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Sensory clamping force blocks
Compact, hydraulically actuated powerhouses with sensory monitoring unit and IO-Link interface
dvantages Your benefits
All features from the KSH3 series remain unchanged
Tried-and-tested TANDEM technology, ideally suited for automation applications
Integrated jaw monitoring via a Hall sensor
Knowing exactly where the jaws are located
Integrated pressure sensor
Determination of the current operating pressures in the two cylinder chambers
Electronics integrated in the vise
Signal processing is done exclusively in the clamping device
Signal transmission via IO-Link
For easy integration in commonly used fieldbus systems
Maximum process reliability
Thanks to various query options and transmission of error messages
Precision wedge hook clamping force block for top-quality demands
Allows excellent machining results
Square design with ideal external contour
Ideal for 6-sided machining in two set-ups with the best lateral accessibility
Base jaws with tongue and groove and fine serration as a dual interface as standard
High flexibility of system jaws
Hardened and extremely rigid base body
Therefore a longer service life at highest precision. Even with maximum clamping force
Options and special information
Hydraulic clamping force blocks with sensory monitoring unit
TANDEM KSH3-SM IOL from SCHUNK stand for high-performance, hydraulically actuated clamping force blocks with additionally integrated sensory monitoring unit. These clamping force blocks have been specifically developed for automated processes in which the signal is to be transferred directly to the machine control. This is the standard version of the KSH3 vises, which has the monitoring unit implemented instead of the cover below the cylinder. With the help of this integrated sensor system, both the jaw position and the current actuation pressure can be monitored and transferred to the machine control via an IO-Link interface. The electronics are fully integrated into the monitoring unit.

Sensory clamping force blocks
Compact, pneumatically actuated powerhouses with sensory monitoring unit and IO-Link interface
Advantages â?? Your benefits
All features from the KSP3 series remain unchanged
Tried-and-tested TANDEM technology, ideally suited for automation applications
Integrated jaw monitoring via a Hall sensor
Knowing exactly where the jaws are located
Integrated pressure sensor
Determination of the current operating pressures in the two cylinder chambers
Electronics integrated in the vise
Signal processing is done exclusively in the clamping device
Signal transmission via IO-Link
For easy integration in commonly used fieldbus systems
Maximum process reliability
Thanks to various query options and transmission of error messages
Force amplification for O.D. clamping via spring force
Increased clamping force for heavy metal-cutting tasks as well as maintenance of the spring tension during storage
Precision wedge hook clamping force block for top-quality demands
Allows excellent machining results
Square design with ideal external contour
Ideal for 6-sided machining in two set-ups with the best lateral accessibility
Base jaws with tongue and groove and fine serration as a dual interface as standard
High flexibility of system jaws
Hardened and extremely rigid base body
Therefore a longer service life at highest precision. Even with maximum clamping force
Options and special information
Pneumatic clamping force blocks with sensory monitoring unit
TANDEM KSP3-SM IOL from SCHUNK stand for high-performance, pneumatically actuated clamping force blocks with additionally integrated sensory monitoring unit. These clamping force blocks have been specifically developed for automated processes in which the signal is to be transferred directly to the machine control. This is the standard version of the KSP3 vises, which has the monitoring unit implemented instead of the cover below the cylinder. With the help of this integrated sensor system, both the jaw position and the current actuation pressure can be monitored and transferred to the machine control via an IO-Link interface. The electronics are fully integrated into the monitoring unit.

