AMC 300 https://deif-staging.jcdhotel.dk/products/amc-300-advanced-programmable-controller/ Advanced Programmable Controller en Thu, 18 Jun 2026 05:14:12 GMT Active 41c28490-46c0-4597-afa3-8669b030e7c8 The robust and flexible AMC 300 controller allows you to build resilient solutions for marine and offshore applications. Designed by marine engineers for marine engineers, the Linux-based PLC platform includes industry-proven technologies like EtherCAT and is easy to specify, install, and maintain. The modular architecture ensures maximum design flexibility, and the rugged design and cutting-edge cyber security features ensure years of resilient and trouble-free operation.

]]> Robust right out of the box

The AMC 300 is designed to get the job done, even in harsh conditions. Fully functional from -40 °C, the controller can start-up by self-heating and control and do surveillance of auxiliary equipment from this extreme temperature. The base-mounted rack and sturdy metal cabinet give it superior bump, 50G shock, and vibration resistance properties during operation and transportation. For example, the rack is mounted with a large screw on the switchboard's back plate, so that the unit cannot fall off the DIN rails after transportation.

The flanges ensure improved grounding, increasing protection against electrical disturbances. The backplane interconnection of the I/O modules ensures reliable communication in harsh environments. Built-in components provide efficient protection of power supply and I/O circuits against lightning impacts. The AMC 300 is immune to ESD bursts at a level conforming to international standards, reducing the risk of damaged terminals.

All units are fully production tested and verified at the factory through HALT (Highly Accelerated Life Testing), and the Linux-based platform provides fail-safe and robust system software. These and other features add up to a lifetime of at least 10 years for the AMC 300, plus supreme robustness which reduces service and downtime costs.

Flexible solution design options

The modular architecture of the AMC 300 allows you to use it for compact, flexible, and service-friendly solutions – from simple plug-and-play rack modules to cabling with pluggable connectors. Its native EtherCAT fieldbus supports several hundreds of I/O points through a modular concept with distributed nodes based on EtherCAT and supporting EtherCAT cable redundancy. As a result, you have complete freedom to place multiple I/O nodes in different physical locations to reduce cabling, and the built-in 5-port switch of the PCM3.1 module can be configured with individual VLANs, saving the cost of external equipment.

The fully open Linux software platform gives you full access to system setup, and you can take advantage of the great amounts of Linux documentation and support available online. The controller is based on CODESYS V3 and supports IEC 61131-3 programming. This ensures easy programming and configuration, and you can easily reuse existing PLC code if converting from other PLC solutions, giving you complete freedom to choose your preferred hardware vendor. You can configure the AMC 300 remotely using a browser. The device is discoverable using its host name, and remote visualisation is possible via TCP/IP.

Despite these flexible hardware and software options, installing the AMC 300 is very easy: It comes pre-assembled in racks according to your configuration requirements. You do not have to assemble the controller yourself and can complete your sourcing process without assembly and testing.

Performance and system design freedom

The high-speed EtherCAT fieldbus on the AMC 300 is fast enough to handle distributed I/O with one main controller and hundreds of distributed analogue and digital I/O and communication channels in multiple locations. You get the same update speed for local and distributed I/O nodes in an external network.

The system software launches very quickly and offers fail-safe start-up with two operating system images separated from the application. If one image fails to start up the AMC 300, the controller falls back to the other image and completes start-up. Each image can be updated remotely. After a successful start-up after an image update, the new image can be set as active. The AMC 300 uses a special file system that tolerates sudden loss of power and monitors itself for errors.

The high-performance features of the AMC 300 also include direct 690 VAC 3-phase grid measurement, allowing you to measure voltage and frequency in a wide range from 2 to 897 VAC.

Built-in operational cyber security features

With connected and online controllers, operational security is critical. The Linux system in the AMC 300 provides cutting-edge security features. For example, boot and firmware updates can only be carried out with signed update packages. By default, there is only one user (admin) account on the AMC 300. Still, you can create and manage multiple users and access rights to ensure that the necessary users can handle the unit while protecting the AMC 300 from unauthorised access.

CODESYS web visualisation is managed through certificate handling via the system web page. Authentication keys are added via system web configuration, and the AMC 300 builds on standard secure file transfer and access protocols like SSH and SCP. Finally, the Linux system is less vulnerable to ordinary computer virus attacks than Windows-based PLCs.

