Basler BE2000E User manual

INSTRUCTION MANUAL
FOR
BE2000E
Digital Voltage Regulator
Publication: 9287500995
Revision: B Jan-15


9287500995 Rev B i
Preface
This instruction manual provides information about the installation and operation of the BE2000E Digital
Voltage Regulator. To accomplish this, the following information is provided:
•General information
•Human-Machine Interface (HMI)
•Functional description
•Installation
•BESTCOMS™Software
•Maintenance and Troubleshooting
•Specifications
Conventions Used in this Manual
Important safety and procedural information is emphasized and presented in this manual through
warning, caution, and note boxes. Each type is illustrated and defined as follows.
Warning!
Warning boxes call attention to conditions or actions that may cause
personal injury or death.
Caution
Caution boxes call attention to operating conditions that may lead to
equipment or property damage.
Note
Note boxes emphasize important information pertaining to installation
or operation.
BE2000E Preface

ii 9287500995 Rev B
12570 State Route 143
Highland IL 62249-1074 USA
www.basler.com
info@basler.com
Tel: +1 618.654.2341
Fax: +1 618.654.2351
© 2015 by Basler Electric
All rights reserved
First printing: May 2011
Warning!
READ THIS MANUAL. Read this manual before installing, operating, or maintaining the BE2000E
Note all warnings, cautions, and notes in this manual as well as on the product. Keep this manual with
the product for reference. Only qualified personnel should install, operate, or service this system.
Failure to follow warning and cautionary labels may result in personal injury or property damage.
Exercise caution at all times.
To prevent personal injury or equipment damage, only qualified personnel should install, operate, or
service this system.
Basler Electric does not assume any responsibility to compliance or noncompliance with national code, local code,
or any other applicable code. This manual serves as reference material that must be well understood prior to
installation, operation, or maintenance.
For terms of service relating to this product and software, see the Commercial Terms of Products and Services
document available at www.basler.com/terms.
This publication contains confidential information of Basler Electric Company, an Illinois corporation. It is loaned for
confidential use, subject to return on request, and with the mutual understanding that it will not be used in any
manner detrimental to the interests of Basler Electric Company and used strictly for the purpose intended.
It is not the intention of this manual to cover all details and variations in equipment, nor does this manual provide
data for every possible contingency regarding installation or operation. The availability and design of all features
and options are subject to modification without notice. Over time, improvements and revisions may be made to this
publication. Before performing any of the following procedures, contact Basler Electric for the latest revision of this
manual.
The English-language version of this manual serves as the only approved manual version.
Preface BE2000E

9287500995 Rev B iii
Contents
General Information....................................................................................................................................1
Features ....................................................................................................................................................1
Human-Machine Interface ..........................................................................................................................3
Front Panel Controls and Indicators..........................................................................................................3
Initial Adjustments .....................................................................................................................................4
Making Settings Changes .........................................................................................................................5
Front Panel Operation ...........................................................................................................................5
Setting Level Indication..........................................................................................................................6
Communication Port................................................................................................................................11
Functional Description.............................................................................................................................13
BE2000E Function Blocks.......................................................................................................................13
Analog Inputs.......................................................................................................................................13
Contact Input Circuits ..........................................................................................................................14
Communication Port ............................................................................................................................15
Microprocessor ....................................................................................................................................15
Power Input Stage ...............................................................................................................................15
Power Supply.......................................................................................................................................15
Power Amplifier Stage .........................................................................................................................15
Front Panel Indicators..........................................................................................................................15
Front Panel Switches...........................................................................................................................15
Relay Output........................................................................................................................................15
BE2000E Operating Features .................................................................................................................16
Operating Modes .................................................................................................................................16
Reactive Droop Compensation............................................................................................................16
Underfrequency ...................................................................................................................................17
Protection.............................................................................................................................................17
Generator Soft Start.............................................................................................................................18
Installation .................................................................................................................................................19
Mounting..................................................................................................................................................19
Connections.............................................................................................................................................22
BE2000E Terminations........................................................................................................................22
Generator Voltage Sensing Inputs.......................................................................................................24
Phase B Line Current Sensing Input ...................................................................................................24
Raise and Lower Contact Inputs..........................................................................................................24
Var/Power Factor Control Contact Input..............................................................................................24
Parallel Generator Compensation .......................................................................................................24
Analog (Auxiliary) Adjust......................................................................................................................24
Power Supply Inputs............................................................................................................................24
Chassis Ground...................................................................................................................................24
Power (Field) Output............................................................................................................................25
Relay Output........................................................................................................................................25
Communication Port ............................................................................................................................25
BE2000E Connections for Typical Applications ..................................................................................26
Preliminary Setup ....................................................................................................................................31
Adjustments.............................................................................................................................................31
Storage....................................................................................................................................................31
BESTCOMS™Software.............................................................................................................................33
Installation ...............................................................................................................................................33
Installing BESTCOMS™-BE2000E ......................................................................................................33
Connecting the BE2000E and PC .......................................................................................................33
Starting the BESTCOMS™-BE2000E Application...................................................................................33
Initial Adjustments................................................................................................................................34
Establishing Communication ...............................................................................................................35
BE2000E Contents

