When Magnetostrictive sensors fail, our product is a form-fit-function replacement at both the cylinder, and the electronic interface.
Remote sensor for hydraulic cylinders and accumulators — What we’ve done is simply mount our SL Series sensor core into a pressure vessel, which can be remote mounted.
Measuring Range: 0" to 39.72" (1 meter)
Resolution: ± .025"
Repeatability: .025"
Non-linearity: 2% of full scale output (FSO)
Hysteresis: TBD
Input Voltage: signal conditioner dependent
Input Current: signal conditioner dependent
Output Voltage: 0-5 VDC
Operating Temperature*
Sensor: -40°C to 105°C (-40°F to 221°F)**
Signal Conditioner: signal conditioner dependent
EMC
Emissions: TBD
Immunity: TBD
Shock: 50g, 6ms, sawtooth
Vibration: 5g, 10Hz to 2kHz
Pressure
Operating: 5,000 psi
Spike: 10,000 psi
Endurance: 1 million full-stroke cycles
Recommended Cleanliness Level: ISO 19/18/15
Cold Oil Performance Delo 400 (MIL-PRF-46167): 1 ft. retraction
1/2 second @ 0°F
3 seconds @ -25°F
24 seconds @ -50°F
*Will not operate in frozen liquid media.
**Standard temperature range. Greater temperatures available - please consult factory.
We believe in doing what we do best, and letting others do the same. Signal conditioners for SL Series sensors are available directly from our LVDT supplier Macro Sensors. Featured below is their LVC 4000, which offers outstanding flexibility in terms of voltage input range and multiple output options:
Power Input9-30 VDC (90mA MAX @ 24VDC)
LVDT Excitation3.0 Vrms (1.5 Vrms selectable)
LVDT Excitation Frequency2.5 kHz, 5 kHz, 7.5 kHz, or 10 kHz
Input Sensitivity Range55 mVrms to 5.5 Vrms full scale input produces full scale DC output
Full Scale Outputs:
0 to 5 VDC
0 to 10 VDC
0.5 to 4.5 VDC
±5 VDC
±10 VDC
4 to 20 mA
Output Non-Linearity< ±0.01% of full-scale output (FSO)
Output Voltage/Ripple:
1 mVrms max. (2.5 kHz excitation, no filter
2 mVrms max. (10 kHz excitation, no filter)
Frequency Response (-3dB)500 Hz max.
Operating Temperature:
0 °F to 165 °F
-20 °C to 75 °C
Temperature Sensitivity<0.02% of FSO/°C (<0.01% of FSO/°F)
