GPC 300 https://www.deif.com/products/controllers/paralleling-and-protection/gpc-300/ Paralleling & protection en Sat, 13 Jun 2026 09:18:45 GMT NotRecommendedForNewDesigns 7b24bcd0-5dcc-4778-81cb-a2c47d176534 Customisable controller for generators, bus tie breakers, and mains connections for land applications.  

]]> The GPC 300 controller is a highly configurable controller that can be customised to many different applications. It contains the functions required to protect and control a diesel generator, mains connection, or bus tie breaker, and their associated breakers. 

You can reconfigure the onboard software for all of these applications, for example to change a genset controller to a mains connection controller, using the PICUS software utility. This makes the GPC 300 controller a very flexible building block in your power system. 

If you need extended controller functionality, you can order the GPC 300 controller with a CODESYS PLC environment.  

Part of the versatile GPC 300 range 

The GPC 300 controller is versatile controller with built-in load sharing and synchronisation features. It can be used for a wide range of marine and offshore applications with an extensive range of protection, supervision, and control functions. The GPC 300 can be used in a power management solution where the power management logic is located elsewhere, and it handles busbar sections with ease. The power management can then either be customer built via CODESYS PLC or via an external PLC 

Highly customisable architecture 

All GPC 300 variants can be specified with 4 or 7 I/O module slots. The modules provide voltage and current measurement, I/O, engine control, governor and AVR functions, and communication. Three modules are mandatory, but you can use the remaining 1 or 4 slots to customise the controller by adding modules or leave them empty. In addition, you can add up to 9 expansion racks to a single GPC 300 to get up to 58 free module slots (up to 4 in the base rack and up to 6 in each expansion rack). 

Unique ANSI 87G differential protection 

With the optional ACM3.2 module, you can add ANSI 87G differential protection for generators. The module measures phase currents on the consumer and neutral sides of a generator in order to detect phase-to-phase faults or phase-to-earth faults in earthed generator systems. With this unique feature, you can design reliable and safe power systems without external differential protection devices. 

Read our guide for genset manufacturers and packagers

]]> 19817 0c81b3cd-00c7-4b74-9429-2bc10c289284 https://www.deif.com/products/modules/alternating-current/acm32/ The alternating current module 3.2 measures the phase currents on the consumer side and neutral side of a generator. The ACM3.2 uses the measurements to detect phase-to-phase faults or phase-to-earth faults in earthed generator systems.

]]> The alternating current module 3.2 measures the phase currents on the consumer side and neutral side of a generator. The ACM3.2 uses the measurements to detect phase-to-phase faults or phase-to-earth faults in earthed generator systems. The protection consists of:

  • A stabilized stage that uses a dual-slope operating characteristic. This current restraint approach is also known as biased differential protection.
  • A high set differential stage (non-stabilized).
  • Protection includes ANSI 87G differential protection for generators
]]> Physical connections
  • 1 × 3-phase current measurement consumer side
    • 1 or 5 A AC (nominal)
  • 1 × 3-phase current measurement neutral side 
    • 1 or 5 A AC (nominal)

Current measurement characteristics

The ACM3.2 has two sets of terminals for current measurement. 

  • The first set of terminals measures the current at the consumer side of the generator. 
  • The second set of terminals measures the current at the neutral side of the generator. 
  • The ACM3.2 uses these measurements for logging, alarms and protective functions relating to differential current protection in the system.

Frequency measurements

  • Provides robust frequency detection in environments with electrical noise.

Protection

  • ANSI 87G differential protection for generators
]]> 19809 e7d6a9be-5db8-486f-a84a-2b00bb57a2f3 https://www.deif.com/products/modules/alternating-current/acm31/ The alternating current module measures the voltage and current on one side of a breaker, and the voltage on the other side. The hardware module responds when the measurements exceed the AC alarm parameters.

]]> The alternating current module measures the voltage and current on one side of a breaker, and the voltage on the other side. The hardware module responds when the measurements exceed the AC alarm parameters. ACM3.1 uses the AC measurements to check the synchronization before the breaker closes.

ACM3.1 provides robust frequency detection in environments with electrical noise. ACM3.1 allows extended measurement bandwidth up to 40 times the nominal frequency. ACM3.1 includes a configurable 4th current measurement.

