load cell wire diagram

Kingmach Measurement & Monitoring Technology Co., Ltd. has built a reputation around practical sensor engineering, so we understand that a clear load cell wire diagram saves more time than any manual full of footnotes. As a mid‑range brand with distribution in over 40 countries, we keep our wiring straightforward. Our standard strain‑gage load cells typically use a four‑conductor shielded cable, color‑coded to industry norms: red and black for excitation (often 5–15 V), green and white for the millivolt signal. For six‑wire models, two extra sense leads (blue and yellow) feedback the actual bridge voltage, which becomes important when cable runs exceed 10 meters. Because we serve geotechnical, structural, and industrial monitoring projects, varied junction boxes, data loggers, and PLCs come with their own terminal labels; a side‑by‑side diagram helps align pinouts without guesswork. Ordering from Kingmach means you receive documentation that matches each sensor’s serial number — not a generic leaflet. If your application needs a non‑standard connector or reversed polarity, our engineers can provide a modified load cell wire diagram before the unit leaves the factory. We also keep a library of application notes on topics like shield grounding (connect at one end only to avoid ground loops) and troubleshooting open‑circuit readings. Beyond the diagram, we back every order with direct technical support, so a quick call or email can solve configuration questions. Whether you are setting up a single point or a multi‑cell array, starting with the right wiring eliminates common headaches: zero return errors, signal drift, and noise from improper shielding. Our product range spans low‑profile compression canisters, S‑type tension cells, and custom‑shaped sensors, but the underlying wiring logic remains consistent. By combining a tested load cell wire diagram with reliable sensing elements, you can focus on the data that matters for your project.