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3500/40M «e¸m¾¹? ºÊµø¾¹ ±µ¨ü¨Ó¦Û¥»¯S§Q¤ºµØ¹F 3300XL «Y¦C«e¸m¾¹©M¦a¾_¶Ç·P¾¹ªº¿é¤J¡A¹ï«H¸¹¶i¦æ½Õ¸`¥H´£¨Ñ®¶°Ê©M¦ì¸m´ú¶q¡A¨Ã±N½Õ¸`«áªº«H¸¹»P¥Î¤á¥i½sµ{ªº³]***¶i¦æ¤ñ¸û¡A³o¨Ç³]***¥i¥HÅX°Ê 3500 Ä~¹q¾¹¼Ò¶ô¤¤ªºÄµ³ø©MÄ~¹q¾¹ÅÞ¿è¡CÁÙ´£¨Ñ¥~³¡²×ºÝ©M¤º³¡«Ì»Ùª©¥»¡C3300XL «e¸m¾¹´ú¶q¬O¥»¯S§Q¤ºµØ¹F¨T½ü¾÷ºÊ´ú»öªí (TSI) ¨T½ü¾÷¶Ç·P¾¹®M¥óªº²Õ¦¨³¡¤À¡C¥i¥H¨Ï¥Î 3500 ¾÷¬[°t¸m³n¥ó¹ï¨CÓ³q¹D¶i¦æ½sµ{¡A¥H«OÅ@¾÷±ñ¨ÃºÊ±±®|¦V®¶°Ê¡B±À¤O¦ì¸m¡B¿±µÈ®t¡B°¾¤ß²v¡B¥[³t«×¡B³t«×¡B¶bÈ©M¶ê±µ¨ü°Ï°ì°Ñ¼Æªº±ø¥ó¡C
Bently Nevada ªº 3500/42M «e¸m¾¹/¦a¾_ºÊ´ú¾¹ ¬° 3500 «Y²Î´£¨Ñ¥|Ó¥i½sµ{³q¹D¡A±µ¨ü¨Ó¦Û«e¸m¾¹©M¦a¾_¶Ç·P¾¹ªº¿é¤J¡CµM«á 3500/42M ½Õ¸`«H¸¹¥H´£¨Ñ®¶°Ê©M¦ì¸m´ú¶q¡A¨Ã±N½Õ¸`«áªº«H¸¹»P¥Î¤á¥i½sµ{ªºÄµ³ø¶i¦æ¤ñ¸û¡C¦¹¥~¡A¨CÓ³q¹D³£¥i¥H¨Ï¥Î 3500 ¾÷¬[°t¸m³n¥ó¶i¦æ½sµ{¡A¥H«OÅ@¾÷±ñ¨ÃºÊ±±®|¦V®¶°Ê¡B±À¤O¦ì¸m¡B¿±µÈ®t¡B°¾¤ß²v¡B¥[³t«×¡B³t«×¡B¶bÈ©M¶ê±µ¨ü°Ï°ì°Ñ¼Æªº±ø¥ó¡C
3500 /44M ¯è§ï«¬¿U®ð½ü¾÷ºÊ´ú¾¹ ¬O¥Î©ó 3500 «Y²Îªº¥|³q¹D¯è§ï«¬¿U®ð½ü¾÷ (GT) ®¶°ÊºÊ´ú¾¹¡C®¶°ÊºÊ´ú¾¹±µ¨ü¥|Ó®¶°Ê³q¹D¡C¨CÓ³q¹D¹ï³£¥i¥H®Ú¾Ú¨Ó¦Û 3500 ¾÷¬[ªº***¦h¥|Ó¤£¦PªºÁä¬Û¿é¤JÀ³¥Î¦Û¤vªº¸òÂÜÂoªi¾¹¡C¸ÓºÊµø¾¹³B²z¨Ó¦Û Velomitor? ©M¥[³t«×pªº«H¸¹¡A¹LÂo´ú¶qÈ¡A¤¹³\«H¸¹¿n¤À¡A¨Ã²£¥Í 1X ®¶°Ê¸òÂÜ©M±a³q®¶°Ê¡A³o¹ï¿U®ð½ü¾÷À³¥Î«D±`¦³¥Î¡CVibration Monitor º¡¨¬ Baker Hughes¡BRolls Royce¡BUnited Technologies ©M¨ä¥L OEM ªº¿U®ð½ü¾÷¨î³yn¨D¡C
§Ú̪º 3500/46M Hydro Monitor ±M¬°«OÅ@©MºÊ±±¤ô½üµo¹q¾÷¦Ó³]p¡C3500/46M ³B²z¨Ó¦Û«e¸m¾¹¡B¦a¾_¡B°ÊºAÀ£¤O©M®ð»Ø¶Ç·P¾¹ªº«H¸¹¡CÂÔ·Vªº¿é¤JIJÂI¥i¥HÃѧO¾÷±ñ¼Ò¦¡¡A¨Ò¦p²Ê¸ü°Ï¨Ã¦Û°Ê¶i¦æ¼Æ¾Ú±Ä¶°©Mĵ³ø¡C¤]¥i´£¨Ñ¥~³¡²×ºÝ¡C3500/46M Hydro Monitor ÁÙ½Õ¸`¿é¤J¨Ã±N«H¸¹»P¤ô¤O®|¦V®¶°Ê (RV)¡B¤ô¤O®ð»Ø¡B¤ô¤O³t«×¡B¤ô¤O¥[³t«×¡B¤ô¤O±À¤O¡B¤ô¤O©w¤lºÝ¶²Õ (SEW) ®¶°ÊªºÄµ³ø³]***¶i¦æ¤ñ¸û¡F©M°ÊºAÀ£¤O¡C¦h¼Ò¦¡³]¸m¾A¥Î©ó©Ò¦³¥i¥Îªº³q¹DÃþ«¬¡C
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3500 Mechanical Protection System Vibration Input Monitor
3500/40M Proximitor? The monitor accepts inputs from Bently Nevada 3300XL series proximitors and seismic sensors, adjusts the signal to provide various vibration and position measurements, and compares the adjusted signal with user programmable devices that can drive alarms and relay logic in the 3500 relay module. External terminal and internal barrier versions are also available. The 3300XL Proximitor Measurement is an integral part of the Bentley Nevada Turbine Monitoring Instrument (TSI) turbine sensor kit. Each channel can be programmed using the 3500 Rack Configuration Software to protect the machine and monitor the conditions of radial vibration, thrust position, differential expansion, eccentricity, acceleration, speed, shaft value, and circle acceptance area parameters.
