade in 10 seconds
The new XSF components, beyond the high resolution, also set the benchmark for increased flexibility: the user himself imports updates or functional upgrades to the modules at minimal effort.

Step 1: Schleicher provides the respective data sets - for instance via email.
Step 2: The user saves these, for instance on a USB stick
Step 3: ...and transfers them via USB interface to his XSF units. The updates/upgrades become effective with the next system start.

Production is only interrupted by an upgrade for the duration of the updating process. Generally, this is no more than a period of ten seconds.

Depending on configuration, the components offer different inputs/outputs:
- up to 4 incremental encoder inputs,
- up to 3 absolute encoder inputs (SSI) and
- up to 4 multiphase motor/servo controller outputs

Further standard functions/standard options, among others, are as follows:
- counter function
- time-controlled output (1µs)
- time recording of an input signal (1µs) as well as
- an open port for client-specific logic function.

The modular structure of the functions as well as the hardware architecture allow for parallel implementation of different scenarios on a single module.
 
COP Operator Panels
COP 300 / COP 400 - The new Touch operator panels with High End performance: »Human-Machine-Interfaces« for greater user comfort

With excellent image quality, the new Touch operator panels of Schleicher invite for »communication« with the control world. The range comprises sizes of 4.3 up to 15 inches and represents different price categories. Always produced in accordance with impressive quality standard, casing versions and designs are available in metal or plastic.

Characteristics like maximum functionality, excellent visualization and fast data transfer are common to all systems. Furthermore, the parallel connection of several PLCs for each panel is possible. Aside from the use of »classic« interfaces, serial and ethernet, the higher quality operator panels also allow integration into TCP/IP networks.

Via special editors that access a standard object library, visualization projects can be implemented easily and comfortably via PC and then transferred to the terminals.

The COP 300 series combines state-of-the-art features and performance with an outstanding design. They are the ideal choice for every HMI application including factory and building automation.

The touch panels of the COP 400 series are equipped with the operating system Windows CE ® and a powerful micro browser technology they are the ideal choice for web server based visualisations and operating interfaces.
 
COP 300
The COP 300 line combines state-of-the-art features and performance with an outstanding design. They
are the ideal choice for every HMI application including factory and building automation.

The devices of the COP 300 family feature a bright TFT display with LED backlight and full vector graphic capabilities. They have been designed for cost-sensitive applications. The connectivity includes Ethernet and USB.

Serial and Ethernet drivers are available for all present Schleicher controls. Further drivers for devices made by other manufactures are available on request.

The devices are fully compatible with the »UniOP
Designer 6«, an easy-to-use and well-proven visualisation tool with a comprehensive object data base. Visualisation projects can thus be easily and comfortably implemented via a PC and transferred to the terminals.
COP 400
The touch panels of the COP 400 line combine functionality and performance with an outstanding design. Equipped with the operating system Windows CE ® and a powerful micro browser technology they are the ideal choice for web server based visualisations and operating interfaces.

The devices of the COP 400 family feature a bright TFT display with LED backlight and full vector graphic capabilities. They are fully compatible to the current Schleicher controls with integrated web server. The connectivity includes Ethernet and USB as well as serial interfaces.

The option for integration into TCP/IP network structures opens up a wide range of flexibility and ease of use. An extremely easy commissioning and a very powerful data management are just two of the remarkable advantages.

The devices are fully compatible with the IniNet »Spider-Control™ Editor«, an easy-to-use and versatile web-server based visualization tool. The HMI functions are stored directly on the control system. In case of required changes or expansions just the project on the control unit has to be updated correspondingly. This means a considerable
reduction in engineering and maintenance work.
EasyView
 
 
Distributed I/O Systems
Intelligent Signal Management
Field bus connection of peripherals is standard these days. This increases the importance of intelligent signal management for efficient mediation between controller and periphery. The well thought-out, advanced RIO I/O system is streets ahead with its wide range of modules, which pick up, pass on and output the process-specific signal mix as required. RIO offers further scope for increasing the efficiency of periphery communication with the microLine mini-controller and the RIO function modules, which allow distributed data preprocessing with plant-floor controller performance.