Service-friendly, now and in future

With a design lifetime of no less than 10 years, the AMC 300 is with you for the long haul. Combined with its robust construction and reliable performance, you get years of uninterrupted operation with little need of service, maintenance, or repairs. If spare parts do become necessary, we have you covered: The AMC 300 uses few spare parts thanks to its modular and multi-functional architecture, and new parts can be supplied quickly if needed. We offer a 10-year spare part supply warranty so you can keep your parts stock up to date.
All software updates are handled by the AMC 300 itself with no need of user intervention. No special tools are required; the new software update files are uploaded via the system web configuration pages.
Like all other DEIF products, the AMC 300 comes with our 2-year warranty (not including wear parts) which can optionally be prolonged to 3 years.

Linux® is the registered trademark of Linus Torvalds in the U.S. and other countries.

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  • Fully production tested control system units
  • Designed for a lifetime no less than 10 years @ 40 ºC
  • Suitable for Offshore, Marine and near shore environments
  • Superior robustness to vibrations, bumps and shocks
  • Better ESD protection, Surge protection of I/O and Power supply
  • Warranty: 2 years (not including wearable parts) with option to 3 years.

  • Core specifications:
    • Cold start-up/Operating temperature: -40 to 70 °C
    • Storage temperature: -40 to 85 °C
    • Climate: 55 °C 97 % RH condensing
    • Altitude: < 4000 m
    • Vibration : 2.1 g (3.2 to 50 Hz) 1.0g (13.2 to 100 Hz)
    • Shock: 50 g, 11 ms, half sine
    • Bump: 25 g, 6 ms, half sine

  • Multifunction I/O modules with 24V DC Digital Inputs, Digital Outputs, Relay Outputs, Voltage / Current Analogue Inputs, Thermocouples, PT100/1000 inputs, Frequency Counter inputs, PWM outputs.
  • Direct 3-phase 690 V voltage and 1/5A current measurement with class 0.5 Power measurement
  • Modular I/O concept with distributed I/O nodes based on Standard EtherCAT and supporting EtherCAT cable redundancy
  • CAN/CANopen, TCP/IP, RS-422/485 serial communication interfaces
  • Operating system software with fail-safe update
    • DEIF In-house maintained OS
    • Real-time Patched Linux
    • Discover the device via hostname (mDNS services)
    • Web based configuration
    • Simplified update procedures (no special tools, same for OS and firmware)
    • Secured Certificated based access by standard protocols
    • Customer manages all users, rights and credentials
    • Network config on build-in 5 port switch (VLANs)
    • Network Time protocol support as both Client and Server
    • Fail-safe system software start up with two OS images (active and fault-back)
    • Fault-tolerant file system
    • Open software development with Linux, CODESYS V3 (IEC 61131-3)
      • Regular updates to newest CODESYS V3.5 Service Packs
      • Modbus TCP Client and Server library
      • OPC UA Server (Open62541) library
    ]]>     19809 e7d6a9be-5db8-486f-a84a-2b00bb57a2f3 https://deif-staging.jcdhotel.dk/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.
    ]]>         19817 0c81b3cd-00c7-4b74-9429-2bc10c289284 https://deif-staging.jcdhotel.dk/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
    ]]>         19805 d9b4c8f7-f1f3-4ec3-87cc-26f35ec445db https://deif-staging.jcdhotel.dk/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

    ]]>         19785 40ba01dd-7c89-41f1-bbaa-25d199d19049 https://deif-staging.jcdhotel.dk/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://deif-staging.jcdhotel.dk/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://deif-staging.jcdhotel.dk/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://deif-staging.jcdhotel.dk/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://deif-staging.jcdhotel.dk/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://deif-staging.jcdhotel.dk/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://deif-staging.jcdhotel.dk/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

