Description

Draw wire sensor with protection class IP65 can work under harsh environment. ATO can customize a variety of non-standard displacement sensors according to customer requirements.

Applications: Storage position location, reservoir dam protection, gate opening control, pressure machinery, papermaking machinery, textile machinery, sheet metal machinery, packaging machinery, printing machinery, gradienter, construction machinery, injection machine, woodworking machinery, elevator , air compressor / hydraulic machine, height machine, industrial robot, X-Y axis and other displacement, liquid level measurement and position control.
Specification:

Basics	Model	ATO-DWSPHX
Weight	500-1500g
Measuring range *	0-50000mm (optional)
Technical parameters	Linearity	±0.1%FS~0.01%FS
Repeatability	±0.01%FS-0.005%
Sensor element	String precision potentiometer
Output signal *	Potentiometer output (0-5kΩ) or (0-10kΩ)
Voltage output (DC 0-5V) or (DC 0-10V)
Current output (DC 4-20mA)
AB phase square wave pulse output
Tension force	<600g
Maximum reciprocating velocity	1000mm/s
Power supply *	DC 24V (12V, 5-30V for square wave pulse output all need to be customized)
Lead wire *	3-wire, 2-wire (only for current output)
Housing material	Aluminum alloy with antiseptic treatment
Wire material	Stainless steel (Ф0.6mm~Ф0.8mm)
Operating temperature	-20℃～+80℃
Storage temperature	-40℃～+90℃
Vibration	10Hz-1500Hz; 10G
Protection class	IP65
Service life	100,000,000 times

Details

Dimensional drawing (unit: mm):
1. Measuring range: 0-2500mm

2. Measuring range: 0-8000mm

3. Measuring range: 0-18000mm

Tips: How to use draw wire displacement sensors?
At the bottom of the draw wire sensor there is a mounting groove, use two mounting stands and screws to fix the sensor at settled location, tie the wire to the moving object. Align the linear motion of the draw wire with the motion axis of the moving object. When exercise occurs, the wire stretches and contracts. An internal spring ensures that the tension of the wire is constant. The threaded hub drive the precision potentiometer to rotate, and then draw wire sensor outputs an electrical signal that is proportional to the travel distance of the wire. Measuring the output signal can obtain the displacement, direction or rate of moving object.