Electromechanical clamping force blocks
Electromechanical 2-jaw clamping force blocks with integrated electronics and IO-Link interface. The clamping force blocks offer integrated monitoring of the jaw position and can be operated completely without hydraulics or pneumatics.
Advantages â?? Your benefits
No expensive compressed air or hydraulics required
Considerable cost savings
Control via IO-Link
For easy integration in commonly used fieldbus systems
Actuators and electronics integrated in the vise
Signal processing is done exclusively in the clamping device
Motor gearbox combination
A high reduction ratio for high clamping forces
Highest flexibility
Can be used for applications in which neither pneumatics, nor hydraulics are available
Wide range of query and transmission options
Ideally suited for automation applications
Maximum process reliability
Thanks to various query options and transmission of error messages
Hardened and extremely rigid base body
Therefore a longer service life at highest precision. Even with maximum clamping force
Square design with ideal external contour
Ideal for 6-sided machining in two set-ups with the best lateral accessibility
Base jaws with tongue and groove and fine serration as a dual interface as standard
High flexibility of system jaws
Pre-positioning of the jaws
For fast loading and unloading of different workpieces
Options and special information
Electromechanical clamping force block for automation
The networking of different machines is becoming increasingly important as a result of digitalization and the associated automation of processes. In addition, more and more production lines are being operated completely without hydraulics or pneumatics. The 2-jaw clamping force block KSE3 IOL was developed specifically for these requirements.
Maximum flexibility due to control via IO-Link
The vise has an electromechanical drive, and therefore only requires an electrical power source for operation. Control via IO-Link allows all main parameters such as clamping force, clamping and insertion position to be controlled.

Sensory clamping modules
Pneumatically actuated miniature clamping modules with fully integrated sensor system and IO-Link interface with identical dimensions
Advantages â?? Your benefits
All features from the NSE mini 90-25 series remain unchanged
Tried-and-tested VERO-S technology, ideally suited for automation applications
Integrated monitoring of the clamping slide position
For the statuses "Open", "Clamped with clamping pin" and "Closed without clamping pin"
Integrated monitoring of pallet presence
Possible via inductive proximity switches
Integrated pressure sensor
To clearly detect whether the turbo function is active
Electronics integrated in the clamping module
Signal processing takes place exclusively in the clamping device, with identical dimensions to the standard version
Signal transmission via IO-Link
For easy integration in commonly used fieldbus systems
Maximum process reliability
Thanks to various query options and transmission of error messages
Optional cone seal
For protecting the change interface from coolant, dust, and chips
One consistent clamping pin size for all NSE mini-modules
Modules can be seamlessly integrated into existing processes
Form-fit, self-retained locking
Full pull-down force is maintained even in the event of a pressure drop
The modules are corrosion-free and completely sealed
Long life time and maximum process reliability
Options and special information
Sensory quick-change pallet system based on NSE mini 90-25
For years now, the VERO-S NSE mini 90-25 from SCHUNK has stood for high-performance modules with a small pitch of just 100 mm. With the new VERO-S NSE-S mini 90-25 IOL series, SCHUNK is going one step further: while retaining the same compact dimensions, the modules are now equipped with a fully integrated sensor system. With the help of this sensor system, the clamping slide positions, the pallet presence, and the pressure of the turbo function are recorded in real time â?? and transmitted directly to the machine control via the IO-Link interface. The result: maximum process reliability, end-to-end transparency and smart automation all in one compact, high-performance module.

Sensory clamping modules
Pneumatically actuated premium quick-change pallet modules with fully integrated sensor system and IO-Link interface with identical dimensions
Advantages
Your benefits
All features from the NSE3 138 series remain unchanged
Tried-and-tested VERO-S technology, ideally suited for automation applications
Integrated monitoring of the clamping slide position
For the statuses "Open", "Clamped with clamping pin" and "Closed without clamping pin"
Integrated monitoring of pallet presence
Possible via inductive proximity switches
Integrated pressure sensor
To clearly detect whether the turbo function is active
Electronics integrated in the clamping module
Signal processing takes place exclusively in the clamping device, with identical dimensions to the standard version
Signal transmission via IO-Link
For easy integration in commonly used fieldbus systems
Maximum process reliability
Thanks to various query options and transmission of error messages
Optional cone seal
For protecting the change interface from coolant, dust, and chips
A consistent clamping pin size for all NSE3 modules and 100% compatible with VERO-S NSE plus modules
Modules can be seamlessly integrated into existing processes
Form-fit, self-retained locking
Full pull-down force is maintained even in the event of a pressure drop
The modules are corrosion-free and completely sealed
Long life time and maximum process reliability
Options and special information
Sensory quick-change pallet system based on NSE3 138
The VERO-S NSE3 138 premium modules have formed the basis for the VERO-S modular system from SCHUNK for years. With the new VERO-S NSE-S3 IOL series, SCHUNK is going one step further: while retaining the same compact dimensions, the modules are now equipped with a fully integrated sensor system. With the help of this sensor system, the clamping slide positions, the pallet presence, and the pressure of the turbo function are recorded in real time and transmitted directly to the machine control via the IO-Link interface. The result: maximum process reliability, end-to-end transparency and smart automation all in one compact, high-performance module.

