Meter VZ8925. Sound level meter. AZI-VZ8925

Sound level meter VZ8925 (40-130) is a precise measuring instrument designed for assessing sound intensity in various environments. It is suitable for professional acoustic measurements as well as everyday applications where noise level control is important. The device offers a digital readout on an LCD display, complemented by a clear bar‑graph, facilitating result interpretation.

The meter features a wide measurement range from 40 to 130 dB and provides four measurement ranges, allowing accurate adaptation to the specifics of the measured sound. Two measurement modes – fast and slow – give flexibility depending on needs. A measurement resolution of 0.1 dB ensures precision, and A and C weighting filters enable adjustment to the human‑ear response or analysis of machine‑generated noise.

Additionally, the VZ8925 meter is equipped with an AC/DC connector for external devices and a MAX HOLD function that allows the maximum reading to be held on the display – extremely useful during short‑duration peak sound measurements. The built‑in calibration port guarantees long‑term accuracy and reliability of the device.

• Versatility: Four measurement ranges (40‑130 dB) enable precise measurement in various acoustic conditions.

• Precision: 0.1 dB resolution provides accurate measurement results.

• Ear adaptation: A and C weighting filters allow simulation of human hearing sensitivity or analysis of technical noise.

• User convenience: LCD digital display with bar‑graph eases reading and interpretation.

• MAX HOLD function: Allows holding the maximum reading for peak sound analysis.

• Calibration capability: Built‑in port ensures long‑term device accuracy.

• Universal AC/DC connector: Allows connection of additional external devices.

The VZ8925 meter is a reliable tool for acoustic system installers, service technicians of noise‑generating equipment, and anyone needing precise sound‑level measurement in various applications – from workplace noise control to assessing acoustic comfort in residential spaces.