Sensor Developments, Inc. Rotary Shaft - Digital Non-contact Torque Sensor 01424

Description
These sensors are designed to measure rotating drive torque using a conventional shaft-to-shaft configuration forin-line placement. The unique design incorporates a digital non-contact wireless system that provides power to therotating electronics mounted on the shaft and transmits the signal back to the receiver in digital format. The torque signal is then represented as a calibrated high level analog voltage. The sensor features high rotational speed, high frequency response, and high accuracy. These sensors can also be supplied with an optical encoder to measure angle or speed. OPTIONS • Signal amplifier output = +/-10V FS • Intergral angle encoder - 512 ppr (10000rpm) • Integral angle encoder - 1024 ppr (5800rpm) • Footmount
Description
These sensors are designed to measure rotating drive torque using a conventional shaft-to-shaft configuration forin-line placement. The unique design incorporates a digital non-contact wireless system that provides power to therotating electronics mounted on the shaft and transmits the signal back to the receiver in digital format. The torque signal is then represented as a calibrated high level analog voltage. The sensor features high rotational speed, high frequency response, and high accuracy. These sensors can also be supplied with an optical encoder to measure angle or speed. OPTIONS • Signal amplifier output = +/-10V FS • Intergral angle encoder - 512 ppr (10000rpm) • Integral angle encoder - 1024 ppr (5800rpm) • Footmount

Suppliers

Company
Product
Description
Supplier Links
Rotary Shaft - Digital Non-contact Torque Sensor - 01424 - Sensor Developments, Inc.
Lake Orion, MI, USA
Rotary Shaft - Digital Non-contact Torque Sensor
01424
Rotary Shaft - Digital Non-contact Torque Sensor 01424
These sensors are designed to measure rotating drive torque using a conventional shaft-to-shaft configuration forin-line placement. The unique design incorporates a digital non-contact wireless system that provides power to therotating electronics mounted on the shaft and transmits the signal back to the receiver in digital format. The torque signal is then represented as a calibrated high level analog voltage. The sensor features high rotational speed, high frequency response, and high accuracy. These sensors can also be supplied with an optical encoder to measure angle or speed. OPTIONS • Signal amplifier output = +/-10V FS • Intergral angle encoder - 512 ppr (10000rpm) • Integral angle encoder - 1024 ppr (5800rpm) • Footmount

These sensors are designed to measure rotating drive torque using a conventional shaft-to-shaft configuration forin-line placement. The unique design incorporates a digital non-contact wireless system that provides power to therotating electronics mounted on the shaft and transmits the signal back to the receiver in digital format. The torque signal is then represented as a calibrated high level analog voltage. The sensor features high rotational speed, high frequency response, and high accuracy. These sensors can also be supplied with an optical encoder to measure angle or speed.

OPTIONS

• Signal amplifier output = +/-10V FS
• Intergral angle encoder - 512 ppr (10000rpm)
• Integral angle encoder - 1024 ppr (5800rpm)
• Footmount

Supplier's Site

Technical Specifications

  Sensor Developments, Inc.
Product Category Torque Sensors
Product Number 01424
Product Name Rotary Shaft - Digital Non-contact Torque Sensor
Torque 3.12 to 20000 In-lbs (3.6 to 23061 kg-cm)
Accuracy 0.1000 ±% Full Scale
Electrical Output Voltage
Features Temperature Compensation
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