These sensors are designed to measure rotating drive torque using a conventional shaft-to-shaft configuration for in-line placement. The design incorporates a coin silver slip ring assembly that transmits excitation voltage to, and output signals from, the rotating sensor. These sensors can be supplied with Auto-ID, which eliminates scaling when used with the PTI or PMAC 2000 instruments. An optical encoder to measure angle or speed is also available with this model.
Specifications
Capacity: .......... 0.35 /0.71 /1.41 /3.53 /7.06 /12 /23 /56 /113 /226 /565 /1130 /1700 /2260 Nm
Overload capacity: ........... 150 % of FS
Output at FS: ........... 2.0 mV/V nominal
Non-linearity: ........... 0.10 % of FS
Hysteresis: ........... 0.10 % of FS
Zero balance: ........... 1.00 % of FS
Compensated temperature range: ........... +21 … +76 °C (+70 … +170 °F)
Operating temperature range: ........... -53 … +121 °C (-65 … +250 °F)
Temperature effect on zero: ........... 0.002 % of FS/°F (0.004 % of FS/K)
Temperature effect on span: ........... 0.002 % of reading/°F (0.004 % of reading/K)
Bridge resistance: ........... 1000 Ω
Supply voltage: ........... 20 VDC
Maximum shaft speed: ........... 5000 rpm
Options
4 pin Bendix connector (non Auto-ID)
10 pin Bendix connector (Auto-ID)
Integrated signal amplifier (±5 V or ±10 V)
Integral optical encoder - 1024 ppr and 1500 ppr (requires 10 pin connector)
Footmount