flange mtg curved surface
flange mtg curved surface

Mounting Flange, Horizontal Mount, For 400mm Diameter Surface

Catalogue Number: 2000MF400
flange mtg curved surface
flange mtg curved surface
Colour: White Electric
Colour: Per UOM Std.
  • White Electric 1 PCE
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Range of product
Series 2000
Product brand
Product or component type
flange mounting kit
Fixing center
84 mm
18 mm
119 mm
78 mm
Sustainable offer status
Green Premium product
REACh free of SVHC
EU RoHS Directive
Pro-active compliance (Product out of EU RoHS legal scope)
Toxic heavy metal free
Mercury free
RoHS exemption information
China RoHS Regulation
 Pro-active China RoHS declaration (out of China RoHS legal scope)
Environmental Disclosure
Circularity Profile

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Frequently Asked Questions

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Do you have a 2000MF round mounting block with a diameter of 800?

Yes the part number is 2000MF800.

Can you use a 2449ASD with a 2000MFV800?

Yes, they can be used together but you may need longer screws.

Series 2000-4000 Portable Circuit Monitor Clamp on Current Transformer Dimensions

Product Line


See attached drawing document.

Is it possible to mount a weathershield power point on a pole ?

Weather shield enclosure will line up with the 2000MF range, screw mountings will go on an angle to the pole, opposing the enclosure and may be tricky.
Available standard as white. If diameter surface is less than 300mm you may be able to use a 56PMK.
2000MFV range has a large amount of variable for different sized diameter surfaces.
Please see following link for complete range of sizes

Is DDE Included With SMS-3000/1500?

Product Line
System Management Software 3000/1500

DDE Server

DDE is included in the SMS-3000/1500 software package.

What is the part number for the Brushed Aluminium surround in the 2000 series?

The part number is 2000M-BA.

Is there any speed drive (motor range 200-400 kW) with marine certificate (DNV requested)? We are in progress of prescribing of equipement for 6 ships...

Goals and Symptoms

Is there any speed drive (motor range 200-400 kW) with marine certificate (DNV requested)? We are in progress of prescribing of equipement for 6 ships in period of 2 years(each should have 16 pcs. of motors 200-400kW)?

Facts and Changes

ATV68 marine certificate

Causes and Fixes

There is no certificat for marine ( ie DNV ) but the ATV68 respond to:
EN58178 in relation with IEC 68-2-6:

Sinus vibrations in the 3 axis : 10Hz to 57Hz displacement 0.75mm,
57Hz to 100Hz acceleration 1gn.

For the shocks IEC 68-2-27:
Acceleration 15g 11mS

There is too much expensive tests to be marine approved futhermore ATV68 is sensisitive regarding humidity it is only IP00.

Legacy KB System (APS) Data: RESL159896 V1.0, Originally authored by on , Last Edited by on
Related ranges: Altivar 68

What is the part numbers for 1.5KW and 2.2KW VSD with single phase input?

The part numbers for 1.5KW and 2.2KW VSD with single phase input are ATV12HU15M2 and ATV12HU22M2

                             ATV12HU15M2                                                                                                                          ATV12HU22M2
   variable speed drive ATV12 - 1.5kW - 2hp - 200..240V - 1ph - with heat sink                           variable speed drive ATV12 - 2.2kW - 3hp - 200..240V - 1ph - with heat sink

For Technical information for these two VSDs see:


What edition of SQL Server 2000 is installed with System Manager Software (SMS) Professional Edition (PE) 4.0?

The SQL Server 2000 edition is operating system dependant:
Windows XP Professional installs SQL2K_Personal edition
Windows 2000/2003 Server installs SQL2K_Standard edition

Legacy KB System (APS) Data: RESL201502 V1.0, Originally authored by MaTh on 03/02/2010, Last Edited by MaTh on 03/02/2010
Related ranges: System Manager 4.0

What is the part number for a mounting block that can be mounted on a circular 300mm pole?

