Bender VMD461 with CD440 Quick Start Manual

Quickstart

108

77

93

74

98

71,7

62,5

48,5

93,0

EN

VMD461 with CD440

Multifunctional voltage relay

Intended use

The multifunctional voltage monitoring relay VMD461 monitors frequen­cies, undervoltages and overvoltages in DC, AC and 3(N)AC systems. The
phase voltages and/or line-to-line voltages are measured as r.m.s. value
and are continuously shown on the device display. The measured value re­quired to trigger the alarm relay is stored. The VMD461 features additional
measuring functions for:



ROCOF df/dt



Vector shift monitoring



Unbalance monitoring



Phase sequence monitoring
The corresponding ANSI codes for all available measuring functions are provided.
Configurable delay times allow considering special installation-specific properties (e.g. device-specific

start-up procedures). The VMD461 requires an external supply voltage.
The optional use of a CD440 coupling device extends the voltage range that can be monitored to DC/
3AC 1200 V or 1AC/3NAC 690 V. Any other use than that described in this manual is regarded as impro­per. The quickstart does not replace the manual of the device. Download: www.bender.de/manuals

Safety instruction

Danger of electrocution due to electric shock!

Touching live parts of the system carries the risk of:



An electric shock



Damage to the electrical installation



Destruction of the device

Before installing and connecting the device, make sure that the installation has
been de-energised. Observe the rules for working on electrical installations.

Dimension diagrams VMD461 (left) und CD440 (right) in mm

VMD461_D00314_00_Q_XXEN/10.2018

1

Mounting on DIN rail and screw mounting

1.

2.

4.

„Klick“

3.

VMD461

CD440

2.

B98060008

M4

M4

98 mm

M4

3.

77 mm

4.

„Klick“

M4

Wiring

Depending on the application, connect the device according to the following wiring diagrams..

1.

100 mm

The VMD461 can be opera­ted without a CD440 in ap­propriate power supply
systems (230/400 V).

Legend wiring diagrams

Element Funktion

A1, A2

L1, L2/DC+,
L3, N/DC-

Supply voltage U

Power supply connection

(see ordering details)

s

11, 12, 14 Connection to alarm relay K1

21, 22, 24 Connection to alarm relay K2

DG1/2,
D1, D2

Contact monitoring
DG1/2: GND
D1: Feedback signal contact to alarm relay K1
D2: Feedback signal contact to alarm relay K2
(feedback signal contacts optionally NC/NO/off)*

RTG, RT1

RTG: GND
RT1: Remote-trip input (optionally NC/NO/off )*

A, B Connection to communication interface BMS bus

R

on/off

* Explanation: NC (closed in non-operating state)

Activate or deactivate the terminating resistor of the BMS bus (120 Ω )

NO (open in non-operating state)
off (switched off)

Risk of unwanted device
failure!

Do not supply device from the
monitored system. Pay attention
to maximum supply voltage.

2

VMD461_D00314_00_Q_XXEN/10.2018

Unearthed system

*
CD440 optional

L1

L2

PE

U

n

L1

L2/DC+

L3 N/DC-

6 A

L1' L2'/DC+' L3'

11

21 241222

A B

RTGRT1

14

N'/DC-'

K1

K2

A1 A2

U

S

6 A

6 A

CD440

L1 L3 N/DC-L2/DC+

L1' L3' N'/DC-'L2'/DC+'

1112142122

24

L3

L2/DC+

L1

D2

D1

DG1/2

RTG

RT1

2

1

ON

ALARM

MENU

INFO

TEST

RESET

ESC

LINETRAXX®

VMD461

V

N/DC-

L1

L2/DC+L3N/DC-

6 A

AC 3(N)AC

L1
L2
L3
N

PE

6 A

L1

L2/DC+

L1 L3 N/DC-L2/DC+

CD440

6 A

L3 N/DC-

6 A 6 A

*
CD440 optional

VMD461_D00314_00_Q_XXEN/10.2018

L1

24

L3

L2/DC+

ESC

INFO

TEST

RESET

MENU

N/DC-

RT1

RTG

21 241222

11

K1

K2

14

S

LINETRAXX®

ALARM

L1' L3' N'/DC-'L2'/DC+'

L1' L2'/DC+' L3'

L1

VMD461

2

1

ON

N'/DC-'

