AGC 150
The AGC 150 is a genset controller containing all necessary functions for control and protection of a genset. The slim design makes the 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.
Built to last â 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
Easy power management setup
The AGC 150 includes Easy Connect. This means:
âĒ When gensets are connected via CANbus, the controllers
automatically detect each other.
âĒ If more gensets are connected via CANbus later, these will
also be detected automatically.
âĒ Application configuration possible via the display.
Easy and user-friendly interface
âĒ Parameters access via the display and the Utility Software.
âĒ Pre-configured sensor curves.
âĒ Draw and play application setup via the Utility Software.
âĒ Full power management compatibility with other AGC controllers from DEIF.
Hybrid support
Generator controller in a micro-grid system, together with DEIF
controller ASC-4 (PV and Battery).
New design - Easy to mount
âĒ Adaptive mimic, with easy switching between applications.
âĒ Compact design making it suitable for all applications.
Guided experience
Only buttons relevant for a function are visible to the user.
User levels in settings
Configure three user levels with a password for each level:
Customer, Service and Master. Configure each parameter for
a user level, and only the parameters relevant for the user are
shown.
Shortcut menu
Configurable shortcuts give the user easy access to frequently
used functions.
PLC functions
Programmable functions (M-Logic) in a user-friendly
environment.
Alarm and Event logging
View historical alarms and events on the display and with the
Utility Software (up to 500 alarms and 500 events).
Graphical Display
View important genset and/or system information on the easyto-read graphical display, shown as text, symbols, numbers, and
even a graphical synchroscope.
Built-in analogue AVR and GOV control
Eliminates the need for external equipment (voltage and PWM).
CIO support
AGC 150 supports CANbus based I/Os, which increases the
number of inputs and outputs.
Tier 4 final support
AGC 150 can be used with the latest electrical Tier 4 Final
engines and show values requested by the standard.
Documents
On this page, you can download software updates for your product(s) and help yourself to various utility tools and add-ons that will assist you in setting up, detecting faults and configuring your product(s).
Please be advised that not all of our products can be updated by the user. Nor do all of our products come with a utility tool. Consequently, the list on this page cannot be considered an overview of our product programme.
AGC 200
DEIF advanced genset controller, AGC 200, meets and surpasses OEM needs for synchronisation. A costeffective, compact, scalable and all-in-one product, the AGC 200 comes in several variants.
AGC 200 controller -Description
DEIF Advanced Genset Controller, AGC 200, meets and surpasses OEM needs for synchronisation. The AGC 200 is a costeffective, compact, scalable and all-in-one product - the AGC 200 comes in several variants.
The advanced controller series, AGC 200, integrates all necessary functions for genset protection and control, stands out for its reliability and operator-friendliness, and features patent-pending DEIF Emulation to speed up design, testing and commissioning, saving man hours and costs.
Applying asymmetric load sharing to ensure optimal load on the genset, the AGC 200 also cuts operating costs and reduces harmful emissions. With temperature dependent cooling, the AGC 200 arrests cooling at pre-programmed cool-down temperatures and features automatic priority selection, setting the optimum combination of gensets for optimised fuel consumption.
AGC 200: Critical power applications
With its integrated load and power management functionality, the AGC 200 secures backup power availability when you need it. An ideal solution for critical power applications, such as data centres, hospitals, airports and fish farms.
AGC 200: Rental genset applications
Rental companies will benefit from the standardised user interfaces of all DEIF controllers. The controllers have been designed with ease of operation in view and rental companies can easily set and lock parameters to ensure full protection of their equipment.
AGC 200: Hybrid applications
AGC 200 is plugânâplay compatible with DEIFâs ASC-4 hybrid controller for easy integration of diesel genset applications into a variety of hybrid installations. The market-leading solution maximises sustainable power penetration while always securing a sufficient amount of spinnning reserve in case PV production drops.
AGC 200: Available standard modes:
Island mode: Power plant with synchronising generators or a stand-alone generator. Also applicable in critical power plants.
Automatic Mains Failure: Critical power/emergency standby plants, black start generator.
Fixed power: Power plant with fixed kW set point (including building load).
Peak shaving: Power plant where generator supplies peak load demand paralleled to the mains.
Load takeover: Plant mode where the load is moved from mains to generator, for example peak demand periods or periods with risk of power outages.
