LPPS-36B Linear Potentiometer Position Sensor with Rod End Joints

OVERVIEW

• Ruggedized Linear Potentiometer
• Measure the linear motion or position of target
• Stroke lengths available from 350 to 700 mm (14 to 28 inches)
• Rod End Joints for simple mounting
• Anodized aluminum corrosion resistant housing
• Environmental rating of IP61 (Dust tight, Water resistant)
• 1.4" (36 mm) OD housing


HGSI's LPPS-36B series Linear Potentiometer Travel Sensor with Rod End Joints are used to monitor and track the linear motion or position of a target. These ruggedized sensors are ideal for use in industrial and laboratory applications including automotive, industrial, motion control, medical, and aerospace.

Resistive potentiometric element is made from conductive plastic. Output is ratiometric; from 0% to 100% of excitation voltage.

The LPPS-36B series sensor is made from industrial duty materials for resistance to dust, temperature, shock, and vibration.

Rod End Joint thru-holes are 8 mm in diameter.

 

Options:

LPPS Measuring Range
SKU
LPPS-36B-350
Availability
13 in stock
0
Out of Stock
0
Discontinued
Off
Price
$330.00
Add to Cart

TECHNICAL SPECIFICATIONS

Stroke Lengths:From 14" (350mm) up to 28" (700 mm)
Mechanical Stroke Length:Stroke Length + 0.28" (7 mm)
Non-Linearity (BFSL method):</= +/- 2.5% of full stroke
Resolution:Infinite
Repeatability:0.0004" (0.01 mm)
Maximum Operating Velocity:5 m per second
Element Type:Conductive plastic
Output:0 to 100% of excitation voltage
Element Resistance:5.0K ohm (+/- 20%) to 10.0K ohm (+/- 20%), Depending on Measuring Range
Maximum Excitation Voltage:36 VDC
Current Draw:~10 mA (nominal)
Output Cable:3 conductor, 24 AWG, braided shield, PVC jacket, 3 foot long
Operating Temperature Range:-40 to +195°F (-40 to +95°C)
Thermal Coefficient of Sensitivity:<0.03%/°C nominal
Humidity:95% Max. RH (non-condensing)
Liquid & Dust Protection:IP61
Shock Rating:50g (single hit), IEC68-2-29:1968
Vibration Rating:20g, IEC68-2-6:1982
Housing Dimension (O.D):1.4 inch (36 mm)

 

PRODUCT NUMBERS