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DEIF SGC 121 Single genset controller

The SGC 121 is a modern genset controller suitable for several applications with features including electronic governing, several monitoring and control options, and a battery-saving deep sleep function.

The SGC 121 controller contains all the functions you need to protect and control a genset, a genset breaker, and a mains breaker. You can choose between automatic or manual running mode, and you can start and stop gensets remotely using the Remote start/stop function. The controller is suitable for applications including AMF (automatic mains failure), engine drive, and island (off-grid) mode.

Electronic governing feature

The SGC 121 includes electronic governing for engines with mechanical fuel systems. With a rotary actuator as add-on for air/fuel charge control, you can use the SGC 121 for electronic governing of the engine within ISO 8528 class G3 limits.

Several measurement functions

The controller allows you to measure 1-phase, 2-phase, 3-phase, and split-phase voltage, frequency, load current, and power factor, engine safety parameters such as engine temperature, oil pressure, and fuel level, fuel theft protection, and the engine battery. It features CAN bus and Modbus communication plus nine configurable inputs, four analogue inputs, and six configurable digital outputs.

DEIF SGC 120 Mk II A world of configuration possibilities

A world of configuration possibilities

The Smart Connect Mk II PC tool gives you easy access to a world of configuration options. Simply connect your PC using the USB port and customise the SGC 120 Mk II to your requirements. You can supervise and log live data and save it as a favourite data list for future use. You can calibrate sensor curves and configure up to 10 engine profiles. With the M-Logic functionality, you can design custom applications using predefined event and output lists (with logical and comparator rungs to define outputs, for example alarms). You can define on-screen texts in any language for both the unit LED and the Smart Connect Mk II tool itself. You can save your settings, back them up, and quickly propagate them to other controllers, and you can even compare your custom configuration with the factory defaults to identify changes, for example for troubleshooting purposes.

Easy control from the user interface

The backlit full-graphics LED display of the SGC 120 Mk II by default can show values and alarms in English, Chinese, and Spanish, and it can easily be adapted for other languages as described above. The unit has an alarm indicator, and the user interface buttons offer easy control and configuration of the unit, including operating mode selection.

DEIF SGC 120 Mk II Single genset controller

Compatible with a wide range of engines, the SGC 120 Mk II offers flexible genset and breaker control with extensive configuration options including live data supervision and PLC logic customisation.

Specially designed to meet the needs of OEMs and genset packagers, the SGC 120 Mk II single genset controller contains all the functions you need to protect and control a genset, a genset breaker, and a mains breaker. It is compatible with a wide range of engines and can be configured for applications including engine drive, standalone genset control (off-grid/island mode), and Auto Mains Failure (AMF).

Designed to control and protect

With the SGC 120 Mk II, you get a wide range of control and protection features for engines and generators, including coolant temperature control, electrical monitoring, and grid voltage/frequency monitoring. The controller can automatically exercise the engine, and you can configure start sequences for engines with different dynamics. The practical deep sleep function extends the battery life by suspending normal controller functions when the genset is off.

Flexible connection and communication options

The SGC 120 Mk II is a flexible controller that offers many options for your applications. It supports 1 and 5-ampere current transformers, and you can configure the controller for CAN bus and RS-485 Modbus communication. The controller has 5 digital inputs, 6 digital outputs, and 4 analogue inputs (3 x RMI & 1 x 4-20 mA / 0-5 VDC) that you can also configure as digital inputs, and you can configure the analogue inputs for any function you require.

DEIF AGC 150 Generator Marine

The perfect display for international shipping

The LCD on the AGC 150 Generator Marine displays important information quickly

and is readable even in sunlight. The illuminated buttons smoothly guide the

operator, making it very easy and intuitive to operate. Only buttons relevant for a

function are visible, and users can access commonly used functions with configurable

shortcuts.

On-screen texts can be displayed in 10 languages, making the AGC 150 Generator

Marine well suited for international shipping.

Uncompromising quality

The IP65 certified front-mounted controller is made of robust materials, built to last,

and easy to install. It has undergone several tests showing that it stands the wear

and tear of even harsh marine environments.

The controller meets Tier 4 Final/Stage V requirements.

DEIF AGC 150 Generator Marine Standalone generator controller for marine applications

The AGC 150 Generator Marine is a robust, cost-effective, and user-friendly

non-synchronising generator control solution for demanding marine applications.

The AGC 150 Generator Marine provides all the features necessary to control

and protect a standalone genset in demanding marine applications.

It is a robust and user-friendly solution designed specifically for marine use and

adapted to the tough operational requirements at sea.

Designed for non-synchronising applications with or without breakers, it offers

a cost-effective alternative to power management controllers.

Wide range of input and outputs

The AGC 150 Generator Marine offers a wide selection of configurable inputs

and outputs, including CANbus ports for connecting an additional operator panel

and an Ethernet port for Modbus communication or for configuring the unit using

DEIF’s free PC tool utility software.

