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Quick configuration and complete overview

You can configure your plant from the display without needing a PC with utility software.

Interconnected AGC 150 PMS Lite devices use CAN bus connections to automatically

detect each other and assign IDs. When the plant is running, gensets are started or

stopped according to the load and priority, and they share the load equally.

You can see the total available and consumed power, along with operating

information for all gensets in the plant.

Easy to mount, easy to use

The AGC 150 PMS Lite offers a wide selection of configurable inputs and outputs.

The IP65 certified front-mounted controller is easy to mount, and easy to use

thanks to its graphical display unit available in 11 languages.

You can monitor and control the exhaust after-treatment system from the display.

AGC 150 PMS Lite controllers are not compatible with other AGC 150 variants,

but you can augment your plant design with products including Insight remote monitoring,

DVC 350 digital voltage controllers, and AOP additional operator panels.

With the AGC 150 PMS Lite, you can quickly configure simple power management systems

with up to 127 gensets. Designed for off-grid plants, the robust controller protects

and controls a genset and the genset breaker, and it can operate in temperatures

from -40 to +70 °C (-40 to +158 °F). It is compatible with a wide range of ECUs

and engines and meets Tier 4 (Final)/Stage V requirements.

Quick configuration and complete overview

You can configure your plant from the display without needing a PC with utility software.

Interconnected AGC 150 PMS Lite devices use CAN bus connections to automatically

detect each other and assign IDs. When the plant is running, gensets are started or

stopped according to the load and priority, and they share the load equally.

You can see the total available and consumed power, along with operating

information for all gensets in the plant.

AGC 150 – Advanced Genset Controller

Easy setup

Gensets connected via CAN bus are easily set up for parallel operation

as the controllers automatically detect each other at the CAN network. 

If you at a later stage connect more gensets, the controller automatically

identifies and connects them via CAN bus, and application configuration is possible via the display.

Easy and safe to use

Get access to important genset information quickly via the sunlight readable LCD.

The controller features illuminated buttons that smoothly guide the operator

 and make it very easy and intuitive to operate. Only buttons relevant for a function

are visible to the user. Get easy access to the most common functions with configurable shortcuts.

The AGC 150 provides up to three levels (customer, service, and master)

of password-protected and role-based access. Configure parameters for each

level and have only relevant parameters displayed.

Built to last – also in green energy applications

The AGC 150 comes with uncompromising quality. The controller is made of

robust materials and is built to last. It has undergone several tests showing

that it stands wear and tear in all types of harsh environments.

Also, the controller is suitable for PV-Diesel hybrid solutions and also meets Tier 4 Final requirements

The AGC 150 Genset controller containing all necessary functions for

control and protection of a genset. The slim design makes the genset controller

suitable for paralleling even small gensets thus the AGC 150 is integrable in nearly all types of gensets.

AGC 150 – Advanced Genset Controller

Easy setup

Gensets connected via CAN bus are easily set up for parallel operation

as the controllers automatically detect each other at the CAN network. 

If you at a later stage connect more gensets, the controller automatically

identifies and connects them via CAN bus, and application configuration is possible via the display.

Easy and safe to use

Get access to important genset information quickly via the sunlight readable LCD.

The controller features illuminated buttons that smoothly guide the operator

 and make it very easy and intuitive to operate. Only buttons relevant for a function

are visible to the user. Get easy access to the most common functions with configurable shortcuts.

The AGC 150 provides up to three levels (customer, service, and master)

of password-protected and role-based access. Configure parameters for each

level and have only relevant parameters displayed.

With the AGC 150 Remote Display unit, you can access and control any

master controller in the AGC 150 series over the local network.

This provides fast incident response and operational convenience.

The AGC 150 Remote Display acts as a mirror of the master controller

in your application, providing remote access and control for any master controller

in the AGC 150 series over the local network. 

It enables fast operator response to operational incidents and convenient access 

to all controller parameters from a secondary location.

The unit is ideal for central control rooms and for providing easy access to controllers

in hard-to-reach locations, for example controllers mounted in canopies or

containers that are stacked on top of each other and out of reach.

Same features as the master controller

The AGC 150 Remote Display gives you access to all of the features in the master

controller it is linked to, making remote configuration of controller parameters

as easy as using the master controller itself. The user-friendly display and menu

structure in 8 languages is the same as the rest of the AGC 150 series.

Configuration changes performed on the AGC 150 Remote Display are immediately

eflected on the master controller, and vice versa.