Palettizing modules
Maintenance-free, completely sealed quick-change pallet module for automated palletizing made of stainless steel
Advantages Your benefits
Integrated monitoring and lifting function make this development particularly suitable for automated production
Maximum process reliability even with rough machining
All modules can be operated with a system pressure of 6 bar
Additional pressure intensifiers are not required
Positioning via short taper
Very easy joining process at a repeat accuracy of < 0.005 mm
Patented dual stroke system for highest pull-down forces
Therefore extremely rigid clamping without vibrations
Form-fit, self-retained locking
Full pull-down force is maintained even in the event of a pressure drop
The modules are corrosion-free and completely sealed
Long life time and maximum process reliability
Turbo integrated by default
Pull-down force increased up to 300% for optimal utilization of the machine's performance, hence high efficiency.
Extremely flat design
For maximum utilization of the machine room
Integrated cleaning function
No chips or coolant on the flat work surface
Options and special information
The specialist for automated production
The palletizing module VERO-S NSA plus ensures maximum precision for automated machine loading. The extra low installation height means plenty of space is left in the machine room. The extremely robust design ensures a secure hold, even during rough machining.
The module ensures a chip-free flat work surface for workpieces due to its forced air flow. Positioned within seconds, it clamps with a high-precision repeat accuracy of < 0.005 mm â?? absolutely reliable around the clock. In the module, all queries such as "open" and "closed" or monitoring for the system control are integrated as standard features.
All monitoring systems as module open/closed or monitoring of the pallet presence are already included into the module in standard.

High-temperature clamping modules
Clamping modules with NSE mini interface were particularly designed for high-temperature applications and additive production.
Advantages â?? Your benefits
Suitable for high temperatures
For use in additive production or for the injection molding industry
Excellent thermal conductivity
Low loss in temperature from the heater plate to the workpiece, to the device or to the substrate plate
No cooling necessary for unlocking
No downtime until the operating temperature falls below a certain value
Positioning via short taper
Very easy joining process at a repeat accuracy of < 0.005 mm
Turbo integrated by default
Increase of the pull-down force of up to 400%
Low height design
Expands your machine's workspace
Form-fit, self-retained locking
Full pull-down force is maintained even in the event of a pressure drop
The modules are corrosion-free and completely sealed
Long life time and maximum process reliability
One consistent clamping pin size for all NSE mini-modules
Downstream production steps can be performed with the same interface
All modules can be operated with a system pressure of 6 bar
Additional pressure intensifiers are not required
Suitable for operation with inert gas
Inert gas supply of AM machines can be used
Options and special information
Precise clamping technology optimized for maximum temperatures
Short set-up times and a high degree of productivity are ensured by the fully sealed quick-change pallet module SCHUNK VERO-S NSE-HT mini 88-20, which has been specially designed for high temperature applications. The original concept involved transmitting an idea that has been tried-and-tested over many years: setting up machines for selective laser melting (SLM) in a matter of seconds. However, this module can also be used in other fields of application such as injection molding with a maximum operating temperature of 200 �°C.
The compact dimensions ensure optimum heat flow to the workpiece, the device or the substrate plate, allowing for a rapid exchange process, since the required target temperature can be reached quickly and production can be started immediately. The module can also be fully integrated in the machine table and combined as required with additional modules. In addition, the modules are also suitable for work in an inert gas atmosphere and can also be operated with it.

