KJT-D12P-DifferentialHallEffectSpeedSensor-SquareWaveSignalOutputfromPush-PullStagew/M12x11.0"Thread

The KJT D12P series Differential Hall-Effect Speed sensors are suitable, in conjunction with a ferrous pole wheel, for generating square wave signals proportional to rotary speeds. They exhibit a dynamic function, whereby pulse generation down to 5 Hz is guaranteed. The sensor must be oriented with respect to the pole wheel as shown in the dimensional drawing (see spec sheet below).

Features:

• Signal Output: Square Wave signal from push-pull output stage, DC-coupled to the supply, 30 mA max. load current

• Thread Length: 1.9" M12x1 thread

• 8-32 DCV Supply Voltage

• 15 mA (without load) maximum current consumption

• 5-20 kHz Frequency Range

• Housing: M12x1, tightening torque: max 12 Nm

• Connection: Cable with Connector:

• Cable: 3-wire, 3 X 0.21 mm2 (AWG24), 350 mm (13.75") length, stranded wires, PTFE isolation, green casing

• Connector: AMP 282105-1, 3 pins

• Operating Temperature: -104-257°F (-40-125°C)

• Protection: IP68 (Sensor) / IP67 (Cable)

• Insulation: housing and electronics galvanically isolated (Test: 500V, 50 Hz for 1 minute)

Additional Info

• Digital Magnetic & Hall Effect Sensors

• Connector