The part number for a mounting block that can be mounted on a circular 300mm pole is - 2000MF300
For further information , visit link below:-

User-added image

What is the minimum firmware version required on a Series 3000/4000 Circuit Monitor that enables it to access the features available in the ECC21 firmware version 5.0?

Product Line
Series 3000 Circuit Monitor
Series 4000 Circuit Monitor

The Series 3000/4000 Circuit Monitor must have firmware version 12.81 or greater in order to enable it to access the features of the ECC21 firmware version 5.0.

Altitude derating

Altitude does not significantly affect circuit breaker characteristics up to 2000m.
Above this altitude, it is necessary to take into account the decrease in the dielectric strength and cooling capacity of air.
The following table gives the corrections to be applied for altitudes above 2000 meters.the breaking capacities remain unchanged.

Legacy KB System (APS) Data: RESL204881 V1.0, Originally authored by PiDe on 03/22/2011, Last Edited by PiDe on 03/22/2011
Related ranges: EasyPact

How to enable and disable EN50160 functionality via System Manager Software (SMS) on a Circuit Monitor 3000/4000 (CM4000/CM3000) or Power Meter 800 (PM800)

Enabling and Disabling EN50160 functionality via System Manager Software (SMS) 

Product Line


Enabling and Disabling EN50160 functionality

In the SMS Setup Utility, go to Setup->Device/Routing and double-click on the CM3/CM4/PM8 meter. Under the "Basic Setup" tab click on the "Advanced" button. On the "EN50160" tab check the "Enable EN50160 Evaluation" box to enable EN50160.
EN50160 alarms cannot be enabled under "Onboard Alarms/Events" tab until "enable EN50160" is checked.

EN50160 alarms cannot be disabled under "Onboard Alarms/Events" tab until "enable EN50160" is unchecked.

Why does the Series 3000/4000 Circuit Monitor display show stars or asterisks for frequency?

Why does the Series 3000/4000 Circuit Monitor display show stars or asterisks for frequency?

Product Line
CM3000 and CM4000 series meter

Customer see stars or asterisks for frequency on CM3000 or CM4000 front display.

Reading Frequency from front display on CM3000 or CM4000 meter. 

There are several possibilities in which this could occur:

  1. The frequency is changing too quickly. (Possible causes could be when monitoring a Generator that has not stabilized the voltage frequency)
  2. The voltage on phase A and C has dropped to zero. (Normal)
  3. (CM4000 series only) The Current Voltage Module (CVM) module is not properly seated. (NOTE: In this instance cycling control power to the meter will not help.)
  4. (CM4250 Only) This symptom can also be caused by the temperature chip in the meter when the firmware version is earlier than 14.4. To confirm this is the issue read register 3238. If the value is zero, then this may not be the issue. It is recommend that the firmware be upgraded to the latest version available.
  5. If none of these solutions work then use the attached flow chart to validate the issue and contact the appropriate group per the PDF attachment.

Is it possible to have a negative Voltage Unbalance reading from a circuit monitor or a power meter?

No, it is not possible to have negative Voltage Unbalance reading from a Series 800 Power Meter or a Series 3000/4000 Circuit Monitor. All voltage unbalance readings will be an absolute value expressed as a percentage of unbalance. Voltage Unbalance is calculated using the following formula: Vunbalance = [(Vavg-Vphase) divided by Vavg].
It is possible, however, to have negative Voltage Unbalance readings if the device is a Series 600 Power Meter or a Series 2000 Circuit Monitor. These devices express Voltage Unbalance as a positive or negative percentage.

In general the absoute value of any Voltage Unbalance larger than 2.5 can cause heating in motors.

Version: Series 600 Power Meter
Series 800 Power Meter
Series 2000 Circuit Monitor
Series 3000 Circuit Monitor
Series 4000Circuit Monitor

© Schneider Electric 2005
Original article#1078

Legacy KB System (APS) Data: RESL182108 V1.0, Originally authored by DaMi on 02/13/2007, Last Edited by DaMi on 02/13/2007
Related ranges: ION Other

will it be possible to use ATV68 at 500V AC for the network with isolated neutral (75 and 90kW)?

