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Overview

Model 1604 Standard Rotating Shaft Torque Transducer, 1000 in-lb, 21 °C to 75 °C [70 °F to 170 °F] Temperature Compensation, Non-amplified (mv/v), Amphenol MS3102A-14S-5P electrical connector, radial electical exit orientation.
A line of rotary transformer torque sensors often ideal for test installations running long-term durability testing. Non-contact nature of the signal transfer virtually eliminates the need for maintenance. High overload protection with high signal output helps prevent potential damage to the sensor. Carrier frequency excitation provides increased signal/noise immunity. Capacity range from 50 in-lb to 100000 in-lb for shaft mounting configurations.
1604-1K Non-contact, Unamplified, Shaft Torque Transducers - Honeywell


Technical Specifications

Product 1604-1K
Type Level 1 Test & Measurement
Type Level 2 Torque Transducers
Type Level 3 Rotary - Rotating Shaft
Function Level 1 Industrial
Function Level 2 Transportation
Order Code 1604-1K,1AD,2U,6AC,15C
Torque Range 1000 in-lb
Torque Type Rotary
Accuracy ±0.15 %
Hysteresis ±0.1 % rated output
Non-linearity ±0.1 % rated output
Repeatability ±0.05 % rated output
Output ±2 mV/V (nominal)
Temperature (Operating) -29 °C to 93 °C [-20 °F to 200 °F]
Temperature (Compensated) 21 °C to 77 °C [70 °F to 170 °F]
Temperature Effect (Zero) ±0.002 % of rated output/°F
Temperature Effect (Output) ±0.002 % of reading/°F
Electrical Termination (std.) MS-3102E-14S-5P
Torsional Stiffness 150,000 in-lb/rad
Rotating Inertia 2.59 x 10-3 in-lb sec2
Speed Rating 10000
Excitation (maximum) 3.28 kHz optimum @ 10 Vac max. RMS
Insulation Resistance > 5000 Ohm @ 50 Vdc
Bridge Resistance 350 Ohm (nominal)
Number of Bridges 1
Zero Balance ±1.0 % of rated output
Weight 8,2 kg [18 lb]
UNSPSC Code 41111934
UNSPSC Commodity Force or Torque Sensors
Availability Global
Series Name 1600

Technical Specifications

Product 1604-1K
Type Level 1 Test & Measurement
Type Level 2 Torque Transducers
Type Level 3 Rotary - Rotating Shaft
Function Level 1 Industrial
Function Level 2 Transportation
Order Code 1604-1K,1AD,2U,6AC,15C
Torque Range 1000 in-lb
Torque Type Rotary
Accuracy ±0.15 %
Hysteresis ±0.1 % rated output
Non-linearity ±0.1 % rated output
Repeatability ±0.05 % rated output
Output ±2 mV/V (nominal)
Temperature (Operating) -29 °C to 93 °C [-20 °F to 200 °F]
Temperature (Compensated) 21 °C to 77 °C [70 °F to 170 °F]
Temperature Effect (Zero) ±0.002 % of rated output/°F
Temperature Effect (Output) ±0.002 % of reading/°F
Electrical Termination (std.) MS-3102E-14S-5P
Torsional Stiffness 150,000 in-lb/rad
Rotating Inertia 2.59 x 10-3 in-lb sec2
Speed Rating 10000
Excitation (maximum) 3.28 kHz optimum @ 10 Vac max. RMS
Insulation Resistance > 5000 Ohm @ 50 Vdc
Bridge Resistance 350 Ohm (nominal)
Number of Bridges 1
Zero Balance ±1.0 % of rated output
Weight 8,2 kg [18 lb]
UNSPSC Code 41111934
UNSPSC Commodity Force or Torque Sensors
Availability Global
Series Name 1600

Documents

TITLE DOCUMENT TYPE LANGUAGE SIZE
Model 1600 highres photo Photo -- 2MB
Model 1600 lowres photo Photo -- 252KB
Models 1604-1607 Rotating Torque Transducer Datasheet Datasheet English 231KB
Torque Accessories Datasheet Datasheet English 577KB
Model 1600 External Wiring Diagram Technical Information English 72KB
Model 1604 Outline Drawing Technical Information English 89KB
Model 1605 Outline Drawing Technical Information English 163KB
Model 1606 Outline Drawing Technical Information English 79KB
Model 1607 Outline Drawing Technical Information English 93KB
White Paper: New Ways to Measure Torque White Paper English 193KB
Model 1600 Front View English 80KB
Model 1600 Bottom View English 75KB
Model 1600 Top View English 89KB
T&M Torque Transducer Range Guide Product Range Guide English 3MB
T&M Overview Brochure Brochure English 413KB
Aerospace Test and Measurement Capabilities Application Note English 2MB

Product Features

  • 50 in-lb to 100000 in-lb capacity
  • 0.1 % non-linearity and hysteresis
  • Speed sensor and/or foot mount (optional)
  • High overload protection with high signal output (sensitivity)
  • Minimal maintenance due to bearings only contact
  • Carrier frequency excitation provides increased signal/noise immunity

Applications

  • Motor and transmission testing
  • Gear boxes, pumps, and drive line testing
  • Quality assurance testing
  • Conveyors/belt drive monitoring
  • Paper mill drive motor monitoring
  • Torque test stands
  • Automated assembly process monitoring
  • Mixing and/or viscosity control

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