Positioning drives - Import export

Automate your feed axes using the SeGMo positioning system from Lenord+Bauer! A simple integration into your plant control system enables you to boost system efficiency in format changes and save time and money. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. • Positioning drive suitable for a wide range of applications in various industrial areas • Batteryfree multiturn absolute encoder • High dynamics • Optional use with the SeGMoBox or as a standalone device • Optionally with cULus component recognition

Automate your feed axes using the SeGMo positioning system from Lenord+Bauer! A simple integration into your plant control system enables you to boost system efficiency in format changes and save time and money. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. • Positioning drive with through hollow shaft • Batteryfree multiturn absolute encoder • Aluminium housing • Optionally with cULus component recognition

Automate your feed axes using the SeGMo positioning system from Lenord+Bauer! A simple integration into your plant control system enables you to boost system efficiency in format changes and save time and money. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. • Positioning drive for installation situations with little space • Monitoring of important system parameters ensures reliable operation (overload protection) • Ready for use immediately after power on due to absolute multiturn position detection • Maintenancefree due to sealedforlife lubrication • Optionally with cULus component recognition

Automate your feed axes using the SeGMo positioning system from Lenord+Bauer! A simple integration into your plant control system enables you to boost system efficiency in format changes and save time and money. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. • Intelligent connection box in modular design • Two housing variants with 4/9 slots available • Module combination for control of up to 17 axes • Conveniently configurable via SeGMoSupport Tool

Automate your feed axes using the SeGMo positioning system from Lenord+Bauer! A simple integration into your plant control system enables you to boost system efficiency in format changes and save time and money. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. • Interface for controlling up to 5 positioning drives • Integrated power management • Straightforward commissioning of the SeGMoPositioning • Depending on the design either with cULus component recognition or cULus listing • Support Tool for advanced commissioning and configuration

Conventional thermometers measure the temperature by means of length or volume change of a material, and are only suitable as display instrument. Temperature sensors from Lenord+Bauer use resistance thermometers that feature an almost temperaturelinear r

The fully ULcertified positioning system from Lenord+Bauer consists of three individual elements that can be flexibly combined as required positioning drives by the name of SeGMo, the decentralised SeGMoBox control unit for flexible fieldbus integration and the associated hybrid cable solution, including connectors, that is suitable for use with drag chains. The SeGMo drives are complete mechatronic systems with a batteryless multiturn absolute rotary encoder, gear and motor as well as integrated power and control electronics. Lenord+Bauer also offers these for standalone use. With nominal torques of up to 15 Nm, they cover the capacity range typical for secondary axes. Integrate the drives directly into your control system with the function blocks. Alternatively, you can automate up to 17 secondary axes using the decentral SeGMoBox. The box handles the power management for the connected drives and concentrates the interaction with the system control.

—>Highly flexible transfer element with high torsional elasticity —>High torsional vibration and shock load damping capability —>Compensation of misalignments and easy positioning of the drive and drive train possible —>Direct connection to flywheels according to specification Ready-to-install custom solution —>Diverse designs achievable with modular construction —>Compensation of axial, radial and angular displacements —>Radial (dis)assembly of the coupling element —>Maintenance-free —>Extended range of application due to Atex certification in accordance with Directive 2014/34/EU

This involves a play-free electronic switching cam encoder (abbreviated to: NOCE) with a maximum of four galvanically separated switching outputs, which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. A parameterisable multiturn absolute encoder with SSI interface plus the switching cam encoder printed circuit board with separate controller are integrated into the compact housing. The SSI interface can be preset, the code direction can be set and the switching outputs can be preset.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCI) with a maximum of four galvanically separated1) SIL2 switching outputs that can be set by the customer, and which are activated or deactivated depending on the respective position of the drive shaft. A parameterisable multiturn absolute encoder with incremental interface as well as the four switching outputs are integrated in the compact housing. The switching outputs can be preset. A special shaft design appropriate to the play-compensating measurement gear ZRS is available. The supply voltage, incremental signal and switching contacts are each galvanically separated from one another

