Rectilinear Displacement Transducer By Ajay Sensors & Instruments

Rectilinear Displacement Transducer Main features The transducer has been improved in order to guarantee greater reliability under all conditionsA sturdier structure makes the LT series even stronger for applications with heavy vibrationInstallation is made simpler by the absence of electrical signal variation in output, outside the Theoretical Electrical StrokeThe new grooves provide an excellent alternative to the usual system of fastening with bracketsIdeal for applications on plastic injection presses, vertical presses, and on many other processing machines TECHNICAL DATA Useful electrical stroke (C.E.U.) 50/75/100/130/150/175/200/225/275/300/350/375/400/450/500/600/650/750/900 Independent linearity (within C.E.U.) 0.05% Resolution Infinite Repeatability 0.01mm Electrical connections LTM 4-pole connector DIN43650 LTH 3-pole connector LTB 5-pole connector DIN43322 LTF 1 meter 3-pole shielded cable Displacement speed Standard 10m/s Protection level IP60 (IP65 on request) Life >25x106m strokes, or 100x106 maneuvers, whichever is less (within C.E.U.) Displacement force 2N IP60 version 10N IP65 version Vibrations 5...2000Hz, Amax =0.75 mm amax. = 20 g Shock 50 g, 11ms. Acceleration 200 m/s2 max (20g) Tolerance on resistance 20% Recommended cursor current < 0,1 Maximum cursor current 10mA Maximum applicable voltage 60V Electrical isolation >100M at 500V=, 1bar, 2s Dielectric strength 1bar < 100 A at 500V~ ,50Hz, 2s, Dissipation at 40C (0W at 120C) 3W Thermal coefficient of resistance -200...+ 200 ppm/C typical Actual Temperature Coefficient of the output voltage 5ppm/C typical Working temperature -30...+100C Storage temperature -50...+120C Material for transducer case Anodised aluminium Nylon 66 G 25 Material for pull shaft Stainless steel AISI 303 Mounting Brackets with adjustable distance between centers or with M5 screw ISO4017-DIN933 Important: all the data reported in the catalogue linearity, lifetime, temperature coefficient are valid for a sensor utilization as a ratio metric device with a max current across the cursor Ic 0.1