Default: ACM3.1 measures 3-phase systems. Optional: Select split-phase (1-phase, 3-wire, for example, L1-N-L2) or single-phase (1-phase, 2-wire, for example, L1-N)

]]> Physical connections

  • 2 × 3-phase voltage measurements (L1, L2, L3 and N)
    • 100 to 690 V AC phase-to-phase (nominal)
  • 1 × 3-phase current measurement and 4th current measurement ((L1, L2, L3 and 4th)
    • 1 or 5 A, AC (nominal)

Voltage measurement characteristics 

  • The ACM has two sets of terminals for voltage measurement. The first set of terminals measures the voltage on the busbar. The second set of terminals measures the voltage from the source. The ACM uses these measurements for logging, alarms and protective functions.

Current measurement characteristics

  • The ACM measures the current, then uses these measurements for logging, alarms and protective functions.

Power measurements

  • For power functions, the second set of voltage measurements and the current measurements from the ACM are used together.

Frequency measurements

  • Provides robust frequency detection in environments with electrical noise.
]]> 19805 d9b4c8f7-f1f3-4ec3-87cc-26f35ec445db https://www.deif.com/products/modules/engine-interface/eim31/ The engine interface module has its own power supply and a tach input to measure speed. It also has four relay outputs, four digital inputs, and three analogue inputs. These I/Os are configurable.

]]> The engine interface module has its own power supply and a tach input to measure speed. It also has four relay outputs, four digital inputs, and three analogue inputs. These I/Os are configurable.

The power supply terminals include circuit protection against load dump transients and JEM177 surge transients (rugged design).

]]> Physical Connections
  • Supply
    • 12 or 24V DC Power supply and frame ground
  • 3 x Relay output—Configurable
    • 30 V DC, and 6 A
  • 1 x Relay output with wire break detection*- configurable
    • 30 V DC, and 6 A
  • 4 x Digital inputs—configurable (Bipolar
    • ON: -36 to -8 V DC, and 8 to 36 V DC
    • OFF: -2 to 2 V DC
    • Voltage withstand: ±36 V DC
  • 1 x Magnetic pickup with wire break detection* **
    • 3 to 70 V AC peak
    • 2 to 20,000 Hz
    • Can be useful during start-up, when the generator frequency is too low to be a reliable indication of genset speed 
  • 1 x Generator tach input or NPN/PNP sensor **
    • 8 to 36 V DC
    • 2 to 20,000 Hz
    • Typically signal from one of the phases of the generator.
    • Can be useful during start-up, when the generator frequency is too low to be a reliable indication of genset speed 
  • 3 x Analogue current or resistance measurement inputs (RMI)—configurable
    • Current standard 0 to 20 mA, 4 to 20 mA or configurable 0 to 25 mA
    • Pt100/1000 -40 to 250 °C (-40 to 482 °F)
    • Resistance Any custom range between 0 and 2.5 kΩ
    • Digital input Dry contact with cable supervision maximum 330 Ω for ON detection

Supply voltage low alarm

  • The alarm is activated when the power supply voltage is less than the setpoint for the delay time.

Supply voltage high alarm

  • The alarm is activated when the power supply voltage exceeds the set point for the delay time

Magnetic pickup wire break

  • This alarm is for magnetic pickup wire break. If the engine is running, but there is no pulse for 2 seconds, then the controller monitors the cable. If there is no change during the alarm delay time, then the controller activates the alarm.

Auxiliary power supply voltage as an analogue output

  • You can configure an analogue output with a function for the auxiliary power supply voltage. The controller then adjusts the analogue output to reflect the operating value.
  • An analogue output with the power supply voltage may be wired to a switchboard instrument. The operator can then see if the auxiliary power supply fails.

*Note: These inputs cannot both be used at the same time.

**Note You cannot use both the MPU and tach input at the same time

All analogue multi-functional inputs for EIM3.1 have a common ground

]]> 19821 36eaf14f-a8d5-43d9-ba36-2388c74bf035 https://www.deif.com/products/modules/governor-and-avr/gam32/ This governor and AVR module has its own power supply, two analogue outputs and a pulse width modulation output, five digital inputs, a status relay output, and four relay outputs

]]> This governor and AVR module has its own power supply, two analogue outputs and a pulse width modulation output, five digital inputs, a status relay output, and four relay outputs. Apart from the status relay, all these I/Os are configurable. GAM3.2 has its own microprocessor. If the rack power supply fails, GAM3.2 can continue to be used for manual operation if it has its own, independent power supply. The power supply terminals include circuit protection against load dump transients and JEM177 surge transients (rugged design). These terminals also include battery voltage measurement.