This involves a play-free electronic switching cam encoder (abbreviated to: NOCN) with two (At version 79 four) galvanically separated switching outputs (cams), which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. An absolute mulitturn encoder with CANopen interface, adjustable parameters and an electronic switching cam module is realized in the compact housing. A separate controller unit monitors the function of the cams. The encoder's CANopen position signal and the switching outputs can be parameterised separately. The parameterisation (cam limits, resolution, measuring range a.s.o.) has to be verified to the NOCN via a checksum. This checksum can be calculated by a TWK program or the standard algorithm recommended by the CiA. After verification the device can be set operational.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCN) with a maximum of four galvanically separated switching outputs (cams), which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. A parameterisable multiturn absolute encoder with CANopen interface plus the switching cam encoder printed circuit board with separate controller are integrated into the compact housing. The encoder's CANopen position signal and the switching outputs can be parameterised separately. Parameterisation is carried out via the relevant CANopen objects in accordance with the encoder profile according to CiA, DS 406, revision 4.01. The NOCN has a fault monitoring system which outputs a fault message via the CANopen bus (emergency message) on detection of a fault.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCA) with a maximum of four galvanically separated switching outputs (cams), which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. A parameterisable multiturn absolute encoder with analogue interface plus the switching cam encoder printed circuit board with separate controller are integrated into the compact housing. The analogue signal and switching outputs can be parameterised separately using multifunction pins (MFP and PRE) in the connector.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCE) with a maximum of four galvanically separated SIL2 switching outputs that can be set by the customer, and which are activated or deactivated depending on the respective position of the drive shaft. A parameterisable multiturn absolute encoder with SSI interface and the switching cam encoder PCB with separate controller are integrated in the compact housing. The SSI interface can be preset, the encoding direction is adjustable and the switching outputs can be preset. A special shaft design appropriate to the play-compensating measurement gear ZRS is available. The supply voltage, SSI signal and switching contacts are each galvanically separated from one another.

The FD-V50 has the highest efficiency when handling medium loads (up to 50 kg). Like all robots in the FD series, the FD-V50 also has collision protection through improved fault detection / elimination. Comparatively minimal footprint with a maximum working area. In addition, the integrated hose package guarantees optimal protection against getting caught during the robot operation. On request also with the improved protection class IP67. The most important technical data at a glance: Number of axes: 6 Max. payload capacity: 50 kg Working Range (P-point): R 2050 mm Positional repeatability: +/- 0.07 mm Drive system: AC servo motor Drive power: 14750 W Weight: 640 kg

The FD-H5 (H) is a compact, high-speed handling robot for small loads. A larger free space in the area of ​​the joint creates a large arm space. Like all robots in the FD series, the H5 model also has collision protection through improved fault detection / elimination. In addition, the integrated hose package guarantees optimal protection against getting caught during the robot operation. The most important technical data: Number of axes: 6 Working range (P-Point): R 866 mm Max. payload capacity: 5 kg Positional repeatability: +/- 0.05 mm Drive System: AC Servo Motor Drive Power: 1440 W

The FD-V350 is designed for handling tasks of maximum heavy loads. It does its job at top speed and is equally suitable for milling and grinding as well as for palletizing, gluing and spraying tasks. The fully automatic high-speed automation enables a significant increase in productivity. Synchromotion: All heavy-duty robots can be combined into complex, fully synchronized systems using the proven Synchromotion ® technology. Heavy weights: can be moved quickly and precisely. Cable routing: optimally protected, no getting caught in robot operations (integrated hose package) Easy to maintain: Easily accessible cable routing The most important technical data at a glance: Number of axes: 6 Working Range (P point): R 2771 mm Max. payload: 350 kg Positional repeatability: +/- 0.2 mm Drive system: AC servo motor Drive power: 8600 W. Weight: 1620 kg

