The MVR-M215 is a motor protection and control solution for large or critical

motor applications. It provides voltage and current based protection functions

and measurement of all vital values to be supervised. Furthermore it can

connect up to 16 RTD sensors for thermal alarms and tripping.

5x Current input (configurable 0.2…10A)

4x Voltage input (1.00…480.00V (RMS)

3x Digital input

5x Output relay (4NO, 1CO)

1x IRF output (1CO)

2x Remote com port (1 x RJ45 Ethernet and 1 x RS-485)

– IEC 61850 Ed1. Modbus TCP/RTU, IEC 60870-5-104/103/101. DNP 3.0. SPA protocols

– DT, IEC or ANSI time/overcurrent curves with settable release delays

– 3 extension slots for additional hardware options

– Event recorder (up to 15 000 events)

– Disturbance recorder (up to 100 disturbance records)

– supports 5 thermal models (time constant accurate)

– soft-start protection starts at 6Hz

– Wye-delta started motor supervision

– two-speed motor protection

– Measuring accuracy can be calibrated to Class 0.2

Available Extension Cards:

– 8x digital inputs (programmable threshold voltage)

– 5x output relays

– Arc-Flash Protection – 4x sensor channels, 2x HSO1. 1x BI *)

– 8x RTD input

– 2x RJ45 100Mb Ethernet & IRIG-B *)

– 2x ST 100Mb Ethernet & IRIG-B *)

– 4x mA outputs – 1 x mA input

– 2x LC 100MB Ethernet (HSR, PRP redundant protocols)

– 2x RJ45 100MB Ethernet (HSR, PRP redundant protocols) *)

– RS-232 – Serial Fiber

*) Land based applications only. Not marine approved

Marine approvals

– DNV/GL

– Lloyds Registeres LR

– Bureau Vertias BR

– ABS (USA)

– CCS (China)

– CNK (Japan)

– IEC (Israel)

– KR (Korea)

– UKCA (UK)

– RINA (Italy)

The MVR-M210 is a compact motor protection and control solution which

can be extended by 4 available extension slots. The device can connect up

to 12 RTD sensors for thermal alarms and tripping.

5 x Current input (configurable 0.2…10A)

3 x Digital input

5 x Output relay (4NO, 1CO)

1 x IRF output (1CO)

2 x Remote com port (1 x RJ45 Ethernet and 1 x RS-485)

– IEC 61850 Ed1. Modbus TCP/RTU, IEC 60870-5-104/103/101. DNP

3.0. SPA protocols

– DT, IEC or ANSI time/overcurrent curves with settable release delays

– 4 extension slots for additional hardware options

– Event recorder (up to 15 000 events)

– Disturbance recorder (up to 100 disturbance records)

– supports 5 thermal models (time constant accurate)

– soft-start protection starts at 6Hz

– Wye-delta started motor supervision

– two-speed motor protection

DEIF’s loss of mains relays protect generators against damage

resulting from a non-synchronised reconnection  to the grid

after a temporary mains failure.

A mains failure will be  detected, provided a disconnection at

an arbitrary point of the network results in a swift  change of

the generator frequency (vector shift). An  opening signal is

then transmitted to  the mains circuit breaker, and the generator

will thus be protected against  damages caused by an automatic

reconnection to the high-voltage network.

Variants

LMR-111D

• Vector shift

LMR-122D

• Vector shift and df/dt (ROCOF)

Features

• Vector shift and df/dt (ROCOF)

• Detection of vector shift

• ANSI code 78

• Mains disconnection on mains failure

• Ensures no asynchronous reconnection

• LED indication of fault condition

• LED indication for activated relay

• 35 mm DIN rail or base mounting

DEIF’s loss of mains relays protect generators against damage resulting

from a non-synchronised reconnection to the grid after a temporary

mains failure.

A mains failure will be detected, provided a disconnection at an arbitrary

point of the network results in a swift change of the generator frequency

(vector shift). An opening signal is then transmitted to the mains circuit

breaker, and the generator will thus be protected against damages caused

by an automatic reconnection to the high-voltage network.

Variants

LMR-111D

•  Vector shift

LMR-122D

• Vector shift and df/dt (ROCOF)

Features

• Vector shift

• Detection of vector shift

• ANSI code 78

• Mains disconnection on mains failure

• Ensures no asynchronous reconnection

• LED indication of fault condition

• LED indication for activated relay

• 35 mm DIN rail or base mounting

The APU-4 features all relevant protective functionalities integrated as standard

– simple and easy G59/3 and G99 compliance. The best and the latest check

synchronisation technology is available as an option.

All parameter settings are fully password protected to control access rights.

Featuring an alarm log of up to 150 events, you can analyse faults and prevent

them from reoccurring. Moreover, it automatically carries out a cyclical self-test.

If any errors are found an LED on the front panel and a status output will

indicate it.

With the complimentary PC software download, you can save parameters and

retrieve log data. The software also contains M-logic – a simple-to-use relay logic

compiler. This tool makes it possible for you to customise the application according

to your needs. It is possible to dedicate specific functions or logic conditions to

different in- and outputs.

The APU-4 also features an optional remote, mountable operator panel with a large

display for easy access and reading of values. Among the many reading options you

will find the following: busbar voltage, current, frequency and power factor.

You can attach the display to the basic unit inside the switchboard or mounted on

the front of the switchboard, according to preference.

The optional Modbus TCP/IP communications protocol allows for easy communication

and a number of readout possibilities: remote monitoring for value and alarm readings,

service technician alerts via e-mail or text message, various measurements, etc.

Features

• Complies with G59/3 and G99

• Includes free utility software – available for download

• Modbus TCP/IP communication

• User-friendly display for easy access and value readings

• Fully password protected