Bus Couplers connect the modules to a Profibus-DP, CANopen, DeviceNet or InterBus field bus:
- 8 RIO I/O modules can be connected in any combination (digital, analog, function modules)
- Up to 128 digital or 56 analog I/Os can be connected locally
- Field bus diagnosis via LEDs
- BC series with display, keypad and integrated commissioning and diagnosis functions:
- Display I/O values
- Force inputs and outputs
- Trace function for diagnosis
- Non-volatile definition of control states
- Programmable preferred shut-off state
- User lockout with optional password
- EC series as low-cost economy version without the special BC features

Digital I/O Modules with 8 or 16 channels and vibration-resistant spring terminals:
- DC 24 V, AC and relay modules
- Combination channels can be used as inputs or outputs
- Max. output current per channel 1 A
- Outputs can be connected in parallel, short-circuit-proof and overcurrent-protected
- Simple diagnosis via LEDs

Analog I/O Modules detect measured values and pass position signals to the field peripherals:
- Voltage inputs as differential inputs with ±10 V
- Current inputs as single-ended inputs, range 0..20 mA or 4..20 mA
- Resolution of A/D-D/A converter: 12-bit
- Sampling rate 2 ms
- Outputs short-circuit-proof

Terminal Extensions
create two additional jumpering levels, allowing three-wire connection on all RIO module types.

Compact I/Os
with up to 16 digital channels and integrated bus coupler for Profibus-DP, CANopen, DeviceNet and InterBus.

Function Modules
The function modules measure and evaluate distributed processes. They free capacity in the central controller and improve local precision, because their millisecond reaction time is immune to field bus delay and PLC cycle time.

Axis Interface
Incremental/absolute encoder interface
Inputs for limit switch, reference cam, servo amplifier ready
Output for controller enable
Combination input/output can be used as required
Analog output ±10 V.
Positioning
Positioning of two axesPositioning and homing with and without zero signalEvaluation of two limit switchesCountersIndependent up/down counters up to 200 kHzTwo 32-bit counters with two threshold values or four 16-bit counters with one threshold value.

Temperature Sensing
Module for four Pt100 / Pt1000 sensors, measuring range -100 to +450 °CModule for four K/J/L thermoelements, measuring range -200 to +1369 °CResolution 0.1 °C over the whole measuring range.
 
RIO
 
RIO Industrial Line
 
 
 
 
Automation Accessories
 
ICS 7
 
 
ICM GSM
GSM-Modem for wireless Communication:

- Quad-Band Modem (850/900/1800/1900 MHz), for use in all GSM standard networks.
- Standard antenna suitable with 900 and 1800 MHz frequency.
- Modem can be used for both building up data transmission with other modems and sending and receiving SMS - messages.
- RS 232 interface for data exchange with a superior control or PC.
- Two status LED's.
- Supply voltage DC 12 – 24V.
- Housing compatible to DIN mounting rails.

Typical applications for an industrial GSM Modem
- Machine-to-machine communication
- Tele service
   Diagnosis
   Machine messages via SMS
- Production data acquisition
   Machine status and / or number of cycles may be collected and reported in a central head office
   Consistently capturing of production data for 100% control and traceability
- For advanced requirements in process control, e.g.:
   drinking water purification
   waste water treatment and sewage plants
   transportation of chilled and sensitive cargo
Machine Data Logger MDL
Security with a userbased guarantee
The machine data logger (MDL) saves any process data permanently and securly. The incorruptible proof of operating conditions, machine use , maintenance etc. makes it possible to achieve a performance based warentee. Utilization warrenties offer enormous advantages for machine maufacturers the same as for machine users. The usual timebased garrantees in every case try to reach the specifred machine operating time and therefore plan difficult calculable risks like machine limistations and incomplete service. The MDL excludes such risks: manufactures now define their guarrantee limits, and users can plan reliably.

