Viking VHMM5. VHMD9 instruction

Chocolate Chip and Dried Cherry Oatmeal Cookies

Makes 2 dozen cookies

1 cup all-purpose flour

¼teaspoon baking powder

½ teaspoon baking soda

¼teaspoon fine salt

½stick unsalted butter, softened

¼ cup canola oil

½(packed) cup light brown sugar

½cup granulated sugar

1 large egg

¾teaspoon vanilla extract 1 cup rolled oats

½ cup semisweet chocolate chips

¼ cup dried cherries, roughly chopped

1.Preheat oven to 350°F. Line 2 baking sheets with parchment paper.

2.Using hand mixer on low speed, combine flour, baking powder, baking soda and salt in a small bowl; set aside.

3.Using hand mixer on low speed, beat butter, oil, brown sugar and granulated sugar for 30 seconds in a large bowl. Increase speed to high and continue beating until light and fluffy, about 5 minutes. (Note: Scrape down sides of bowl as needed throughout process.)

4.Reduce speed to medium; add egg and vanilla, and beat until evenly mixed.

5.Reduce speed to low, and carefully add flour mixture in 3 additions, making sure each addition is mixed well. Add oats, chocolate chips and dried cherries, and mix to combine.

6.Drop level tablespoonfuls of cookie dough onto prepared cookie sheets, spacing about 2 inches apart. Bake cookies until edges are just beginning to brown, about 12 to 15 minutes. (Note: Do not over-cook! Only edges of cookies should brown.)

7.Remove cookies from oven, and cool on a rack.

VHMM5. VHMD9 specifications

The Viking VHMM5 and VHMD9 are two advanced models in the Viking lineup of marine engines, designed to fulfill the propulsion needs of various types of vessels. These engines are characterized by their robust performance, exceptional fuel efficiency, and innovative technologies that cater to both leisure and commercial marine applications.

The Viking VHMM5 engine is well-known for its impressive power output, making it suitable for a wide range of vessels. With a strong emphasis on reliability, the VHMM5 incorporates advanced engineering techniques that enhance its durability and ensure long-lasting performance in demanding marine environments. The engine typically features a multi-cylinder configuration, allowing it to deliver high torque at lower RPMs, which is essential for efficient marine operation. One of the standout technologies in this model is the use of direct fuel injection, which optimizes combustion efficiency and significantly reduces emissions.

In contrast, the Viking VHMD9 takes performance a notch higher, catering primarily to larger vessels requiring more power. This engine boasts a higher displacement capacity, enabling it to generate more horsepower without compromising fuel efficiency. The VHMD9 incorporates a state-of-the-art electronic control unit (ECU) that manages fuel delivery and ignition timing for optimized performance under various load conditions. Another notable feature of the VHMD9 is its sophisticated cooling system, which ensures the engine maintains optimal operating temperatures, even during extended periods of high-demand operation.

Both engine models utilize advanced materials and construction techniques that contribute to their lightweight yet sturdy designs. This makes them not only powerful but also easier to install and maintain. The VHMM5 and VHMD9 demonstrate Viking’s commitment to environmental sustainability, as both engines are designed to meet stringent emissions regulations while still offering competitive performance.

In terms of user experience, both models are equipped with intuitive interfaces that provide real-time data on engine performance, allowing operators to make informed decisions while at sea. This is particularly beneficial in commercial applications where efficiency and reliability are paramount.

In summary, the Viking VHMM5 and VHMD9 engines represent the pinnacle of marine propulsion technology, offering exceptional power, efficiency, and reliability. With their advanced features and commitment to sustainability, these engines are well-suited for various marine applications, ensuring that Viking remains a leader in the marine engine market.