]]> Physical Connections
  • Supply
    • 12 or 24V DC Power supply and frame ground
  • 2 x Analogue current or voltage output 
    • Active—GOV/AVR/configurable
    • Current output: any custom range between -25 and 25 mA
    • Voltage output (DC)-10 to 10 V
  • 1 x Pulse width modulation (PWM) output
    • 500 Hz ±50 Hz
    • Voltage: Low level: < 0.5 V. High level: > 5.5 V. Maximum: 6.85 V.
  • 5 x Digital inputs—configurable (Bipolar)
    • ON: -36 to -8 V DC, and 8 to 36 V DC
    • OFF: -2 to 2 V DC
    • Voltage withstand: ±36 V DC
  • 1 x Relay output—GAM3.2 status
    • Solid State
    • 30 V DC and 1 A
  • 4 x Relay outputs—configurable
    • 30 V DC, and 6 A

Supply voltage low alarm

  • This default alarm is for auxiliary power supply voltage protection.
  • The alarm is based on the power supply voltage measured by the GAM. The alarm is activated when the power supply voltage is less than the setpoint for the delay time.

Supply voltage high alarm

  • This default alarm is for auxiliary power supply voltage protection.
  • The alarm is based on the power supply voltage measured by the GAM. The alarm is activated when the power supply voltage exceeds the set point for the delay time.
]]> 19811 eedcbb74-92d0-48ea-a2fb-bc5fe1cc6baf https://www.deif.com/products/modules/governor-and-avr/gam31/ This governor and AVR module has four relay outputs, two analogue outputs and a pulse width modulation output, and two analogue inputs.

]]> This governor and AVR module has four relay outputs, two analogue outputs and a pulse width modulation output, and two analogue inputs. These I/Os are configurable. GAM3.1 also has terminals for analogue load sharing (future use).

]]> Physical connections
  • 4 x Relay output—configurable
    • 30 V DC, and 6 A
  • 1 x Active power (P) (kW) load sharing (future use)
    • -5 to 5 V DC
  • 1 x Reactive power (Q) (kVAR) load sharing (future use) 
    • -5 to 5 V DC
  • 2 x Analogue current or voltage output (analogue current or voltage output)—Active outputs
    • -20 to 20 mA, or 0 to 20 mA, or 4 to 20 mA, or any custom range between -25 and 25 mA
    • Voltage output (DC)-10 to 10 V, 0 to 10 V, 0 to 5 V, -5 to 5 V, 0 to 3 V, -3 to 3 V, or 0 to 1 V, or any custom range between -10 and 10 V
  • 1 x Pulse width modulation (PWM) output
    • 500 Hz ±50 Hz
    • Voltage: Low level: < 0.5 V. High level: > 5.5 V. Maximum: 6.85 V.
  • 2 x Analogue current or voltage input configurable (galvanically connected)
    • From active transmitter: 0 to 20 mA, 4 to 20 mA, or any custom range between 0 and 24 mA
    • Voltage inputs (DC) -10 to 10 V, 0 to 10 V, or any custom range between -10 and 10 V
]]> 19785 40ba01dd-7c89-41f1-bbaa-25d199d19049 https://www.deif.com/products/modules/input-output/iom31/ The input/output module has four changeover relay outputs and 10 digital inputs. These I/Os are all configurable.

]]> The input/output module has four changeover relay outputs and 10 digital inputs. These I/Os are all configurable.

]]> Physical connections
  • 4 x Relay outputs—configurable
    • 250 V AC or 30 V DC, and 6 A
  • 10 x Digital inputs—configurable (Bipolar)
    • ON: -36 to -8 V DC, and 8 to 36 V DC
    • OFF: -2 to 2 V DC
    • Voltage withstand: ±36 V DC
]]> 19816 fe268532-2a3d-4c2b-97af-c042e93af80a https://www.deif.com/products/modules/input-output/iom32/ The input output module has four relay outputs, four analogue multifunctional outputs (including two pulse width modulation PWM outputs), four digital inputs, and four analogue multifunctional inputs. These I/Os are all configurable.

]]>
  • 4 x Solidstate relay outputs – configurable (30 V DC, 6 A, resistive)
  • 2 x Analogue multifunctional output (mA, V DC, PWM)
  • 2 x Analogue multifunctional output (mA, V DC)
  • 4 x Digital input
    ON: -36 to -8 V DC, and 8 to 36 V DC
    OFF: -2 to 2 V DC
    Voltage withstand: ±36 V DC
  • 4 x Analogue multifunctional input (mA, V DC, Resistor (RMI))
    • ]]>         19799 a27e0648-d4ab-4a40-bca3-7101b723acde https://www.deif.com/products/modules/input-output/iom33/ The input output module has ten analogue multifunctional inputs. These I/Os are all configurable.

