MTS SWIFT 10 MC Sensor - Manual (Page 24)

SWIFT 10 MC Sensors 24
Specifications
Hardware Overview
Specifications
SWIFT 10 MC Transducer Performance
P ARAMETER S PECIFICATION
Use
SWIFT 10 MC (aluminum) for
SWIFT 10 MC (titanium) for high fatigue life, durability
low weight, high sensitivity
Maximum usable rpm 2,200
Maximum speed 250 kph (155 mph)
Shock resistance, each axis 150 G
Fits rim size (usable range)
7-12 inch *
* Contact MTS for other rim sizes. Larger diameter rims can be used, provided that overall clearance from
brake calipers and suspension components is maintained.
Input voltage required 10–28 V DC
Input power required per transducer 7 Watts maximum (22 Watts typical)
Output voltage ± full scale calibrated load ±10 V †
† Load impedance >1 k Ω ; 0.01 µF (maximum) load capacitance.
SAE J328
Rated load capacity ‡
Bending moment §
‡ Half axle rated capacity per SAE J328.
§ Seen on the transducer for ## cycles.
Aluminum
2.5 kN (550 lbf)
1.45 kN•m (12 869 lbf•in)
Titanium
4.2 kN (925 lbf)
2.43 kN•m (21643 lbf•in)
Full scale calibrated ranges Consult the calibration range sheet that accompanies each
transducer
Resolution Infinite
Performance accuracy
Nonlinearity
Hysteresis
Modulation
Cross talk #
# Each SWIFT sensor is calibrated on an MTS calibration machine. MTS provides complete documentation
of calibration values for each SWIFT unit
1.0% full scale
0.50% full scale
≤5.0% reading
1.5% full scale
Maximum operating temperature **
** Measured at the spindle hub.
125°C (257°F)
Transducer Assembly Weight – each
Transducer
Slip ring assembly 1.4 kg (3.0 lb)
0.73 kg (1.6 lb)
2.0 kg (4.5 lb)
0.73 kg (1.6 lb)
Output connector type BNC via adapter or D-shell
Shunt calibration Integral to transducer.