Goals and Symptoms

will it be possible to use ATV68 at 500V AC for the network with isolated neutral (75 and 90kW)?

Facts and Changes

usage of ATV68 with isolated neutral

Causes and Fixes

When the power supply is an IT one, for the protection against the indirect contact, it's the magnetic protection of the circuit-breaker which operate.
Regarding the ATV58 connected to an IT power supply, the included filters can operate till a 480V+/-10% power supply for the 380V/500V PRODUCTS and till 240V+/-10% for the 3 phases 200V/240V PRODUCTS.


1) IT supply and insulation fault (first fault) on the network upstream of the drive.
There isn't any risk for the drive if the fault doesn't cause any imbalance between phases.
In loading if the absorbed line currents imbalance is high (>30%):
- The fuses of strong phases can see a permanent current superior to the nominal one and end by melting.
- The too strong undulation of the rectified voltage can make the DC bus capacitors aging prematurely and overload the rectifier bridge.

2) IT supply and insulation fault (first fault) downstream of the drive (cable or motor).
In case of insulation to the earth fault, the static capacities of the network will see the dv/dt which are due to the switching of the motor voltage.
The resultant leakage current can considerably overload the capacitors, the diodes, the IGBT, the inductances, the motor filters, and other systems supplied by the same network and can cause their premature aging or their damage.
That's why it is essential to use the VW3A68190 earth fault kit in IT supply.
Tripping time of this protection are recommended according to the network type in order to avoid the premature aging of the drive elements:
weak static capacity : 10mn
strong static capacity : 2mn
drive supplied by individual transformer : 60mn

What influence on the rectifier bridge, the DC bus, and on the
uninterrupted power supply ?
Overheat and probably thermal tripping of the drive.

3) IT supply and insulation fault (first fault) downstream of the drive then apparition of an insulation fault (second fault) upstream of the drive.
In case of a double fault in an installation a strong short-circuit current takes place.
The ATV68 is equipped with a current sensor on each motor phase, what allows to trip in insulation fault in case of very high leakage voltage before there would be damages.

Legacy KB System (APS) Data: RESL161876 V1.0, Originally authored by on , Last Edited by on
Related ranges: Altivar 68

Galaxy 5000; Modbus Q1 Input Breaker status does not change state

Modbus Q1 Input Breaker status does not change state

Product line:
NAM Galaxy 5000

NAM Galaxy 5000

Modbus Q1 Input Breaker status does not change state

The 66061 JBUS/Modbus manual was updated May 2018 to reflect the correct Modbus register for NAM Galaxy 5000 Q1 Breaker status.  The Q1 Modbus register is only monitored on EMEA Galaxy 5000/5500 UPSs.  For NAM Galaxy 5000 customer must monitor KA1 for Q1 Breaker status change.  EMEA UPSs can monitor the KA1 status as well but KA1 is optional on EMEA UPSs.
From the 66061- JBUS/Modbus manual
Status message   Status to 0 Status to 1 JBUS Word Bit
Mains 1 input switch (Q1) in EMEA closed open 44 3
Mains 1 backfeed (KA1 optional) closed open 44 6
Converted to Modbus
Status message   Status to 0 Status to 1 Modbus Bit
Mains 1 input switch (Q1) in EMEA closed open 69 3
Mains 1 backfeed (KA1 optional) closed open 69 6


Video: How to change the accumulated energy in CM4000/CM3000/PM800 series meters from absolute to signed?

The circuit monitor 3000/4000 series and the Power meter 800 series can accumulate the energy values in one of two modes: signed or absolute.
In signed mode, the meter considers the direction of power flow, allowing the magnitude of accumulated energy to increase and decrease.
In absolute mode, the meter accumulates energy as a positive value, regardless of the direction of power flow. In other words, the energy value increases, even during reverse power flow.
In signed mode, the meter will effectively subtract power that is flowing in the reverse direction from the power that is flowing, or has flowed, in the positive direction resulting in a net power usage.