Mains power export: Power plant with fixed kW set point (excluding building load).
All modes are configurable, and it is possible to change the plant mode on the fly both in single and in power management applications.
AGC 200 variants:
- AGC 212: single genset in island operation
- AGC 213: single genset for automatic mains failure operation
- AGC 222: multiple genset with advanced power management in plants up to 32 generators (limited I/O)
- AGC 232: multiple genset in island applications with digital load sharing
- AGC 233: single genset for automatic mains failure, peak shaving, load take over and mains power export operation
- AGC 242: multiple genset with advanced power management in plants up to16 generators
- AGC 243: control of single or multiple gensets
- AGC 244: bus tie breaker
- AGC 245: mains breaker control
- AGC 246: mains and tie breaker
- AGC 252: multiple gensets with advanced power management in plants up to 256 generators
- IOM 200: analogue interface for AGC 200 family
AGC 200 controller - features
The AGC 200 controller has a long list of features:
- Up to 32 gensets in one plant
- Synchronisation of up to 56 breakers in one plant
- Multiple operating modes in one software
- Multi-master power management
- Load-dependent start and stop
- Load management
- Emulation for fast training and I/O test
- Automatic Mains Failure sequence
- Approved by TÃV and UL
- Hot standby for full system redundancy
â change to backup genset controller on the fly - Close Before Excitation
â synchronisation from 6 seconds - Lifetime logging stored on SD card
- Fully compatible with AGC-4 controllers
- Suitable for hybrid power solutions fitted with ASC-4 controllers
Documents
On this page, you can download software updates for your product(s) and help yourself to various utility tools and add-ons that will assist you in setting up, detecting faults and configuring your product(s).
Please be advised that not all of our products can be updated by the user. Nor do all of our products come with a utility tool. Consequently, the list on this page cannot be considered an overview of our product programme.
AGC 4
Automatic genset controller
WE RECOMMEND YOU THE AGC-4 Mk II
Based on the well-known AGC-4 controller, this new AGC-4 Mk II controller is faster, more powerful and easier to set up than the traditional AGC-4 controller. The AGC Mk II comprises new and enhanced features such as N+X configuration and easy and safe transformer station that make it the perfect fit for, e.g., rental and critical power applications.
Features
Automatic genset controller (AGC-4) - Features
- Up to 32 gensets in one plant
- The intuitive, preprogrammed touch display saves you time and smoothes operation
- Four general purpose PID regulators that control auxiliary systems
- Synchronises up to 56 breakers in one plant
- Multiple operating modes in one software
- Multi-master power management
- Load-dependent start and stop
- Load management
- Emulation for fast training and I/O test
- Automatic Mains Failure sequence
- Complies with: VDE AR-N 4110 (medium voltage, Germany), VDE AR-N 4105 (low voltage, Germany), EN 50549-1:2019 (Europe), ENA EREC G99 (United Kingdom). Option A10 required.
- Approved by TÃV and UL
- Tier 4 final support
- Hot standby for full system redundancy
â change to backup genset controller on the fly - Redundant CANbus for power management
- Close Before Excitation/Run-up synchronization
â synchronisation from 6 seconds - Fully compatible with AGC 150 and AGC 200 controllers
- Suitable for hybrid power solutions fitted with ASC-4 controllers
Data Sheet
On this page, you can download software updates for your product(s) and help yourself to various utility tools and add-ons that will assist you in setting up, detecting faults and configuring your product(s).
Please be advised that not all of our products can be updated by the user. Nor do all of our products come with a utility tool. Consequently, the list on this page cannot be considered an overview of our product programme.
ALC-4
Ideally suited for critical power applications, the ALC-4 integrates load handling into your power management system, eliminating the need for traditional PLC solutions.
Ideally suited for critical power applications, the ALC-4 integrates load handling into your power management system, eliminating the need for traditional PLC solutions. The ALC-4 improves system reliability and installs quickly while also reducing your investment and fuel costs compared to PLCs. Â
Secured power supply
Intended for use in critical power management applications, the ALC-4 can control up to 8 consumer feeders per unit and helps control power plants in combination with other DEIF controllers.Â
By prioritising each consumer, the ALC-4 calculates which load groups can be supplied, depending on the available power in the system. This also means that your system is running fully optimised at all times, thus reducing fuel consumption along with wear and tear.
