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512 Hz Standard for US Sewer Locating 512 Hz is the sonde frequency most US locators and sewer cameras use because it balances signal range with resistance to interference from nearby utilities. A… Camera Head Sizes Database, How to Use It The PipeScope Lab Camera Head Sizes Database is an engineering reference designed to help plumbers, drain cleaners, and diagnostic technicians match specific camera heads to pipe… DATA_INCOMPLETE Pipe Fit Explained When reviewing product evaluations on PipeScope Lab, you may encounter the status flag DATA_INCOMPLETE. This is an objective technical status assigned by our evaluation engine when… Reading the Compatibility Matrix The PipeScope Compatibility Matrix provides an objective, specification-driven framework for determining whether a sewer inspection camera, locator receiver, or monitor can safely and effectively perform in… Residential Pipe Diameters for Camera Buyers Before you choose a camera head, it helps to know the pipe you will actually inspect. Homes in the United States use a small set of… Exclusive OEM Pipe Range Language Explained Manufacturers describe pipe range in words as often as numbers, and the wording changes the meaning. A phrase like pipes larger than 1.5 inches sets an… Sewer Camera Sizes Explained On a sewer camera, the word “size” is used for three completely different specifications. Buyers who treat them as one thing are the ones who end… How Does a Sewer Camera Work? A sewer camera turns a blocked or suspect drain into something you can actually see, without digging. Here is what the system is, how each part… Pipe Inspection Cameras: How They Work, What to Look For & How to Choose A pipe inspection camera is a pushrod system that sends a waterproof camera head through a drain or sewer line while you watch live video at… Best Sewer Cameras With a 512Hz Locator Locating an underground pipe defect requires two pieces of hardware working in tandem: a 512 Hz sonde transmitter built into the camera head and a handheld…