Bently Nevada's 3500/42M Proximitor/Seismic Monitor provides four programmable channels for the 3500 system, accepting inputs from both the Proximitor and seismic sensors. Then, the 3500/42M adjusts the signal to provide various vibration and position measurements, and compares the adjusted signal with user programmable alarms. In addition, each channel can be programmed using the 3500 Rack Configuration Software to protect the machine and monitor the conditions of radial vibration, thrust position, differential expansion, eccentricity, acceleration, speed, shaft value, and circle acceptance area parameters.
The 3500/44M aviation modified gas turbine monitor is a four channel aviation modified gas turbine (GT) vibration monitor used in the 3500 system. The vibration monitor accepts four vibration channels. Each channel pair can apply its own tracking filter based on four different keyphase inputs from the 3500 rack. Does this monitor process data from Velomitor? The signal from the accelerometer filters the measured values, allows signal integration, and generates 1X vibration tracking and bandpass vibration, which is very useful for gas turbine applications. The Vibration Monitor meets the gas turbine manufacturing requirements of Baker Hughes, Rolls Royce, United Technologies, and other OEMs.
Our 3500/46M Hydro Monitor is designed specifically for protecting and monitoring hydroelectric generators. The 3500/46M processes signals from proximitors, seismic, dynamic pressure, and air gap sensors. Careful input contacts can identify mechanical modes, such as coarse load zones, and automatically perform data collection and alarms. External terminals can also be provided. The 3500/46M Hydro Monitor also regulates inputs and compares signals with alarm settings for hydraulic radial vibration (RV), hydraulic air gap, hydraulic velocity, hydraulic acceleration, hydraulic thrust, and hydraulic stator end winding (SEW) vibration; And dynamic pressure. Multi mode settings are applicable to all available channel types.
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SHARP | ZW-322SH | ABB | ZCU-14 3AXD5000005164 |
SHARP | ZW-164S | ABB | PSTB370-600-70 1SFA894015R7000 |
SHARP | ZW-162S | ABB | ZCU-14 |
SHARP | ZW-162N | ABB | ZCU-12 |
®L´¶ | ZW-162N | ABB | TK851V010 3BSC950262R1 |
®L´¶ | ZW-162M | ABB | TK851V010 3BSC950262R1 |
SHARP | ZW-161S | ABB | TK850V007 3BSC950192R1 |
YASKAWA | YPCT31576-1C | ABB | TK811V050 3BSC950107R2 |
®ý¤j¤¤±± | YDC12 | ABB | YU-1SDA038312R1 |
XYCOM | XVME-601 | ABB | YT204001-JT YXU169F |
Supcon | XP258-2 | ABB | YPQ202A YT204001-KB |