Quick installation
Contrary to traditional PLC solutions that have to be programmed manually from scratch, the ALC-4 units just require manual setting of a few parameters and youâll be up and running. Combined with DEIFâs unique Emulation SW, youâll be able to create and fully test your application solution virtually on a PC before installation and commissioning. This reduces installation time and risk of human error.Â
Power management
The ALC units receive information from the power management system regarding produced power, available power and stand-by power (non-running but ready generators).
This is based on the plant layout system in AGC power management (ALC-4 cannot be used as stand-alone controller). That means that the ALC not only knows about the power situation, but also where (on which busbar) it is placed in the system. This enables the ALC to react on BTBs being opened and subsequent change of the power scheme. The positions of the feeder breakers are a part of the USW plant setup.
Disconnecting and reconnecting feeders
In case of power shortages, the system disconnects feeders according to their priority. The least important feeder is disconnected first. The system also calculates how many feeders have to be disconnected to maintain power supply without overloading the generators. This calculation is carried out at all times, also taking BTB positions into consideration. Once enough power is present, the system will re-connect feeders, again according to their priority.
Anticipated load-dependent start
In case feeders are disconnected, and a generator is standby, the generator is to be started and put online. Once online, the system will calculate and connect the number of feeders possible without overloading the system.
Operating modes
Using the ALC, you can control the feeders automatically (auto mode) or manually by means of the display or Modbus commands.
Features
- Prioritised load groups
- Anticipated load-dependent start
- Integrated in power management system
- Automatic startup of extra gensets
- Avoid overload of system
- Manual or automatic control of feeders
- Easy setup via USW and intuitive to use
- Easy commissioning, prepare SW setup before commissioning, live status of feeders shown in USW
- Flexible setup of different application types
- CANbus communication, long distance communication (up to 300 m)
- Security of supply â safety based on feeder priority
data sheet
On this page, you can download software updates for your product(s) and help yourself to various utility tools and add-ons that will assist you in setting up, detecting faults and configuring your product(s).
Please be advised that not all of our products can be updated by the user. Nor do all of our products come with a utility tool. Consequently, the list on this page cannot be considered an overview of our product programme.
HAS-111DG
DEIFâs synchronisers are applied for synchronisation of a generator to the busbar and closing of its circuit breaker when the voltage difference, the slip frequency and the phase angles are within the preset limits.
DEIF's synchronisers are applied for synchronisation of a generator to the busbar and closing of its circuit breaker when the voltage difference, the slip frequency and the phase angles are within the preset limits.
The synchronisers can be applied in conjunction with a wide range of prime movers, as its control pulses may be set to fit several types â from slow reacting diesel engines to fast reacting gas turbines.
Variants
FAS-115DG
- Automatic
- Voltage regulation, breaker-time compensation
FAS-113DG
- Automatic
- Voltage regulation, breaker-time compensation
HAS-111DG
- Semi-automatic, manual
- Voltage control, sync. check
Features
- Synchronisation of generator to busbar
- Circuit breaker time compensation
- Voltage control
- LED indication of status
- LED for activated control
- LED for synchronising signal
- 35 mm DIN rail or base mounting
data sheet
On this page, you can download software updates for your product(s) and help yourself to various utility tools and add-ons that will assist you in setting up, detecting faults and configuring your product(s).
Please be advised that not all of our products can be updated by the user. Nor do all of our products come with a utility tool. Consequently, the list on this page cannot be considered an overview of our product programme.
CSQ-3
Multi-function synchroscope
Deif synchroscope meter (CSQ-3)
The CSQ-3 integrates synchroscope and check synchronising relay into a microprocessor-controlled, easy-to-install solution. CSQ-3 is a multi-function synchroscope meter with a long list of functions.
The multi-function synchroscope meter unit, CSQ-3, is operated from the front using pushbuttons behind the removable front cover, protecting users from the near hazardous voltages during set point programming: an innovative DEIF feature usually seen in similar products where switchboards have to be opened to operate the synchroscope.
Features
Multi-function synchroscope meter - Features
The multi-function synchroschope meter from DEIF has a long list of features:
- Multi-function precision LED synchroscope
- Easy push-button programming of all set points
- Very high user safety
- High immunity to harmonic distortion
- Dead-bus functionality
- Voltage measurement
- Frequency matching
- Phase angle comparison
- DIN standard size: Q96
Data Sheet