    ]]>         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 Mon, 12 Jan 2026 14:07:53 GMT 2026-01-12T14:07:53+00:00 2026-01-12T14:07:53+00:00 eng document J 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 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 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 Thu, 09 Oct 2025 17:26:59 GMT 2025-10-09T17:26:59+00:00 2025-10-09T17:26:59+00:00 eng document C Other Technical Documentation AMC 300 Installation instructions 4189341265 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/htqnf2ht/amc-300-installation-instructions-4189341265-uk.pdf?rnd=134000753765870000&v=9 f0c2e124-dff3-43e6-87ea-f4233afdd232 AMC_300 Tue, 19 Aug 2025 11:09:36 GMT 2025-08-19T11:09:36+00:00 2025-08-19T11:09:36+00:00 eng document H Installation Instructions ABS 25-0278636-1-1-PDA UK.PDF https://deif-cdn-umbraco.azureedge.net/media/qgpd52q2/abs-25-0278636-1-1-pda-uk.pdf?rnd=133971461543800000&v=9 f23f9f99-fb1c-4f60-9091-c21f253348b6 PPM_300 Wed, 16 Jul 2025 13:29:14 GMT 2025-07-16T13:29:14+00:00 2025-07-16T13:29:14+00:00 eng document A Approvals/Certifications 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 Mon, 05 May 2025 09:07:18 GMT 2025-05-05T09:07:18+00:00 2025-05-05T09:07:18+00:00 eng document B 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 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 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 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 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 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 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 Fri, 25 Oct 2024 15:17:46 GMT 2024-10-25T15:17:46+00:00 2024-10-25T15:17:46+00:00 eng document B Approvals/Certifications CODESYS Guidelines for AMC 300, AMC 600, AWC 500, iE 250 4189341353 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/tnrgl2pt/codesys-guidelines-for-amc-300-amc-600-awc-500-ie-250-4189341353-uk.pdf?rnd=133688813143630000&v=9 f1656283-def3-45ff-94dd-c9158d91b9e2 AMC_300 Fri, 23 Aug 2024 10:08:34 GMT 2024-08-23T10:08:34+00:00 2024-08-23T10:08:34+00:00 eng document A User's Manual CRS 03-002045-031724 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/3f1gpovz/crs-03-002045-031724-uk.pdf?rnd=133646646470430000&v=9 ba6776f1-d5b9-478b-b20f-9589d55bd147 GPU_300 Fri, 05 Jul 2024 14:50:47 GMT 2024-07-05T14:50:47+00:00 2024-07-05T14:50:47+00:00 eng document A Approvals/Certifications BV 42536 C0 BV UK.PDF https://deif-cdn-umbraco.azureedge.net/media/o50d5sid/bv-42536-c0-bv-uk.pdf?rnd=133578926123670000&v=9 c93ff56f-3803-401b-8f61-dc5f016571e2 PPM_300 Thu, 18 Apr 2024 05:43:32 GMT 2024-04-18T05:43:32+00:00 2024-04-18T05:43:32+00:00 eng document A Approvals/Certifications AMC 300 Data sheet 4921240613 FR.pdf https://deif-cdn-umbraco.azureedge.net/media/so1aguln/amc-300-data-sheet-4921240613-fr.pdf?rnd=133578924451970000&v=9 5103b68b-276d-489d-9547-3bb5ce2e85f4 AMC_300 Thu, 18 Apr 2024 05:40:45 GMT 2024-04-18T05:40:45+00:00 2024-04-18T05:40:45+00:00 fra document G Data Sheet DNV TAA00002YK_1 UK.PDF https://deif-cdn-umbraco.azureedge.net/media/jvqbiae3/dnv-taa00002yk_1-uk.pdf?rnd=133578924203430000&v=9 00146155-659d-4f42-982c-cf1a7eb32cc8 AMC_300 Thu, 18 Apr 2024 05:40:20 GMT 2024-04-18T05:40:20+00:00 2024-04-18T05:40:20+00:00 eng document A Approvals/Certifications AMC 300 CODESYS guidelines 4189341271 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/igljxdov/amc-300-codesys-guidelines-4189341271-uk.pdf?rnd=133578924156230000&v=9 8d9b9659-96d5-4642-a7fa-285b4acd599b AMC_300 Thu, 18 Apr 2024 05:40:15 GMT 2024-04-18T05:40:15+00:00 2024-04-18T05:40:15+00:00 eng document F User's Manual AMC 300 User manual 4189341264 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/oh5j1cjf/amc-300-user-manual-4189341264-uk.pdf?rnd=133578923792600000&v=9 899dff69-d425-481c-9b27-7adcc399c207 AMC_300 Thu, 18 Apr 2024 05:39:39 GMT 2024-04-18T05:39:39+00:00 2024-04-18T05:39:39+00:00 eng document C User's Manual AMC 300 Data sheet 4921240613 UK.pdf https://deif-cdn-umbraco.azureedge.net/media/ykonzpxe/amc-300-data-sheet-4921240613-uk.pdf?rnd=133578923102070000&v=9 bedc9cda-78e4-433f-ae7e-42f4e37696c0 AMC_300 Thu, 18 Apr 2024 05:38:30 GMT 2024-04-18T05:38:30+00:00 2024-04-18T05:38:30+00:00 eng document G Data Sheet AMC 300 PCM3.1 Code package (CODESYS SP15 Patch 20) - v4.0.4.0 https://deif-staging.jcdhotel.dk/software/amc-300-pcm31-code-package-codesys-sp15-patch-20/4040/ 4e5e0224-83be-4863-b1a5-e900ef86d7fa 2021-11-24T00:00:00+00:00 software-version AMC 300 PCM3.1 Code package (CODESYS SP15 Patch 20) 4.0.4.0 current Changes:
    • Enabled SCP and SFTP from customer services/application
    • Firewall extended to allow CODESYS PLC handler communication
    • Support for GAM 3.1 modules is added
    • Network configuration improved to only show "save to startup" if there is a change pending, and IP is routable
    • Reset and factory reset added to web app. Permission limited to admin only.
    ]]>         AMC 300 CODESYS TSP (SP15 Patch 20) - v1.3.0.7 https://deif-staging.jcdhotel.dk/software/amc-300-codesys-tsp-sp15-patch-20/1-3-0-7/ 0bc1c39d-e872-477a-9c66-3ec6936717bd 2023-04-20T00:00:00+00:00 software-version AMC 300 CODESYS TSP (SP15 Patch 20) 1.3.0.7 current Target Support Package for installation in CODESYS.