Clamping modules
Miniature clamping modules for applications with light force application such as machining aluminum or plastic or for use on measuring devices. Quick-change pallet modules with drive via drive ring and three flat clamping slides with patented drive concept.
Advantages â?? Your benefits
SCHUNK modular system
Innumerable combinations of standard clamping devices to suit all different types of machines
Low height design
Expands your machine's workspace
All pneumatic modules can be operated at a system pressure of 6 bar
Additional pressure intensifiers are not required
Positioning via short taper
Very easy joining process at a repeat accuracy of < 0.005 mm
Patented dual stroke system for highest pull-down forces
Therefore extremely rigid clamping without vibrations
Form-fit, self-retained locking
Full pull-down force is maintained even in the event of a pressure drop
Corrosion-free stainless steel design
Long life time and maximum process reliability
Turbo integrated by default
Pull-down force increased up to 300% for optimal utilization of the machine's performance, hence high efficiency.
One consistent clamping pin size for all NSE mini-modules
No danger of confusion or incorrect operation
Integrated slide monitoring
Can be used in automated applications
Options and special information
The extremely flat, pneumatic quick-change pallet system
VERO-S NSE mini is used for smaller applications and is the optimum complement to the largest modular system from SCHUNK. Only 20 mm in height, this module extends the VERO-S range from SCHUNK with an extremely flat quick-change pallet system. The NSE mini disposes of lower pull down forces than the NSE3, and is particularly suitable for light cutting tasks.
The NSE mini 90 makes it possible to implement highly flexible, smallest and variable gauges for bore holes. Therefore the module is an expert for workpiece direct clamping, pallet clamping and handling. At a height of only 20 mm, it enables maximum use of the machine room in smaller machine tools and can be quickly and easily retrofitted.

Basic modules
Basic modules as interfaces for all conventional machine tables of milling centers.
Advantages Your benefits
Modular clamping pillars
Flexible clamping of large workpieces and free forged parts
Scope-free pin centering between components
High repeat accuracy of < 0.005 mm
Suitable for all conventional machine tables
Depending on the machine table, the right basic module can be used to establish the extremely rigid connection to the machine table.
Connections for actuation on the basic module
Eliminates the need for any bothersome cables on the workpiece
Corrosion-free stainless steel design
Long life time and maximum process reliability
Options and special information
WDP-5X-BM 99-60
Basic module for attachment on T-groove tables over lateral slots or for fastening onto grid plates via a sleeve in combination with a screw.
WDP-5X-BMG 99-60
Basic module for setting up various clamping pillars on existing VERO-S clamping stations or VERO-S clamping solutions.
WDP-5X-BMR 99-60
Basic module for attachment onto all conventional grid plates via a sleeve and fastening screw.

For connecting many SCHUNK sensors (IN(K)/MMS(K) 22/MMS(K)22-PI1 etc.), and collecting respective sensor signals. In the versions 2-fold (V2), 4-fold (V4) and 8-fold (V8).
V2-4P sensor distributor for connecting MMS22-PI2 and MMS-P22 sensors for dividing a four-pin M8 connector into two three-pin M8 connectors.
Advantages â?? Your benefits
Operating display and switch indicator by LED
for direct control of the switching status
A supply cable
therefore it is ideal for signal feed-through
Robust TPU housing
for a long service life
Options and special information
High protection class
IP67 when plugged in, for use in clean or dusty environments or in case of contact with water. Operability in case of contact with other media (coolant, acids, bases, etc.) is often given, however cannot be guaranteed by SCHUNK.
Materials used
Housing material used: PA 6 GF 30, black (except V2-4P/housing material: TPU); cable material used: PUR (cable coating)
Scope of delivery
Sensor distributor (except V2-4P) including seal plug for closing unused connections. Also comes with 1 set of inscription labels for individual labeling of the connections.

