Parallel IO Absolute Encoder SAS/M58
Core components are sourced through a localized supply chain to support supply continuity and stable system operation. High-precision magnetic sensing technology supports both single-turn and multi-turn absolute encoder configurations. Supports parallel push-pull outputs with selectable Gray code or binary code for integration with various industrial control systems. High shock and vibration resistance with protection ratings up to IP67 ensures reliable operation in demanding industrial environments. Built-in reverse-polarity and short-circuit protection helps protect the encoder against wiring errors. Product Specifications Product Series SAS/M58A SAS/M58C Shaft Type Ø58 mm, Solid Shaft Ø58 mm, Blind Hollow Shaft Shaft Diameter Ø6, 8, 10, 12, 14, 15 mm (Other shaft diameters available on request) Housing Material Aluminum (Stainless steel housing optional) Output Interface Parallel Push-pull Output Driver Push-pull Function Single-turn or Multi-turn Supply Voltage 10–30 VDC Single-turn Resolution 12 bit / 4096; 13 bit / 8192; 16 bit / 65536 Number of Revolutions 1 revolution (single-turn); 4096 revolutions / 12 bit; up to 16384 revolutions / 14 bit Power Consumption ≤1.5 W Control Functions Counting direction, zero setting, latch Output Code Gray code or binary code Reverse Polarity Protection Yes Short-circuit Protection Yes Surge and ESD Protection Yes Operating Speed 3000 rpm Shaft Load Radial: 40 N; Axial: 20 N Degree of Protection IP65 or IP67 Starting Torque <0.01 Nm Operating Temperature -40°C to +85°C Storage Temperature -45°C to +100°C Shock Resistance 1000 m/s², 6 ms (100 g) Vibration Resistance 20 g Electrical Connection 20 × 0.13 mm², 20-core shielded cable; 34 × 0.13 mm², 34-core shielded cable Connection Direction Radial or axial Terminal Assignment Single-turn Encoder Core Colour Binary Code Gray Code Description Brown Vcc Vcc Power Supply White 0V 0V Black P-set P-set Function Lines Blue DIR DIR Gray LATCH LATCH Pink 20 G0 Data Lines Violet 21 G1 Red 22 G2 Orange...
