Honeywell’s flanged, reaction torque sensors are designed for installation between test pieces such as motors, switches, axles or shafts and their mounting plate. These models operate and are calibrated in both directions. Each model utilizes four bonded strain gauges on a special-machined portion of the transducer to achieve a maximum non-linearity of 0.1% over a wide dynamic range. The transducers are made of either stainless or nickel-plated alloy steel with no moving parts for enhanced durability in harsh, industrial environments. Does your application require a modification or a completely customized design? Contact us to discuss how Honeywell’s custom engineering services can develop a solution to meet your individual needs.

Features

• 50 in-lbs(5 Nm) up to 2,400,000 in-lbs( 271000 Nm) capacities
• 0.1% non-linearity and hysteresis
• Stainless steel or nickel-plated alloy construction
• No maintenance of slip rings, bearings or brushes
• Low-end-sensitivity due to absence of moving parts
• Wide dynamic range

Image	Model	Description
	2102	Model 2102 Small Flanged Reaction Torque Sensor, 50 lb-in to 1,000 lb-in, 0.1 % Non-linearity and Hysteresis
	2110	Model 2110 Series Flanged Reaction Torque Sensor, 2,000 lb-in to 2,400,000 lb-in, 0.1 % Non-linearity and Hysteresis
	QFFH-9	Model QFFH-9 Flange Type Reaction Torque Transducer, 3,000 in-lb to 24,000 in-lb, maximum non-linearity of 0.1%, Stainless Steel

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