STORING ELECTRICAL CHARGE: The E-Line Supercap is an ultra-powerful capacitor with a much higher capacity than traditional capacitors. Energy is stored electrostatically on the surface of the material. NO CHEMICAL REACTIONS: FASTER CHARGE AND DISCHARGE TIMES: Supercapacitors can charge and discharge much faster than batteries, making them ideal for applications that require short, powerful energy bursts. LONGER LIFESPAN: Unlike batteries, which typically last for hundreds to a few thousand charge cycles, supercapacitors can withstand tens of thousands of cycles without significant capacity loss. MORE ENVIRONMENTALLY FRIENDLY: Supercapacitors contain no toxic chemicals, making them a more sustainable and eco-friendly alternative to batteries. SAFE AND RELIABLE: The electrostatic process eliminates the risk of fire or explosion.

De Waal's Easyflow® is the most sustainable and green stirring system available. Already in the fall of 2013, De Waal was the first to market with this novelty. You can achieve no less than 5 to 15 percent fuel savings through a simple conversion to our Easyflow® stirring system. With consistent maneuvering behavior and a quieter home, or time savings if you keep the throttle full. Sometimes soon 1.5 hours on certain stretches. That is only profit. The Stuwa® Easyflow rudders are slimmer than all other rudder types and are positioned further outwards. The rudders are in the zero position just outside the fast flowing screw water. This water flows much faster along the inside of the rudder than on the outside. This creates a considerable overpressure on the inside, and underpressure on the outside. The patented Easyflow airfoil converts this pressure difference into extra thrust. And because the rear of the rudder blade has almost no curved spout, the thrust formed is not disturbed. Optimal ship dynamics!

- 2.200 kg on layer 1 / 1.152 kg on layer 6 - Holdingforce 8.000 kg on layer 1 - Applicable for anchors up to 770 kg - 400V 50Hz 3ph (IP56) - Advised cable ø 18 mm - T5-L2-M5 (according FEM 1.001 en ISO 4301/1) - Usertemperture -10° tot +40° Celsius - Bandbrake with stainless steel spindle - Manual clutch with stainless steel handle - Weight 350 kg - Surface treatment 3- layer RAL5010 + zinc-nickel alloy - Available with capstandhead, cable, controls and extra divide flange on drum

- 2.200 kg on layer 1 / 1.152 kg on layer 6 - Holdingforce 8.000 kg on layer 1 - Applicable for 2x anchors up to 770 kg - 400V 50Hz 3ph (IP56) - Advised cable ø 18 mm - T5-L2-M5 (according FEM 1.001 en ISO 4301/1) - Usertemperture -10° tot +40° Celsius - 2x bandbrake with stainless steel spindle - 2x manual clutch with stainless steel handle - Weight 530 kg - Surface treatment 3- layer RAL5010 + zinc-nickel alloy - Available with capstandhead, cable and controls

Electrical wire anchor winch 2.210 kg on layer 1 / 1.047 kg on layer 6 Holdingforce 11.500 kg on layer 1 Applicable for 2x anchors till 770 kg 3x drums ø 180 x 280 mm (1 executed as fiberrope drum, Dyneema) cable capacity  3x 69 meter cable ø 22 mm on 7 layers + 3 safetywindings 400V 50Hz 3ph (IP56) T1 – L3 - M2 (according FEM 1.001 en ISO 4301/1) Usertemp. -10° tot +40° Celsius 3x manual bandbrake with stainless steel spindle 3x manual clutch with stainles steel handle 2x capstanhead ø 258 mm Surface treatment transmission and drums: 3- layer RAL5010, remaining parts ZnNi treatment Also available with cables, winchcontrols and electrical anchor drop Inlandshipping

4.000 kg on layer 1 / 1.600 kg on layer 6 Holdingforce 11.500 kg on layer 1 Applicable for 2x anchors up to 1.100 kg 400V 50Hz 3ph (IP56) Advised cable ø 26 mm T5-L2-M5 (according FEM 1.001 en ISO 4301/1) Usertemperture -10° tot +40° Celsius 2x bandbrake with stainless steel spindle 2x manual clutch with stainless steel handle Weight 530 kg Surface treatment 3- layer RAL5010 + zinc-nickel alloy Available with capstandhead, cable and controls Inland shipping