L2/DC+L3N/DC-

1112142122

D2

D1

DG1/2

V

U

6 A

6 A

A1 A2

A B RTGRT1

3

Earthed system

*
CD440 optional

L1' L2'/DC+' L3'

11

21 241222

A B

RTGRT1

14

N'/DC-'

K1

K2

A1 A2

U

S

6 A

6 A

CD440

L1 L3 N/DC-L2/DC+

L1' L3' N'/DC-'L2'/DC+'

L1
L2
L3
N

L1

L2/DC+

L3 N/DC-

6 A 6 A

6 A

PE

1112142122

24

L3

L2/DC+

L1

D2

D1

DG1/2

RTG

RT1

2

1

ON

ALARM

MENU

INFO

TEST

RESET

ESC

LINETRAXX®

VMD461

V

N/DC-

L1

L2/DC+L3N/DC-

*
CD440 optional

L1

N

PE

L1

L2/DC+

L3 N/DC-

6 A

L1' L2'/DC+' L3'

11

21 241222

A B RTGRT1

14

N'/DC-'

K1

K2

A1 A2

U

S

6 A

6 A

CD440

L1 L3 N/DC-L2/DC+

L1' L3' N'/DC-'L2'/DC+'

1112142122

24

L3

L2/DC+

L1

D2

D1

DG1/2

RTG

RT1

2

1

ON

ALARM

MENU

INFO

TEST

RESET

ESC

LINETRAXX®

VMD461

V

N/DC-

L1

L2/DC+

L3

N/DC-

AC 3(N)AC

4

VMD461_D00314_00_Q_XXEN/10.2018

DC

*
CD440 optional

L+

L-

PE

L1

L2/DC+

L3 N/DC-

L1'

L2'/DC+' L3'

11

21 241222

A B

RTGRT1

14

N'/DC-'

K1

K2

CD440

L1 L3 N/DC-L2/DC+

L1' L3' N'/DC-'L2'/DC+'

1112142122

24

L3

L2/DC+

L1

D2

D1

DG1/2

N/DC-

RTG

RT1

2

1

ON

ALARM

MENU

INFO

TEST

RESET

ESC

LINETRAXX®

VMD461

V

L1

L2/DC+

L3

N/DC-

A1

A2

U

S

6 A

6 A

6 A

low : < 4 V DC
high : > 6 V DC

U

max

= 30 V DC

V1

Dx

GND

12 V

DC
Source

I < 5 mA

Open
Collector

DGx

µC

Relais
Kontakt

Dx: D1, D2, RT1
DGx: DG1/2, RTG

Q1

24 V

1

2

R1

Details regarding the digital
inputs (D1, D2, RT1)

VMD461_D00314_00_Q_XXEN/10.2018

5

Initial commissioning

VMD461

V

LINETRAXX®

When commissioning the device for the first time you have to:



Select a language (English, German, French) (menu 4.2).



Set date and time (menu 4.3).

You can only change settings in the menus after the settings listed above have been carried out
.

The contrast of the LC display can be adjusted to any ambient brightness.
Select the contrast ratio from an infinite lo op display. Simultaneously press and hold
down the buttons "INFO" and "MENU" until the display text is clearly readable. After
reaching a black display, the contrast setting process starts again with a white dis­play.

User interface

Legend

Power On LED, green;

Element

ALARM1
ALARM2

RESET

lights when the voltage supply is available and the device is in operation;
flashes when the device is being started or when an internal device error has occurred

Alarm LEDs, yellow: installation switched off

ON

Only ALARM 1 lights: alarm relay K1 has tripped
Only ALARM 2 lights: alarm relay K2 has tripped
ALARM 1 and ALARM 2 light: response value violation of voltage or frequency, df/dt, vec-

tor shift detection, unbalance, phase sequence, remote trip
ALARM 1 and ALARM2 flash: internal device error or error in contact monitoring

Backlit LC display

Standard display: Toggle between standard display and device information

INFO

Menu display: Exit the parameter setting menu

ESC

without saving; switch to the next higher

menu level

Standard display: Use the TEST button (< 1.5 s) to start a manual self test which triggers

TEST

both alarm relays (trigger test to check the switches/disconnectors). In addition, the
switch-off times are documented, .

