Specification Brand : LUCKDANO BulletPoint1 : [Easy Installation] : The sensor probe is simple to install and offers performance. BulletPoint2 : [Non-contaminating] : Detects water level without contaminating the water, with a sealing pressure of 1.6mpa (16kg). BulletPoint3 : [ Materials] : Made of ceramic and metal, this probe is sturdy for boiler sensor replacement. BulletPoint4 : [Enhanced Safety] : Functions as a steam boiler water level sensor to prevent dry burning, guaranteeing safety. BulletPoint5 : [Sturdy Design] : The water level electrode probe is strong and stable, ensuring long-lasting use without breakage. BulletPoint6 : High-quality material BulletPoint7 : Easy to clean and maintain BulletPoint8 : - Minimum display: 1 NTU; Measurement range: 0-200 NTU. BulletPoint9 : - Calibration points at ONTU, 50NTU, 100NTU, 200NTU. Color : As Picture Show ExternallyAssignedProductIdentifier : 7549238635385 IncludedComponents : Ellman Surgitron FFPF Patient Plate / H4 Reusable CE ItemName : Boiler Water Level Probe Sensor Gauge Electrode. Easy Installation, Use, Sturdy Ceramic and Metal Materials, Strong and Stable Detect Water Level Without Contaminating, Sealing ItemPackageDimensions_Height : 2 centimeters ItemPackageDimensions_Length : 41 centimeters ItemPackageDimensions_Width : 2 centimeters ItemPackageQuantity : 1 ItemTypeKeyword : lab-electrodes Manufacturer : LUCKDANO ModelName : Luckdanocrx4s1aybq ModelNumber : LUCKDANOcrx4s1aybq NumberOfItems : 1 PartNumber : LUCKDANOcrx4s1aybq ProductDescription : [Easy Installation] : The sensor probe is simple to install and offers performance. [Non-contaminating] : Detects water level without contaminating the water, with a sealing pressure of 1.6mpa (16kg). [ Materials] : Made of ceramic and metal, this probe is sturdy for boiler sensor replacement. [Enhanced Safety] : Functions as a steam boiler water level sensor to prevent dry burning, guaranteeing safety. [Sturdy Design] : The water level electrode probe is strong and stable, ensuring long-lasting use without breakage.