Brand: Bently Nevada

P/ n:3500/45

Description: differential expansion/axial position monitor

Origin: United States

Xiamen Xiongba provides 3500/40M DCS/PLC, Xiamen Xiongba Shan Ni for your quotation, and provide one-year warranty service.

3500/45 high quality affordable models.

Xiamen Xiongba Electronic Commerce Co., LTD. (Zhangzhou Branch)
Unit 2009, Creative Center, 1733 Luling Road, Siming District, Xiamen, China
M: + 86 18059884797
Email :sales@xiongbagk.cn
Website:www.sauldcs.com/www.xiongbagk.cn

The 3500/45 differential expansion/axial position monitor is a receptive approach eddy current sensor and rotating position sensor

(RPT), DC linear variable differential converter (DCLVDT), AC linear variable differential converter (AC LVDT) and rotary current

Bit meter input signal 4 – channel monitor. The type of measurement and associated sensor inputs will determine which input/output (I/O) is required

The module. It processes the input signal and compares the processed signal with a user-programmable alarm setting. Should be

With 3500 framework configuration software, 3500/45 can be programmed to complete the following functions:

• Axial (lateral) position

• differential expansion

• Standard single bevel differential expansion

• Non-standard single bevel differential expansion

• Differential expansion of double bevel

• Compensating differential expansion

• shell bulge

• Valve position

Note: The monitor channel can be programmed in pairs to accomplish the above two functions at a time. Channels 1 and 2 do one thing,

Channels 3 and 4 perform another (or the same) function. However, only channel 3 and 4 can realize shell swelling monitoring.

The main functions of the 3500/45 monitor are:

1) Provide mechanical protection by continuously comparing the monitored parameters with the set alarm points and driving the alarm

2) Provide basic machine information to operators and maintenance personnel.

Depending on the configuration, each channel can process the input signal into a variety of parameters called “scale values”. Each of these effective scaling values

Can be configured as alarm setting point, and any two effective ratio values can be configured as danger setting point.

Front panel LED (light emitting diode) :

OK LED indicates that 3500/45 is operating normally

TX/RX LED: indicates that 3500/45 is communicating with other modules in the 3500 frame

Bypass LED: indicates that 3500/45 is in bypass off state

The 3500/45 is similar to the 3500/40M mentioned earlier when troubleshooting with leds.

Sensor buffer output: Each channel pair shall have a coaxial connector on the front panel of the monitor. Each coaxial joint has a short

Road protection. When using DC LVDT, channels 3 and 4 are -10Vdc level converters. When using ACLVDT,

All channels are shown as DC of the AC signal returned by LVDT.

Figure shows differential expansion/axis

Forward view of the position monitor

Figure and for eddy current sensing

Device, rotating position sensor

And DC LVDT for I/O

The back view

1) Monitor forward view

figure

2) status leds

3) Sensor buffer

Output: Four sensors

Provide unfiltered output. the

All outputs are short circuit protection

Armor. When using DC LVDT

, channel 3 and channel 4

With -10V level

Conversion. When using AC

LVDT when all channels

Based on AC LVDT II

Stage output after signal processing

The DC representation of.

4) For eddy current

Sensor, rotating position transmission

Sensory apparatus or DC LVDT

Rear view of various I/O modules

Figure.

5) Position I/O module, inside

Part terminal for eddy current sensing

Device, rotating position sensor or DC

LVDT

6) Position I/O module, external

Part terminal for eddy current sensing

Device, rotating position sensor or DC

LVDT

7) Position I/O module,

TMR distributed, external terminal,

Used for eddy current sensor DC

LVDT

8) Displacement/velocity acceleration

I/O module, TMR distributed,

External terminal for eddy current sensing

device

The left image is for AC LVDT

.

.

Rear view of I/O and rotary potentiometer

9) Rear view of various I/O modules for AC LVDT

10) Position I/O module, internal terminal, for AC LVDT

11) Position I/O module, external terminal, for AC LVDT

12) Rear view of various I/O modules for rotary potentiometers

13) Position I/O module, internal terminal, for rotary potentiometer

14) Position I/O module, external terminal, for rotary potentiometer