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Thermo Switch Manufacturers

Custom Thermo Switch

Automotive Thermal Switch is a temperature sensor mainly used to monitor the temperature of automotive cooling fluid. Depending on the temperature of the cooling fluid, the thermal switch automatically connects or disconnects the fan motor circuit.

Product Series

YONGDA
Provide high quality auto parts solutions. Authentic and reliable quality naturally stands out.
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YD NO.
REFERENCE CODE.
OEM NO.
  • YD NO.
  • PRODUCT RANGE
  • REFERENCE CODE：
  • OEM NO.

CA-SW5000

Thermo Switch

Thermo Switch

2536043800/2536033010/2536033011/2536033100/2536033101/

CA-SW5001

Thermo Switch

Thermo Switch

B30318840/E30118840A/E50818840A/BJ0118840/F8B518840/E30118840A/F8B818840A/19021005/E30318840/

CA-SW5002

Thermo Switch

Thermo Switch

2536037100/

CA-SW5003

Thermo Switch

Thermo Switch

251959481G/251959481C/251959481K/N0438082/

CA-SW5004

Thermo Switch

Thermo Switch

25360-24000 / 25360-24001/

CA-SW5005

Thermo Switch

Thermo Switch

191959481B/

CA-SW5006

Thermo Switch

Thermo Switch

1831610311/

CA-SW5007

Thermo Switch

PS264/

1H0919563/140919563/

CA-SW5008

Thermo Switch

Thermo Switch

2108-3828010  2108-3808800

CA-SW5009

Thermo Switch

Thermo Switch

2110-3828010 2110-3828010-01

CA-SW5010

Thermo Switch

Thermo Switch

2103-3828010  2103-3828080 2103-3808800

CA-SW5011

Thermo Switch

Thermo Switch

CA-SW5012

Thermo Switch

Thermo Switch

2101-3828010/

CA-SW5013

Thermo Switch

Thermo Switch

96029641/96181814/

CA-SW5014

Thermo Switch

1S1386/

2011609/2011797/88923763/8942833010/SW1434

CA-SW5015

Thermo Switch

1S4385/

19021030/1S4415/2011374/2011514/2011605/37773PH1621/37773PH2004/37773PJ0661/37773PJ0A01/37773PT0004/88923773/SW546/SW579

CA-SW5016

Thermo Switch

1S3427/

1J0949481A/1J0959481A/2011777/SW3729

CA-SW5017

Thermo Switch

1T1287/

1S2218/2011650/37760P00003/37760P00004/37760PHM004/5862028380/5862028390/SW2379/TU197

CA-SW5018

Thermo Switch

Thermo Switch

19022014/62110788115/E1896/

CA-SW5019

Thermo Switch

Thermo Switch

61318361787/

CA-SW5020

Thermo Switch

Thermo Switch

1435070/8942833020/

CA-SW5021

Thermo Switch

Thermo Switch

20600D71-45

Company Overview

Haiyan Yongda Automotive Parts Co., Ltd are authorized Custom OEM Thermo Switch Suppliers and Wholesale Thermo Switch Manufacturers of Cattle Enterprise Co., Ltd. lt locates in Yangtze River delta area, one of the competitive economy region in China. Our factory has more than 3,500 square meters and has over 100 employees. We produce and sell as many as 3,000 types, includes ignition system, starter and alternator components, sensor and so on.

Traces the history of our company, from the original single ignition coil workshop to ignition coil workshop and ignition module workshop, solenoid workshop, and recently we are enlarging and establishing our sensor workshop. At the meantime, we also established a trading department for our customers and purchasing other automotive spare parts for them, like ignition distributor, starter, alternator, rectifier, regulator, fuel pump, auto bulb, etc.

Honor

  • Quality Management System Certification

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Industry Knowledge Extension

How does the placement of an auto thermo switch within the cooling system affect its responsiveness in regulating engine temperature?