iv 9287500995 Rev B
Changing Settings ...................................................................................................................................36
Sending and Receiving Settings .............................................................................................................36
Sending Settings..................................................................................................................................36
Receiving Settings...............................................................................................................................37
Saving Settings to BE2000E Memory..................................................................................................37
Setting Definitions....................................................................................................................................37
System Configuration ..........................................................................................................................37
System Settings...................................................................................................................................37
Setting Adjustments.............................................................................................................................38
Control Gain.........................................................................................................................................41
Analysis................................................................................................................................................43
Protection and Relay Settings .............................................................................................................48
Metering, Operation and Alarms..........................................................................................................49
PID Data..................................................................................................................................................52
PID Calculation Based on Input Values...............................................................................................53
Adding to the PID List..........................................................................................................................54
Removing a PID List Record ...............................................................................................................54
Retrieving Existing Data from the PID List ..........................................................................................54
Settings Files...........................................................................................................................................54
Printing Settings Files..........................................................................................................................54
Saving Settings Files ...........................................................................................................................55
Uploading Settings Files......................................................................................................................55
Password Protection................................................................................................................................55
Changing the Password.......................................................................................................................55
Updating Embedded Firmware................................................................................................................56
Terminating Communication ...................................................................................................................59
Maintenance and Troubleshooting .........................................................................................................61
Preventative Maintenance.......................................................................................................................61
Troubleshooting.......................................................................................................................................61
Generator Voltage Does Not Build ......................................................................................................61
Low Generator Output Voltage............................................................................................................62
High Generator Output Voltage...........................................................................................................62
Poor Voltage Regulation......................................................................................................................63
Generator Output Unstable (Hunting)..................................................................................................63
OVEREXCITATION SHUTDOWN Indicator Is Annunciating..............................................................63
LOSS OF GENERATOR SENSING Indicator Is Annunciating ...........................................................64
OVEREXCITATION LIMITING Indicator Is Annunciating....................................................................64
UNDERFREQUENCY ACTIVE Indicator Is Annunciating...................................................................64
No Droop..............................................................................................................................................65
Specifications............................................................................................................................................67
Operating Power..................................................................................................................................67
Generator Voltage Sensing .................................................................................................................67
Generator Current Sensing..................................................................................................................67
Contact Input Circuits ..........................................................................................................................67
Common Alarm Output........................................................................................................................67
Field Output .........................................................................................................................................67
AVR Operating Mode...........................................................................................................................68
FCR (Manual) Operating Mode ...........................................................................................................68
Var Operating Mode.............................................................................................................................68
PF Operating Mode..............................................................................................................................68
Parallel Compensation.........................................................................................................................68
Communication Port ............................................................................................................................68
Field Overvoltage Protection ...............................................................................................................68
Field Overcurrent Protection................................................................................................................68
Generator Overvoltage Protection.......................................................................................................69
Soft-Start Function...............................................................................................................................69
Analog (Auxiliary) Input........................................................................................................................69
Contents BE2000E