5.500 kg on layer 1 / 2.690 kg on layer 6 Holdingforce 15.500 kg on layer 1 Applicable for anchor weigts of max. 1.800 kg 400V 50Hz 3ph (IP56) Cableø 28 mm (advice!) T1 – L3 – M2 (acc. FEM 1.001 and ISO 4301/1) Using temp. range -10° tot +40° Celsius Electrical actuated bandbrake for remote anchor drop Manual clutch with stainless steel handle Weight 730 kg Surface treatment 3- layer RAL5010 + ZnNi (Protalloy treatment) Also available with capstanhead, cable and controls Inlandshipping

Responding to the evolving challenges of both our industry and clients, we introduce a compact version of our EcoMATE™ Performance and Emission Monitoring system, While our existing solution excels in larger seagoing vessels, the limited space and specific operational requirements necessitated reengineering both the hardware and software aspects of our existing solution, resulting in EcoMATE Compact, a web-based solution that effectively merges advanced technology with the practical demands of smaller-river sea vessels. Designed to fit workboats with all engine types, pipe layouts, and flow rates, EcoMATE Compact integrates powerful data analytic capabilities with KROHNE instruments, including our ultrasonic flowmeter, guaranteeing precise consumption measurements.

Technical information (in compliance to IEC 60034 & IEC 60072-1) Construction: - Aluminium housing: frame size 80–160 - Cast iron housing: frame size 80–250 - RAL 5010 - Multi-mount design Bearings: - Sealed bearings 2RS: frame size 80–200 Thermal protection: - PTC thermistors Voltage / Frequency: - 400/690 V Mounting / flanges: - B14A & B14B – flanges: frame size 80–132 - B5 – flange The above specifications represent our standard execution. Additional configurations and technical variations are available on request.

Technical information (in compliance to IEC 60034 & IEC 60072-1) Construction: - Aluminium housing: frame size 80–160 - Cast iron housing: frame size 80–355 - RAL 7030 - Multi-mount design: frame size 80 – 280 (!) Bearings: - Sealed bearings 2RS: frame size 80–200 Thermal protection: - PTC thermistors: frame size 80–355 Voltage / Frequency: - 230/400 V: frame size 80–180 - 400/690 V: frame size 90–355 Mounting / flanges: - B14A & B14B – flange: frame size 80–160 - B5-flange: frame size 80-355 The above specifications represent our standard execution. Additional configurations and technical variations are available on request.

Technical information (in compliance to IEC 60034 & IEC 60072-1) Construction: - Aluminium housing: frame size 80–160 - Cast iron housing: frame size 80–355 - RAL 7030 - Multi-mount design: frame size 80 – 280 (!) Bearings: -Sealed bearings 2RS: frame size 80–200 Thermal protection: - PTC thermistors: frame size 80–355 Voltage / Frequency: - 230/400 V: frame size 80–180 - 400/690 V: frame size 90–355 Mounting / flanges: - B14A & B14B – flange: frame size 80–160 - B5-flange: frame size 80-355 The above specifications represent our standard execution. Additional configurations and technical variations are available on request.

Technical information (in compliance to IEC 60034 & IEC 60072-1) Construction: - Aluminium housing: frame size 63 – 80 - RAL 5014 - Multi-mount design Bearings: - Sealed bearings 2RS Thermal protection: - PTC thermistors Voltage / Frequency: - 230/400 V Mounting / flanges: - B14A & B14B – flange - B5 – flange The above specifications represent our standard execution. Additional configurations and technical variations are available on request.

echnical information (in compliance to IEC 60034 & IEC 60072-1) Construction: - Aluminium housing: frame size 80–160 - Cast iron housing: frame size 80–355 - RAL 7030 - Multi-mount design: frame size 80 – 280 (!) Bearings: - Sealed bearings 2RS: frame size 80–200 Thermal protection: - PTC thermistors: frame size 80–355 Voltage / Frequency: - 230/400 V: frame size 80–180 - 400/690 V: frame size 90–355 Mounting / flanges: - B14A & B14B – flange: frame size 80–160 - B5-flange: frame size 80-355 The above specifications represent our standard execution. Additional configurations and technical variations are available on request.