Menu display: arrow-up button for parameter change and scrolling

Standard display: (> 1.5 s) Acknowledge fault messages from contact monitoring
Menu display: arrow-down button for parameter change/scrolling

6

VMD461_D00314_00_Q_XXEN/10.2018

MENU

Standard
display

Info
display

Menu
display

ESC

INFO

Standard
display

Info
display

Menu
display

INFO

ESC

Alarm
display

MENU

MENUMENU

MENU

no alarm alarm

ESC

ESC

ESC MENU

2

ALARM

1

ON

2
ALARM

1

ON

2
ALARM

1

ON

2
ALARM

1

ON

Standard display: Toggle between standard, menu and alarm display

Menu display: button

Jump to setting parameter; save the changed parameters

Toggling between the individual displays

LEDs

The state of the VMD461 can be determined by means of the LEDs. The following table provides an over­view of the possibilities.

LED Meaning LED Meaning Action

Normal operation mode:

VMD461_D00314_00_Q_XXEN/10.2018

device in operation, all the
measured values are within
the specified limits
Alarm, limit value of K1 and
K2 violated

Alarm, limit value of K2
violated

2

Alarm, limit value of

ALARM

K1 violated

1

ON

Error contact monitor­ing or internal error

2

Device starts

ALARM

1

(> 10 s): internal

ON

device error

You can toggle between the
different displays by using
the four device buttons. De­pending on the type of dis­play (standard display,
alarm display, menu display,
info display), the meaning
of the buttons is different.
The picture below illust rates
which button is to be
pressed for accessing the in­dividual display. First, you
have to distinguish bet­ween an alarm condition
and no alarm condition..

Check switches/dis­connectors * ;
in case of int. errors:
contact service

Wait (< 10 s)

Contact service

7

Menu

1. Alarm/meas. values

4. System

3. Settings

5. Info

History

1. General

2. Voltage
(59/27)

U>>> (59.S3), t

off

U>> (59.S2), t

off

U> (59.S1), t

off

U

(on)max

, U

(on)min

U< (27.S1), t

off

U<< (27.S2), t

off

U<<< (27.S3), t

off

Delete history, Language, Clock, Password, Interface, Alarm addresses,TEST,
RESET, Test communication, External devices, Service, Factory settings

2. History

U

(1-N)

, U

(2-N)

, U

(3-N)

, U

(1-2)

, U

(2-3)

, U

(3-1)

, Unbalance, Phase sequence,

Frequency, df/dt (81R), Vect.sh.(78), Status, t

on1

, t

on2

, t

off total

Coupling, System type, U

(L-N)

, t

start-up

, Remote trip

3. Frequency(81)
f>>> (81>.S3), t

off

f>> (81>.S2), t

off

f> (81>.S1), t

off

f

(on)max

, f

(on)min

f< (81<.S1), t

off

f<< (81<.S2), t

off

f<<< (81<.S3), t

off

4. df/dt (81R)
Function, Resp.value, Hysteresis, Meas.window, t

off, ton

5. Vect.sh. (78)
Function, Resp.value, t

start-up

, t

on

7. Phase

sequence(47)

Function, Resp.value, Hysteresis, t

off

8. Relays

Relay mode, t

on

, Fault memory, Start alarm,
Device error, TEST, U>>> (59.S3), U>> (59.S2),
U> (59.S1), U< (27.S1), U<< (27.S2, U<<< (27.S3),
f>>> (81>.S3),f>> (81>.S2), f> (81>.S1), f< (81<.S1),
f<< (81<.S2), f<<< (81<.S3), df/dt (81R), Vect.sh. (78),
Unbalance, Phase sequence, Remote trip

9. Dig. input
Mode, t

start-up

Device type, Current date and time, BMS bus address, Software version
measurement technology, Software date measurement technology,
Software version display, Software date display, Manufacturer of the device,
Address of the manufacturer, Internet address of the manufacturer

6. Unbalance

(47)

Function, Phase sequence

© Bender GmbH & Co. KG

All rights reserved.
Reprinting only with permission of
the publisher.
Subject to change!

Photos: Bender Archiv

P.O. Box 1161 • 35301 Gruenberg • Germany

Londorfer Strasse 65 • 35305 Gruenberg • Germany

Tel.: [phone] • Fax: [phone]

E-Mail: [e-mail] • www.bender.de

Bender GmbH & Co. KG