Magnetic incremental encoders MIRC360 and 365 MIRC36x - blind hollow shaft 6 mm The magnetic incremental rotary encoders MIRC360 and MIRC365 working on magnetic Hall Effect principle. The encoder converts rotary motion to electrical incremental signals. Mechanically is designed as blind hollow shaft and is mounted on the shaft cooperating devices. A typical use is in conjunction with digital control system or drivers for control of the electric motors. Note: Endoder MIRC36x can be delivered as absolute encoder. Mechanical data and working conditions Rotational speed max. Type identification MIRC3 6 X - X / XXXX X OUTLET PB - Cable 0,5 m radial (longer cable on request) NUMBER OF IMPULSES (PERIODS) PER ROTATION from 1 to 128 after one pulse, further 256, 512, 1024 with one zero impulse per rotation. DIAMETER OF SHAFTS 6 - shaft internal diameter 6 mm 5 - shaft internal diameter 5 mm 8 - shaft internal diameter 8 mm (other diameter on request) OUTLETS IDENTIFICATION Supply voltage Outlet 0 - +10 v +30 V HTL line driver 5 - + 5 V line driver MECHANICAL SPECIFICATION 6 - blind hollow shaft 6 mm TYPE OF ENCODER 3 - magnetic incremental encoder type MIRC36x ABZ differential incremental signals UVW differential commutation signals Number of incremental impulses (periods) per rotation: from 1 to 128 after one pulse, further 256, 512,1024 with one zero impulse per rotation. Technical data Resolution in positions = Number impulses per rotation (lines) x 4. P2 j |I f" ABZ incremental signals/period counter

Description of connection elements MIRC360 and 365 Colors of connection cable Assembly The encoders MIRC360/ MIRC365 are mounted on a shaft of device by two screws in the encoder shaft. Rotational moment is captured by a pin dia. 5 mm placed in flange of device on pitch 20 mm. This pin shall be pushed into the groove in the encoder and leant against the groove side. The clearance is limited by a spring-loaded ball. Whereas the electrostatic sensitive components are used, the encoder must be connected without power supply and to follow the work rules for electrostatic sensitive devices. When temperature...