    This version relates specific to CODESYS ver. 3.5.15.20

     

    Updates

    • Open62541 upgraded to v1.3.4.

     

    New features

    • CODESYS run-time v3.5.18.40.
    • Added support for CODESYS OPC UA Client SL.
    • Added support for CODESYS OPC UA Server SL.
    • Added support for CODESYS RTU Master.
    • Added support for CODESYS RTU Slave.

     

    Corrections

    • Fixed unresolved references in CmpFFT library.
    • Deprecated DEIF_FileIO.compiled-library.
    • Updated libModbus to v1.1.0.5, and removed dependency on CODESYS standard library.

    ]]>         AMC 300 CODESYS TSP (SP18 Patch 40) - v1.3.0.7 https://deif-staging.jcdhotel.dk/software/amc-300-codesys-tsp-sp18-patch-40/1-3-0-7/ e76e3feb-6bdf-43e5-ba16-7677aad23930 2023-06-22T00:00:00+00:00 software-version AMC 300 CODESYS TSP (SP18 Patch 40) 1.3.0.7 current Target Support Package for installation in CODESYS.

    This version relates specific to CODESYS ver. 3.5.18.40

     

    Updates

    • Open62541 upgraded to v1.3.4.

     

    New features

    • CODESYS run-time v3.5.18.40.
    • Added support for CODESYS OPC UA Client SL.
    • Added support for CODESYS OPC UA Server SL.
    • Added support for CODESYS RTU Master.
    • Added support for CODESYS RTU Slave.

     

    Corrections

    • Fixed unresolved references in CmpFFT library.
    • Deprecated DEIF_FileIO.compiled-library.
    • Updated libModbus to v1.1.0.5, and removed dependency on CODESYS standard library.

    ]]>         AMC 300 CODESYS TSP (SP19 Patch 60) - v1.3.0.18 https://deif-staging.jcdhotel.dk/software/amc-300-codesys-tsp-sp19-patch-60/1-3-0-18/ 88fceb8e-c838-4404-889f-c446e3bd9800 2025-01-13T00:00:00+00:00 software-version AMC 300 CODESYS TSP (SP19 Patch 60) 1.3.0.18 current Release of CODESYS runtime v3.5SP19p60 v1.3.0.18 for AMC 300 PCM3.1.

    Note that the downloaded file will contain the TSP and code package.

    [1.3.0.18] - 2024-06-10

    Added

    • Updated CmpXml2 to v3.5.15.1.

    Corrections

    • Fixed issue using CmpXml2 component on PCM6.2.
    • Support for CODESYS runtimes older than v3.5.19.60 has been removed on pcm31bsp4, pcm52, pcm61, and pcm62bsp3.

    [1.3.0.17] - 2024-05-15

    Added

    • Added buildinfo manual step.

    [1.3.0.16] - 2024-05-08

    Added

    • Enforce HTTPS on webvisu.
    • Added IOM32 devdesc 1.0.0.2, Revision=16#01000003.
    • Added PCM61 devdesc 1.0.1.0, Revision=16#00000003.
    • Added PCM62 devdesc 1.0.1.0, Revision=16#00000001.
    • Added PCM62-bsp3 devdesc 1.0.1.0, Revision=16#00000002.

