4P-6159: 124 °C Actuation Temperature Switch
Product Photos

Key Details
| OEM / Part No. | 4P-6159 |
|---|---|
| Manufacturer | Caterpillar |
| Category | Liquid Level Sensors |
| Country of Origin | Origin on request |
| Weight | 4.344 kg |
| Dimensions | — |
| Unit of Measure | pcs |
| Condition | New original part |
Specifications
| Material | Alloy Brass |
|---|
Compatible Models
Delivery & Payment
Pickup from our warehouse in China or Moscow, and delivery anywhere in the world.
Укажите артикул, бренд, модель техники, серийный номер, количество и город доставки. Если нужна замена, менеджер проверит совместимость и срок поставки.
Payment in USD, EUR, CHF, or CNY to our company bank account in Hong Kong, or in Russian rubles to the Russian company bank account.
This page is ready for discovery and quote requests; commercial terms are confirmed by a manager.
Product Description
An Engine shutoff temperature switch is a safety device that automatically shuts off an engine when the temperature reaches a critical level. It helps prevent engine damage due to overheating and ensures safe operation. A temperature switch is a compact and versatile device used to monitor and control temperature levels in various systems and equipment. It functions by opening or closing an electrical circuit based on preset temperature thresholds, enabling automated temperature regulation. Attributes: • Monitors temperature levels • Opens or closes electrical circuit based on temperature • Enables automated temperature control • Responds to signals from the engine control unit • Actuation Temperature 124 °C • Deactuation Temperature 114 °C • Voltage 30 Volts Alternating Current Max • Designed with sturdy materials and construction for durability • Provides resistance against corrosion to ensure long-term performance Applications: An Engine shutoff temperature switch is commonly used in various vehicles and equipment, such as automobiles, trucks, construction machinery, and industrial engines. It acts as a fail-safe mechanism to safeguard the engine from excessive heat, avoiding potential catastrophic failures and ensuring the longevity of the engine. They ensure that equipment operates within safe temperature ranges by activating cooling or heating systems, making them essential for preventing overheating or maintaining optimal conditions in diverse applications.