Torque Sensor DF Dual 1 | 0Nm | 0RPM

Dual Inductive Metrology | Limit 0 N·m | 0 RPM | PCD Flange 0.0 mm | Accuracy 0.00% | Inertia 0.0000 kg·m²

The DF Dual 1 Torque Sensor integrates a dual inductive architecture for monitoring open circuits, short circuits, and bias in accelerometer systems. Its radial concentric design allows for immediate connection via BNC, optimizing fault detection in cables and sensors. Electromagnetic telemetry ensures real-time response, with tri-color indicators (red, yellow, green) eliminating the need for additional tools. The reverse polarity protection structure ensures safe operation even under extreme voltage conditions. This model is suitable for industrial applications where diagnostic accuracy is critical, such as vibration and structural monitoring systems.

Operating on a 2x PP3 9V power supply, the DF Dual 1 consumes only 4.7mA, enabling extended lifespan in low-power environments. Electromagnetic telemetry is complemented by a BNC interface that accepts reverse polarity protected accelerometer signals. Accuracy of 0.00% is achieved through real-time bias analysis algorithms with defined thresholds (4.4V to 11.7V) for detecting deviations. Its compact design (158x95x33mm) and IP54 rating make it suitable for field installations, even in dusty and splashy environments.

Dual Engineering Audit (FAQ)

How are reverse polarity conditions handled in the Dual DF 1?

The DF Dual 1 includes reverse polarity protection via integrated protection circuitry, preventing damage to the system even if connected with incorrect polarity. This feature ensures safe operation in environments where cable connections may be erratic, such as industrial installations with multiple connection points.

What voltage thresholds are used to detect faults in the DF Dual 1?

The DF Dual 1 establishes voltage thresholds for bias: values above 11.7V indicate high bias, between 4.4V and 11.7V is considered acceptable bias, and below 4.4V indicates low bias. These thresholds are adjusted using electromagnetic telemetry algorithms, enabling precise detection of faults in accelerometers and cables.

Properties

Nominal Pair Range (Mnom)0 Nm
Analytical Precision Class0.00%
Maximum Speed Continuous Acceleration0 RPM
Measurement PrincipleAnalysis of open circuits, short circuits and bias using electromagnetic telemetry
Primitive Circle Diameter (PCD)0.0 mm
Outer Diameter of the Magnetic Rotor0.0 mm
Transverse Length Axis0.0 mm
Geometric Drag Inertia0.0000 kg·m² (Restricted Rotational Mass)
Dynamic Structural Weight (Rotor/Stator)0.0 kg / 0.0 kg
Analytical Telecommunications OutputsTri-color indicators (red, yellow, green) via BNC
Voltage Operating Electrical Power2 x PP3 9V Battery
Functional Operating Thermal BandContinuous evaluation from -20 °C to +70 °C in plant
Insulating Enclosure RegulationsIEC/NEMA IP54

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