    [1.3.0.15] - 2024-04-22

    Added

    • Enable enforce user management on all targets.
    • Added MIO21 devdesc 1.0.0.1, Revision=16#01000000.
    • Added MIO21 devdesc 1.0.0.0, Revision=16#00010000.

    [1.3.0.14] - 2024-02-29

    Added

    • Added CODESYS runtime 3.5.19.60.

    [1.3.0.13] - 2024-01-31

    • Do not start CODESYS if licence is missing.
    • Off by one.

    [1.3.0.12] - 2024-01-35

    • HF release from branch.

    [1.3.0.11] - 2024-01-25

    • Do not start CODESYS if licence is missing.

    [1.3.0.10] - 2024-01-04

    Added

    • Updated ACM31 devdesc to v5.1.0.0.
    • Updated IOM32 devdesc to v1.0.0.4.
    • Added LibModbus version 1.1.0.6. Fix connection return value truncated to 0.
    • Added CODESYS supplement for licences on iMX8.

    [1.3.0.9] - 2023-10-24

    Added

    • Added iE BSP component.
    • Updated TIM61 devdesc to v1.0.1.1, revision 4.
    • Updated AIO61 devdesc to v1.0.1.1, revision 4.
    • Updated DIM61 devdesc to v1.0.0.0, revision 2.
    • Updated DOM61 devdesc to v1.0.0.0, revision 3.
    • Updated DIO61 devdesc to v1.0.1.0, revision 2.
    • Updated DIO62 devdesc to v1.0.0.0, revision 2.

    [1.3.0.8] - 2023-07-07

    Added

    • CODESYS OPC UA Server (SP18 and newer).
    • Updated IFM61 devdesc to v1.1.0.0, revision 9.
    • Updated CMM62 devdesc to v0.9.0.2, revision 2.
    • Updated SIM61 devdesc to v1.0.0.1, revision 2.
    • Updated SIM62 devdesc to v1.0.0.0, revision 2.
    • Updated SIM63 devdesc to v1.0.0.1, revision 2.
    • Added DOM61 devdesc to v0.2.0.0, revision 2.
    • Added DIM61 devdesc to v0.1.0.0, revision 1.
    • Added DIO62 devdesc to v0.1.0.0, revision 1.

    Corrections

    • Renamed CMM62 devdesc to v1.0.0.0 to v0.9.0.1, revision 1.
    • Fixed scan/copy all devices SIM6.2.
    ]]>         AMC 300 CODESYS TSP (SP20 Patch 40) - v1.3.4.0 https://deif-staging.jcdhotel.dk/software/amc-300-codesys-tsp-sp20-patch-40/1-3-4-0/ a5722715-b7ca-4399-9c1a-405671bb00dc 2025-06-30T00:00:00+00:00 software-version AMC 300 CODESYS TSP (SP20 Patch 40) 1.3.4.0 current [1.3.4.0] - 2025-06-03

    Corrections

    • Updated startup parameters for EIM3.1 device description version 2.1.0.1 (Revision = 16#02010000)
    ]]>         AMC 300 CODESYS TSP (SP21 Patch 10) - v1.3.6.0 https://deif-staging.jcdhotel.dk/software/amc-300-codesys-tsp-sp21-patch-10/1-3-6-0/ 3f2470d5-410a-4ef8-9bf1-dd28fcbbbd6d 2025-08-28T00:00:00+00:00 software-version AMC 300 CODESYS TSP (SP21 Patch 10) 1.3.6.0 current [1.3.6.0] - 2025-08-06

    Changes

    • Added DOM6·3 devdesc v1.0.2.1, Revision = 16#00000002

    Corrections

    • Fixed startup parameters IOM3.3 devdesc v1.0.0.2, Revision = 16#01000003
    • Fixed startup parameters IOM3.3 devdesc v1.0.0.4, Revision = 16#01000004

    [1.3.5.1] - 2025-06-24

    Changes

    • Updated CODESYS runtime to v3.5.21.10

    [1.3.5.0] - 2025-06-20

    Changes

    • Removed support for CODESYS runtime v3.5.20.40 from AMC 300, PCM5·2, PCM6·1, PCM2.1, PCM3.3, and PCM6·2
    • Added CODESYS runtime v3.5.21.0
    • Added DIM6·3 devdesc v1.0.2.0, Revision = 16#00000001
    • Added DOM6·3 devdesc v1.0.2.0, Revision = 16#00000001
    • Added ROM6·1 devdesc v1.0.2.0, Revision = 16#00000001
    • Added ROM6·2 devdesc v1.0.2.0, Revision = 16#00000001
    ]]>