Abstract:
A traveling reactor power monitoring system includes a traveling reactor power monitoring system including a drive control unit configured to move a traveling probe in a guide tube by rotating a motor, and a proximity switch that generates a I stpreventing retraction signal when the travelling probe is detected by the proximity switch to exist at a predefined stop range in a shielding vessel. The drive control unit stops retracting the travelling probe when the 1 stpreventing retraction signal is generated by the proximity switch, and wipes out the 1 stpreventing retraction signal by detecting that the probe exists outside the predefined stop range on the basis of a probe information as a substitute for the 1 st preventing retracting signal output by the proximity switch.
Abstract:
A traveling reactor power monitoring system includes a traveling reactor power monitoring system including a drive control unit configured to move a traveling probe in a guide tube by rotating a motor, and a proximity switch that generates a I stpreventing retraction signal when the travelling probe is detected by the proximity switch to exist at a predefined stop range in a shielding vessel. The drive control unit stops retracting the travelling probe when the 1 stpreventing retraction signal is generated by the proximity switch, and wipes out the 1 stpreventing retraction signal by detecting that the probe exists outside the predefined stop range on the basis of a probe information as a substitute for the 1 st preventing retracting signal output by the proximity switch.
Abstract:
A traveling reactor power monitoring system (1) includes a drive control unit (2) configured to drive a motor (4) and move a traveling probe (8) in a guide tube (24) by driving the motor (4), a torque sensor (5) configured to measure a drive torque of the motor (4), and a drive torque monitoring unit (11) that generates an alarm when the measured drive torque exceeds a predefined upper threshold, and that bypasses generating the alarm for a predefined bypass time, the predefined bypass time starting at a time of starting driving the motor (4).
Abstract:
A traveling reactor power monitoring system (1) includes a drive control unit (2) configured to drive a motor (4) and move a traveling probe (8) in a guide tube (24) by driving the motor (4), a torque sensor (5) configured to measure a drive torque of the motor (4), and a drive torque monitoring unit (11) that generates an alarm when the measured drive torque exceeds a predefined upper threshold, and that bypasses generating the alarm for a predefined bypass time, the predefined bypass time starting at a time of starting driving the motor (4).
Abstract:
A traveling reactor power monitoring system (1) includes a drive control unit (2) configured to drive a motor (4) and move a traveling probe (8) in a guide tube (24) by driving the motor (4), a torque sensor (5) configured to measure a drive torque of the motor (4), and a drive torque monitoring unit (11) that generates an alarm when the measured drive torque exceeds a predefined upper threshold, and that bypasses generating the alarm for a predefined bypass time, the predefined bypass time starting at a time of starting driving the motor (4).
Abstract:
A traveling reactor power monitoring system includes a probe table, a TIP connected to an edge of the probe cable, a storage reel configured to storage the probe cable, a motor configured to feed the probe cable from the storage reel and spools the probe cable onto the storage reel, a drive control unit configured to drive the motor at a scheduled drive speed, a torque sensor configured to measure a drive torque that is a torque necessary for moving the traveling probe and the probe cable in the guide tubes during the traveling probe moving, an aimed torque DB storing a first threshold and a second threshold at predefined insert position, a drive information DB storing the drive torque received from the torque sensor and the drive speed that the drive control unit moved the traveling probe and a scheduled drive speed processor configured to calculate the scheduled drive speed that is set faster than previous drive speed when the previous drive torque is smaller than the second threshold, and is set slower than previous drive speed when the previous drive torque is larger than the first threshold at each predefined insert position.