9287500995 Rev B v
Metering...............................................................................................................................................69
Environment.........................................................................................................................................70
Type Tests...........................................................................................................................................70
UL Approval.........................................................................................................................................70
CSA Certification..................................................................................................................................70
CE Compliance....................................................................................................................................70
Physical................................................................................................................................................70
Revision History........................................................................................................................................71
BE2000E Contents

vi 9287500995 Rev B
Contents BE2000E

9287500995 Rev B 1
General Information
The BE2000E is an electronic, solid-state, microprocessor-based control device. The BE2000E regulates
the output voltage of a brushless, ac generator by controlling the current into the generator exciter field.
Input power to the BE2000E is from a multi-pole, high-frequency, permanent magnet generator (PMG).
The BE2000E is supplied in an encapsulated package designed for behind-the-panel mounting. The
BE2000E is held in place by thread-forming screws that thread into its plastic shell. Front panel indicators
(LEDs) annunciate regulator status and system conditions. BE2000E connections are made through
quarter-inch, quick-connect terminals on the rear panel. A nine-pin DB-9 type connector on the rear panel
provides communication between the BE2000E and an IBM compatible PC.
Features
BE2000E units have the following features and capabilities:
•Four control modes: automatic voltage regulation (AVR), manual or field current regulation (FCR),
power factor (PF) regulation, and reactive power (var) regulation.
•Programmable stability settings.
•Soft start control with an adjustable time setting in AVR control mode.
•Overexcitation (OEL) limiting in AVR, var, and PF control modes.
•Underfrequency (volts/hertz) regulation.
•Crowbar circuitry protects the field.
•Overtemperature protection.
•Three-phase or single-phase generator voltage (RMS) sensing/regulation in AVR mode.
•Single-phase generator current sensing for metering and regulation purposes.
•Field current and field voltage sensing.
•Four contact sensing inputs for system interface.
•One common output relay for alarm indication and trip functions.
•Six protection functions (overexcitation shutdown, generator overvoltage shutdown, BE2000E
overtemperature shutdown, loss of generator sensing shutdown, overexcitation limiting and
crowbar shutdown).
•Generator paralleling with reactive droop compensation and reactive differential compensation.
•Front-panel human-machine interface (HMI) indicates system and BE2000E status and gives the
ability to make setting changes at the front panel.
•Rear RS-232 communication port for personal computer communication using BESTCOMS™-
BE2000E Windows®based software for fast, user-friendly, setup and control.
BE2000E General Information

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General Information BE2000E

9287500995 Rev B 3
Human-Machine Interface
The BE2000E Human-Machine Interface (HMI) consists of front panel controls and indicators and a rear
panel communication port.
Front Panel Controls and Indicators
BE2000E front panel controls and indicators consist of 12 red LEDs and three pushbuttons. Figure 1
illustrates the front panel controls and indicators of the BE2000E. The LEDs indicate control mode and
status conditions and are also used when adjusting settings at the front panel.
Figure 1. BE2000E Front Panel Indicators
Table 1. BE2000E Front Panel Control Descriptions
Control Description
SELECT
This pushbutton selects a function for adjustment. Successive presses of
the SELECT pushbutton scrolls through the list of BE2000E functions to
be adjusted.
UP
This pushbutton increases the setting level of the function being adjusted.
DOWN
This pushbutton decreases the setting level of the function being adjusted.
UP
SELECT DOWN
Manual Mode
Loss of Sensing
Over VoltageCoarse Voltage
1 - 3 Phase Sensing
Manual Mode On/Off
2
1
3
Over Excitation
MODE STATUS
Over Temperature
Under Frequency
VAR/PF Active
If - Limit
Stability Range
Fine Voltage
ADJUSTMENTS
Manual Mode Adj.
VAR/PF Select
VAR/PF Adj.
Under Frequency
Droop
Gain
6
4
5
7
8
12
10
GEN/LAG
9
11
MAX
ABSORB/LEAD
MIN
Digital
R
Regulator BE2000E
BE2000E Human-Machine Interface