The SST sensor tester enables the rapid testing and adjustment of inductive sensors, magnetic switches and reed contacts. The necessary power is supplied by a 9 V compound battery.
Advantages â?? Your benefits
Visual and acoustic signal
for easy functional control and adjustment
For 2- and 3-wire DC technology
enabling the connection of reed contacts, capacitive and inductive sensors
Tests possible without dismantling sensors
for short maintenance times
Connections for M8 and M12 or open cable ends possible
suitable for every SCHUNK sensor
PNP and NPN sensors can be tested
Operating voltage with 9 V compound battery
for mobile use
Automatic shut-off function
for an extended battery life
Options and special information
Please note that only one SST input (M8 or M12 or cable terminal input) can be used at a time.
If the toggle switch is located towards the sticker (name plate) then the sensor is in PNP mode. If not, NPN is selected.
The sensor tester complies with IP protection class IP00.

Rigid 6-axis force/torque sensor for precision measuring in all six degrees of freedom
Advantages Your benefits
Many sizes
with different measuring ranges
The sensor measures in all six degrees of freedom
forces as well as moments
Rotation and translation of the coordinates system
in all three directions in space
Integrated temperature compensation
to ensure the defined measuring accuracy
Easy integration into the process
due to easy interface compatibility
Robust design
due to a higher overload range for a long service life
IP protection class
IP60, 65, 68 available as an option
Options and special information
6-axis force/torque sensor
Silicon resistance strain gauges (DMS) measure the strain applied in all six degrees of freedom (Fx, Fy, Fz, Mx, My and Mz). The DMS signals are amplified in the sensor. Due to the size, the amplifier board for the Nano and Mini series is located in the power supply box (IFPS) instead of the sensor.
Sensor cables
The sensor cable of the Nano and Mini sensors are connected directly to the sensor. From size Gamma upwards, the sensor line can be connected to the sensor plug. The highly flexible sensor cable protects the sensor signals against electrical fields and mechanical loads.

2-finger parallel gripper with long jaw stroke and dirt-resistant round guidance
Advantages -Your benefits
High maximum moments possible
suitable for using long gripper fingers
Dirt-protected round guidances
sealed, for long strokes
Fastening at two gripper sides with centering
for universal and flexible gripper assembly
Air supply via hose-free direct connection or screw connections
for flexible pressure supply in all automated systems
Comprehensive sensor accessory program
for versatile querying possibilities and stroke position monitoring
Options and special information
Finger position
can be monitored by magnetic and/or inductive proximity switches. Unsynchronized version possible upon request as application-specific design.
High-temperature version V/HT
for use in hot environments
ATEX version EX
for explosive environments
Additional versions
Various options can be combined with each other. Numerous additional options are also available â?? just tell us what your task is!
Food-grade lubrication
The product contains food-compliant lubricants as standard. The requirements of EN 1672-2:2020 are not fully met. The relevant NSF certificates are available at

For high-precision measurement in the degrees of freedom Fxyz and Mxyz
FTS force/torque sensor
Precise. Compact. High resolution.
High-precision 6-axis sensor for detailed force and torque measurements, ideal for demanding process monitoring.The 6-axis FTS force/torque sensor detects process forces and torques with a high resolution and precision. This allows quality controls, process monitoring or demanding assembly and machining processes to be reliably implemented. With protection class IP67, nine sizes and an interface box with interfaces for EtherNet/IP, EtherCAT and PROFINET, the FTS can be used flexibly and is easy to integrate into existing systems. This expertise is based on over 20 years of experience in clamping technology.