Increased availability, reduced service costs
The Machine data logger (MDL) can save costs for the user by user defined service intervals. The MDL supports early warning functions of the manufactures, warning if selected operating parameters reach a limit: production interuptions are reduced so resulting service costs only load dependent. The secure production data acquisition increases the market value of the machine by the MDL and creates an additional security during the rental, for example with construction machines.

Incorruptible control
The manufacturer can lock the MDL parameters using a PC- programm. In operation the master- SPS writes the selected process data over the profibus- DP. Every access is recorded with an internal time marker. The stored data is retained over 15 years and can be read in a table format by the machine manufacturer via a USB- interface. Every MDL works with machine related and blocks similary to a dongle by deactivating the SPS. Also exchange of the MDL or the access to the data storage is impossible.
 
Software
Excellent Price and Performance
The new XCx controller series brings a wind of change to automation with its combination of efficiency and convenience. The different performance classes provide the fast-flexible-economical solution for machine tools, production machines, robotics and handling. XCx also makes a convincing contribution to factory automation as central or sub-controllers.

CNC Integrates PLC
Complicated PLC programming for simple axis control? Doing without the convenience of PLC in complex CNC applications? Permanent CNC/PLC synchronization on the XCx gives an enormous boost to productivity, because it allows complex processes that would normally be unthinkable. Transparent integration of motion and logic control opens up unimagined new possibilities, such as position detection on interrupt signal, valve control linked to path motion, adapting welding current to path feedrate, or simple activation of saved motion programs to coordinate smooth movements.

Open for Your Application
XCx controllers are true communication professionals, open in all directions and easy to connect. Communication via Ethernet and TCP/IP with OPC server and integrated web server means you can run visualization and data entry on any standard browser. The parameterizing, diagnosis and test functions can be called directly on site, in the local network or on the Internet. Expansion cards for field buses, drives, networking and fast I/O points allow flexible adaptation to almost any task.

Fast and Convenient
Extra convenience normally slows a system down. Not on XCx. It unites the advantages of the IPC – many interfaces, interchangeable memory media, high performance – with the efficiency and long-term stability of a conventional controller. XCx gains its clear speed advantage by concentrating on the essentials in combination with convenient day-to-day use.
  • Interpolates up to 64 CNC axes in 32 NC subsystems
  • Synchronizes interpolated motions with switching processes
  • Coordinates path motion with technology parameters
  • Processes freeform contours and electronic cams as well as straight lines and circle and helix contours
  • Transforms any machine kinematics into Cartesian coordinates
  • Controls NC servo drives via CANopen, Sercos and SLM (Control Techniques)
  • Connects the sensor/actuator level with fast series-connected I/Os and CANopen
  • Communicates as standard via Ethernet and TCP/IP in any factory network, via CAN in any system
  • Visualizes @ Web in HTML and Java on any standard browser via integrated web server and via OPC server for standard visualization software, and on directly connected terminals
  • Sends alarms by text message or e-mail with specific alarm messages such as “Coolant low”
  • Logs via serial interface or direct to compact flash
  • Allows easy updating worldwide via compact flash Integrated
 
MULTIPROG®
MULTIPROG® 4.0 PLC Programming System
Wide-ranging modifications even while PLC is running


With MULTIPROG® 4.0 Schleicher provides a convenient software tool for PLC programming microLine, XCx and ProNumeric/ProSycon controllers in Windows NT/2000/XP and 9x environments, as well as for automatic configuring of Schleicher XRIO I/O modules. The development environment supports all five IEC programming languages and also permits mixed programming in the graphic languages.

The system can convert automatically between IL, LD and FBD, allowing different developers and service engineers each to use their preferred language on one and the same project.

With MULTIPROG® program modifications (including adding variables, instances or modules) are possible even when the PLC is running: The online display shows the active process in all the programming tool editors, while powerflow marks the active path. Project administration is conducted using MULTIPROG®’s central tree display, whose appearance and function are oriented on the familiar Windows Explorer. Commentaries can be maintained in several different languages, which can be switched as required online.

