BS 3G 148:1981
Current
The latest, up-to-date edition.
Specification for general purpose platinum temperature sensors for aircraft
Hardcopy , PDF
English
31-12-1981
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Foreword
Specification
1. Scope
2. References
3. General constructional requirements
4. Design and performance requirements
5. Marking
Appendix
A. Apparatus and procedures for immersion error test
and thermo-electrical effect test
Tables
1. Resistance/temperature relationship
2. Limits of intrinsic error
Figures
1. Platinum temperature sensor 90 deg angled
configuration
2. Platinum temperature sensor straight configuration
3. Mounting details
4. Schematic diagram of test apparatus for
determination of immersion error and thermo-
electrical effect
Gives general design and performance requirements for platinum resistance temperature sensors for the measurement of the temperature of gases or fluids in small diameter ducts suitable for measurement of fluid temperature whilst under high pressure. The temperature resistance relationship is based on a sensor having a resistance of 100 omega at 0 Degrees C. Includes marking procedures, apparatus and procedures for immersion error test and thermo-electrical effect test. Illustrates platinum temperature sensor 90 Degrees angled configuration and straight configuration, mounting details and schematic diagram of test apparatus for determination of immersion error and thermo-electrical effect.
| Committee |
ACE/1
|
| DevelopmentNote |
Supersedes 80/76254 DC and BS 2G148(1963). (12/2003) Reviewed and confirmed by BSI, January 2009. (12/2008)
|
| DocumentType |
Standard
|
| Pages |
14
|
| PublisherName |
British Standards Institution
|
| Status |
Current
|
| Supersedes |
This British Standard specifies the general design and performance requirements for platinum resistance temperature sensors designed for the measurement of the temperature of gases or fluids in small diameter ducts. The sensors are designed for satisfactory operation for the measurement of fluid temperature whilst under high pressure. The temperature-resistance relationship is based on a sensor having a resistance of 100 Ω at 0 °C.
| BS G 210:1970 | Specification for PTFE insulated equipment wires (with silver plated copper conductors) |
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