Electromechanical Solutions Position Sensors, Slip rings, Systems

PICTURES DEFINITION Optical Technology Magnetic Technology Conductive Polymer Wirewound Technology High temperature range Shocks/vibrations resist BiSS/SSI interface High performances Light weight

Nazaire Chanteloup Marmoutier ( O Antigny j* tester ) Massachusetts _ Connecticut United Kingdom O1 0 O Poland „0 Austria " Switzerland O Italy Spain „ O O Turkey South Korea o o Shanghai Q Japan South Africa Exxelia Sites & Plants Exxelia Sales Offices Exxelia Representatives Specifications are subject to change without notice. All statements, information and data given herein are presented without guarantee, warranty or responsibility of any kind, expressed or implied.

ELECTROMECHANICAL SOLUTIONS GENERAL TECHNICAL DATA 6 www.exxelia.com • [email protected]

Selection Guide HIGH PERFORMANCE CONTACTLESS POSITION SENSORS SLIP RINGS High accuracy Optical Encoders Hollow Shaft Size 23 (Ø 58 mm) Miniature Slip ring Magnetic sensors Rectilinear motion Fibre Optic Rotary Joints (FORJ’s) Electrical Slip ring Size 04 (Ø 10 mm) Pancake type Size 16 (Ø 40 mm) HYBRID SYSTEMS PRECISION POTENTIOMETERS Rectilinear motion Potentiometer Slip ring + FORJ Rectilinear Joystick Electrical and hydraulic Slip ring Rotary Potentiometer single or multi-turn Optical Encoder + FORJ Space grade Potentiometer Brushless LAT motor Pancake Potentiometer www.exxelia.com • [email protected]...

ELECTROMECHANICAL SOLUTIONS information ENGINEERING Like all other companies of EXXELIA GROUP, the ELECTROMECHANICAL SOLUTIONS SBU benefits from sophisticated development and test tools: • Autodesk AutoCAD, 2D CAD software. • Autodesk INVENTOR, 3D CAD software. • Autodesk Simulation for thermal and mechanical simulation. • ALTIUM, for PCB design. • CST Microwave Studio, for electromagnetic simulation. These tools allow EXXELIA GROUP highly qualified engineers to design the best solutions against every customer requirement. PRODUCTION ELECTROMECHANICAL SOLUTIONS SBU qualified Engineers and Technicians...

Contactless Position Sensors general information 1. INTRODUCING EXXELIA GROUP ENCODERS conveys or alternatively blocks the light emitted by the source; the scale or the disk is acts in fact as a beam switch. The photoreceiver generates an electrical signal, which is processed and analyzed in order to allow encoding the system position. Encoders are sensors that generate digital signals in response to movement. Encoders come with two outlines: rotary and linear. Both types sense mechanical motion and translate the information (velocity, position, acceleration) into useful data. An optical encoder...

ELECTROMECHANICAL SOLUTIONS Contactless Position Sensors general information industrial environments, as well to shock and vibrations. Optical encoders use a glass disk with a pattern of lines deposited on it, a metal or plastic disk with slots (in a rotary encoder), or a glass or metal strip (in a linear encoder). Light from a LED shines through the disk or strip onto one or more photodetectors, which produce the encoder’s output. Linear coding scale Fig. 4a Figure 4: Magnetic Sensor principles: a) On axis technology with a bipolar magnet b) odd axis technology with a multipolar ring 4. ABSOLUTE...

n Sensors general information Contactless Positio If the system detects leading and trailing edges of channel A (or B), or if it detects leading or trailing edges of channels A and B, then the resolution is equal to 2N. If processing system detects leading and trailing edges of the channels A and B, then the resolution is 4N. In some configurations, it is even possible to electronically interpolate more precisely this signal and achieve up to 50N resolution. To determine a position, incremental encoders need an initialization step that is a lap or a movement to find the “zero” reference or home...

ELECTROMECHANICAL SOLUTIONS SINGLE TURN ABSOLUTE OPTICAL ENCODER PRESENTATION The AE09 absolute encoder includes EXXELIA GROUP state-of-theart and proprietary optical technology. Optical Technology With their very compact design, high reliability and high precision, EXXELIA GROUP miniature encoders meet the requirements of the most demanding applications (Aerospace, Military, Industrial, Medical industry, Oil & mining industry...). Various output protocols are available in order to match your application. Shocks/Vibrations resist GENERAL DATA High performances ENVIRONMENTAL DATA Operating temperature...

ELECTROMECHANICAL SOLUTIONS SINGLE TURN STANDARD ELECTRICAL DATA Power supply Maximum consumed current Output signals Maximum operating frequency For other specifications, please contact us ELECTRICAL INTERFACE CONTACTLESS POSITION SENSORS RS422/485 Interface User Encoder Wiring diagram Clock Data Encoder output Mounting Resolution Temperature Mechanical Wire length Shaft length RoHS range coupling (Lw) (Ls) compliance 13 to 16 bits Standard 17 to 19 bits Specific S1: SSI FS: FSSI Standard SSI2 compatible ST: Standard temp. -40°C to +85°C MT: Med ium temp. -45°C to +105°C HT: High Temp. -55°C...

ELECTROMECHANICAL SOLUTIONS SINGLE TURN ABSOLUTE OPTICAL ENCODER PRESENTATION The AE11 absolute encoder includes EXXELIA GROUP state-of-theart and proprietary optical technology. Optical Technology With their very compact design, high reliability and high precision, EXXELIA GROUP miniature encoders meet the requirements of the most demanding applications (Aerospace, Military, Industrial, Medical industry, Oil & mining industry...). Various output protocols are available in order to match your application. Shocks/Vibrations resist GENERAL DATA High performances ENVIRONMENTAL DATA Operating temperature...

ELECTROMECHANICAL SOLUTIONS SINGLE TURN ABSOLUTE OPTICAL ENCODER AE11 STANDARD ELECTRICAL DATA Power supply Maximum consumed current Output signals Maximum operating frequency For other specifications, please contact us ELECTRICAL INTERFACE CONTACTLESS POSITION SENSORS RS422/485 Interface User Encoder Wiring diagram Clock Data Encoder output Mounting Resolution Temperature Mechanical Wire length Shaft length RoHS range coupling (Lw) (Ls) compliance 13 to 16 bits Standard 17 to 19 bits Specific S1: SSI FS: FSSI Standard SSI2 compatible ST: Standard temp. -40°C to +85°C MT: Med ium temp. -45°C...