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TMS9250 DIN

TMS 9250 DIN Series Flanged, Digital Telemetry, Torque Measurement System; 100 Nm to 10K Nm ( 50 lb-ft to 8,000 lb-ft); DIN 65 - DIN 225 Sizes; Accuracy 0.05% or Better.

Model:TMS9250 DIN

Order Code:92511 to 92516

Price: From Consult Factory

Lead Time: From Consult Factory

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Model:TMS9250 DIN

TMS 9250 DIN Series Flanged, Digital Telemetry, Torque Measurement System; 100 Nm to 10K Nm ( 50 lb-ft to 8,000 lb-ft); DIN 65 - DIN 225 Sizes; Accuracy 0.05% or Better.

Order Code:92511 to 92516

Price: From Consult Factory

Lead Time: From Consult Factory

Overview

The Model TMS 9250 is a DIN, flanged, digital telemetry, torque measurement system. The ranges for this sensor are 100 Nm to 10K Nm (50 lb-ft to 8,000 lb-ft). The Model TMS 9250 torque measurement system represents an advanced generation of rotary transformer sensors designed to operate entirely in the digital domain for enhanced accuracy and versatility. The Model TMS 9250 series physically integrates rotor electronics and telemetry into one complete measurement system. More than a stand-alone sensor, the specially designed Model TMS 9250 has selectable standard voltage, current and frequency analog outputs. Fully software-driven, the durable TMS 9250 uses a custom, 16-bit, digital, wireless telemetry system that not only maximizes resolution and frequency response, but also provides excitation power across the wireless gap. System setup can be changed “on-the-fly” without affecting calibration. The accuracy for this product is 0.05% or better.

Item Specs

Range

100Nm, 200Nm, 50lb-ft, 100lb-ft
300Nm, 500Nm, 250lb-ft, 500lb-ft
1KNm, 2KNm, 1Klb-ft
3KNm, 2Klb-ft, 3Klb-ft
5KNm, 4Klb-ft
10KNm, 8Klb-ft

Accuracy

+/- 0.05% FS

Non-Linearity

+/- 0.05% FS

Hysteresis

+/- 0.05% FS

OutPut

+/- 10 volts
4-20mA
10KHz +/- 5KHz
60KHz +/- 20KHz

Temperature, Operating

Sensor and CCM: -40˚ to 85˚ C (-40˚ to 185˚ F)
SPM and Power Supply: 0˚ to 40˚ C (32˚ to 104˚ F)

Temperature, Compensated

Sensor and CCM: -10˚ to +50˚ C (14˚ to 122˚ F)

Temperature Effect, Zero

±0.002 % of rated output/°F

Temperature Effect, Output

±0.002 % of reading/°F

Torsional Stiffness

50 lb-ft = 395,000 lb-in/rad, 100 lb-ft = 867,000 lb-in/rad
250 lb-ft = 2.75X10^6 lb-in/rad, 500 lb-ft = 5.5X10^6 lb-in/rad
1,000 lb-ft = 13X10^6 lb-in/rad
2,000 lb-ft, 3,000 lb-ft = 35X10^6 lb-in/rad
4,000 lb-ft =  80X10^6 lb-in/rad
8,000 lb-ft = 205X10^6 lb-in/rad
100Nm, 200Nm = 98,000 Nm/rad
300Nm = 311,000 Nm/rad, 500Nm = 621,000 Nm/rad
1KNm, 2KNm = 1,470,000 Nm/rad
3KNm = 3,950,000 Nm/rad
5KNm = 9,000,000 Nm/rad
10KNm = 23,000,000 Nm/rad

Rotating Inertia

50 lb-ft = 001 lb-in sec^2, 100 lb-ft =  0.002 lb-in sec^2
250 lb-ft, 500 lb-ft =  0.009 lb-in sec^2
1,000 lb-ft = 0.05 lb-in sec^2
2,000 lb-ft, 3,000 lb-ft = 0.13 lb-in sec^2
4,000 lb-ft =  0.26 lb-in sec^2
8,000 lb-ft = 0.83 lb-in sec^2
100Nm, 200Nm = 0.0002 kg-m^2
300Nm, 500Nm = 0.001 kg-m^2
1KNm, 2KNm = 0.006 kg-m^2
3KNm = 0.015 kg-m^2
5KNm = 0.029 kg-m^2
10KNm = 0.094 kg-m^2

Speed rating

50 lb-ft, 100 lb-ft = 20000 rpm
250 lb-ft, 500 lb-ft = 18000 rpm
1,000 lb-ft = 16000 rpm
2,000 lb-ft, 3,000 lb-ft = 14000 rpm
4,000 lb-ft =  12000 rpm
8,000 lb-ft = 8000 rpm
100Nm, 200Nm = 20000 rpm
300Nm, 500Nm =  18000 rpm
1KNm, 2KNm = 16000 rpm
3KNm = 14000 rmp
5KNm = 12000 rpm
10KNm = 8000 rpm