4 9287500995 Rev B
Table 2. BE2000E Front Panel Mode Status Indicator Descriptions
Indicator Description
Over Excitation
LED #12
This LED blinks rapidly when the Overexcitation Protection feature is enabled and
the field voltage exceeds the setpoint (80 V default) for 15 seconds. The
BE2000E will shut down when an overexcitation condition is detected. The Over
Excitation LED blinks for 5 seconds when the BE2000E is powered up following
an overexcitation condition.
Over Temperature
LED #11
This LED blinks rapidly when the internal temperature of the BE2000E has
exceeded its limit and causes the unit to shut down.
Under Frequency
LED #7
This LED blinks rapidly during an under frequency condition.
Var/PF Active
LED #5
This LED blinks rapidly when operating in Var or Power Factor mode.
If – Limit
LED #4
This LED blinks rapidly when the field current exceeds the programmed
overexcitation limit. It will continue to flash until the overexcitation condition
ceases or the overexcitation time delay expires and the BE2000E shuts down.
The Overexcitation Limiting LED flashes for 5 seconds when the BE2000E is
powered up following an overexcitation limiting condition.
Manual Mode
LED #3
This LED blinks rapidly when operating in Manual mode.
Loss of Sensing
LED #2
This LED blinks rapidly when a loss of generator sensing voltage is detected. The
BE2000E will shut down. The Loss of (Generator) Sensing LED flashes for 5
seconds when the BE2000E is powered up following shutdown for loss of
generator sensing condition.
Over Voltage
LED #1
This LED blinks rapidly when the generator output voltage exceeds the setpoint
for 0.75 seconds. The BE2000E will shut down when a generator overvoltage
condition is detected. The (Generator) Overvoltage LED flashes for 5 seconds
when the BE2000E is powered up following a generator overvoltage condition.
Caution
Read and understand the operation of the individual adjustments
before attempting any initial adjustments.
Initial Adjustments
Before starting the generator, the procedures in the following paragraphs should be performed.
Remove the 5-ampere fuse before starting the generator for the first time. Perform all preliminary engine
governor adjustments without the regulator energized.
After initial governor adjustments are complete, reinstall the 5-ampere fuse, and connect only the power
input leads or PMG leads to the regulator. Remove all other regulator connections that may be present
and temporarily insulate them.
Start and run the generator at rated speed. The regulator will perform the self-test and enter a shutdown
mode. At this time, initial adjustments can be made. To do this, step through each adjustment using the
“SELECT” button. For each adjustment, press the “UP” or “DOWN” button to obtain the desired level on
the LED bar graph.
After the initial adjustments are made, shut down the generator and connect the remaining regulator
leads. The generator may be started and final adjustments may be performed on the regulator.
Human-Machine Interface BE2000E

