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Specifications and Ordering Information 

Part Number 141535-01 

Rev. E (10/08) 

 

Page 5 of 11 

configuration. Alarms are 
adjustable from 0 to 100% of full-
scale for each measured value. 
The exception is when the full-
scale range exceeds the range of 
the transducer. In this case, the 
range of the transducer limits the 
setpoint.  Accuracy of alarms are 
to within 0.13% of the desired 
value. 

Alarm time 
delays 

Radial vibration, thrust, 
differential expansion, 
eccentricity 

The user can program Alarm 
delays using software, and set 
them as follows: 

Alert 

From 1 to 60 seconds in 1 second 
intervals. 

Danger 

0.1 seconds or from 1 to 60 
seconds in 0.5 second intervals. 

REBAM 

The user can program Alarm 
delays using software, and set 
them as follows: 

Alert 

From (calculated minimum value) 
to 400 seconds in 1 second 
intervals. 

Danger 

From (calculated minimum value) 
to 400 seconds in 0.5 second 
intervals. 

Static Values 

Static values are measurements used to monitor the 
machine. The Proximitor® Monitor returns the 
following static values: 

Radial Vibration 

Direct, Gap, 1X Amplitude, 1X 
Phase Lag, 2X Amplitude, 2X 
Phase Lag, Not 1X Amplitude, 
Smax Amplitude. 

Thrust Position 

Direct, Gap. 

Differential 
Expansion 

Direct, Gap. 

Eccentricity 

Peak-to-peak, Gap, Direct Min, 
Direct Max. 

REBAM 

Spike, Element, Rotor, Direct, Gap, 
1X Amplitude, 1X Phase Lag 

Barrier Parameters 

Circuit 
Parameters 

Vmax (PWR) = 26.80 V 

(SIG) = 14.05 V 

Imax (PWR) = 112.8 mA 

(SIG) = 2.82 mA 

Rmin (PWR) = 237.6 Ω 

(SIG) = 4985 Ω 

Channel 
Parameters 
(entity) 

Vmax = 28.0 V 

Imax = 115.62 mA 

Rmin (PWR) = 237.6 Ω 

(SIG) = 4985 Ω 

Environmental Limits 

Operating 
Temperature 

When used with Internal/External 
Termination I/O Module: 

-30 

°

C to +65 

°

C (-22 

°

F to +150 

°

F) 

 

When used with Internal Barrier 
I/O Module (Internal Termination): 

°

C to +65 

°

C (+32 

°

F to +150 

°

F) 

Storage 
Temperature 

Summary of Contents for 3500/40M

Page 1: ...hrust Position Differential Expansion Eccentricity REBAM Note 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 The primary purpose of the 3500 40M monitor is to provide 1 Machinery protection by continuously comparing monitored parameters against ...

Page 2: ...V mil Outputs Front Panel LEDs OK LED Indicates when the 3500 40M is operating properly TX RX LED Indicates when the 3500 40M is communicating with other modules in the 3500 rack Bypass LED Indicates when the 3500 40M is in Bypass Mode Buffered Transducer Outputs The front of each monitor has one coaxial connector for each channel Each connector is short circuit protected Output Impedance 550 Ω Tr...

Page 3: ...esponse Direct filter 3 dB at 15 6 Hz Gap filter 3 dB at 0 41 Hz Accuracy Within 0 33 of full scale typical 1 maximum REBAM Frequency response Spike User programmable from 0 152 to 8678 Hz Element User programmable for BPFO ranging from 0 139 to 3836 Hz High pass corner is 0 8x BPFO Low pass corner is 2 2x BPFO Rotor User programmable from 0 108 to 2221 Hz Direct Programmable from 3 906 to 14 2 Hz...

Page 4: ...f full scale typical 1 maximum when input signal is at the center frequency of the proportional value s passband Phase 3 degrees error maximum Channels enabled Certain configurations allow the user to enable only one channel of a channel pair See discussion and graphs in the final pages of this datasheet Filter tracking stepping requires a valid speed signal Initial condition Nominal filter set us...

Page 5: ...econds in 1 second intervals Danger From calculated minimum value to 400 seconds in 0 5 second intervals Static Values Static values are measurements used to monitor the machine The Proximitor Monitor returns the following static values Radial Vibration Direct Gap 1X Amplitude 1X Phase Lag 2X Amplitude 2X Phase Lag Not 1X Amplitude Smax Amplitude Thrust Position Direct Gap Differential Expansion D...

Page 6: ... Conducted Susceptibility ENV 50141 Criteria A Electrical Fast Transient EN 61000 4 4 Criteria B Surge Capability EN 61000 4 5 Criteria B Magnetic Field EN 61000 4 8 Criteria A Power Supply Dip EN 61000 4 11 Criteria B Radio Telephone ENV 50204 Criteria B CE Mark Low Voltage Directives Declaration of Conformity 134036 Safety Requirements EN6101001 Hazardous Area Approvals CSA NRTL C Approval Optio...

Page 7: ...0 kg 0 44 lb I O Module barrier Dimensions Height x Width x Depth 241 3 mm x 24 4 mm x 163 1 mm 9 50 in x 0 96 in x 6 42 in Weight 0 46 kg 1 01 lb Rack Space Requirements Monitor Module 1 full height front slot I O Modules 1 full height rear slot Ordering Information General The 3500 40M Module requires the following or later firmware and software revisions 3500 01 Software Version 2 50 3500 02 So...

Page 8: ...External Termination ET Blocks 125808 01 Proximitor ET Block Euro Style Connectors 128015 01 Proximitor ET Block Terminal Strip Connectors 132242 01 Prox Seismic Bussed TMR ET Block Euro Style connectors 132234 01 Prox Seismic Bussed TMR ET Block Terminal Strip connectors Cables 3500 Transducer XDCR Signal to ET Block Cable 129525 AXXXX BXX A Cable Length 0 0 0 5 5 feet 1 5 metres 0 0 0 7 7 feet 2...

Page 9: ... 08 Page 9 of 11 Graphs and Figures 1 Main module front view 2 Status LEDs 3 Buffered Transducer Outputs 4 I O modules 5 Barrier I O module Internal Termination 6 I O Module Internal Termination 7 I O Module External Termination 8 I O Module External Termination Figure 1 ...

Page 10: ...umes that only one channel of a channel pair is enabled The maximum speed depends on the number of rolling elements in the bearing The graph assumes that the rotor low pass filter corner is set at 3 2X the shaft speed and the spike high pass filter corner is set at 4X the element pass frequency for the outer race BPFO 1 Channel Configuration 0 5000 10000 15000 20000 25000 30000 35000 40000 6 8 10 ...

Page 11: ...5000 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 Number of Elements Max R PM Rotor Element Pass Spike Figure 3 Bently Nevada is a trademark of General Electric Company Copyright 1999 Bently Nevada LLC 1631 Bently Parkway South Minden Nevada USA 89423 Phone 775 782 3611 Fax 775 215 2873 www ge energy com bently All rights reserved ...

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