    ]]>
  • 10 x multifunctional inputs, freely selectable as:
  • Digital input with wire break
  • 0(4)…20 mA
  • ±10V DC/ 0…10V DC
  • Resistor input (RMI), 1, 2- or 3-wire
  • Pt100
  • Pt1000
  • Thermocouple, type E, J, K, N, R, S, T selectable    

    • For all inputs: Voltage withstand ±36V DC     

    ]]>         19822 6913261d-e0c5-4fae-80b3-45b8a7a4b880 https://www.deif.com/products/modules/input-output/iom34/ The input/output module has 12 transistor outputs and 16 digital inputs. These I/Os are all configurable.

    ]]>     The input/output module has 12 transistor outputs and 16 digital inputs. These I/Os are all configurable.

    The controller can use transistor outputs for many purposes. Examples: Activate alarm devices, open and close breakers, and genset speed and voltage regulation.

    ]]>     Physical connections
    • Supply
      • Positive supply for transistor terminals (12 or 24 V DC)
    • 12 x transistor outputs (Configurable)
      • PNP—Transistor output (< 55 °C: 250 mA; > 55 °C: 200 mA)
    • 16 x digital inputs. (Configurable)
      • ON: -36 to -8 V DC, and 8 to 36 V DC
      • OFF: -2 to 2 V DC
      • Voltage withstand: ±36 V DC

    Transistor output characteristics and configuration

    • All transistor outputs are configurable. You can assign a digital output function, or configure one alarm, for a transistor output. You can program customized transistor output functions using CustomLogic (PICUS software). You can also create customized digital output functions using CustomLogic, and assign a transistor output.
    • The transistor hardware itself is normally open. The transistor output state (whether it is open or closed) depends on the configuration in software and the function (or alarm) state. 

    Digital input characteristics

    • IOM3.4 has two independent groups of digital inputs with separate common terminals.
    ]]>         19793 7d76ae16-9f70-4efa-84fa-408fd80f94d1 https://www.deif.com/products/modules/power/psm31/ The PSM3.1 power supply module provides power to all the hardware modules in the primary controller rack containing the main controller.

    ]]>     The PSM3.1 power supply module provides power to all the hardware modules in the primary controller rack containing the main controller. The module communicates with extension racks through use of the dedicated DEIF internal communication ports. 

    The primary controller rack status and alarms activate the PSM's three relay outputs. There are two ports for internal communication with I/O extension units. PSM3.1 manages the hardware module self-checks for the rack and includes a power LED. The power supply terminals include circuit protection against load dump transients and JEM177 surge transients (rugged design). These terminals also include battery voltage measurement.

    ]]>     Physical connections
    • Supply
      • 12 or 24V DC Power supply and frame ground
    • 3 x Relays outputs 
      • 30V DC, 1A
      • 1 × Status OK (fixed), and 2 × configurable
    • 2 x RJ45 
      • DEIF internal communications ports 

    Protection

    • The power supply inputs are internally protected by a 12 A fuse (not replaceable) (fuse size determined by load dump requirements).

    Supply voltage low alarm

    • The alarm is activated when the power supply voltage is less than the setpoint for the delay time.

    Supply voltage high alarm

    • The alarm is activated when the power supply voltage exceeds the set point for the delay time.

    Power supply voltage as an analogue output

    • You can configure an analogue output with a function for the power supply voltage. The controller then adjusts the analogue output to reflect the operating value.
    ]]>         19828 983ba502-eda5-4099-a679-8c4da578d983 https://www.deif.com/products/modules/power/psm32/ A PSM 3.2 power supply module is installed in each extension rack to provide power to all the hardware modules in the extension rack.

    ]]>     A PSM 3.2 power supply module is installed in each extension rack to provide power to all the hardware modules in the extension rack. It communicates with the primary controller rack and other extension racks through the use of the dedicated DEIF internal communication ports.

    The extension rack status and alarms activate the PSM's three relay outputs. There are two ports for internal communication with the main controller. PSM3.2 manages the hardware module self-checks for the rack and includes a power LED. The power supply terminals include circuit protection against load dump transients and JEM177 surge transients (rugged design). These terminals also include battery voltage measurement.

    ]]>     Physical connections
    • Supply
      • 12 or 24V DC Power supply and frame ground
    • 3 x Relays outputs 
      • 30V DC, 1A
      • 1 × Status OK (fixed), and 2 × configurable
    • 2 x RJ45 
      • DEIF internal communications ports 

    Protection

    • The power supply inputs are internally protected by a 12 A fuse (not replaceable) (fuse size determined by load dump requirements).

    Supply voltage low alarm

    • The alarm is activated when the power supply voltage is less than the setpoint for the delay time.

    Supply voltage high alarm

    • The alarm is activated when the power supply voltage exceeds the set point for the delay time.

