Garland MCO-GS-10E, MCO-GD-10M, MCO-GS-10M, MCO-GD-10E Thermostat Operation, Calibration Notes

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five times doubling the thickness with each fold. After the fifth fold, place the thermocouple tip in the center of the aluminum piece and fold once more. Finally, fold in the sides so that the foil clings to the thermocouple tip.

A mercury thermometer can be weighted in much the same way by wrapping several layers of aluminum foil around the bulb end thus creating the necessary mass. This procedure is a must if you open an oven door to check temperature.

THERMOSTAT OPERATION

It is normal for a hydraulic thermostat cycling with a temperature swing of 45° to 50°. When checking calibration first; allow the thermostat to cycle a minimum of four (4) times, second; place your temperature sensor in the geometric center of the empty oven. Once the oven has been allowed to preheat record the temperature at which the burners cycle "ON and OFF". Average the two readings, that average should be +-20° of the set point temperatu re.

Example: Thermostat set point at 300°, first cycl e Off at 325°. Cycle back ON at 291°. The average of 325° and 291° is 308°. This thermostat is with the +-20° to lerance. If the thermostat is cycling beyond the 20° tolerance and the appliance is under warranty recalibrate the thermostat or if not under warranty consult owner for proper action. If the thermostat is out of calibration more than fifty 50°, it will not likely hold an attempt of recalibration, we suggest that the thermostat be replaced.

"B" Dial Shaft

"A" Calibration Screw Head

1/4" Turn

Increase

Decrease

- CALIBRATION NOTES -

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Contents Garland Direct ON-SITE Service 1-800-451-1165 General InformationSpecification & Dimensions Table of ContentsOverview of Operational Sequences Common Wire Diagrams Component Access of Functional ComponentsAMT Orifice NAT PRO GAS Convection Oven GAS Specifications Main Pilot TotalDimensions & Specifications Pilot Orifice PRES. W/CCalibration of Thermostat Manual Controls MInstrumentation Weighting Calibration Notes Thermostat OperationElectronic Controls E Temp Electronic Control Failure CodesRobertshaw COM6000 Controller User Preference Offset for the Electronic Controllers Operation of the Temperature FunctionOperation of the Timer Function Operation of the Pulse FunctionChange the Hertz Timer Resolution ChangingTo SET Hold Temperature To SET Oven Into Pulse ModeChain Programming Safety Lockout TimeSecond Stage Main Burner Operation END Start StageYES Spark Across IGNITOR/SENSOR GAP YES Spark Stops When Pilot is LIT?Troubleshooting Ends S86 Checkout StartExamples of Unsatisfactory Pilot Flames Check GroundingCheck Spark Ignition Circuit Control Module Flame Sensor CircuitAppearance Cause Lower Front Component LocationsTop Front Center Right FrontFile Name To Remove Doors from the OvenInstalling and Adjusting Door Chain To Reinstall Doors onto Convection OvenDisassembly of the Left Door Disassembly of the Right Door w/o window Page To Replace Convection Oven Motor Assembly Drawing Below To Replace or Adjust Door Latch MechanismConvection Oven Motor Assembly Page Common Wire Diagrams Page

MCO-GD-10M, MCO-GS-10E, MCO-GD-10E, MCO-GS-10M specifications

Garland has made a significant mark in the market with its range of high-efficiency heaters, particularly the MCO-GS-10M, MCO-GD-10E, MCO-GS-10E, and MCO-GD-10M models. These advanced heating solutions are designed for various applications where reliability, efficiency, and versatility are essential.

The MCO-GS-10M and MCO-GD-10M models are particularly notable for their robust construction and dual-fuel capability, allowing them to utilize natural gas or propane. This flexibility ensures that users can choose the most cost-effective fuel source, making them ideal for both residential and commercial use. These models are equipped with state-of-the-art ignition systems that guarantee a swift and trouble-free start every time, minimizing downtime.

On the other hand, the MCO-GS-10E and MCO-GD-10E models are electric heaters that offer an environmentally friendly alternative without compromising performance. These units are designed with high-efficiency heating elements that ensure rapid heating while consuming less energy. Furthermore, their sleek and modern design allows them to blend seamlessly into any indoor environment, making them suitable for use in homes, offices, and other professional settings.

All four models incorporate advanced safety features, including automatic shut-off mechanisms to prevent overheating. They are designed with user-friendly controls, allowing operators to easily set the desired temperature and adjust fan speeds based on their specific heating needs.

In terms of durability, Garland has ensured that the exterior of these heaters is constructed from high-grade materials capable of withstanding harsh conditions. This ensures longevity and reduces the need for frequent replacements, providing excellent value for money.

Moreover, the technology embedded within these models, such as multi-stage heating and precise temperature controls, offers an optimal heating experience. They are designed to be energy efficient, helping consumers save on utility bills while still maintaining comfortable ambient temperatures.

Overall, the Garland MCO-GS-10M, MCO-GD-10E, MCO-GS-10E, and MCO-GD-10M units exemplify the perfect blend of innovation, efficiency, and safety. These models cater to a diverse range of heating needs while being environmentally aware, making them an excellent choice for users seeking reliable and effective heating solutions. Whether it's for home use or in a commercial setting, Garland's heaters deliver excellent performance that stands the test of time.
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