9287500995 Rev B 5
Making Settings Changes
The following paragraphs describe how the HMI is used to make setting changes.
Front Panel Operation
The LEDs indicate control mode and status conditions and are also used when adjusting settings at the
front panel. Repeatedly pressing the “SELECT” button steps through the various adjustments, starting
with the “Coarse Voltage” adjustment and progressing through to the “Fine Voltage” adjustment. The next
press of the “SELECT” button exits the adjustment mode.
When in the adjustment mode, only the adjustment LEDs will be lit. All mode status LEDs will be turned
off. Adjustment LEDs are of two types. The first type is the LED that indicates the function being adjusted.
This LED blinks slowly (approximately once per second). The second type is the LED that indicates the
level of adjustment. This LED is on steady. The level of adjustment is changed by pressing the “UP” or
“DOWN” button. When an adjustment level LED (on steady) overlaps the function LED (slow blinking), the
LED will remain in the slow blinking mode. If no button is pressed for a period of one minute, the regulator
saves the settings and exits the adjustment mode. If regulator power is interrupted before the automatic
save feature is commanded, that level of adjustment will be lost.
When the regulator is not in the adjustment mode and either the “UP” or “DOWN” button is pressed, the
regulator enters the “Fine Voltage” adjustment mode and changes the generator fine voltage set point by
0.1V. Successive presses of the “UP” or “DOWN” button shall continue to adjust the fine voltage setting.
Pressing the “SELECT” button causes the regulator to exit the adjustment mode. Mode status LEDs blink
approximately twice per second.
Table 3. BE2000E Front Panel Adjustment Indicator Descriptions
Indicator Description
Fine Voltage
LED #11 This LED blinks slowly when the "Fine Voltage" level is selected for adjustment
via the front panel push-buttons.
Gain
LED #10 This LED blinks slowly when the "Gain" adjustment is selected for fine tuning of
loop gain via the front panel push-buttons.
Stability Range
LED #9 This LED blinks slowly when selecting the desired "Stability Range" via the front
panel push-buttons.
Droop
LED #8 This LED blinks slowly when the "Droop" percentage level is selected for
adjustment via the front panel push-buttons.
Under Frequency
LED #7 This LED blinks slowly when the "Under Frequency" knee point is selected for
adjustment via the front panel push-buttons.
VAR/PF Adjust
LED #6 This LED blinks slowly when the level of the programmed mode (VAR or Power
Factor) is selected for adjustment via the front panel push-buttons.
VAR/PF Select
LED #5 This LED blinks slowly when selecting the programmed mode (VAR, Power
Factor, or none(AVR)) via the front panel push-buttons. When in this adjustment
mode, LED #1 is on solid for none (AVR), LED #2 is on solid for Power Factor
mode, and LED #3 is on solid for VAR mode.
Manual Mode Adj.
LED #4 This LED blinks slowly when the "Manual Mode" (field current) regulation set point
is selected for adjustment via the front panel push-buttons.
Manual Mode
On/Off
LED #3
This LED blinks slowly when selecting or deselecting "Manual Mode" (field current
regulation) as the active operating mode via the front panel push-buttons. When
in this adjustment mode, LED #1 is on if Manual Mode is off, LED #2 is on if
Manual Mode is on.
BE2000E Human-Machine Interface

6 9287500995 Rev B
Indicator Description
1 - 3 Phase Sensing
LED #2 This LED blinks slowly when selecting single or three phase sensing via the front
panel push-buttons. When in this adjustment mode, LED #1 is on if single phase
sensing is selected, LED #3 is on if three phase sensing is selected.
Coarse Voltage
LED #1
This LED blinks slowly when the "Coarse Voltage" level is selected for adjustment
via the front panel push-buttons.
Setting Level Indication
Indication of a setting level is provided by the 12 front panel LED indicators. The upper limit of a setting
range is represented by the top LED which is labeled GEN/LAG and MAX. The lower limit of a setting
range is represented by the bottom LED which is labeled MIN and ABSORB/LEAD. The setting range for
each LED is summarized in Tables 4 through 15. LEDs in the tables are numbered from 1 to 12 with 1
being the lowermost LED (labeled MIN/ABSORB/LEAD) and 12 being the uppermost LED (labeled
GEN/LAG/MAX.
Table 4. Coarse Voltage Adjust Setting Ranges
Coarse Voltage – LED #1 Blinking Slowly
Maximum Adjustment Range
Increment: 6 Vac
LED
Increase
Decrease
Minimum
Value
Maximum
Value
Minimum
Value
Maximum
Value
12
563
600.00
558
600
11
521
557
516
552
10
479
515
474
510
9
437
473
432
468
8
395
431
390
426
7
353
389
348
384
6
311
347
306
342
5
269
305
264
300
4
227
263
222
258
3
185
221
180
216
2
143
179
138
174
1
95
137
95
132
Table 5. Sensing Mode (Single-phase/Three-phase) Select
Single-phase/Three-phase select – LED #2 Blinking Slowly
LED
MODE
12
N/A
11
N/A
10
N/A
9
N/A
8
N/A
7
N/A
6
N/A
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9287500995 Rev B 7
Single-phase/Three-phase select – LED #2 Blinking Slowly
LED
MODE
5
N/A
4
N/A
3
Three-phase
2
N/A
1
Single-phase
Table 6. Manual Mode (On/Off) Select
Manual Mode On/Off – LED #3 Blinking Slowly
LED
MODE
12
N/A
11
N/A
10
N/A
9
N/A
8
N/A
7
N/A
6
N/A
5
N/A
4
N/A
3
N/A
2
ON
1
OFF
Table 7. Manual Mode (If – Limit) Adjustment Ranges
Manual Mode Adjust – LED #4 Blinking Slowly
Adjustment Range: 0 to 3 Adc
Increment: 0.01 Adc
LED
Minimum Value
Maximum Value
12
2.75
3
11
2.50
2.74
10
2.25
2.49
9
2.00
2.24
8
1.75
1.99
7
1.50
1.74
6
1.25
1.49
5
1.00
1.24
4
0.75
0.99
3
0.50
0.74
2
0.25
0.49
1
0
0.24
BE2000E Human-Machine Interface

