FAULT CODES

HOW TO RECOGNIZE A FAULT CODE

When a fault has occurred, the DishDrawer® will continuously beep every second. Each fault code is shown in the following chart.

HOW TO ATTEND TO A FAULT CODE

1Press the button to remove the fault code.

2If the fault code and continuous beeps cannot be removed by pressing the button, turn the power off at the power supply.

3We recommend you check the following chart and correct the fault where possible.

4After attending to the fault, turn the DishDrawer® on at the power supply.

5If the fault code and continuous beeps remain, turn the water and power supply off to the DishDrawer®.

6When calling your Authorized Service Center advise them of the fault code that has appeared on the DishDrawer®. This information will help the Authorized Service Center respond to your request.

FAULT CODES

POSSIBLE CAUSES

WHAT TO DO

F1

Flood switch has been

Turn the water and power supply to the

 

activated.

DishDrawer® off and call your Authorized

 

 

Service Center.

F2

Motor problem.

Call your Authorized Service Center.

F3

Temperature sensor failed.

1 Ensure water coming in through the

 

 

inlet hose is not hotter than 65oC. You

may need to install a tempering valve on your water supply.

2 Call your Authorized Service Center.

F4

F9

U1

Faulty temperature sensor

Call your Authorized Service Center.

or element

 

 

Electronics malfunction.

Call your Authorized Service Center.

Fill Fault

1

Turn the DishDrawer® water supply

 

 

on.

 

2

Ensure the spray arm can rotate about

 

 

the center, and if the DishDrawer®

 

 

is full of water, it will need to be

 

 

emptied manually.

 

3

Call your Authorized Service Center.

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DCS DD124, DD224 manual Fault Codes, HOW to Recognize a Fault Code, HOW to Attend to a Fault Code

DD124, DD224 specifications

DCS DD224 and DCS DD124 are advanced destroyers designed to meet modern naval warfare requirements. These vessels are built for high-performance operations and are equipped with a myriad of cutting-edge technologies to enhance their combat capabilities.

One of the standout features of the DCS DD224 and DD124 is their stealth technology. These destroyers are designed with a low radar cross-section, making them harder to detect by enemy radar systems. This stealth capability is crucial for conducting surprise attacks and naval maneuvering in contested waters.

Both destroyers are equipped with state-of-the-art weapon systems, including vertical launch systems capable of firing a range of missiles, such as anti-ship, air defense, and land-attack missiles. The multi-role capability of these vessels makes them suitable for various mission profiles, from anti-surface warfare to anti-air operations and even humanitarian assistance.

The sensor suite of DCS DD224 and DD124 includes advanced radar systems, such as phased-array radars that provide 360-degree coverage. These radar systems offer tracking and targeting capabilities for aerial threats, surface vessels, and submarines. Additionally, the ships are equipped with an integrated combat management system, which enables efficient decision-making and coordination among various onboard systems.

To enhance their operational efficiency, both destroyers are powered by combined diesel and gas (CODAG) propulsion systems. This configuration provides a good balance between speed and fuel efficiency, allowing them to reach high speeds of up to 30 knots. The propulsion system is designed for endurance, enabling long-distance missions without frequent refueling.

Furthermore, the DCS DD224 and DD124 feature advanced communication systems that ensure seamless connectivity with other naval assets. This capability is critical for modern naval operations, allowing for real-time information sharing and coordination during joint exercises or combat scenarios.

The onboard living conditions for the crew are also designed with comfort in mind, featuring modern amenities that help reduce fatigue during extended deployments. Overall, the DCS DD224 and DD124 represent a significant advancement in naval destroyer design, integrating technology, versatility, and operational effectiveness to meet the challenges of contemporary maritime warfare.