The default accumulation mode is absolute.
Product Line
CM3000 series
CM4000 series
PM800 series
Energy readings 

To change mode from absolute to signed using front panel, view the following video and the following steps:

Enter the Read/Write menu from the display: From the meter main menu, scroll right to diagnostics, then navigate to read/write registers. It will ask you for your meter password.
If the password is default, press the up arrow button to select 0 and press enter. If password is not default, enter meter's password.
In the read write regs screen press up/down button to go to your desired register. If you keep the arrow button pressed it will start to scroll through registers faster.
To write a value to a register, hit enter when you reach the register and change the value.

1. Write 9020 to register 8000, this places the meter in setup mode.

2. Write 1 to register 3232

3. Write 1 to register 8001, this saves the changes.

4. Write 9021 to register 8000, this exits setup mode and that will initiates a soft reset on the meter.

To change the mode using ION setup, follow these steps or the video below.
1. Connect the meter in ION setup. In Setup mode, Double click the energy and demand option.

2. Change the accumulated energy from absolute to signed and send it to the meter.

How does the Command Code 1120 work on the Series 3000/4000 Circuit Monitor?

The way that the 1120 command works changed in firmware version 10.204.

Product Line

Register Commands

The 1120 command in the CM4000 has historically cleared all memory. This command would clear all configuration registers including basic setup and communications parameters. The command would also clear all data log and alarm setup and all data log data.

This command has been modified and now requires the use of a parameter with the command to clear selected segments of the meter or to clear everything like the original command. This new command is implemented in the CM4000 in firmware versions beginning with 10.204. The following table provides a list of the parameters to clear selected segments of the meters memory.

To issue commands using the command interface, follow these general steps:

  1. Write the related parameter(s) to the command parameter registers 8001 through 8015.
  2. Write the command code to the command interface register 8000.
Command Parameters Notes
1120 (8001) Bitmap of systems to reset Restart System – Hard Reset with Memory Clear
Bitmap of systems to reset:
Bit 00 = Utility Registers
Bit 01 = Reserved
Bit 02 = CMPL
Bit 03 = Config Display
Bit 04 = Commands
Bit 05 = Files
Bit 06 = Alarms
Bit 07 = I/O Points
Bit 08 = Config Meter
Bit 09 = Administrative Ctl
Parameter value of 9999 causes meter to reset all registers to meter defaults and format the disk-on-chip.
Parameter Description
Bit 00 = Utility Registers Clear all utility register (15,800 - 15,999).
Bit 01 = Reserved  
Bit 02 = CMPL  Clears all custom Programs created in the meter.
Bit 03 = Config Display  Clears all custom Displays created in the meter.
Bit 04 = Commands  Clears all command interface registers.
Bit 05 = Files  Clears all data log files (data and configuration).
Bit 06 = Alarms Clears all alarm configuration parameters.
Bit 07 = I/O Points Clears all I/O point configuration and assignments.
Bit 08 = Config Meter  Clears all metering setup including PT and CT ratios.
Bit 09 = Administrative Ctl Clears all user account created in the meter.
9999 = Clear All Clears all memory in the meter (including comms).

*NOTE: The 1120 command is disabled when revenue security is active.
*Reference CM3000 Register List Commands Page (Page 314).
*Reference CM4000 Register List Commands Page (Page 359).

M340 Troubleshooting Guide

Goals and Symptoms

How to interpret the front panel lights when diagnosing problems with the M340.

Causes and Fixes

Modicon M340 Processor Troubleshooting

  • The Modicon M340 Programmable Automation Controller is a Mid-range automation system providing small size, yet powerful 32-bit processor for demanding OEM machine and industrial process applications. It is programmed using our cross-platform IEC 61131-3 application development software, Unity Pro (v3.0 or higher). The front panel has a series of LEDs that indicate the status of the M340 processor, SD Memory Card, and system communications.

    The Modicon M340 is available in the following models.