8 9287500995 Rev B
Table 8. On-Line Operating Mode (AVR (OFF)/VAR/PF) Select
AVR (OFF) / VAR / PF Select – LED #5 Blinking Slowly
LED
MODE
12
N/A
11
N/A
10
N/A
9
N/A
8
N/A
7
N/A
6
N/A
5
N/A
4
N/A
3
Var
2
PF
1
AVR
Table 9. VAR Control Adjustment Ranges
VAR Control Adjust – LED #6 Blinking Slowly
Maximum Adjustment Range: −100% (absorb) to +100% (generate)
Increment: 1.0%
LED
Minimum Value *
Maximum Value *
12
84
100
11
67
83
10
51
66
9
34
50
8
17
33
7
1
16
6
-16
0
5
-33
-17
4
-49
-34
3
-66
-50
2
-83
-67
1
-100
-84
* Minimum and maximum values may differ from the Table 9 values if
the value has been changed in BESTCOMS™-BE2000E software.
BESTCOMS-BE2000E has 0.5 percent resolution compared to the
1.0 percent resolution of the HMI.
Human-Machine Interface BE2000E

9287500995 Rev B 9
Table 10. Power Factor Control Adjustment Ranges
Power Factor Control Adjust – LED #6 Blinking Slowly
Maximum Adjustment Range: +0.6 (lag) to –0.6 (lead)
Increment: 0.01
LED
Minimum Value †
Maximum Value †
12
0.66
0.60
11
0.73
0.67
10
0.80
0.74
9
0.86
0.81
8
0.93
0.87
7
1.0
0.94
6
-0.94
-0.99
5
-0.87
-0.93
4
-0.80
-0.86
3
-0.74
-0.79
2
-0.67
-0.73
1
-0.60
-0.66
†Minimum and maximum values may differ from the Table 10 values if
the value has been changed in BESTCOMS-BE2000E software.
BESTCOMS-BE2000E has 0.001 resolution compared to the 0.01
resolution of the HMI.
Table 11. Underfrequency Adjustment Ranges
Underfrequency Adjust – LED #7 Blinking Slowly
Maximum Adjustment Range: 40 to 65 Hz
Increment: 0.1 Hz
LED
Minimum Value
Maximum Value
12
63.0
65.0
11
60.9
62.9
10
58.8
60.8
9
56.7
58.7
8
54.6
56.6
7
52.5
54.5
6
50.5
52.4
5
48.4
50.4
4
46.3
48.3
3
44.2
46.2
2
42.1
44.1
1
40.0
42.0
BE2000E Human-Machine Interface

