Many products are not yet on the shelves. Please contact us for more products.

　　If the product model is inconsistent with the display picture, the model shall prevail. Please contact us for specific product pictures, and we will arrange to take photos in the warehouse for confirmation.

　　We have 76 shared warehouses around the world, so sometimes it may take several hours to accurately return to you, please understand. Of course, we will respond to your concerns as soon as possible.

　　1044500040C  DPD 99158 Other names:

　　Control board 1044500040C  DPD 99158

　　1044500040C  DPD 99158 input and output board

　　Analog board 1044500040C  DPD 99158

　　DEIF 1044500040C  DPD 99158 PCB board is a high-performance control module designed by Denmark's DEIF company for ship automation systems, with the following core parameters:

　　Power supply and power consumption: 24VDC power supply, power consumption less than 5W, adapted to the low power consumption requirements of ships.

　　Input and output: 8 input channels (support analog and digital quantities), 2 relay outputs (maximum load current 2A), can connect a variety of sensors (such as temperature, pressure, liquid level sensors).

　　Communication capability: Equipped with RS-485 interface, supports baud rate of 9600bps to 115200bps, communication distance of up to 1200 meters, compatible with Modbus and other protocols, to realize data interaction between various systems of the ship.

　　Environmental adaptability: working temperature range -40℃ to +85℃, storage temperature -40℃ to +125℃, protection level IP65, anti-vibration, anti-shock, adapt to the extreme environment of the ship.

　　Size and weight: compact design (230mm×160mm×50mm), weight 1.5kg, easy to integrate into the ship control cabinet.

　　Application scenarios and core functions

　　Ship power system monitoring

　　Real-time monitoring of parameters such as voltage, current, frequency, power factor, etc. to ensure stable operation of the power system.

　　Built-in protection functions (such as overvoltage, undervoltage, overcurrent protection), automatically triggering protection measures under abnormal conditions.

　　Engine management and status monitoring

　　Connect engine sensors through digital/analog input interfaces to monitor key indicators such as speed, temperature, and oil pressure.

　　Supports data recording and storage, providing historical data support for engine maintenance.

　　Automation control and integration

　　As the core node of the ship automation system, it communicates with navigation, alarm, propulsion systems, etc. through RS-485.

　　The programmable logic control (PLC) function realizes equipment linkage (such as automatic start and stop, fault switching).

　　Data recording and remote monitoring

　　The built-in storage module records ship operation data and supports remote access and data analysis.

　　Transmit data to the monitoring center through the communication interface to achieve shore-based remote management.

　　Technical advantages and innovations

　　Modularity and scalability

　　Adopting modular design, users can configure input/output modules according to needs to support system expansion.

　　Provides standard interfaces for easy integration with other ship equipment (such as PLC, HMI).

　　High reliability and durability

　　Industrial-grade component selection, strong anti-electromagnetic interference (EMI) capability, adapting to the complex electromagnetic environment of ships.

　　Wide temperature operating range and IP65 protection level ensure long-term stable operation in humid and salt spray environments.

　　User-friendly and programmable

　　Equipped with touch screen or key operation interface, supporting parameter configuration and fault diagnosis.

　　Provide programming software (such as DEIF ASCI), users can customize control logic and protection strategy.

　　Data security and communication redundancy

　　Support data encryption transmission to ensure ship network security.

　　Optional dual communication interface to achieve main and standby channel redundancy and improve system reliability.

　　Typical application scenarios

　　Ship automation system:

　　Power management: monitor the voltage, current, frequency and other parameters of the generator set to achieve automatic paralleling and load distribution.

　　Engine monitoring: collect temperature and pressure signals through analog input, and control the cooling system in combination with relay output.

　　Safety protection: detect abnormal working conditions (such as overvoltage and underfrequency), trigger protection actions to prevent equipment damage.

　　Industrial control field:

　　Production line automation: connect sensors and actuators to achieve closed-loop control of material sorting, quality inspection and other links.

　　Energy management: integrated into the smart meter system to record electricity consumption data and optimize energy consumption strategies.

　　Special environment applications:

　　Polar research vessels: Stable operation in low temperature environment (-40℃), supporting power system redundancy design.

　　Offshore platform: Anti-salt spray corrosion design, long-term exposure to high humidity environment can still maintain performance.

　　User evaluation and industry recognition

　　Protection function: Users feedback that its multiple protection mechanisms effectively reduce the risk of equipment damage and improve the safety of ship operation.

　　Operation convenience: The intuitive user interface and programmability are well received, simplifying the system debugging and maintenance process.

　　Industry application: Widely used in merchant ships, offshore ships, cruise ships and other fields. Typical cases include Indian tanker alarm system upgrades and Croatian ship design institute open source solutions.

　　Future development trends

　　Intelligent upgrade:

　　The next generation of products is expected to integrate edge computing chips to achieve local AI decision-making (such as predictive maintenance).

　　Support 5G communication modules to improve the real-time performance of remote monitoring.

　　Green design:

　　Comply with RoHS standards and adopt lead-free technology.

　　Optimize the power management circuit, and the standby power consumption is expected to drop below 3W.

　　DEIF 1044500040C  DPD 99158 PCB board has become the preferred solution in the field of industrial control and ship automation due to its high reliability, ease of use and scalability. When selecting, users should combine the specific application scenarios, weigh the cost, function and maintenance requirements to achieve the best system match.

　　All products on this website are special products, and the market price has been fluctuating.

　　The specific quotation is subject to customer service, because the product is a new product and the price is not real.

　　Please confirm the model and product, price and other detailed information with customer service before placing an order. The website has been used.

　　New ones are on sale, please contact customer service for communication.

Related product recommendations:
DEIF APU-4
AGI 115-2 1241000013A 
AGI 107-2 1241000011A
AGI-107 LCD 1241000001A
AGI 110-2 1241000014A
ACV-3TR 859517
PCM 41 2044230010 G
DEIF IOM230
DEIF MTR-2F-215
DEIF XDI192-NAVI
AGC 252 1044540020F
VTR-3 SERNO05083
DEIF AGI 107-2
GPC/GS W0CH 5421
TAX 312DG 40769610
DEIF HAS-2N
PCM3.1 DEIF
CRM-1 DEIF
More......