Accuracy level ±5 μm, ±3 μm; Measurement length 440 mm to 4240 mm; Interfaces: EnDat, Fanuc, Mitsubishi, Drive-CliQ, Panasonic;

September 1-4, 2020, Shenzhen International Convention and Exhibition Center (Baoan New Hall), Hall No. 3 Booth B70

TNC640 CNC system

Main parameters of exhibits

• TNC 640 is the benchmark of high-end milling and milling composite machining CNC systems.

• Especially suitable for HSC (high-speed machining) and 5-axis linkage machining applications, including applications of fully automatic machining centers.

• TNC 640 represents high surface quality, high precision and extremely short machining time, as well as workshop-oriented operation and programming capabilities.

• “Intelligent Manufacturing”, “Dynamic Efficiency” and “Dynamic High Precision” solution packages.

Exhibit Features

• User Interface: During the entire operation and programming period, practical dialogue and informative graphics, intuitive and easy-to-use, clear structure and context-related user interface provides comprehensive information. Use the Klartext dialogue format programming language for workshop applications in Heiden, directly write milling and turning machining programs on machine tools.

• Touch screen: TNC 640 is equipped with a new touch display to simplify operation. In the 3-D verification graphics on the touch display, use gestures to operate the simulated workpiece faster, directly click the soft key on the display to operate, and you can also browse the entire table and NC CNC programs. The 24-inch widescreen display of the "Extended Workspace Compact" displays any required external application information next to the main window and is similar to the user interface of the CNC system.

• Component monitoring: Overloading of machine tools often causes damage to expensive machine tools and unplanned downtime. When the specified limit value is exceeded, the Part Monitoring function continuously reports the current load of the spindle bearing and the corresponding response (eg, NC stop) to the machine operator. "Component Monitoring" requires no other sensors.

LC1x5 series absolute closed straight line grating scale

exhibit main parameters

• Accuracy level ± 5 μm, ± 3 μm;

• High-quality signal obtained based on single-field scanning;

• Measurement length 440 mm to 4240 mm;

• DIADUR grating;

• Double seal strip design has stronger anti-pollution ability;

• Interface: EnDat, Fanuc, Mitsubishi, Drive-CliQ, Panasonic;

• Resolution: Minimum to 10 nm;

• Suitable for functional safety (optional)

Exhibit features

New absolute grating scale LC1X5 series grating scale is the first choice for linear axis positioning of general-purpose machine tools. It adopts a new dual-seal structure design to further improve the anti-pollution characteristics of the grating scale and is compatible with previous products in terms of installation size, and customers do not need to change the installation process. This grating scale has a maximum accuracy of ±3µm, and the segmentation error is less than ±0.5% of the signal cycle. In terms of interfaces, in addition to EnDat, Fanuc, Mitsubishi and DRIVE-CLIQ, it can also provide signal interfaces suitable for PANASONIC to realize direct connection with the Siemens system. It has a reinforced double seal structure, which can fully ensure higher product use efficiency with Heidenham.

ECA 4000 Absolute inner shaft bearing angle encoder:

Exhibit main parameters

• The protection level of the reading head is IP 67

• METALLUR Absolute etching grating hub

• Grating hub diameter: 70mm to 512mm;

• Marking accuracy: ± 3” to ± 1.5”;

• Suitable for high-speed and high-precision applications;

• Interfaces: Endat, Fanac and Mitsubishi.

Exhibit features

This product's main advantage is high precision and allows relatively high speeds. Its reading head is integrated with a Moir angle sensor, making it easy to install. Reading heads that reach IP 67 protection level further reduce customer maintenance costs. The METALLUR absolute etching grating hub greatly improves signal output quality through the single-field scanning principle and reduces the sensitivity to pollution. It is mainly used in large slewing tables, swing shafts, antennas and large telescopes.

The new generation of probes with EnDat interface TS 460, TT 460 and SE 661

Exhibit main parameters

• EnDat transmission interface, which can transmit a large amount of working information of probes to the system;

• signal transmission of composite technology, wireless signals (large transmission range) and infrared (fast signal transmission speed and high accuracy), user-selectable communication transmission mode;

• Transmission and reception units shared by TS 460 and TT460;

• Avoid collision and temperature influence;

• No wear sensor;

• A common transceiver unit of TS 460 and TT460;

• Avoid collision and temperature influence;

• A wear-free sensor;

• Flexible power system and intelligent standby function;

• Integrated workpiece cleaning function;

• Accuracy ≤ ± 5,0 µm, repeatability: 2 σ ≤ 1,0 µm

Exhibit features

Further enhance the user-friendliness of probe settings through the EnDat interface. The probe settings and check the working status of the probe can be completed in the system's user interface, without entering the machine tool parameter interface. In addition, the probe installation is easier, especially for channel selection in radio mode, which is more intuitive and supports manual selection. It can also support unlimited probe connection (in radio mode). For large machine tools, its transmission distance is sufficient to meet the detection requirements; for small and medium-sized machine tools, this can further reduce the distance between the machine tools, while avoiding interference and increasing plant utilization. In addition, the detection accuracy and speed of the probe with the EnDat interface have no relationship with the speed and are not affected by the speed.

Users can read in the probe interface: power information, collision protection information, signal transmission quality, electronic tags of the probe, working status information of the probe, and service information.

ETEL TMB+ torque motor:

Exhibit main parameters

• Peak torque up to 42900 Nm

• Continuous torque up to 22300 Nm

• Speed ​​up to 4590 rpm

• Outer diameter up to 1290 mm

• Large hollow shaft up to 1070 mm

• Effective length up to 200 mm

• More than 60 standard specifications

• Four different windings for each diameter

• • Each diameter

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• Open or closed cooling

• 600 VDC bus voltage

• Extremely high continuous torque density

• Extremely high peak torque

• Extremely small torque fluctuations

• Weak magnetism technology expands the speed range

• Compatible with IMTHP modules, precise temperature control

Exhibit features

• TMB+ is an improved version of TMB torque motors, which not only have higher performance but also provides new functional characteristics and is compatible with existing motor interfaces.

• TMB+ torque motor torque density increases by 20%, while the external dimension remains unchanged, reducing energy consumption by 30%. The speed range has also been significantly expanded.

• TMB+ provides higher performance for machine tools, allowing existing machine tools to apply new processes without any design modification. TMB+'s excellent high performance also expands the application of direct drive technology, while maintaining the highest quality standards and reliability standards and reducing cost of ownership.

• All TMB+ can be optionally equipped with cooling water covers. The cooling water jacket consists of a precisely installed metal sleeve to ensure the sealing performance of the coolant. The working performance of the same torque motor is higher than that of the traditional "open cooling" installation method. Two cooling water jackets meet the structural requirements of any machine: radial or axial water inlet/outlet.

• The new cooling system provides higher added value for direct drive torque motors, easily adapted to more applications, shorten time to market and reduce costs.

• TMB+ with cooling water jacket adopts a convenient "wall installation" method to simplify the replacement operation of traditional servo motors and improve the performance of the motion shaft.