Absolute Position Rotary Electric Encoder - DS-16 Data Sheet
6Pages

ABSOLUTE POSITION ROTARY ELECTRIC ENCODER HARSH ENVIRONMENT The DS-16 is a member of the DS series of Electric Encoders™ a product line based on Netzer Precision Motion Sensor proprietary technology. EE products are characterized by features that enable unparalleled performance: DATA SHEET The Electric Encoder™ is unique in being holistic, i.e., its output reading is the averaged outcome of the whole area of the rotor, This feature makes the Electric Encoder™ forgiving to mounting tolerances, mechanical wander etc. The absence of components such as ball bearings, flexible couplers, glass disc, light sources and detectors, along with very low power consumption makes the Electric Encoder™ virtually failure free. • Hollow, floating shaft • No bearings or other contact elements • High resolution and unparalleled precision • High tolerance to temperature extremes, shock, moisture, EMI, RFI and magnetic fields • Very low weight • Holistic signal generation • Digital interfaces for absolute position The internally shielded, DC operated Electric Encoder™ includes an electric field generator, a field receiver, a sinusoidal shaped dielectric rotor, and processing electronics. The output of Electric Encoder™ is a digital serial with absolute position single turn. The combination of precision, low profile, low weight and high reliability have made Netzer precision encoders particularly suitable to a wide variety of industrial automation applications. Angular resolution Supply voltage Maximum tested static error Current consumption Extended accuracy static error Flex cable, Connector (optional) Maximum operational speed Measurement range Single turn Rotation direction Adjustable CW/CCW* Operating temperature range Sorage temperature Relative humidity Shock endurance Vibration endurance * Default same direction from bottom side of the encoder Mechanical Allowable mounting eccentricity Allowable axial mounting tolerance ±0.1 mm 11 gr · mm2 Total weight Outer Ø /Inner Ø/ Height Material (stator, rotor)

ABSOLUTE POSITION ROTARY ELECTRIC ENCODER HARSH ENVIRONMENT SSi / BiSS output signal parameters Serial output Clock frequency Position update rate Power supply Master Clock Encoder Data BiSS-C Interface is unidirectional serial synchronous protocol for digital data transmission where the Encoder acts as “slave” transmits data according to “Master” clock. The BiSS protocol is designed in B mode and C mode (continuous mode). The BiSS-C interface as the SSi is based on RS-422 standards. SSi / BiSS interface - connector DF13-6P-1.25H DATA SHEET Digital BiSS-C Interface Output code Synchronous...

ABSOLUTE POSITION ROTARY ELECTRIC ENCODER HARSH ENVIRONMENT DATA SHEET Outer Diameter Extended Accuracy Without Connector BIT (Build In Test): optional [] None B BIT Related documents DS-16 User Manual : Mechanical , Electrical and calibration setup. Optional Accessories • CB-00082-DS-16 Test - cable from encoder to converter. Demonstration Kit • DKIT-DS-16-SE-FC - with SSi interface • DKIT-DS-16-IE-FC - with BiSS interface Includes, mounted encoder on rotary jig, and RS-422 to USB converter. • RJ-16 - DS-16 rotary jig

ABSOLUTE POSITION ROTARY ELECTRIC ENCODER HARSH ENVIRONMENT DATA SHEET PART NUMBER QTY. INCLUDED TORQUE Description total height total height 1 ✔ DS-16 encoder with connector DS-16 Mounting bracket Star washer, DIN 6798A, M2 Critical dimensions marked with “*” Unless Otherwise Specified Do not use Loctite or other glues containing Cyanoacrylate. Netzer recommend to use 3M glue - Scotch-WeldTM Epoxy Adhesive EC-2216

ABSOLUTE POSITION ROTARY ELECTRIC ENCODER HARSH ENVIRONMENT DATA SHEET PART NUMBER total height total height Unless Otherwise Specified PART NUMBER DS-16 encoder with connector Critical dimensions marked with “*” Do not use Loctite or other glues containing Cyanoacrylate. Netzer recommend to use 3M glue - Scotch-WeldTM Epoxy Adhesive EC-2216

ABSOLUTE POSITION ROTARY ELECTRIC ENCODER HARSH ENVIRONMENT DATA SHEET Configuration DS-16-SE-F0 pads only Unless Otherwise Specified