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| TM0180-A08-B00-C02-D10 |
由監(jiān)視器制作，許多通道類型提供
一種增強型數(shù)據(jù)集，由多種
取決于監(jiān)視器的測量變量
類型及其配置。例如，徑向
振動通道包括基本整體（直接）
振幅和間隙電壓，1X
濾波振幅，1X濾波相位，2X濾波
振幅，2X濾波相位，非1X振幅，
和Smax。
提供了這些額外的測量變量
對于每個通道，警報報警設(shè)定點可以
根據(jù)需要確定每個變量。
危險報警設(shè)定點可建立在
從每個
頻道
系列監(jiān)視器模塊
班長
類型
通道類型（腳注）數(shù)量
頻道
（腳注）
/4000萬
•徑向振動
•軸向（推力）位置
•偏心率
•脹差（1）
四（2，3）
/4200萬
與/40M相同，帶有
以下附加通道
類型：
•加速度（4）
•速度（4）
•加速2（4）
•速度2（4）
•圓形驗收區(qū)域（5）
•軸值
四（2，3）
/4400萬
•空氣衍生
•機場改造2
四
/45
•軸向（推力）位置
•脹差
•標準單坡道
脹差，脹差
•非標準單坡道
脹差，脹差
•雙斜坡差速器
膨脹
•互補微分
膨脹
•案例擴展9
•閥門位置
四（3）
4600萬
•液壓徑向振動（7）
•液壓定子安裝氣隙
•液壓加速
•水力推力
•水力速度
•定子端部繞組
•多模式功能
四（3）
/50米
•轉(zhuǎn)子速度
•轉(zhuǎn)子加速度
•零速度
•反向旋轉(zhuǎn)
•轉(zhuǎn)子加速度2
•零速度2
•反向旋轉(zhuǎn)2
兩（8，9）
/60 &
/61
•溫度
•溫差
六（10）
/62
•過程變量六（10、11）
/6400萬
•動壓四（12）
/7000萬
•脈沖加速度
•加速2
•往復(fù)速度
•低頻往復(fù)速度
四
/7200萬
•往復(fù)式壓縮機連桿
下降/桿位置/超高
壓縮機
四（3）
/7700萬
往復(fù)式壓縮機
氣缸壓力，包括：
•吸入壓力
•大壓力
•小壓力
•壓縮比
•峰值桿壓縮
•桿張力峰值
•桿反轉(zhuǎn)程度
四
/82
電機定子絕緣監(jiān)測器
•泄漏電流（每相）
•線路電壓（每相）
•溫度（高達3
頻道）
九
零件號162096-01
修訂版。H
6頁共20頁
監(jiān)視器模塊腳注
1、僅標準脹差
提供的功能。對于坡道差速器
擴展和補充輸入
脹差，使用/45
改為定位監(jiān)視器。
/42M提供單獨的4至20 mA
每個通道的比例輸出。這個
/40M不提供4至20 mA
輸出。
3、監(jiān)視器通道在
配對，多可執(zhí)行其中兩項
一次執(zhí)行功能。通道1和2 can
執(zhí)行一個功能，而通道3和4
執(zhí)行其他（或相同）功能。
4、為速度或
加速度僅提供直接振幅。
為Velocity II或
加速度II提供1X振幅/相位
和2X振幅/相位和偏置電壓
直接振幅的增加。
5、任何振動通道均可配置
傳統(tǒng)的“餅狀”接受區(qū)域
警報。為循環(huán)配置時
可接受區(qū)域，圓形（而非餅狀）可接受區(qū)域警報
啟用。參考/42M
操作/維護手冊
其他信息，或聯(lián)系
近的銷售專業(yè)人員。
6、Case只能使用通道3和通道4
膨脹測量。
/46M提供頻率響應(yīng)
適用于機器的特性
轉(zhuǎn)速非常慢，例如
水輪機/發(fā)電機組
以100 RPM或更低的速度運行。而且
特殊信號調(diào)節(jié)和跟蹤
提供過濾，允許檢測
負載區(qū)操作粗糙，剪切銷故障，
以及其他特定水力條件。
/50M不適用于
超速保護應(yīng)用。使用
3701/55緊急停機（ESD）系統(tǒng)，
相反
9、零速和反轉(zhuǎn)
通道類型需要
/50模塊，使其成為單通道
在這些配置中使用時進行監(jiān)控。
/60和/61提供相同的
/60以外的功能不提供
4至20 mA比例輸出。當這些
需要輸出，使用/61。
/62設(shè)計用于接受靜態(tài)
比例信號，如4至20 mA、1至5
Vdc或任何靜態(tài)比例電壓信號
介于–10和+10 Vdc之間。動態(tài)時
信號（即波形
信息是必需的），使用/40M
或/42M通?？删幊虨?br />自定義通道類型，使系統(tǒng)
幾乎與任何靜態(tài)或動態(tài)
來自壓力、液位、溫度、，
振動，流量
Note: In addition to the direct measurement made by the monitor, many channel types provide an enhanced data set consisting of a variety of measured variables that depend on the monitor type and its configuration. For example, radial vibration channels include the basic overall (direct) vibration amplitude as well as gap voltage, 1X filtered amplitude, 1X filtered phase, 2X filtered amplitude, 2X filtered phase, Not 1X amplitude, and Smax. These additional measured variables are provided for each channel, and ALERT alarm setpoints can be established on each variable, as needed. DANGER alarm setpoints can be established on any measured variable value returned from each channel. Series Monitor Modules Monitor Type Channel Types (footnotes) Number of Channels (footnotes) /40M • Radial Vibration • Axial (Thrust) Position • Eccentricity • Differential Expansion (1) Four(2, 3) /42M Same as /40M, with the following additional channel types: • Acceleration (4) • Velocity (4) • Acceleration2 (4) • Velocity2 (4) • Circular Acceptance Region (5) • Shaft Absolute Four(2, 3) /44M • Aeroderivative • Aeroderivative2 Four /45 • Axial (Thrust) Position • Differential Expansion • Standard Single Ramp Differential Expansion • Non-Standard Single Ramp Differential Expansion • Dual Ramp Differential Expansion • Complementary Differential Expansion • Case Expansion9 • Valve Position Four(3) 46M • Hydro Radial Vibration (7) • Hydro Stator-Mounted Air Gap • Hydro Acceleration • Hydro Thrust • Hydro Velocity • Stator End Winding • Multimode Functionality Four(3) /50M • Rotor Speed • Rotor Acceleration • Zero-Speed • Reverse Rotation • Rotor Acceleration2 • Zero Speed2 • Reverse Rotation2 Two (8, 9) /60 & /61 • Temperature • Differential Temperature Six (10) /62 • Process Variables Six (10, 