Figure 46

Figure 47

Figure 48

Figure 49

12.For CA70 units, secure fan blower motor bracket with the four phillips screws. Reattach thermostat probe clips with two flathead screws.

**NOTE: DO NOT kink or bend the copper probe or tubing.

13.For CA43 units, reattach thermostat probe clips with two flathead screws.

**NOTE: DO NOT kink or bend the copper probe or tubing. Secure fan blower motor bracket with the four flathead screws.

14.Reconnect existing wires to new motor wires. It is not important which new wire is matched with which existing wire group. Re-tape over wire nuts and wires.

15.Replace fan blower motor housing cover, carefully guiding the wires to prevent damage.

16.Replace fan blower motor assembly cover with two front and two rear flathead screws.

17.Replace top mounted heating module (section 6-1 a).

6-1l. Replacing heating element.

Required: Medium (6") flathead screwdriver, Medium (6") phillips screwdriver, Crescent wrench, General Electric 1209 caulking

1.Remove top mounted heating module as found in section 6-1a.

2.Remove four screws that secure the air deflector housing (on your right as you are facing the front of heating module) to the module with a medium (6”) flathead screwdriver.(Fig. 47)

3.Gently lift the air deflector housing to access the nuts connecting wires to the heating element. Remove those nuts and washers to free the wires. (Fig. 48)

4.Remove air deflector housing" and place on a clean work area.

5.Remove four screws securing the heating element brackets to the ceramic insulators with a medium (6") flathead screwdriver. (Fig. 49)

6.Slide brackets off the old element and discard the old element.

7.Slide brackets (large one first) over the connector end of the new heating element. (Fig. 50)

8.Reconnect heating element brackets to the ceramic insulators with the four phillips screws. Do not over tighten.

9.Return air deflector housing to the heating module and reconnect wiring (it is not important which way you match the wires to the new element). (Fig. 51)

10.Caulk openings where the heating element enters the air deflector housing with GE 1209 caulking. (Fig. 52)

11.Reconnect air deflector housing to heating module with the four flathead screws.

12.Replace top mounted heating module (section 6-1a).

Figure 50

Figure1751

Figure 52

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Image 17
Bakers Pride Oven CS61-CVMP12-SB, CS72-CH16 or CH32, CS70-CHUS15, CS43-CHUS6, CS34-CH9, CA43-CV9 1l. Replacing heating element
Page 16 Page 18

CA43-CVMP6, CA34-CV9, CA43-CV7 or CV13, CA43-CV9, CS43-CVMP6-SB specifications

The Bakers Pride Oven series, including models CA70-CVMP12, CS43-CHUS6, CS34-CH9, CA34-CVMP4, and CS61-CVMP12-SB, exemplifies the pinnacle of commercial baking technology. Known for their reliability and efficiency, these ovens are tailored for high-volume kitchen environments, making them a staple in pizzerias, bakeries, and restaurants.

One of the standout features of the Bakers Pride ovens is their exceptional heat retention and distribution. With advanced construction materials and design, these ovens enable even baking, ensuring consistent results across multiple racks. This is especially crucial for establishments that prioritize uniformity in their baked goods, from crispy pizzas to perfectly browned bread.

The CA70-CVMP12 model boasts dual pizza chambers that provide flexibility for simultaneous baking of different types of products. Its high-temperature capabilities are perfect for Neapolitan-style pizzas, reaching temperatures that ensure a quick cook time without sacrificing quality. The unit's stainless steel construction not only enhances durability but also allows for easy cleaning and maintenance.

Meanwhile, the CS43-CHUS6 and CS34-CH9 are equipped with features such as digital controls and programmable settings, allowing operators to customize baking cycles to suit specific recipes. This technology is particularly advantageous for busy kitchens that need to maintain precision while optimizing workflow efficiency. With the ability to save and replicate settings, these ovens ensure that each dish meets exacting quality standards.

The CA34-CVMP4 model specializes in versatility, accommodating various types of baking needs from breads to pastries. Its compact design does not compromise on performance, making it suitable for smaller kitchens without sacrificing output. The innovative airflow system enhances baking efficiency, ensuring that heat is evenly distributed throughout the chamber.

Lastly, the CS61-CVMP12-SB incorporates advanced thermal efficiency, which translates to reduced energy consumption and lower operating costs. This environmentally conscious design does not compromise performance, making it an ideal choice for establishments looking to balance sustainability with productivity.

Overall, the Bakers Pride Oven series is a testament to innovation and craftsmanship in the baking industry. With their blend of advanced features, flexible configurations, and robust build quality, these ovens are engineered to meet the demanding needs of modern commercial kitchens, ensuring that chefs and bakers can deliver exceptional results every time.
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