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Radiation Resistant Servo-Inclinometer

TS2R Model

This Servo-Inclinometer was designed to operate in intense radiation environments. It was originally developed in cooperation with Ontario-Hydro of Canada to monitor the fuelling machines of nuclear power-stations, where it is exposed to radiation over extended periods of time. The sensors were wired to a remote control box, to provide monitoring, control and alarm functions.

Features

High radiation resistance

High accuracy closed-loop operation

Good repeatability

Fast response

Low power consumption

High level, low impedance output

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Specifications

Measuring range ±2 degrees (+/-30 deg. max.)

Non-linearity error 0.02%FR typ ¹⁾

Resolution <1 arc-sec

Non-repeatability & Hysteresis <0.001 deg

Sensitive axis misalignment < 0.5 deg

Cross-axis sensitivity <0.002g/g

Bias <0.1 deg

Power supply ±15VDC @ 10 mA

Output ±1V per degree

Output impedance <10 Ω

Step response 50 msec

Zero temperature coefficient 0.001 deg/C° typ (10 to 40C°)

Span temperature coefficient 0.02%/C° typ

Temperature range (C°) -10 to +50C°

Maximum overload 100g constant acceleration

Shock survival 250g, 11msec

Housing material Sulphuric anodized # 2024 Aluminum alloy

Weight 100 grams

Notes:

Non-linearity error defined as maximum deviation of any point from the theoretical sine function line in percents of the full measuring range.

Dimensions (inches/[mm])
Radiation Resistant Servo-Inclinometer - Dimensions

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