    M340 Processors

    BMXP341000 Standard Level 1, 2MB RAM, USB port,

              • 1-communication port: ModBus/Serial, includes 8MB memory card
    BMXP342000 Advanced Level 2 (Performance) for Modicon M340 PLC
          • 1 USB Port for programming
            1 slot for a memory SD-card
            1 communication port: serial link
            Shipped with 1 standard memory SD-card

    BMXP342010 Advanced Level 2, 4MB RAM, USB port,
              • 2-communication ports: ModBus/Serial and CANopen master includes 8MB memory card.

    BMXP342020 Advanced Level 2, 4MB RAM, USB port,
              • 2-communication ports: ModBus/Serial and Ethernet-ModBus/TCP, includes 8MB memory card

    BMXP342030 Advanced Level 2, 4MB RAM, USB port,
              • 2-communication ports: Ethernet-ModBus/TCP and CANopen master includes 8MB memory card.

    Processor Status Displays


    There are several LEDs available on the front panel of each processor, enabling
    rapid diagnosis of the PLC status.

    These LEDs provide information on:

    · PLC functional status
    · The memory card status
    · Communication with the I/O modules
    · Modbus Serial communication
    · Communication on the CANopen network
    · Communication on the Ethernet network


    The following diagrams shows the physical location of the LEDs on the front panel of the BMX P34 processors:

    BMX P34 1000/2000 Processors LEDs

    BMX P34 2020, BMX 2030/20302 Processors

    Table 1 M340 Processor Status and Error indicator display


    Display differences between version 1 and version 2 of the

    BMX P34 20x0x module.

    Searching for Errors Using the Processor Status LEDs


    The status LEDs located on the processor inform the user of the PLCs operating
    mode and any possible errors.
    The errors detected by the PLC concern:

    · circuits which constitute the PLC and/or its modules: internal errors
    · the process driven by the PLC or the process wiring: external errors
    · functioning of the application executed by the PLC: internal or external errors


    Error Detection

    Error detection is performed at startup (autotest) or during operation (which is the
    case for most equipment errors), during exchanges with the modules, or during
    execution of a program instruction.
    Certain "serious" errors require the PLC to be restarted while others are left to the
    user to decide how to proceed depending on the level of application required.
    There are three types of error:

    · non-blocking
    · blocking
    · processor or system

    Blocking Errors


    Blocking errors, caused by the application program, do not cause system errors but
    prohibit execution of the program. When such an error occurs, the PLC stops
    immediately and goes into HALT mode (all tasks are stopped on the current
    instruction). The ERR LED flashes.

    Restarting of the Application After a Blocking Error
    To end this status it is necessary to init the PLC or to set the %S0 bit to 1.
    The application is then in an initial state:
    · The data resumes its initial value.
    · Tasks are stopped at end of cycle.
    · The input image is refreshed.
    · Outputs are controlled in fallback position.
    The RUN command then allows the application to be restarted.

    Blocking Error Diagnosis
    Indication of a blocking error is signaled by the ERR and RUN LEDs flashing on the
    processor front panel.
    The system words %SW126 and %SW127 indicate the address of the instruction
    which caused the blocking error.
    The nature of the error is indicated by the system word %SW125.
    The following table presents the errors signaled by the values of the system word

    M340 Diagnostic information Memory card

    Memory Card Description

    Only Schneider memory cards are compatible with BMX P34 processors.
    Schneider memory cards use Flash technology and do not require a battery. These
    cards can support about 100,000 write/delete cycles (typical).

    The Memory card access LED is located behind the Memory Card Protective Cover.


    CANopen Diagnostics


    BMX NOM 0200 Module Status Display

    LED Indications


    BMX NOE 01x0 Module

    Ethernet LED

    Display differences between Version 1 and version 2 of the BMX NOE 01x0 module.


Legacy KB System (APS) Data: RESL200598 V1.0, Originally authored by MiOB on 11/26/2009, Last Edited by MiOB on 11/26/2009
Related ranges: Modicon M340.