Control Panel and Operation Functions | Sanyo STB0811C1, STB0810C1

Control Panel and Operation Functions (continued)

THERMOSTAT

(setting temperature guide)

Cooling Only Model

	rmedi		at
te		ng	at
In	ra	ng	e
	ra	e
	7	°F
		2

Cool/Heat Model

	rmedi		at
te		ng	at
In	ra	ng	e
	ra	e
	7	°F
		2

Operation:

NOTE

How to stop the air conditioner:

How to restart the air conditioner:

CAUTION

(55°F)	(88°F)	(55°F)
COOLER	WARMER	COOLER

1.Set the mode selector for fan, cooling or heating operation.

2.Set the thermostat to the desired position. (Refer to the setting temperature guide above.)

3.Set the operation selector switch.

The above temperatures are provided for reference only, and may differ from the actual temperature of the room.

To stop the air conditioner, set the mode selector to OFF position.

To restart the air conditioner, set the mode selector to desired position.

1)If the unit is turned off during cooling and heating, DO NOT restart it immediately, as this can damage it. Wait at least three minutes before starting it again.

2)Freezing Up:

If you notice that your air conditioner is not cooling as it should, it may be that ice has formed on the cooling coils. The ice blocks air flow and stops the unit from cooling the room. This “freezing up” is a temporary condition that most often occurs at night when the Thermostat is set on the coldest setting and the Selector is set on LOW COOL.

To correct the condition set the Selector at (H or L) FAN or HIGH COOL with the Thermostat with turning the thermostat knob to the opposite direction from ”COOLER”.

6	OI-602-06EG

STB1020C1, STB1220C1, STB0811C1, STB1023C1, STB0810C1 specifications

The Sanyo STB1123C1, STB1010C1, STB0810C1, STB1023C1, and STB0811C1 are part of Sanyo's robust lineup of electronic components designed for various applications. These models are widely recognized for their reliability and efficiency, making them ideal for a range of consumer and industrial uses.

The Sanyo STB1123C1 stands out with its impressive voltage ratings and high current capabilities. It features a compact design that ensures easy integration into smaller systems while maintaining excellent thermal performance. The device is built using advanced semiconductor technology, allowing it to operate at higher frequencies with reduced power loss.

The STB1010C1 model, meanwhile, is designed for optimal performance in DC-DC converters. It incorporates features that allow for high efficiency and minimal noise during operation. This model also includes built-in protection mechanisms against thermal overload, ensuring long-lasting performance and reliability in demanding environments.

Another noteworthy component is the STB0810C1, which excels in low-power applications. Its compact size and low gate charge make it suitable for battery-operated devices, contributing to improved energy efficiency and extended battery life. This model is particularly appreciated in mobile and portable electronics where power consumption is a critical factor.

The Sanyo STB1023C1 is ideal for switching applications, offering enhanced speed and efficiency. Its rapid switching capabilities allow for reduced signal delays, making it perfect for digital circuits and high-frequency applications. This model's low on-resistance also reduces heat generation during operation, which is crucial for maintaining performance under load.

Lastly, the STB0811C1 is crafted for specific industrial applications, ensuring robust performance in harsh environments. It boasts excellent thermal management features, making it resistant to overheating even under continuous operation. The model is designed to handle substantial power loads, providing stability and reliability in challenging conditions.

All these models share a foundation in Sanyo's commitment to innovation and quality. They incorporate protection features like overcurrent and overload protection, enhancing the safety and longevity of the devices in which they are used. Each model is an example of Sanyo's dedication to delivering high-performance electronic components that meet the diverse needs of modern applications across industries. Their collective characteristics ensure they remain integral to advancing technology in various sectors.