Complaint
Yuanben LMDS Linear Displacement Sensors
DESCRIPTION
LMDS Linear Displacement Sensors use a fully magnetic resistance element to sense spindle displacement, giving infinite resolution and excellent linearity. They are compatible with all standard With a selection of models having full-scale ranges from 1/4 in (5 mm) to 4 in (100 mm), Linear Displacement Sensors feature a unique design. Available with specially designed mounting fixtures, these versatile sensors are ideally suited for use in research, manufacturing and process control applications.
FEATURES
• True output linearity over the entire measurement range
• Excellent stability and temperature compensation
ACCURACY
Linear Displacement Sensors produce an output voltage proportional to a captive, guided spindle displacement and provides excellent temperature compensation and linearity.
COMPATIBILITY
Linear Displacement Sensors exhibit the same inherent advantages for linearity, versatility and precision sensors. As such, they are systems compatible with a wide range of commonly used sensors for pressure, load, acceleration, vibration, etc. and normally utilize the same instrumentation.
SPECIFICATIONS
| PARAMETERS | MODEL | |||||||
| LMDS 5 | LMDS 10 | LMDS 25 | LMDS 50 | LMDS 100 | ||||
| Displacement Range | 0.25 in (6.5mm) | 0.5 in (11.2 mm) | 1 in (26mm) | 2 in (51.5 mm) | 4 in (102 mm) | |||
| Excitation | 2 to 10 V, AC or DC | |||||||
| Frequency Response | 5-mm displacement: 100 Hz; | 100-mm displacement: 10 Hz Rated (F.S.) | ||||||
| Output | 4.5 mV/V | 5.3 mV/V | 7.0 mV/V | 3.6 mV/V | 5.2 mV/V | |||
| Nonlinearity (Best-Fit Method) | 0.5% FS | 0.5% FS | 0.5% FS | 0.5% FS | 0.5% FS | |||
| Temperature Range | +15 to +140°F (-10 to +60°C) | |||||||
| Temperature Coefficient (%FS) | Zero | <0.006%/°F | (<0.01%/°C) Span | <0.006%/°F | (<0.01%/°C) | |||
| Termination | 0.18 in PVC 7/0.008 (4.5 mm PVC 7/0.2), 4-core shielded, 6.6 ft (2.2 m) | |||||||
| long Electrical Connections Input: | Red+ Black- ; Output: Green+ White- * Typical figures: actual values subject to calibration | |||||||