    Power supply voltage as an analogue output

    • You can configure an analogue output with a function for the power supply voltage. The controller then adjusts the analogue output to reflect the operating value.
    ]]>         19798 9e133125-ecd6-4d4e-bde3-241993cd91a1 https://www.deif.com/products/modules/processor-and-communication/pcm31/ Housed in the primary controller rack, the processor and communication module contains the controller's main microprocessor, which runs the controller application software.

    ]]>     Housed in the primary controller rack, the processor and communication module contains the controller's main microprocessor, which runs the controller application software. It includes the Ethernet switch to manage the controller Ethernet connections, with five 100BASE-TX Ethernet connections. It has a Self-check OK LED. It also has two sets of CAN bus terminals and houses the SD card. The PCM3.1 performs time synchronization with an NTP server.

    ]]>     Physical connections
    • 5 x 100BASE-TX Ethernet
      • Service PC
      • Display unit
      • Configurable
        • DEIF network
        • SCADA
        • Alarm Monitoring System
        • Modbus TCP/IP
    • 2 x CAN bus
    • 1 x SD Card*

    Controller temperature too high

    • This is a built-in alarm for the controller internal temperature, as measured on PCM3.1

    PCM3.1 clock battery

    • PCM3.1 includes an internal battery for timekeeping during a power supply failure. If there is no power supplied to the controller or the PCM module, the controller uses the battery power for its internal clock.
    • The PCM clock battery failure alarm is activated when the battery in PCM3.1 needs to be replaced

    *Note: To meet the temperature and EMC specifications, you must use an industrial grade SD card

