Mo Te Ine: Rotary Position, Hangarau: Inductive, Koki Hurihanga - Hiko, Miihini: 0° ~ 120°, Continuous, Putanga: Analog Voltage, Tohu Huaputa: Clockwise Increase,
Mo Te Ine: Angle, Koki Hurihanga - Hiko, Miihini: 90° (±45°), Putanga: Digital Readout,
Mo Te Ine: Angle, Koki Hurihanga - Hiko, Miihini: 39.98° (±19.99°), Putanga: Digital Readout,
Mo Te Ine: Angle, Koki Hurihanga - Hiko, Miihini: 0° ~ 90°, Putanga: Digital Readout,
Mo Te Ine: Rotary Position, Hangarau: Inductive, Koki Hurihanga - Hiko, Miihini: 60° (±30°), Continuous, Putanga: Analog Voltage, Tohu Huaputa: Clockwise Increase,
Mo Te Ine: Linear Position, Hangarau: LVDT (Linear Variable Differential Transformer), Awhe Raina: ±6.35mm, Putanga: Analog Voltage,
Mo Te Ine: Angle, Hangarau: Magnetoresistive, Koki Hurihanga - Hiko, Miihini: 0° ~ 360°, Continuous, Tohu Huaputa: Cosine, Sine,
Mo Te Ine: Linear Position, Hangarau: Hall Effect, Awhe Raina: 0 ~ 10.16mm (0 ~ 0.40"), Putanga: Analog Voltage,
Mo Te Ine: Linear Position, Hangarau: Resistive, Awhe Raina: 0 ~ 5.08mm (0 ~ 0.20"), Putanga: Resistive,
Mo Te Ine: Linear Position, Hangarau: Resistive, Awhe Raina: 0 ~ 12.70mm (0 ~ 0.50"), Putanga: Resistive,
Mo Te Ine: Linear Position, Hangarau: Resistive, Awhe Raina: 0 ~ 7.62mm (0 ~ 0.30"), Putanga: Resistive,
Mo Te Ine: Linear Position, Hangarau: Resistive, Awhe Raina: 0 ~ 3.81mm (0 ~ 0.15"), Putanga: Resistive,
