beautypg.com

BEI Sensors 700 Series User Manual

700 series linear position sensor

background image

 

 

Tel: 805-968-0782 /800-350-2727 | Fax: 805-968-3154 /800-960-2726 | 7230 Hollister Ave., Goleta, CA 93117-2807 |

www.beisensors.com

Specification No 02130 Rev.07-10

High Pressure, Wide Temperature Range

The 700 Series Linear Position Sensors are designed to operate reliably in extreme
environments such as “down hole” oil well applications at temperatures between -40°
and +300°C and pressures of up to 28,000 psi. Containing a conductive plastic
resistive element, the 700 Series has a longer operating life and resolution than
traditional wire-wound units. Offered in miniature diameters for space-saving
advantages, the 700 Series is also designed to meet a wide variety of interface and

in high temperature and high pressure environments with limited space

mounting requirements making it ideal for applications requiring accurate performance

BEI Sensors

 

700 Series Linear Position Sensor

 

Mechanical Specifications

Mechanical Travel: Elect travel + 0.2 in. min
Actuation Force: 2 oz. max
Repeatability: within 0.001 inch
Life: 5 x 10

5

cycles

Electrical Specifications
Electrical Travel: 1 in. min to 6 in. max
Total Resistance, STD range: 2K to 10K per inch

EXTD range: 1K to 20K per inch

Resistance Tolerance: ±25%
Accuracy over useable range:
(Ind. Lin. See Note 2) STD: ± 0.020 inch

BEST: ± 0.005 inch

Power Rating @ 175°C: 0.25 Watt per inch
Derated to 0.10 Watts @ 250°C
Output smoothness: 0.1%
Insulation resistance @250 VDC: 1000 Megohms
Dielectric strength: 250 VRMS
Temperature Range: -40° to +300°C

Dimensions 

1
2

Notes 

. Dimensions are in inches. Tolerance: ±.010
. Consult factory for clarification of

independent linearity vs. absolute accuracy.
3. Most specifications may be altered to meet
specific requirements.
Special Feature Examples:

• Vent holes for immersion in fluids.

• Mounting: Threaded bushing front/rear.

• Leads: Jacketed/Shielded cable.

• Shaft End Options: (Figure 1)

Figure 1