Easily built up 2-finger parallel gripper with good price-performance ratio
Advantages Your benefits
Cost-efficient basic gripper with basic functionalities
specially suitable for simple applications in small components handling
Series with six unit sizes
for a broad range of applications from small to mid-sized workpieces
Technically and financially compatible sensor system
for a simple, functional gripping system completely from a single source
Housing and guidance made of high-strength aluminum
therefore exposed to high physical loads and is weight optimized
H1-compliant grease
as a solution for an easy entry into medical technology, lab automation, pharmaceutical and food industry. The requirements of EN 1672-2:2020 are not fully met.

Electric 2-finger parallel gripper with smooth-running base jaws guided on roller bearings
Advantages Your benefits
Highest performance density
for the use of smaller grippers sizes
Control via digital I/O
for easy commissioning and rapid integration into existing systems.
Two to four stage adjustable gripping force
for simple adaption to sensitive workpieces
Backlash-free, pre-loaded cross roller guide
for precise gripping with nearly constant force for all permissible finger lengths
Very high maximum cycles per minute
for highest productivity
Compact dimensions
for minimal interfering contours in the application
Proven a thousand times MPG-plus basis
for equal gripping forces and strokes with identically high efficiency
Brushless DC servomotor
for almost wear-free use and a long service life
Control via IO-Link
Enables pre-positioning of the gripper finger and evaluation of the gripper condition as well as the adjustability of special gripping modes.
NEW: food-grade lubrication
as a solution for an easy entry into medical technology, lab automation, pharmaceutical and food industry
Options and special information
Manually adjustable gripping force
With an integrated rotary switch, the gripping force can be adjusted in two stages for the EGP 25 to 100% and 50%, and in four stages for EGP 40, 50 and 64 to 100%, 75%, 50%, and 25%.
Version with IO-Link
The integration of IO-Link makes it possible to adjust the gripping force, to pre-position the gripper fingers and to evaluate the gripper status.
New! Gripping modes with IO-Link
In addition to a cycle time-optimized gripping mode (FastGrip), the IO-Link version also offers a gripping mode with pulse reduction of the gripping force (SoftGrip) for gripping fragile workpieces.
Speed version S
for faster closing and opening times due to the use of a different gear ratio. The option of a gripping force adjustment is no longer available.
Optional status monitoring via external sensor system
The status of the gripper can be monitored by external senors.
Optional adapter plates
Space saving, front-end fastening of the gripper is enabled by optional adapter plates.
KA connection cable
Connection cables with an angled or a straight female connector can be ordered in various lengths to connect the gripper with the power supply and higher-level control system.

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Key Features:
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Electric linear module with direct drive and integrated controller, scope-free guided using pre-loaded roller guide
Advantages - Your benefits
Control via digital I/O
for easy commissioning and rapid integration into existing systems.
10 independent extension and retraction speeds
for high flexibility in cycle times
Linear direct drive
for almost wear-free use and a long service life
Robust bearing guidance
for high load capacities and end-position accuracy in all installation positions
Maintenance-free
for high machine uptime and low operating costs
Compact dimensions
for less interfering contours
Standardized mounting bores
for numerous combinations with other components from the modular system
Options and special information
Manually adjustable speed
The extension and retraction speeds can be adjusted independently using two integrated rotary switches.
Load compensation
Optionally, a load compensation device can be attached parallel to the motor. A MagSpring is used for this purpose. The magnetic spring compensates for the weight forces generated during vertical movements of the linear module. In certain applications, this can prevent the lowering of the slide when the linear module is switched off.
Electric piston rod brakes
On option, the axis can be fitted with an electrical holding brake. This prevents an unintentional sinking of vertically installed axes in the event of a power failure. The holding brake is also suitable for applications in the field of machine safety. Please feel free to contact us.
NEW: Version with food -compliant lubrication (H1G)
as a solution for an easy entry into medical technology, lab automation, pharmaceutical and food industry. The requirements of EN 1672-2:2020 are not fully met.

