Product Overview
The LZ-13 Series LVIT Miniature Linear Position Sensor is a through-bore, inductive, contactless device designed for applications where size is a constraint and a superior stroke-to-body-length ratio is required. Ideal for factory automation, part inspection, location automation systems, assembly machinery, and packaging equipment, this sensor offers nominal full-scale ranges from 2.5 to 300mm (0.1 to 12 inches). Its 12.7mm (1/2 inch) outside diameter stainless steel body and 4.78mm (.188 inch) diameter through-bore, which accommodates a 4mm (.157 inch) diameter moving target rod, prevent damage from mechanical overstroking. The contactless operation prevents internal wearout, making it suitable for dithering or rapid cycling.
Product Attributes
- Brand: Alliance Sensors Group
- Origin: USA
- Material: Stainless Steel (Housing/Rod)
- Certifications: IEC IP-67
- Year: 2020
Technical Specifications
| Feature | Specification |
| LVIT Technology | Linear Variable Inductance Transducer |
| Operation | Contactless |
| Stroke-to-Body-Length Ratio | Excellent |
| Full Scale Ranges | 2.5 to 300 mm (0.1 to 12 inches) |
| Through-bore Design | Eliminates mechanical overstroking |
| Output Type | DC in / DC out with built-in electronics |
| Range Scaling | Proprietary SenSet field adjustable |
| Analog I/Os | 0-5 V or 0.5 - 4.5 V DC output; 8-30 V input, 35 mA max. OR 0-10 V DC output with 12-30 V input, 35 mA max. |
| Potentiometer Output | Available |
| Measuring Ranges | 2.5 to 300mm (0.1 to 12 inches) |
| Linearity Error | 0.15% of Full Scale Output (FSO) typical, 0.25% max |
| Resolution | 0.025% of FSO |
| Bandwidth | 300 Hz nominal |
| Operating Temperature | -20 to 85 C |
| Vibration | 5-20 Hz, 0.5 inch p-p; 20-2000 Hz, 4.2 g p-p |
| Shock | 1000 g, 11 msec. |
| Environmental Sealing | IEC IP-67 |
| Humidity | 95% RH, non-condensing |
| Housing Diameter | 12.7 mm (1/2 inch) |
| Moving Target Rod Diameter | 4.78 mm (.188 inch) |
| Cable Length | 1m |
2411220423_Alliance-Memory-LZE-13-150-A-00-10-S_C17440875.pdf
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