    ]]>         General safety note 4189341189 UK-FR.pdf https://deif-cdn-umbraco.azureedge.net/media/t3ofzpjw/general-safety-note-4189341189-uk-fr.pdf?rnd=134045044194400000&v=9 bd5c5d87-9036-4df9-881e-cc1bd5ed3b40 MDR-2 Tue, 09 Aug 2022 14:34:38 GMT 2025-10-09T17:26:59+00:00 2025-10-09T17:26:59+00:00 eng document C Other Technical Documentation GPC 300 Data sheet 4921240594 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/odxlqanv/gpc-300-data-sheet-4921240594-uk.pdf?rnd=133578922487600000&v=9 01a8ef68-90b5-42de-a865-5f227726dc91 GPC_300 Fri, 11 Nov 2022 10:41:53 GMT 2024-04-18T05:37:28+00:00 2024-04-18T05:37:28+00:00 eng document F Data Sheet GPC 300 Installation instructions 4189341169 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/j0nlnrrl/gpc-300-installation-instructions-4189341169-uk.pdf?rnd=133578923109830000&v=9 c6b69a56-882b-44be-b273-ee8fc7daf6f2 GPC_300 Fri, 11 Nov 2022 10:46:37 GMT 2024-04-18T05:38:30+00:00 2024-04-18T05:38:30+00:00 eng document E Installation Instructions GPC 300 Operators manual 4189341171 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/anmgjofv/gpc-300-operators-manual-4189341171-uk.pdf?rnd=133578923312400000&v=9 b864581b-00b5-4a41-9919-041db2f69b0b GPC_300 Fri, 11 Nov 2022 10:49:03 GMT 2024-04-18T05:38:51+00:00 2024-04-18T05:38:51+00:00 eng document D Operator's Manual GPC 300 Modbus tables 4189341174 UK.xlsx https://deif-cdn-umbraco.azureedge.net/media/bwvhrgjw/gpc-300-modbus-tables-4189341174-uk.xlsx?rnd=133578923652600000&v=9 9968ab15-2436-4280-975e-17074c89dfd8 GPC_300 Fri, 11 Nov 2022 10:55:59 GMT 2024-04-18T05:39:25+00:00 2024-04-18T05:39:25+00:00 eng document D Communication Multi-line 300 CODESYS Guidelines 4189341175 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/zikfvutu/multi-line-300-codesys-guidelines-4189341175-uk.pdf?rnd=133578924801300000&v=9 d25a14d2-fa74-42b8-a7ce-54eaf5aa6c9a PPU_300 Fri, 20 Nov 2020 14:12:31 GMT 2024-04-18T05:41:20+00:00 2024-04-18T05:41:20+00:00 eng document C User's Manual GPC 300 Designers handbook 4189341168 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/gwfdg11a/gpc-300-designers-handbook-4189341168-uk.pdf?rnd=133578924242000000&v=9 6f338b2d-f860-47ba-a9a4-f7767ba00b39 GPC_300 Tue, 11 Jul 2023 11:33:09 GMT 2024-04-18T05:40:24+00:00 2024-04-18T05:40:24+00:00 eng document D Designer's Handbook ML 300 EPLAN with macro.zip https://deif-cdn-umbraco.azureedge.net/media/kbzpucp2/ml-300-eplan-with-macro.zip?rnd=133630896412930000&v=9 09fa7348-b7fc-4ae7-be3a-2861f79a53fb PPM_300 Thu, 06 Jun 2024 16:04:50 GMT 2024-06-17T09:20:41+00:00 2024-06-17T09:20:41+00:00 eng document B Drawings ML 300 DU 300 2D PDF.pdf https://deif-cdn-umbraco.azureedge.net/media/00wl4uk3/ml-300-du-300-2d-pdf.pdf?rnd=133627436173830000&v=9 51afadce-e35d-45f0-bbe4-bec59c719f37 PPM_300 Thu, 13 Jun 2024 09:13:37 GMT 2024-06-13T09:13:37+00:00 2024-06-13T09:13:37+00:00 eng document B Drawings ML 300 DU 300 3D STEP-file.zip https://deif-cdn-umbraco.azureedge.net/media/v2gj0uch/ml-300-du-300-3d-step-file.zip?rnd=133627449803330000&v=9 508d0db7-7047-49bb-8e6a-7e14e02e9c4a PPM_300 Thu, 13 Jun 2024 09:18:37 GMT 2024-06-13T09:36:20+00:00 2024-06-13T09:36:20+00:00 eng document A Drawings PICUS manual 4189341362 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/amjldxj2/picus-manual-4189341362-uk.pdf?rnd=134249763047700000&v=9 dda1131b-203c-482b-b125-6dacb2d293e0 iE_250 Fri, 28 Jun 2024 12:56:57 GMT 2026-06-03T16:05:04+00:00 2026-06-03T16:05:04+00:00 eng document I User's Manual CE DoC 4910290104 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/2ebnavm3/ce-doc-4910290104-uk.pdf?rnd=134127004733170000&v=9 55d002f9-949d-40aa-95de-9d8a3911c3c3 PPM_300 Wed, 19 Jan 2022 07:39:01 GMT 2026-01-12T14:07:53+00:00 2026-01-12T14:07:53+00:00 eng document J Approvals/Certifications UKCA DoC 4910290604 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/duqb1yxp/ukca-doc-4910290604-uk.pdf?rnd=133743430663030000&v=9 e21d2105-e3ef-4eff-9acb-c8eb2b3d9e98 PPM_300 Wed, 19 Jan 2022 07:40:55 GMT 2024-10-25T15:17:46+00:00 2024-10-25T15:17:46+00:00 eng document B Approvals/Certifications PICUS manual 4189341362 BR.pdf https://deif-cdn-umbraco.azureedge.net/media/wkxp1ktj/picus-manual-4189341362-br.pdf?rnd=134151908179400000&v=9 aaedafaa-fd69-4d1d-be00-8ab48d3c6e91 iE_250 Mon, 28 Oct 2024 13:16:41 GMT 2026-02-10T09:53:37+00:00 2026-02-10T09:53:37+00:00 por document C User's Manual DNV TAA00003FC UK.pdf https://deif-cdn-umbraco.azureedge.net/media/k5zifs1c/dnv-taa00003fc-uk.pdf?rnd=134100413407270000&v=9 cb82f24f-b762-42a8-af5c-122843132546 iE_350_MARINE Fri, 08 Nov 2024 13:07:02 GMT 2025-12-12T19:29:00+00:00 2025-12-12T19:29:00+00:00 eng document B Approvals/Certifications Omni Engine interface communication 4189341306 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/vtaghavu/omni-engine-interface-communication-4189341306-uk.pdf?rnd=134193404381930000&v=9 8263c0b4-d9b4-48f2-a24c-a76ffbf31cc1 