Manufacturers Supply Ceramic Ksd301 Thermal Protector Sudden Jump Temperature Control Applied to Boiler Water Heater

1. Application Scope of Sudden Jump Thermostat: Ksd301 Series Sudden Jump Thermostat Is Applied to Warm Air Blower, Handheld Garment Steamer, Boiler, Water Heater, Vacuum Cleaner, Copier, Electric Stove, Oven, Dryer, Refrigerator, Dishwasher, temperature Control of Air Conditioners, Etc. 2 The Product Features Stable Performance, High Precision, Small Volume, Light Weight, High Performance, Small Interference to Radio, Etc. 2.1 Manner of Execution Normally Open Or Normally Closed. 2.3 Reset Methods: There Are Two Methods: Automatic Reset and Hand Reset. 3 Fundamental Performance Parameter 3.1 Electrical Parameters Ac 250V/10.0, 50/60Hz 3.2 Temperature 3.2.1 Temperature Characteristic Operating Temperature:-20~300 Tolerance: ± 4~5 3.2.2 Test Method Insert the Terminal of the Product into the Station of the Testbed Detection Socket, Cover the Testbed Cover, Start Testbed and Set the Detection Temperature,, the Heating Element Is Controlled by Computer to Heat Or Cool the Air. The Temperature Rise and Fall Rate Is Controlled at 0.2~1.0/Minute. The Product Senses the Temperature through the Air until the Product Moves after Its Action Temperature. 3.3 Insulation Resistance under the Condition of Applying a DC Voltage of 500V, Test the Insulation Resistance between the Charged Metal and the Bakelite Shell by 100M. 3.4 Electrical Strength under the Condition of Room Temperature, the Basic Sine Wave Voltage 1500V with a Frequency of 50Hz Or 60Hz Lasts for 1 Minute (Or the Voltage 1800V Lasts for 1 Second) without Flicker and Breakdown. 3.5 The Grounding Method Is Connected to the Grounding Metal Parts of the Equipment through the Thermostat Stainless Steel Cover. 4. Precautions 1. the Thermostat Should Work in an Environment Where the Relative Humidity of the Air Is Not More than 90% and There Is No Corrosive, Combustible Gas and Conductive Dust. 2. When the Temperature Controller Adopts Contact Temperature Sensing, Its End Cover Should Be Tightly Attached to the Heating Part of the Controlled Device, and Thermally Conductive Silicone Grease Or Other Heat Conducting Medium with Similar Performance Should Be Coated on the Temperature Sensing Surface of the End Cover. 3. When the Temperature Controller Senses Temperature by Contacting Liquid Or Steam, It Adopts Stainless Steel End Caps Products and Should Have Leak-Proof Measures to Avoid Liquid Leakage to the Temperature Controller Insulated Parts. 4. during the Installation Process, the Top of the End Cover Should Not Be Depressed Or Deformed, So as Not to Affect the Product Temperature and Other Properties. 5. When Using Bald Cap Cover, the Leakage Bi-Metal Piece Should Be Protected during Transportation and Installation to Avoid Damage Bi-Metal Piece Causing Product Temperature Changes. 6. Do Not Allow Liquid to Penetrate into the Thermostat. The Shell Is Cracked under Excessive Pressure; the Shell Should Be Kept Clean and Polluted by Conductive Substances to Avoid Short Circuit Breakdown Due to Insulation Performance. 7. Do Not Bend the Terminal during Use, Otherwise It Will Affect the Electrical Connection and Contact Resistance.