Shaft and pull

3.Grasp the pump shaft and carefully pull the rotor assembly straight out of the pump housing far enough to expose the vanes. IMPORTANT: The vanes are spring-loaded. Use one hand to hold the vanes while pulling the rotor assembly the rest of the way out of the housing. Carefully release the vanes and discard the worn vanes, springs, and rods.

Pump shaft seal fits into the recess of the pump cover.

Step 5 - Replace gasket.

Step 1 - Loosen setscrew and remove handle.

	Step 3 - Grasp
	shaft and pull
Step 4 - Replace	rotor assembly
Step 4 - Replace	out of housing.

	vanes, spring,	Step 2 - Remove cover
	and rod.
		screws and cover.

4.Assemble the replacement vanes, spring and rod into the rotor assembly. Compress the vane spring and carefully insert the rotor assembly back into the pump housing.

5.Position the replacement gasket on the pump body, slip the cover over the shaft, and align the pins in the cover with the holes in the pump housing. Reinstall the five screws removed in Step 2 and tighten securely (torque to approximately 60 inch-pounds).

6.Slip the pump handle back onto the shaft and align the screw hole in the handle with the screw hole in the shaft. Tighten the setscrew loosened in Step 1 securely.

MSDU specifications

The Frymaster MSDU, or Multi-Service Fryer, is a versatile and innovative cooking solution designed for commercial kitchens. Renowned for its efficiency and ability to handle high-volume frying tasks, the MSDU combines advanced technologies with user-friendly features, making it a popular choice among chefs and restaurant owners.

One of the standout characteristics of the Frymaster MSDU is its multi-basket capability. This feature allows operators to cook multiple batches of different foods simultaneously, significantly increasing productivity. With independent temperature controls for each basket, chefs can ensure that each type of food is cooked to perfection without any risk of flavor transfer or cross-contamination.

The MSDU also boasts energy-efficient operation, which is a critical consideration for modern kitchens. Utilizing patented technologies, this fryer optimizes energy consumption while maintaining performance. The built-in, high-efficiency burners deliver rapid heat-up times, reducing wait time between frying cycles. This not only enhances productivity but also supports cost savings on energy bills, making it a financially savvy investment for businesses.

In terms of temperature management, the Frymaster MSDU features advanced controls that ensure precise temperature regulation. The intelligent oil filtration system aids in maintaining the quality of the cooking oil, extending its life, and contributing to better-tasting food. By filtering out food particles and contaminants automatically, the MSDU promotes health and safety standards in food preparation while minimizing manual labor for kitchen staff.

The design of the MSDU also emphasizes ease of use and maintenance. With a user-friendly digital interface, chefs can easily adjust settings, monitor cooking times, and access maintenance notifications. The fryer is constructed from durable stainless steel, ensuring it can withstand the rigors of a busy kitchen environment. Its sleek design allows for easy cleaning, further enhancing its functionality.

Safety is another crucial aspect of the Frymaster MSDU. With advanced safety features including automatic shut-off systems and cool-to-the-touch exteriors, this fryer mitigates potential kitchen hazards. It also incorporates built-in alarms and indicators, keeping operators informed during frying cycles.

In conclusion, the Frymaster MSDU is a state-of-the-art frying solution that combines efficiency, safety, and ease of use. Its multi-basket design, energy-saving technology, and focus on safety and maintenance make it an excellent choice for restaurants that demand high performance from their kitchen equipment. As the food service industry continues to evolve, the Frymaster MSDU stands out as a reliable ally for chefs dedicated to delivering quality fried foods.

MSDU specifications