GPC_300 Mon, 16 Dec 2024 13:38:54 GMT 2026-03-30T10:33:58+00:00 2026-03-30T10:33:58+00:00 eng document I Communication DU 300 2D CAD drawing.dwg https://deif-cdn-umbraco.azureedge.net/media/vgohijm5/du-300-2d-cad-drawing.dwg?rnd=133864288628800000&v=9 25749cb1-629f-4e0f-9537-33f7dfa6b84c PPM_300 Fri, 14 Mar 2025 12:27:42 GMT 2025-03-14T12:27:42+00:00 2025-03-14T12:27:42+00:00 eng document A Drawings Rack and module PNGs.zip https://deif-cdn-umbraco.azureedge.net/media/0tji2cej/rack-and-module-pngs.zip?rnd=133864290818930000&v=9 088ed2cc-1a89-48c5-b1a7-012c3af2ce4d iE_350 Fri, 14 Mar 2025 12:31:21 GMT 2025-03-14T12:31:21+00:00 2025-03-14T12:31:21+00:00 eng document A Drawings Rack and module SVGs.zip https://deif-cdn-umbraco.azureedge.net/media/ycan4dnw/rack-and-module-svgs.zip?rnd=133864291718370000&v=9 0ddf81d8-ecb6-4338-bf68-8908b91a5b87 iE_350 Fri, 14 Mar 2025 12:32:51 GMT 2025-03-14T12:32:51+00:00 2025-03-14T12:32:51+00:00 eng document A Drawings Rack and module 3D STEP-files.zip https://deif-cdn-umbraco.azureedge.net/media/bprh432z/rack-and-module-3d-step-files.zip?rnd=133864373701330000&v=9 777fe213-8d99-4934-964a-8cc0dd0f0fa7 iE_350 Fri, 14 Mar 2025 14:49:30 GMT 2025-03-14T14:49:30+00:00 2025-03-14T14:49:30+00:00 eng document A Drawings Rack and module 3D PDFs.zip https://deif-cdn-umbraco.azureedge.net/media/jzdgxwz0/rack-and-module-3d-pdfs.zip?rnd=133864374192800000&v=9 db6b4656-cf3a-4b83-9323-aeca2bf83529 iE_350 Fri, 14 Mar 2025 14:50:19 GMT 2025-03-14T14:50:19+00:00 2025-03-14T14:50:19+00:00 eng document A Drawings Rack and module 2D CAD drawings.zip https://deif-cdn-umbraco.azureedge.net/media/42aflssd/rack-and-module-2d-cad-drawings.zip?rnd=133909096380300000&v=9 ca5500ef-f843-499b-adec-3fd17c235398 iE_350 Fri, 14 Mar 2025 14:51:08 GMT 2025-05-05T09:07:18+00:00 2025-05-05T09:07:18+00:00 eng document B Drawings Rack 2D PDFs.zip https://deif-cdn-umbraco.azureedge.net/media/3bafvz31/rack-2d-pdfs.zip?rnd=133864375169270000&v=9 e75a41f0-bdbb-4916-b68d-1d29a2a2ae7b iE_350 Fri, 14 Mar 2025 14:51:56 GMT 2025-03-14T14:51:56+00:00 2025-03-14T14:51:56+00:00 eng document A Drawings Module 3D STEP-files.zip https://deif-cdn-umbraco.azureedge.net/media/mqqb0o53/module-3d-step-files.zip?rnd=133864375685900000&v=9 3b1d207c-38fd-471a-b424-49ddbaf8fbe7 iE_350 Fri, 14 Mar 2025 14:52:48 GMT 2025-03-14T14:52:48+00:00 2025-03-14T14:52:48+00:00 eng document A Drawings iE 250 iE 350 ML300 Modbus Texts 4189341365 UK.xlsx https://deif-cdn-umbraco.azureedge.net/media/4byhj350/ie-250-ie-350-ml300-modbus-texts-4189341365-uk.xlsx?rnd=134212372009000000&v=9 f77470e8-cdfa-45fc-90a2-d1c8908a8736 iE_250 Wed, 14 May 2025 07:11:35 GMT 2026-04-21T09:26:40+00:00 2026-04-21T09:26:40+00:00 eng document F Communication UL CoC E314309-20140627 - UL Listed (2025-05) UK.pdf (1) https://deif-cdn-umbraco.azureedge.net/media/qubdfdng/ul-coc-e314309-20140627-ul-listed-2025-05-uk.pdf?rnd=134106269026370000&v=9 8d32029d-6fa6-4ae5-b9c8-0d58ccb9bc18 iE_350 Fri, 19 Dec 2025 14:08:22 GMT 2025-12-19T14:08:22+00:00 2025-12-19T14:08:22+00:00 eng document A Approvals/Certifications UL CoC E339342-20140927 - UL Listed (2025-11) UK.pdf https://deif-cdn-umbraco.azureedge.net/media/iban3rwl/ul-coc-e339342-20140927-ul-listed-2025-11-uk.pdf?rnd=134106271302800000&v=9 c6de4058-d1cb-43b5-963b-993f2a0aba45 iE_350 Fri, 19 Dec 2025 14:12:10 GMT 2025-12-19T14:12:10+00:00 2025-12-19T14:12:10+00:00 eng document A Approvals/Certifications PICUS manual 4189341362 ES.pdf https://deif-cdn-umbraco.azureedge.net/media/kkfp2omp/picus-manual-4189341362-es.pdf?rnd=134204093382070000&v=9 39fe8b4a-e28f-447a-842c-0a28e35969f3 iE_250 Sat, 11 Apr 2026 19:28:58 GMT 2026-04-11T19:28:58+00:00 2026-04-11T19:28:58+00:00 spa document F User's Manual PICUS manual 4189341362 FR.pdf https://deif-cdn-umbraco.azureedge.net/media/laudkud4/picus-manual-4189341362-fr.pdf?rnd=134204094691230000&v=9 50352940-cd7e-4359-915f-5b1fcbd3cd90 iE_250 Sat, 11 Apr 2026 19:31:09 GMT 2026-04-11T19:31:09+00:00 2026-04-11T19:31:09+00:00 fra document F User's Manual PICUS manual 4189341362 IT.pdf https://deif-cdn-umbraco.azureedge.net/media/dj5g55u5/picus-manual-4189341362-it.pdf?rnd=134204096073700000&v=9 fe6f7e02-389f-478b-a1e5-09a309c47260 iE_250 Sat, 11 Apr 2026 19:33:27 GMT 2026-04-11T19:33:27+00:00 2026-04-11T19:33:27+00:00 ita document F User's Manual PICUS manual 4189341362 DE.pdf https://deif-cdn-umbraco.azureedge.net/media/oojkkmu1/picus-manual-4189341362-de.pdf?rnd=134243621841100000&v=9 32a5926b-5e9b-4658-ba6c-a99dc7996c87 iE_250 Wed, 27 May 2026 13:29:31 GMT 2026-05-27T13:29:44+00:00 2026-05-27T13:29:44+00:00 deu document F User's Manual Multi-line 300 GPC 300 ver. 1.x.x. - v1.0.28.2 https://www.deif.com/software/multi-line-300-gpc-300-ver-1xx/1-0-28-2/ d2599188-84e6-4f88-8146-9ff94276f886 2026-03-16T00:00:00+00:00 software-version Multi-line 300 GPC 300 ver. 1.x.x. General Software 1.0.28.2 current 1.0.28.2 based on 1.0.28.0