MULTIPROG® has an integrated OPC server for data access (specification 2.04) for integrating controllers on Windows PCs. A wide range of models, convenient edit wizards and other help functions allow you to create projects very quickly. For example, syntax is recognized on entry and marked in colour straight away. Flexible sorting and search functions support work with the variable editor. Complex data type structures are possible, including nested structures, arrays and strings.

Programmed modules can be saved in libraries or as a protected branch in the project tree, and provided with selective read, write and debug rights on the resource level. Of course Schleicher’s ready-made libraries are also available – from standard PLC functions through to powerful technology modules such as PID controllers.
CNC Know-how
Our decades of consistent attention to customers’ actual production conditions have given the Schleicher CNC unequalled openness, versatility and parameterizability.

- Absolute integration of CNC and PLC
- Up to 64 axes in 32 NC subsystems
- Parallel program and tool management for each sub-system
- Axes can be exchanged between sub-systems
- Interface for special transformations
- Flexible parameterizing, e.g. program memory management, tool memory, circle error tolerance, axis-specific interpolation fineness

Schleicher supports efficient automation, in particular through the flexibility of our CNC programming.

- Synchronization of definable NC subsystems
- Axes can move independent of the interpolation context
- Acceleration ramp programming in percent, linear or sine
- Reverse processing of program segments
- Velocity or coordinate superposition by handwheel after safety enable
- Customer can parameterize cycle programming
- Indexed parameter programming as on PLC
- Machining sequences can be saved and called as CNC function
- Teach function for simple applications
ProCANopen
Configuring CANopen with ProCANopen

CANopen is an open, CAN-based communication protocol. Its broad spectrum of applications encompasses the fields of transport and control systems, measuring, medicine, railways, maritime applications and many more – wherever the combination of high flexibility and fast data transfer is required. The experience of many component manufacturers and users flowed into the specification, creating an established standard that is maintained by the user organization CAN in Automation e.V. (CiA)..

Features and Advantages:
ProCANopen allows fast, efficient configuring of complete CANopen networks, as well as for individual devices. The user get pinpoint support in all project phases: planning, development, startup and servicing. The wide range of functions and intuitive user interface allow the user to concentrate immediately on defining the plant parameters. ProCANopen configures automatically under the CANopen rules. This considerably reduces the time required for configuring, even in complex systems. The quality of the configurations is also enhanced, which in turn increases plant safety.

Functions:
ProCANopen offers a wide range of functions oriented on the configuring process for CANopen networks. These are:

- Structuring the task
- Selection/design of devices
- Definition of process data
- Definition of communication parameters
- Definition of device parameters in object directories
- Comparison of data with the programming environment for programmable devices and masters , IEC61131, ASAM-GDI
- Generation of additional export formats
- Download of project data and startup
- System analysis and customer service
- Documentation
- Applications

ProCANopen is used for programming CANopen networks. Other applications are: Test tool during development. Interactive configuration and adjustment of parameters allows device functionality to be tested.
 
Multitasking
All Schleicher controllers have multi-tasking operating systems for optimal adaptation to the process. Individual program modules detect and process machine events in millisecond cycles. This produces an extremely short delay time, guaranteeing outstanding repeatability in production.

The time-critical programs are controlled in the fast high-priority tasks. Monitoring programs and user guidance are processed in the mid- and low-priority tasks.

Tasks are processed in order of priority, ensuring that the critical processes are handled first, and completely. The less critical processes are handled in the remaining time according to their priority.
Nerthus
Solutions for Path Optimization
The Nerthus software reduces the number of NC records for freeform contours through no-loss data reduction, to allow highly precise and highly dynamic axis motions.

- Effective optimization of complex programs
- Ideal for 3D applications, e.g. mould making
- Precise contouring at max. velocity
- Enormous acceleration of processing

Nerthus solves all the usual path optimization problems – easy to operate and independent of the technology. The software can generate optimized NC programs automatically from CAD/CAM data. With just a few taught interpolation points the Online-Curve-Interpolator (OCI) generates a smooth motion, e.g. for handling tasks or 3D machining with constant path feedrate. Sophisticated compensation procedures ensure constant removal of material.
 
         

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