10 9287500995 Rev B
Table 12. Droop Adjustment Ranges
Droop Adjust – LED #8 Blinking Slowly
Adjustment Range: 0 to 10%
Increment: 0.25%
LED
Minimum Value *
Maximum Value *
12
9.25
10.00
11
8.5
9.00
10
7.75
8.25
9
6.75
7.50
8
6.00
6.50
7
5.25
5.75
6
4.25
5.00
5
3.5
4.00
4
2.75
3.25
3
1.75
2.5
2
1
1.5
1
0
0.75
*Minimum and maximum values may differ from the Table 12 values if
the value has been changed in BESTCOMS-BE2000E software.
BESTCOMS-BE2000E has 0.01% resolution compared to the 0.25
percent resolution of the HMI.
Table 13. Stability Range Selection Settings
Stability Range Select – LED #9 Blinking Slowly
Adjustment Range per LED: 1
Frame/Poles
LED
Range Selected
12
N/A
11
N/A
10
N/A
9
N/A
Programmable
8
21
1,000/6
7
7
740/6
6
6
1,000/4
5
5
740/4
4
4
570/4
3
3
430/4
2
2
360/4
1
1
Human-Machine Interface BE2000E

9287500995 Rev B 11
Table 14. Gain Adjustment Ranges
Gain Adjust – LED #10 Blinking Slowly
Maximum Adjustment Range:
0.5 to 4.5 kg for AVR and 0 to 100 kg for FCR
When the unit is operating in AVR, PF, and var modes, gain adjustments are made to
AVR kg. When in FCR mode, gain adjustments are made to FCR kg. Front Panel
increments: AVR kg = 0.01 FCR kg = 0.1
LED
Minimum Value *
Maximum Value *
AVR
FCR
AVR
FCR †
12
4.17
11.1
4.50
12
11
3.84
10.1
4.16
11
10
3.50
9.1
3.83
10
9
3.17
8.1
3.49
9
8
2.84
7.1
3.16
8
7
2.50
6.1
2.83
7
6
2.17
5.1
2.49
6
5
1.84
4.1
2.16
5
4
1.50
3.1
1.83
4
3
1.17
2.1
1.49
3
2
0.85
1.1
1.16
2
1
0.5
0
0.84
1
*Minimum and maximum values may differ from the Table 14 values if
the gain value has been changed in BE2000E software.
† BESTCOMS-BE2000E software allows a maximum FCR kg setting
of 1,000 kg. A kg setting of 12 or more entered in BESTCOMS-
BE2000E will be reduced to 12 with the first push of the HMI
“DOWN” pushbutton when adjusting FCR kg via the front panel.
Table 15. Fine Voltage Adjust Setting Ranges
Fine Voltage Adjust – LED #11 Blinking Slowly
Maximum Adjustment Range: –15% to +15%
Increment: 0.1V
The adjustment range for Fine Voltage Adjust is based on the fine voltage
adjustment band setting. The default adjustment range is –10% to +10%. See
the BESTCOMS Software chapter for information about the Fine Voltage
Adjustment Band Setting.
Communication Port
A communication port is located on the rear panel and consists of a female RS-232 (DB-9) connector.
The communication port serves as an interface for programming (setup) of the BE2000E. Figure 2
illustrates the location of the communication port.
Programming requires a standard 9-pin serial communication cable connected between the BE2000E and
an IBM-compatible PC or handheld computer operating with BESTCOMS-BE2000E software.
BESTCOMS-BE2000E operates with systems using Windows®XP 32-bit SP2/SP3, Windows Vista 32-bit
(all editions), Windows 7 32-bit (all editions), and Windows 7 64-bit (all editions). BESTCOMS-BE2000E
is supplied with the BE2000E. A detailed description of BESTCOMS-BE2000E is provided in the
BESTCOMS Software chapter.
BE2000E Human-Machine Interface

12 9287500995 Rev B
Figure 2. Location of Communication Port
P0007
-41
WARNING! LIVE TERMINALS
AND HEATSINKS
Human-Machine Interface BE2000E
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