Grindmaster P400ESHP instruction manual To Adjust the Bypass, Thermostat Adjustment

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To Adjust the Bypass:

1)Shut off and open brewer as described at the beginning of the adjustments section.

2)Locate the bypass valve for the brew head you wish to adjust. Valve is on the right and front of the BREW valve.

3)Open the valve (counter clockwise) to the desired setting. Use the table below as a guide:

BYPASS SETTING

BYPASS: % OF TOTAL BREW

closed

0

1 turn

8

2 turns

12

3 turns

22

4 turns

33

 

 

4)Measure the bypass setting:

a)Remove the brew basket.

b)Place an empty shuttle without its lid under the spray head.

c)Place a measuring cup under the bypass nozzle.

d)Press START and brew water for about thirty seconds or until measuring cup is almost full. Press STOP.

e)Record the amount of water in the bypass measuring cup.

f)Add this to the water in the shuttle and record, measure the total amount of water.

g)The bypass percent is calculated as:

Bypass % = (Bypass Volume/Total Volume) X 100

5)Tweak the valve adjustment until the bypass is set as desired.

Note: The bypass is accurate to + 4%.

Thermostat Adjustment

The main thermostat adjusts the water temperature in the tank. Factory setting is 200°F. This is the ideal temperature for brewing most coffee. Water should never boil in the tank. If water is boiling, adjust the thermostat. There are two types of thermostats available. Mechanical is standard and solid state is optional. See the adjustment instructions for the thermostat in your brewer.

Standard Mechanical Thermostat:

1)Shut off power and open cover.

2)Locate thermostat mounted on tank. See Figure 5.

3)Turn the shaft counter clockwise to decrease temperature, opposite to increase temperature.

Figure 5

Mechanical Thermostat

Shuttle Brewers & Airpot/Shuttle Brewers

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Contents Shuttle Brewer & Airpot/Shuttle Brewers Shuttle Brewers & Airpot/Shuttle Brewers InstallationElectric Hook-up Start-upHot liquid in brew basket could cause burns Remove with care HOT Liquid Hazard OperationBrew Volume, Brew Timer AdjustmentsAdjusting the Timer Two Batch Timer with Knob Adjustment, See Figure Thermostat Adjustment To Adjust the BypassShuttle Brewers & Airpot/Shuttle Brewers After Each Brew CleaningEvery Day Weekly or Bi-Weekly, Depending on Use ServiceRemove Brew Valve Drain Water TankRemove Heater Filling Problems Troubleshooting Filling, Heating, and BrewingRecovery time is Problem Possible Cause Service Check Remedy Brew volume too Description Parts Illustration for Models P300E & P400EParts Illustration for Model P400ESHP ABB1.5P Parts Illustration for Model RAP400EAABW-R Parts Illustration for Model RAPS400EParts Illustration for Model VSB-400 LID Stopper W/ O-RING Parts Illustration for Shuttle CS-LLRough-In Drawing for Model P-300 Rough-In Drawing for Model P-400 & P-400ESHP Rough-In Drawing for Model RAP-300 Rough-In Drawing for Model RAP-400 Rough-In Drawing for Model RAPS-300 Rough-In Drawing for Model RAPS-400 Rough-In Drawing for Model VSB-300 Rough-In Drawing for Model VSB-400 Wiring Diagram for P300E/P400E, with 1 Batch Timer Wiring Diagram for P300E/P400E, with 2 Batch Timer Wiring Diagram for RAP300E/400E Wiring Diagram for Raps 300/400E Wiring Diagram for P-400ESHP Wiring Diagram #091-548 For this Heat and Electric Service Wire PER FIG Wiring Diagram #091-182Grindmaster Corporation Form # AM-309-08 090-077

P400ESHP specifications

The Grindmaster P400ESHP is a top-of-the-line espresso machine designed for both efficiency and performance, catering to the needs of coffee professionals and enthusiasts alike. Its robust construction and innovative features make it a versatile choice for various establishments, from bustling coffee shops to high-end restaurants.

One of the primary features of the P400ESHP is its dual boiler system. This technology allows for simultaneous brewing and steaming, significantly reducing wait times during peak hours. The independent temperature control for each boiler ensures that each espresso shot is extracted under optimal conditions, enhancing the flavor and aroma profile of the coffee.

Additionally, the Grindmaster P400ESHP incorporates advanced PID temperature control. This precision technology ensures consistent temperature stability, which is crucial for producing high-quality espresso. The ability to adjust temperatures in real-time gives baristas the flexibility to experiment with different coffee beans and brewing methods, resulting in a bespoke coffee experience.

The P400ESHP is equipped with a user-friendly touchscreen interface that simplifies navigation through its various settings. Baristas can easily program drink recipes and access maintenance reminders, streamlining workflow and allowing for greater focus on quality beverage preparation.

Moreover, the machine features a powerful 20-bar pump that produces rich crema, enhancing the overall aesthetics and taste of the espresso. The high-performance steam wand is ergonomic, providing excellent control over frothing and texturing milk for lattes and cappuccinos. The wand’s ability to produce dry steam ensures that milk is heated quickly without excess moisture.

In terms of design, the Grindmaster P400ESHP boasts a sleek, stainless steel body that not only looks professional but also ensures durability in a busy environment. It is thoughtfully designed for easy access to internal components, facilitating straightforward maintenance and service.

The P400ESHP also focuses on energy efficiency, with an automatic shut-off feature that conserves power when the machine is not in use. This not only lowers operational costs but also aligns with environmentally-conscious practices.

In conclusion, the Grindmaster P400ESHP stands out as an advanced espresso machine that combines technology, efficiency, and user-centered design. Its outstanding features make it an ideal choice for coffee professionals seeking to elevate their beverage offerings while maintaining consistency and quality.