The 7-axis arc welding robot B4S from the FD series is compact and, thanks to the integrated cable routing, offers optimal protection during the work process. The extended degree of freedom enables a constant torch orientation when immersing in tight work spaces. Due to the high flexibility, several robots can be positioned closer to each other, so it is possible to have a larger number of robots in the cell or system working together. The most important technical data at a glance: Number of axes: 7 Working Range (P point): R 1435 mm Max. payload: 4 kg Positional repeatability: +/- 0.08 mm Drive system: AC servo motor Drive power: 3550 W Weight: 189 kg

The new arc welding robot, FD-V8, is equipped for all welding tasks and for load capacities of up to 8 kg. Thanks to integrated cable routing, the FD-V8 can still weld much more interference-free than any other robot in its class. It is 15% faster and the cycle times are accordingly shorter - ideal for maximum productivity. Interference-free: Interference-free welding thanks to integrated cable routing SynchroFeed-ready: Cables for the SynchroFeed / Servo-torch system can be integrated into the robot. Robot distances: Integrated cable routing enables reduced distances between the robots. Increased payload capacity: Higher load capacities of up to 8 kg. Higher performance: Up to 15% higher speeds. The main technical specifications at a glance: Number of axes: 6 Max. payload capacity: 8 kg Working Range (P point): R 1437 mm Positional repeatatbility: +/- 0.08 mm Drive System: AC Servo Motor Drive power: 3016 W Weight: 140 kg

The new arc welding / handling robot FD-B6 with integrated cable routing and further developed design is designed for all welding tasks and payloads up to 6 kg. Even the connections and cables required for the SynchroFeed welding process are pre-installed. Due to its outstanding arm length, it is particularly suitable for large work areas • Higher clock speeds for highest industrial speeds • Slim design: Integrated wrist motors prevent malfunctions from devices and workpieces. • User-friendly: Integrated supply lines prevent faults behind the robot arm. • Suitable for up to 6 kg payload capacities. Ideal for corresponding handling applications. Number of axes: 6 Max. payload capacity : 6 kg Working Range (P point): R 1445 mm Positional repeatability: +/- 0.08 mm Drive system: AC servo motor Drive power: 3132 W Weight: 278 kg

The new arc welding / handling robot FD-B6 with integrated cable routing and further developed design is designed for all welding tasks and payloads up to 6 kg. Even the connections and cables required for the SynchroFeed welding process are pre-installed. Thanks to higher process speeds and shorter cycle times, the FD-B6 fulfills all requirements for the most demanding handling tasks. • Higher clock speeds for highest industrial speeds • Slim design: Integrated wrist motors prevent malfunctions from devices and workpieces. • User-friendly: Integrated supply lines prevent faults behind the robot arm. • More stable construction: 1.5 times the load capacity for welding tasks with different ranges. Number of axes: 6 Max. payload capacity : 6 kg Working Range (P point): R 1445 mm Positional repeatability: +/- 0.08 mm Drive system: AC servo motor Drive power: 3132 W Weight: 145 kg

With its increased payload, this mid-range handling robot is suitable for a wider range of applications. This new solution for your handling tasks has been completely improved in terms of performance. Faster cycle times: Designed for highest industrial speeds. Rugged construction: The robot is built in splash-proof and dustproof design according to protection class IP64. User-friendly operation: The integrated signal cables and air hoses are designed for different connections. Stronger structure: The maximum payload of this new robot has been increased by 25 % to a total of 25 kg. Ideal for a wide range of handling tasks. The main technical specifications at a glance: Number of Axes: 6 Working Ranger (P-Point): R1710 mm Max. payload capacity: 25 kg Positional repeatability: +/- 0,07 mm Drive System: AC Servo Motor Drive Power: 5600 W Weight: 278 kg

The new arc welding robot FD-V8L with a refi ned design can handle all welding tasks and payloads of up to 8 kg. Due to its outstanding arm length, it is particularly suitable for large working areas. Faster cycle time: Designed for highest industrial speeds. Slim Design: Thanks to the slimmer lower arm design, less rotary motion is needed to reach the working position, thus preventing collisions with jigs and workpieces. User-friendly operation: Even the cables required for SynchroFeed are integrated into the lower arm, which prevents interference behind the robot arm. Stronger structure: Maximum payload now up to 8 kg. The use of different torches and sensors is possible. The main technical specifications at a glance: Number of Axes: 6 Max. payload capacity: 8kg Working Range (P-Point): R2006 mm Positional repeatability: +/- 0,08 mm Drive System: AC Servo Motor Drive Power: 5000 W Weight 273 kg