    Corrections

    • Fixed the EtherCAT® configuration handling to prevent unsafe behaviour.
    ]]>         PICUS ver. 1.x.x. - v1.0.27.0 https://www.deif.com/software/picus-ver-1xx/1-0-27-0/ 3f21e26d-7dc7-43ca-a894-3be4f22b8383 2026-06-10T00:00:00+00:00 software-version PICUS ver. 1.x.x. Utility Software 1.0.27.0 current New features
    • Improved user confidence and reduced commissioning errors by ensuring that graphs immediately reflect parameter changes, enabling visual validation before committing the configuration to the controller.
    • Enhanced operational flexibility and system clarity by allowing users to define which controllers are actively controlled and which are feedback-only, supporting safer and more transparent system setups.
    • Increased data readability and analysis accuracy by optimising grid scaling on ROCOF graphs, enabling better interpretation of system behaviour.

    Corrections

    • Restored expected workflow behaviour by fixing an issue where “continue without saving” had no effect.
    • Improved configuration usability by re-enabling feedback buttons in the application configuration.
    • Enhanced workflow stability by preventing automatic switching to “view all” when saving parameter changes.
    • Ensured accurate system status visibility by fixing delayed controller-ready updates during application creation.
    • Improved navigation consistency by preventing unexpected jumps to the top menu during adjustments.
    • Strengthened configuration reliability by resolving an issue related to the Plant ID.
    • Improved consistency of configuration workflows by fixing a copy-paste-related feedback configuration error. 
    • Ensured accurate system representation by correcting the display of active local sources.
    • Increased functional flexibility by enabling proper differentiation between GOV and AVR outputs (PWM/AO).
    • Restored expected configuration behaviour by enabling component label renaming.
    • Improved parameter accuracy by correcting misleading boolean parameter information.
    • Strengthened system monitoring by restoring visibility of application supervision alarms.
    • Improved application stability by resolving start-up issues on new PCs and laptops.
    ]]>         Multi-line 300 GPC 300 ver. 1.x.x. CODESYS libraries - v1.0.27.0 https://www.deif.com/software/multi-line-300-gpc-300-ver-1xx-codesys-libraries/1-0-27-0/ eba46bca-19b0-45c6-97f9-41eaa2c816cd 2024-02-09T00:00:00+00:00 software-version Multi-line 300 GPC 300 ver. 1.x.x. CODESYS libraries CODESYS development tools 1.0.27.0 current Package consist of the following:
    • CODESYS IDE libraries for GPC 300 v. 1.0.27.0
    ]]>