TLM quadrature - NOVOTECHNIK - #1

/ 4


catalogue search
TLM quadrature - NOVOTECHNIK
P. 01
TLM quadrature - NOVOTECHNIK
P. 02
TLM quadrature - NOVOTECHNIK
P. 03
TLM quadrature - NOVOTECHNIK
P. 04
Pages:
TLM quadrature - NOVOTECHNIK


See other catalogues for NOVOTECHNIK

Text version of the page
Transducer up to 4500 mm touchless absolute Series TLM with Quadrature- Interface Description Housing Anodized aluminium with metal end cap Mounting Compression clamps, longitudinally adjustable Position marker Floating marker (unguided), plastic Guided marker, ball coupling Measuring technique NOVOSTRICTIVE®, touchless magnetostrictive Electrical connection 8-pin round connector, shielded, M12x1 8-conductor cable, shielded, 1 m long Electronics Integrated SMD with ASIC Connect cable shield to housing Special features • absolute transducer, no slide arm required • NOVOSTRICTIVE®, touchless magnetostrictive measuring method • non-contacting guiding with floating position marker • unlimited mechanical life • no velocity limit for position marker • outstanding linearity performance up to 30 ěm • resolution up to 0.001 mm regardless of stroke length • low temperature coefficient <20 ppm/K • insensitive to shock and vibration • optionally cable or plug connection • protection class IP67 / IP68 Transducers employing the NOVOSTRICTIVE® touchless magnetostrictive measuring process for direct, precise and absolute measurement of linear position in control, positioning and measuring applications. The measurement is accomplished using a passive position marker which is available in a guided or in an unguided version. Side coupling of the position marker reduces the installation assembly dimension, prevents the pump effect of slide arms and permits stroke lengths up to 4500 mm. The unguided version makes installation even simpler, and the wear-free operation enables unlimited mechanical life expectancy and unlimited traverse speed of the position marker. The temperature coefficient of the transducer is extremely low thanks to the measuring principle, design and selected materials. The high mechanical ruggedness of the transducer combined with the underlying measuring technique stands for the systems high resistance against shock and vibration. The active sensing element is encased in an aluminum housing rated to IP 67. This makes the transducer resistant to contamination, dust, moisture and oils. Mounting is accomplished using clamps that allow precise mechanical adjustment. A sophisticated ASIC in the transducer provides for standard absolute output signals. The transducers series TLM with quadrature output are directly compatible with common encoder input devices. So the TLM with all it’s advantages like robustness, dust insensitiveness, mounting friendlyness and it’s attractive price now is applicable for present glass or magnetic scale applications in linear positioning devices. Output are compatible A/ Zsignals. A and B do have phase difference of 90° to each other. The output is optionally available as RS422 as puhs-pull output (level or 24 V). Exceeding the maximum velocity does not result in losing increments after lowering the velocity below specified maximum. To make a reference drive obsolete, the sensor puts out the actual position value during the initialisation phase the processing unit (power- burst).

pageCatalog pdf di En 2012-05-22-31