With repetition accuracy of up to ± 0.07 mm, the new high accuracy robot can succeed in even the most demanding of tasks. The deviation from circular diameters of ≤ 10 mm is max. 0.09 mm - half as much as with commercial robots. • Position Accuracy: Highest precision regardless of robot position. • Precision machining: The best choice for laser welding and cutting, TIG, and other tasks requiring high accuracy. The best choice for laser welding and cutting, TIG, and other tasks requiring high accuracy. The main technical specifications at a glance: Number of axes: 6 Working Range (P-Point): R 1664 mm Max. payload capacity: 20 kg Positional repeatability: +/- 0,08mm Drive System: AC Servo Motor Drive Power: 7900 W Weight: 355 kg

The 7-axis arc welding robot B4LS from the FD series is compact and, thanks to the integrated cable routing, offers optimal protection during the work process. The extended degree of freedom enables a constant torch orientation when immersing in tight work spaces. In addition, the FD-B4LS offers an extended arm compared to the FD-B4S and thus a larger working radius. Due to the high flexibility, several robots can be positioned closer to each other, so it is possible to have a larger number of robots in the cell or system working together. The most important technical data at a glance: Number of axes: 7 Working Range (P-point): R 2008 mm Max. payload: 4 kg Positional repeatability: +/- 0.08 mm Drive system: AC servo motor Drive power: 5650 W Weight: 321 kg

VENTAPP radial fans are used in wood-processing plants where air or loaded air is conveyed under increased pressure. They convey gases, bres, and particles; they are used for wetting, drying or ltering of media. In energy plants, in bre drying, for mat formers and dust extraction systems they form integral parts of Siempelkamp plants. Features Pressures beyond 20,000 Pa Temperatures up to 700 °C Impeller wheel diameters up to 3,150 mm Circumferential speed up to 200 m/s Gas-tight and pressure-resistant design ATEX Advantages High eciency Smooth operation Robust design Low caking, high wear resistance High dependability and operational safety Diverse accessories Maintenance and repair service Variants Drive type Casing positioning Size of all components Angular position Material Colour

The 7-axis arc welding robot V6LS from the FD series impresses with its slim design and an expanded degree of freedom, which enables a constant torch orientation when immersing in tight work spaces. Compared to the V6S, the V6LS has an extended arm, which is why the range is increased again. Due to the high flexibility, several robots can be positioned closer to each other, so it is possible to have a larger number of robots in the cell or system working together. The most important technical data at a glance: Number of axes: 7 Working Range (P-point): R 2006 mm Max. payload: 6kg Positional repeatability: +/- 0.08 mm Drive system: AC servo motor Drive power: 6000 W Weight: 316 kg

The 7-axis arc welding robot V20S from the FD series is the optimal robot for medium-heavy loads. The extended degree of freedom enables a constant torch orientation when immersing in tight work spaces. Due to the high flexibility, several robots can be positioned closer to each other, so it is possible to have a larger number of robots in the cell or system working together. The most important technical data at a glance: Number of axes: 7 Working Range (P point): R 1710 mm Max. payload: 20kg Positional repeatability: +/- 0.08 mm Drive system: AC servo motor Drive power: 6600 W. Weight: 321 kg

The FD-V166 is extremely efficient when handling heavy weights (up to 166kg). Like all robots in the FD series, the FD-V166 also has collision protection through improved fault detection / elimination. Thanks to the easily accessible cable routing, the V166 is very easy to maintain. In addition, the integrated hose package guarantees optimal protection against getting caught during the robot operation. The most important technical data at a glance: Number of axes: 6 Max. payload capacity: 166 kg Working Range (P point): R 2654 mm Positional repeatability: +/- 0.1 mm Drive system: AC servo motor Drive power: 18000 W