Universal linear axis with double X-profile, linear motor, and roller guidance
Advantages Your benefits
Almost no wear parts
For long service life and reliability of the system
No mechanical play between the drive components
for flexible response behavior and high positioning accuracy
Low oscillations and high holding force
for the shortest positioning times and process stability
Integrated motor and measuring system in the axis
minimizes interfering contours and space requirements
Can be fitted with absolute stroke measuring system
Less programming effort and time saving when commissioning and in operation
High dynamics for shorter cycle times
therefore a high productivity is achieved
Many different variants possible e.g. long slides
for special optimization on exactly your application
Optional pneumatic holding brake as rod lock
for process reliability during system downtime
Optionally certified safety devices according to SIL2/PLd
with the HIPERFACE and DRIVE-CliQ interfaces for applications with high standards in the area of machine safety
Options and special information
Modular transducer system
The linear module (similar to illustration) is available with three different path measuring systems. The incremental stroke measuring system has a 1Vss interface. The absolute path measuring systems are optionally available with the interfaces: HIPERFACE or DRIVE-CLiQ.
Pneumatic holding brake
On option, the linear module is available with a holding brake. This holding brake is pneumatically actuated. Its function is activated in a non-ventilated state. The holding brake is used to maintain the position of the linear axis in a currentless condition.
Supported axis version
The axis profile can also be given additional support. When using high payloads, this keeps bending to a minimum, and provides another option for mounting.
Further motor slides
The linear axis can be equipped with multiple active motor slides. This allows special designs and customized axis solutions.
Certified encoder system
The encoder systems with the HIPERFACE�® (optional) and DRIVE-CLiQ interfaces are certified according to SIL2/PLd. This means that even demanding applications with high requirements in the area of machine safety can be implemented. Please contact us for further information.
NEW: Version with food -compliant lubrication (H1G)
on request as a solution for an easy entry into medical technology, lab automation,, pharmaceutical and food industry. The requirements of EN 1672-2:2020 are not fully met.

Universal linear axis with triple X-profile, linear motor, and roller guidance
Advantages Your benefits
Almost no wear parts
For long service life and reliability of the system
No mechanical play between the drive components
for flexible response behavior and high positioning accuracy
Low oscillations and high holding force
for the shortest positioning times and process stability
Integrated motor and measuring system in the axis
minimizes interfering contours and space requirements
Can be fitted with absolute stroke measuring system
Less programming effort and time saving when commissioning and in operation
High dynamics for shorter cycle times
therefore a high productivity is achieved
Many different variants possible e.g. long slides
for special optimization on exactly your application
Optional pneumatic holding brake as rod lock
for process reliability during system downtime
Optionally certified safety devices according to SIL2/PLd
with the HIPERFACE�® and DRIVE-CliQ interfaces for applications with high standards in the area of machine safety
Options and special information
Modular transducer system
The linear module (similar to illustration) is available with three different path measuring systems. The incremental stroke measuring system has a 1Vss interface. The absolute path measuring systems are optionally available with the interfaces: HIPERFACE�® or DRIVE-CLiQ.
Pneumatic holding brake
On option, the linear module is available with a holding brake. This holding brake is pneumatically actuated. Its function is activated in a non-ventilated state. The holding brake is used to maintain the position of the linear axis in a currentless condition.
Supported axis version
The axis profile can also be given additional support. When using high payloads, this keeps bending to a minimum, and provides another option for mounting.
Further motor slides
The linear axis can be equipped with multiple active motor slides. This allows special designs and customized axis solutions.
Certified encoder system
The encoder systems with the HIPERFACE�® (optional) and DRIVE-CLiQ interfaces are certified according to SIL2/PLd. This means that even demanding applications with high requirements in the area of machine safety can be implemented. Please contact us for further information.
NEW: Version with food -compliant lubrication (H1G)
on request as a solution for an easy entry into medical technology, lab automation,, pharmaceutical and food industry. The requirements of EN 1672-2:2020 are not fully met.