Monitoring the extension of pipelines
Pipelines in power plants are exposed to high pressures and temperatures. These extreme loads cause the pipes to vibrate and result in thermal expansions of up to 1 m at some points. Constant hangers are used to compensate for these thermal displacements of the pipes. Draw-wire sensors from Micro-Epsilon transmit the movement information reliably and safely to the control center. The optoNCDT ILR3800 laser distance sensors are recommended for monitoring from a long distance. Pipelines in power plants are exposed to high pressures and temperatures. These extreme loads cause the pipes to vibrate and result in thermal expansions of up to 1 m at some points. Constant hangers are used to compensate for these thermal displacements of the pipes. Draw-wire sensors from Micro-Epsilon transmit the movement information reliably and safely to the control center. The optoNCDT ILR3800 laser distance sensors are recommended for monitoring from a long distance.
Pipelines in power plants are exposed to high pressures and temperatures. These extreme loads cause the pipes to vibrate and result in thermal expansions of up to 1 m at some points. Constant hangers are used to compensate for these thermal displacements of the pipes. Draw-wire sensors from Micro-Epsilon transmit the movement information reliably and safely to the control center. The optoNCDT ILR3800 laser distance sensors are recommended for monitoring from a long distance. Pipelines in power plants are exposed to high pressures and temperatures. These extreme loads cause the pipes to vibrate and result in thermal expansions of up to 1 m at some points. Constant hangers are used to compensate for these thermal displacements of the pipes. Draw-wire sensors from Micro-Epsilon transmit the movement information reliably and safely to the control center. The optoNCDT ILR3800 laser distance sensors are recommended for monitoring from a long distance.
Application challenge
Pipelines in power plants are exposed to high pressures and temperatures. These extreme loads cause the pipes to vibrate and result in thermal expansions of up to 1 m at some points. Constant hangers are used to compensate for these thermal displacements of the pipes. Draw-wire sensors from Micro-Epsilon transmit the movement information reliably and safely to the control center. The optoNCDT ILR3800 laser distance sensors are recommended for monitoring from a long distance.
Measurement method and system
Pipelines in power plants are exposed to high pressures and temperatures. These extreme loads cause the pipes to vibrate and result in thermal expansions of up to 1 m at some points. Constant hangers are used to compensate for these thermal displacements of the pipes. Draw-wire sensors from Micro-Epsilon transmit the movement information reliably and safely to the control center. The optoNCDT ILR3800 laser distance sensors are recommended for monitoring from a long distance.
The problem
Pipelines in power plants are exposed to high pressures and temperatures. These extreme loads cause the pipes to vibrate and result in thermal expansions of up to 1 m at some points. Constant hangers are used to compensate for these thermal displacements of the pipes. Draw-wire sensors from Micro-Epsilon transmit the movement information reliably and safely to the control center. The optoNCDT ILR3800 laser distance sensors are recommended for monitoring from a long distance.
The method
Pipelines in power plants are exposed to high pressures and temperatures. These extreme loads cause the pipes to vibrate and result in thermal expansions of up to 1 m at some points. Constant hangers are used to compensate for these thermal displacements of the pipes. Draw-wire sensors from Micro-Epsilon transmit the movement information reliably and safely to the control center. The optoNCDT ILR3800 laser distance sensors are recommended for monitoring from a long distance.
