2-1393047-5

July 26, 2022 DATA SHEET - HOLLOW SHAFT RESOLVER Part Number Description Size Shaft inner diameter [mm] Speed (pair of poles) [p] Number of poles Application Specification Test protocol Input voltage (Vrms) [V] Frequency (typical) [kHz] Input current max [mA] Transformation ratio (rT) Transf. ratio tolerance [%] Phase shift (ψ) min [º] Phase shift (ψ) max [º] Angular Error[1] max ['] Residual voltage max [mV] [1] 2-1393047-5 V23401- S1001-B101 15 9.52H8 1 0 2 Customer PN 114 – 160394 Results saved to manufacturing site archives. Available by request. 7.0 10.0 40 0.50 Based on specified ±4 Input voltage and Frequency -2 8 ± 10 (20) 25 Voltage: Isolation test 82 ± 10 68 ± 10 ZRO [Ω] (±15%) = 133+j154 ZRS [Ω] (±15%) = 117+j134 ZSO [Ω] (±15%) = 121+j189 ZSS [Ω] (±15%) = 205+j341 Electrical data measured at room temperature (22°C). Angular error spread Δφ=φ el - φ mech . p High Voltage test Input resistance R1‒R2 [Ω] R1‒R2 tolerance [%] Output resistance S1‒S3 or S2‒S4 [Ω] S1‒S3 or S2‒S4 tolerance [%] 500VAC 250VAC Time: 1s Voltage: 500VDC (A) Measured between: (B) A: Winding R1‒R2 and housing Winding S1‒S3 and housing Winding S2‒S4 and housing (A,B) Criterium: Risol. > 50MΩ B: Windings S1‒S3 and S2‒S4 "Zero" setting Electrical "0" is when Coils VS2‒S4 = 0 and VS1‒S3 are in phase with VR1‒R2 Transfer function Looking at transformation part and turning rotor clockwise VS1‒S3=+rT * VR1‒R2* cos(p*α) VS2‒S4=+rT * VR1‒R2* sin(p*α) Rotor Inertia Max. Rotational Speed Shock resistance (11ms sine) Vibration Operating temperature Permissible radial runout Permissible axial offset approx. 20g.cm 20 000 rpm 1000 m/s 2 2 2 200 m/s -55°C…+150°C 0.075 mm ± 0.25 mm © 2022 TE Connectivity family of companies All Rights Reserved *Trademark. TE Connectivity, TE connectivity (logo), and TE (logo) are trademarks. Other logos, product, and/or company names may be trademarks of their respective owners. Page 1 of 2 July 26, 2022 2-1393047-5 L=470+10 © 2022 TE Connectivity family of companies All Rights Reserved *Trademark. TE Connectivity, TE connectivity (logo), and TE (logo) are trademarks. Other logos, product, and/or company names may be trademarks of their respective owners. Page 2 of 2