The placement of an auto thermo transfer (additionally known as a coolant temperature sensor or fan switch) in the cooling gadget may have a great effect on its responsiveness in regulating engine temperature. The vehicle thermo switch is a critical aspect that monitors the temperature of the engine coolant and activates the radiator fan or other cooling mechanisms when the temperature exceeds a certain threshold.
Here are a few factors to take into account regarding the position of the car thermo transfer:
If the automobile thermo switch is positioned close to the engine, it can quickly experience adjustments in coolant temperature. This proximity permits for quicker response instances whilst activating the cooling machine.
Placing the thermo switch in a strategic location inside the coolant float direction is essential. For example, placing it on the radiator or inside the coolant passages can make certain that it appropriately reflects the general temperature of the engine.
Air pockets within the cooling gadget can affect temperature readings. Ensuring that the thermal switch is placed in a location wherein air pockets are minimal help in acquiring correct temperature readings for better manipulation.
Consideration must be given to capability temperature variations inside the cooling gadget. If there are areas in which the coolant temperature appreciably differs, placing the automobile thermo transfer in a vicinity that represents the common temperature is crucial for powerful law.
The place has to additionally minimize the impact of heat soak, in which residual warmth from the engine can affect temperature readings even after the engine has been turned off. This can affect the switch's response for the duration of the next begin-up.
The thermal switch must be well suited to the radiator fan's operation. Placing it in a role that aligns with the fan's traits and cooling performance is critical for preserving the engine within the favored temperature variety.
In precis, the placement of the auto thermo switch within the cooling machine is essential for its responsiveness in regulating engine temperature. Strategic placement, thinking of elements which include proximity to the engine, function in the coolant go with the flow, avoidance of air wallet, attention to temperature versions, and compatibility with radiator lovers, contribute to effective temperature management and green cooling gadget operation.

In what ways does the design of an auto thermo switch contribute to the prevention of overheating and the protection of engine components in high-stress conditions?

An automotive thermal switch, regularly referred to as a thermostat or thermal control transfer, plays a critical function in preventing overheating and protective engine additives in excessive-pressure situations. Here are numerous methods in which the design of a car thermo switch contributes to these capabilities:
The primary function of an auto thermo transfer is to regulate the engine temperature with the aid of controlling the waft of coolant. It opens and closes in reaction to modifications in temperature, making sure that the engine operates within a gold standard temperature range.
The thermal switch is generally positioned within the coolant system and controls the hole and the last of the thermostat. When the engine is cold, it remains closed, allowing the coolant to circulate in the engine to warm it up. As the temperature rises, the transfer opens, allowing coolant to go with the flow via the radiator for heat dissipation.
The thermal transfer prevents the engine from overheating by regulating the coolant glide. If the engine temperature exceeds a predetermined threshold, the transfer activates, allowing extra coolant to go with the flow through the radiator for more advantageous warmth dissipation.
Maintaining the right operating temperature is essential for optimizing combustion performance. The thermal switch allows acquiring and maintaining the proper temperature, making sure that the gas burns efficaciously and reducing the hazard of engine harm due to overheating.
In high-stress situations, which include heavy loads, hiking steep inclines, or extended durations of idling, the engine generates more warmth. The thermal transfer responds to those situations using adjusting the coolant to go with the flow to save the engine from achieving essential temperatures.
Modern thermo switches frequently comprise temperature sensors that provide real-time information to the engine control unit (ECU). The ECU can then make adjustments to the engine parameters, such as gas injection timing and air-gasoline ratio, to further optimize overall performance and prevent overheating.
The design of thermo switches takes into account the want for durability and reliability. They are constructed to resist the cruel conditions of the engine compartment, consisting of temperature variations, vibrations, and chemical exposure from the coolant.
Thermo switches are designed to be compatible with particular engine types and configurations. The layout concerns consist of the engine size, strength output, and cooling system layout to make certain top-of-the-line overall performance.
In summary, the design of an auto thermo transfer is vital for preserving the beneficial engine temperature, preventing overheating, and shielding engine components in excessive-pressure situations. It includes a combination of temperature-sensitive mechanisms, coolant flow management, and integration with other engine control structures to ensure green and dependable operation.