General description

The MVR-200 series provides optimal performance for medium-

and high-voltage protection, control, measurement, and

monitoring of applications.

The MVR is designed for use as stand-alone protection and

measuring unit or as a component in larger applications,

connected through IEC 61850 GOOSE messages in three-phase

electrical power networks that require marine approval.

The MVR wide frequency tracking algorithm ensures stable

measurement and protection from 6 to 75 Hz, where variable

frequency is present, such as marine applications and generators

running in island mode.

The MVR measures and calculates values for AC voltage, AC

current, active/reactive power, power factor, frequency, THD and

harmonics (up to 31st). All values can be seen on the display.

A 5 ms scan time ensures that faults are quickly registered.

A 64 samples/cycle fault record function measures data for up to

100 faults for 10 seconds each. This function can be configured

to create records before the error, making it easier to understand

the causes of the error and prevent it from re-occurring.

Main features

• Robust design for maritime usage

• Separate processors for HMI and communication

• Power supply selectable, 100-110V DC or 24-48V DC

• Programmable logic

• 6 to 75 Hz patented frequency-tracking algorithm

• Fast and easy-to-use software for setup and commissioning

• 64 samples/cycle

• Password-protected user levels

• Individual voltage and current harmonics up to 31st

• TCP/IP Ethernet

• Ethernet port on the front for easy commissioning and service

• RS-485 Modbus RTU communication

• IEC 60870-5-104/103/101 communication

• IEC 61850 communication, including HSR, PRT, PTP

according to IEEE 1588. and GOOSE (GOOSE not available

in MVR-F201 and MVR-F205)

• System fault (SF) output relay (watchdog)

• On-site replaceable spare part card(s)

• Class 0.55 power and energy measurement (0.25 optional,

where available)

• Marine approval by major class societies: DNV/GL, LR, BV

(other approvals upon request).

General description

The MVR-200 series provides optimal performance for medium-

and high-voltage protection, control, measurement, and

monitoring of applications.

The MVR is designed for use as stand-alone protection and

measuring unit or as a component in larger applications,

connected through IEC 61850 GOOSE messages in three-phase

electrical power networks that require marine approval.

The MVR wide frequency tracking algorithm ensures stable

measurement and protection from 6 to 75 Hz, where variable

frequency is present, such as marine applications and generators

running in island mode.

The MVR measures and calculates values for AC voltage, AC

current, active/reactive power, power factor, frequency, THD and

harmonics (up to 31st). All values can be seen on the display.

A 5 ms scan time ensures that faults are quickly registered.

A 64 samples/cycle fault record function measures data for up to

100 faults for 10 seconds each. This function can be configured

to create records before the error, making it easier to understand

the causes of the error and prevent it from re-occurring.

Reliable and cost-effective controllers for OEM applications

The SGC (Single Genset Controller) series from DEIF is designed for controlling

a single genset in applications where synchronisation and power management

features are not required. The high-quality yet affordable range of controllers

is easy to configure, install, and commission. It gives OEMs and system designers

all the necessary features for reliable and cost-effective control solutions.

All SGC controllers feature a user-friendly interface and configurable inputs/outputs for various features.

Gensets can be started and stopped remotely, and the useful Deep Sleep mode extends battery

lifetime by suspending normal controller functions when the genset is off.

All SGC controllers provide various monitoring, measurement, and communication options,

and they can easily be configured from a PC using the DEIF Smart Connect utility software.

Full range supplier

From PLCs and single generator controllers to advanced power management solutions

DEIF is your full range supplier. In addition to control solutions for fossil, renewable,

and hybrid power, we provide tailor-made engineering, top-notch service, and value-added training,

giving you everything you need and helping you expand into new business areas without shopping for

new partners!

Efficiency and reliability benefits

By utilizing our advanced power management controllers, you can achieve optimal

energy efficiency and reliability in both island and utility-parallel operations.

The integration of PV and battery storage enhances sustainability, while engine and

generator protection minimizes downtime and maintenance costs.

The CAN engine interface and programmable logic features provide adaptability

to various applications, and redundancy options ensure continuous operation, reducing the risk of

failures.

Comprehensive energy management solutions

Our advanced paralleling power management controllers are designed to meet the

demands of modern energy systems, offering a comprehensive solution for efficient

and reliable operation. Whether for island or utility-parallel applications,

our controllers provide the features and benefits necessary to optimize your energy management.