GET THE BEST PRICE	SALES CONTACT
Contact Person	Frida
✉ Email	sales5@mooreplc.com
☎ Mobile / WhatsApp	+86 153 5940 8275

Product Overview

The Bently Nevada 3300/40-13-01-01-00-00 is an eccentricity monitor designed to measure shaft bow during slow-roll operation. It helps operators observe fixed mechanical bow, temporary thermal bow and rotor sag caused by gravity while machinery is at rest or turning at low speed. This configuration measures one eccentricity channel and provides both direct and peak-to-peak indications. Its selected range is 0–500 µm peak-to-peak and 500-0-500 µm direct. The monitor works with 3300 or 7200 Proximitor systems at 200 mV/mil and also processes a Keyphasor signal for rotational reference.

Order Number Breakdown
3300/40 — Eccentricity Monitor
13 — 0–500 µm peak-to-peak range and 500-0-500 µm direct range
01 — 3300 or 7200 Proximitor systems; 200 mV/mil sensitivity
01 — Epoxy-sealed alarm relay option
00 — Agency approval not required
00 — No intrinsic safety barriers

Technical Information

Parameter	Value
Manufacturer	Bently Nevada
Product Line	3300 System
Ordering Number	3300/40-13-01-01-00-00
Product Type	Eccentricity Monitor
Measured Variable	Shaft eccentricity and rotor bow
Measurement Channel	1 eccentricity channel
Eccentricity Indications	Direct and peak-to-peak
Peak-to-Peak Range	0–500 µm
Direct Range	500-0-500 µm
Accepted Signal Inputs	One eccentricity proximity signal and one Keyphasor signal
Compatible Proximitor Systems	3300 or 7200 Proximitor systems
Input Sensitivity	200 mV/mil (8 V/mm)
Proximity Input Impedance	10 kΩ
Keyphasor Input Impedance	90 kΩ
Direct Frequency Response	0–10 Hz (0–600 cpm)
Alarm Relay Option	Epoxy-sealed
Intrinsic Safety Barrier Option	None
Nominal Power Consumption	1.5 W
Signal-Conditioning Accuracy at 25°C	±0.33% of full scale typical; ±1% maximum
Recorder Outputs	+4–20 mA, +1–5 VDC or 0 to −10 VDC
Recorder Output Channels	Separate direct and peak-to-peak outputs
Voltage Output Impedance	100 Ω
Minimum Voltage Output Load	10 kΩ
4–20 mA Output Load	0–600 Ω
Display Resolution	Within ±1.6% of monitor full scale
Operating Temperature	0°C to +65°C
Storage Temperature	−40°C to +85°C
Relative Humidity	Up to 95%, non-condensing
Rack Requirement	One rack position

Benefits&Features

• Measures shaft eccentricity continuously during slow-roll operation
• Displays both direct and peak-to-peak eccentricity values
• Provides a 0–500 µm peak-to-peak measurement range
• Provides a 500-0-500 µm direct eccentricity range
• Supports 3300 and 7200 Proximitor systems
• Processes eccentricity and Keyphasor input signals
• Displays probe gap and Keyphasor threshold information
• Provides adjustable Alert and Danger alarm setpoints
• Offers separate recorder outputs for direct and peak-to-peak values

Application Areas

-Shaft bow monitoring during turbine slow-roll operation
-Thermal bow observation during machine startup and shutdown
-Gravity-induced rotor sag monitoring on large rotating equipment
-Eccentricity monitoring on turbines, generators and compressors
-Rotating and reciprocating machinery using a Keyphasor reference signal

Main brands

No.	Brand	Main Product Lines
1	ABB	DSQC Series industrial robot parts; Bailey INFI 90; DCS
2	Honeywell	51 Series; MU Series; MC Series; TC Series; CC Series
3	General Electric (GE)	IC693 Series; IC697 Series; IC695 Series; DS200 Series
4	PLC	1756 Series; 1747 Series; 1746 Series
5	Schneider Electric	140 Series
6	Bently Nevada	3500 Series; 3300 Series; 330180 cables
7	Foxboro	FBM203; FBM204; FBM217; FBM231; FCP240; FCP270
8	Westinghouse	1C Series; 5X Series
9	Triconex	3008; 3511; 3625; 3664; 3721; 3700A
10	Siemens	6DD Series; 6DP Series; 6ES5 Series; 6DR Series; 6GK Series

Frequently Asked Questions

1. What does the 3300/40-13-01-01-00-00 measure?
It measures shaft eccentricity or rotor bow during slow-roll operation. The monitor provides direct eccentricity and peak-to-peak eccentricity indications.

2. What are the measurement ranges of this configuration?
The “13” option provides a 0–500 µm peak-to-peak range and a 500-0-500 µm direct range.

3. Which Proximitor systems are compatible with this monitor?
The “01” input option supports 3300 or 7200 Proximitor systems with a scale factor of 200 mV/mil, equivalent to 8 V/mm.

4. Why does the monitor use a Keyphasor signal?
The Keyphasor signal supplies a once-per-revolution reference. The monitor uses this reference when processing eccentricity measurements and determining the rotor’s direct and peak-to-peak movement.

5. Which recorder outputs are available?
The recorder outputs can be programmed for +4–20 mA, +1–5 VDC or 0 to −10 VDC. Separate outputs are provided for the direct and peak-to-peak measurements.

Contact Below to Get Best Price

GET THE BEST PRICE
Sales Contact	Email	Mobile / WhatsApp
Frida	sales5@mooreplc.com	+86 153 5940 8275

Product Supply & Ordering Information

Please provide the complete part number, required quantity, and a clear nameplate photograph when requesting a quotation. Moore can confirm model identity, availability, lead time, packaging, shipping arrangements, and order details before supply.

Supply Advantages

✔ In Stock

✔ Worldwide shipping support

✔ Tested before shipment

✔1 Year Warranty

Company Profile

About Us: A professional supplier of industrial automation spare parts, mainly providing module spare parts for globally renowned brands of DCS systems, PLC systems, robot systems, and large servo control systems.
Main business: Distribution and supply of modules and components from brands including ABB, GE, PLC, Bentley, Honeywell, Siemens, Westinghouse Electric, Emerson, ICS, etc.
Inventory size: With over 9 million inventory parts, we focus on providing discontinued or difficult to purchase hardware.
Service scope: Our clients are located in over 165 countries worldwide, serving multiple industries such as metallurgy, power, chemical, oil and gas.
Product category: Rare, legacy or brand new PLC, HMI, DCS, hard drive, sensor, power supply.

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