IKS9 Incremental Magnetic Sensing Head The incremental sensing head IKS9 from BOGEN delivers reliable results in all industrial areas where positions, distances and speeds have to be measured. IKS9 features an accuracy of better than 10 µm, a travel speed of up to 100 m per second, an almost unlimited measuring length and a robust design. Numerous adjustable parameters allow the customer to easily adapt the IKS9 to application-specific needs. IP67 protection class allows use even in harsh environments. In combination with an appropriate scale - linear, rotary-radial or rotary-axial - a highly accurate, reliable and fast acquisition of measurement data is possible. Incremental Measuring Rotary Linear Applications Features and Benefits • high accuracy better than 10 µm • resolution up to 20 nm • movement speed up to 100 m/sec IKS9 rev 4.0 (2023/07/17) • easy to adapt to application-specific needs • resistant to contamination, vibrations, temperature, fluctuations, humidity

Push-Pull (TTL) Subsequent Electronics Sensor ILoad Inverted Signal Differen�al Line Receiver load resistor Z0 = 120 Ω at receiving end maximum of 50 mA per channel at a supply voltage of 5 V phase shift A and B 90° ± 10° electrical signal period depending on the reference track pattern or as a periodic reference depending on pole pitch Z: length default is 50 counts Output Signals signals signal error indicator A, /A, B, /B, Z, /Z high impedance on all output signals (A, /A, B, /B, Z, /Z) To avoid EMI please connect housing or threaded bushing to protective earthing!

table 1: maximum output frequency and speed as a function of pole pitch and resolution BOGEN Magnetics GmbH • Potsdamer Strafie 12-13 • 14163 Berlin • Germany

LED Error Codes (Order Parameter E1) The amount of flashing signs of the red LED indicates the fault. It starts after a fast pulsed light. The example displays a weak and fluctuating magnetic field (fault 2 and 3). LED flashing signs amount 1 2 3 4 5 6 7, 8 9, 10, 11 description magnetic field strength is too high magnetic field strength is too low the range of the magnetic fluctuation is too large output frequency is too high movement speed is too high movement speed is much too high (latched) movement speed too high for internal signal processing with current programming (latched) internal...

141 relative to 10 mm scale width (1-track) 151 relative to 10 mm scale width (2-track) BOGEN Magnetics GmbH • Potsdamer Strafie 12-13 • 14163 Berlin • Germany

181 standard parameters are bold 191 user programmable parameters (optional IKS-Programming device necessary) 1101 if no index signal is needed, please do not connect pin "Z” an "/Z” on delivered connector m) length of index signal available from 1 to 256 (12) recommended bending radius for permanently installed cables: 20 mm; for freely movable cables: 40 mm (,) R... for metric based pole pitches / R#... for inch based pole pitches

Ordering Example IKS9 Magnetic Sensing Head, width 9 mm, with periodic reference signal, reference length 50 counts, 2 mm pole pitch, voltage 5 V, interface RS422, 1 μm resolution, max. output frequency 1000 kHz, drag chain quality (4 mm diameter), cable length 3 m, D-SUB 9 (male) connector, error signalization with blinking error codes BOGEN can provide customised resolutions and cables. This is an example for a customized order code: IKS9 Magnetic Sensing Head, width 11 mm, with reference signal from reference marks (2-track magnetic tape), reference length 50 count, 2 mm pole pitch, voltage...

Corresponding Linear and Rotary Magnetic Scales BOGEN offers a comprehensive scope of standard and tailor-made scales in a variety of sizes and accuracy classes. For more information on our standard linear and rotary magnetic scales, please refer to our dedicated datasheets. For your special requests, please click here to contact our application engineers. Optional Accessory BOGEN Magnetics GmbH reserves the right to make changes, without notice, in the products, including software, described or contained herein in order to improve design and/or performance. Information in this document is believed...