DEIF AGC 150 Key features


Key features

• Protect and monitor the engine

• Engine start and stop sequences

• Automatic and manual control of engine speed

• Tier 4F/Stage V

• Configurable inputs and outputs, including

◦ CAN bus ports

◦ Ethernet port

• Alarm and event log

• 3-level password protection

• Easy configuration with the utility software

• Pump function with fixed and variable speed

Features

• Engine start and stop sequences

• Monitor and protect the engine

• Mechanical and electrical controlled engines in one unit

• Pump function with both fixed and variable speed

• Auto and manual control of engine speed via Digital input, analogue input, buttons or communication

• Monitor pump functionalities flow, pressure and more

• Configuration warning or shutdown alarms

• Stage V / Tier4F complaint

• 3 level password protection

• Alarm and event log

• 11 languages

• Ethernet USB RS485

• Front panel sealed to IP65

• UL certification

DEIF AGC 150 Engine Drive

The AGC 150 Engine Drive is designed for OEMs and system designers

who require simple, flexible, and reliable engine control for various

applications. It comes with a built-in application that protects the engine

from overload and supports various start and stop sequences, from

simple start and stop to pump functions with manual RPM control or

regulation via flow or pressure control. The controller supports Stage

V emission requirements.

The AGC 150 Engine Drive offers a wide selection of configurable inputs

and outputs, including CANbus ports for connecting an additional operator

panel and an Ethernet port for Modbus communication or for configuring

the unit using DEIF’s free PC tool utility software. The IP65 certified

front-mounted controller is easy to mount, and easy to use thanks to its

graphical display unit available in 11 languages.

The AGC 150 Engine drive is a single controller for one engine.

The controller has all the functions needed to protect and

control an engine. The values and alarms are shown on the LCD display

screen, which is sunlight-readable.

The controller is simple to mount and the graphical display unit makes it

easy to use. The parameters can easily be

configured on the display unit or with the use of a PC and the utility software.

HIMA X-HART 32 01 The module is equipped with 32 HART channels

Structure

The module is equipped with 32 HART channels for HART communications with transmitters or

actuators. The HART channels are electrically isolated from one another and from the voltage

supply. Analog input or output modules are connected in parallel with the HART module via the

corresponding connector board, see Chapter 5.4.2 and Chapter 5.4.4.

The transmitter supply as well as the open-circuit and short-circuit monitoring functions for the

analog input and output modules are not affected by the HART module connected in parallel.

HART operation influences the analog measurement accuracy by approx. 1 %.

The safety-related 1oo2 processor system for the I/O module controls and monitors the I/O

level. The data and states of the I/O module are made available to the processor modules via

the redundant system bus. The system bus has a redundant structure for reasons of availability.

Redundancy is only ensured if both system bus modules are inserted in the base plates and

configured in SILworX.

HIMA X-HART 32 01 Safety Function

Safety Function

The safety function of the X-HART module includes the following points:

 HART Deactivation of one channel: If the module is shut down, the HART channels are

safely deactivated in accordance with SIL 3 (HART channels de-energized).

 HART Filtering: HART write access to HART transmitters or sensors is locked in accordance

with SIL 3. If the HART filtering function is deactivated on the HART module, the

corresponding analog input or output channel is writeable.

Reaction in the Event of a Fault

If a fault occurs, the module adopts the safe state.

The X-HART module is interference-free to the analog input or output modules connected in the

same circuit.

The module activates the Error LED on the front plate.

Scope of Delivery

The module must be installed on a suitable connector board to be able to operate. If a Field

Termination Assembly (FTA) is used, a system cable is required to connect the connector board

to the FTA. Connector boards, system cables and FTAs are not included within the scope of

delivery.

HIMA HIMax® HART Communication Module X-HART 32 01

Product Description

The X-HART 32 01 module is a 32-channel communication module, intended for use in the

programmable electronic system (PES) HIMax.

The module is inserted into any of the base plate slots with the exception of the slots reserved

for system bus modules. For more information, refer to the System Manual (HI 801 001 E).

The connector boards can be used to allow the module to be combined with analog input or

output modules.

The HART protocol is operated on the module. HART is used for digital field communications

during which the HART signal is superimposed onto the (4…20 mA) analog current signal.

The HART signal is used to transfer the measuring and device data to sensors or actuators. The

X-HART modules transfer the HART data to the assigned X-COM module within the HIMax

system. The X-COM module transfers the HART data via the HART over IP protocol to the host

(asset management system or HART OPC server).

The X-COM module and the assigned X-HART modules form a I/O system as referred to in the

HART specification.

The module has been certified by the TÜV for safety-related applications up to SIL 3

(IEC 61508. IEC 61511 and IEC 62061) as well as Cat. 4 and PL e (EN ISO 13849-1).

Refer to the HIMax Safety Manual (HI 801 003 E) for more information on the standards used to

test and certify the module and the HIMax system.

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