11) /64M • Dynamic Pressure Four(12) /70M • Impulse Accel • Acceleration2 • Recip Velocity • Low Frequency Recip Velocity Four /72M • Reciprocating Compressor Rod Drop / Rod Position / Hyper compressor Four(3) /77M Reciprocating Compressor Cylinder Pressure, including: • Suction Pressure • Maximum Pressure • Minimum Pressure • Compression Ratio • Peak Rod Compression • Peak Rod Tension • Degree of Rod Reversal Four /82 Motor Stator Insulation Monitor • Leakage Current (each phase) • Line Voltage (each phase) • Temperature (up to three channels) Nine Part Number 162096-01 Rev. H Page 6 of 20 Monitor Module Footnotes 1. Only standard differential expansion capabilities provided. For ramp differential expansion and complementary input differential expansion, use the /45 Position Monitor, instead. 2. The /42M provides individual 4 to 20 mA proportional outputs for each channel. The /40M does NOT provide 4 to 20 mA outputs. 3. The monitor channels are programmed in pairs and can perform up to two of these functions at a time. Channels 1 and 2 can perform one function, while channels 3 and 4 perform another (or the same) function. 4. Channels configured for velocity or acceleration provide only direct amplitude. Channels configured for Velocity II or Acceleration II provide 1X amplitude/phase and 2X amplitude/phase and bias voltage in addition to direct amplitude. 5. Any vibration channel can be configured for conventional “pie-shaped” acceptance region alarms. When configured for circular acceptance regions, circular (rather than pieshaped) acceptance region alarms can be enabled. Refer to the /42M Operations/Maintenance Manual for additional information, or contact your nearest sales professional. 6. Only channels 3 and 4 can be used for Case Expansion measurements. 7. The /46M provides frequency response characteristics suitable for use on machines with very slow rotational speeds, such as hydraulic turbine/generator sets, which often operate at speeds of 100 RPM or lower. Also, special signal conditioning and tracking filtering is provided, allowing detection of rough load zone operation, shear pin failure, and other hydro-specific conditions. 8. The /50M is not intended for use in overspeed protection applications. Use the 3701/55 Emergency Shutdown (ESD) system, instead. 9. Both Zero Speed and Reverse Rotation channel types require both channels of the /50 module, making it a single-channel monitor when used in these configurations. 10. The /60 and /61 provide identical functions except the /60 does not provide 4 to 20 mA proportional outputs. When these outputs are required, use the /61. 11. The /62 is designed to accept static proportional signals such as 4 to 20 mA, 1 to 5 Vdc, or any static proportional voltage signal between –10 and +10 Vdc. When dynamic signals (i.e., those where waveform information is required) are used, a /40M or /42M can often be programmed as a custom channel type, making the system compatible with virtually any static or dynamic signal from pressure, level, temperature, vibration, flow, position, speed, or other transducers. Consult the factory or your local Bently Nevada sales professional for more information. 12. The /64M is primarily intended for monitoring combustor pressure pulsation instabilities (“humming”) in gas turbines. Note: Analog (4 to 20 mA) and digital (Modbus®) outputs from relay modules are intended for operator annunciation and trending purposes only, as they do not provide the fault tolerance or integrity necessary for highly reliable machinery shutdown purposes. For these applications, the /32M and /33 Relay Modules (described on the following page) should be used.
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