Monnit ALTA Industrial Wireless Pressure Meters - 300 PSIG

The Monnit ALTA Industrial Wireless Pressure Meters deliver reliable, in-line pressure measurement for demanding industrial environments. Built to capture precise readings from a 5-volt pressure transducer, these meters provide real-time visibility into gas, liquid, or vapor supply lines. When connected to a pressurized line, the ALTA meters seamlessly transmit pressure data to the iMonnit cloud, enabling remote monitoring, dashboards, and alerts that help prevent downtime, optimize processes, and improve safety. Whether you’re overseeing a manufacturing line, a water treatment system, or an HVAC distribution network, these wireless meters bring the power of precision sensing to your operations with minimal wiring and straightforward integration. With a focus on durability, accuracy, and ease of use, Monnit’s ALTA pressure meters are designed to be installed quickly, calibrated easily, and monitored continuously from anywhere, at any time.

• In-line pressure sensing with real-time data: The ALTA meters are designed to be connected directly to your pressurized line, providing continuous, real-time pressure readings that keep operators informed and responsive. This in-line capability helps you capture accurate data where it matters most—on the process line—so you can monitor changes as they happen and react quickly to deviations.
• 5V pressure transducer integration: Each unit is built around a robust 5-volt pressure transducer, ensuring reliable signal integrity and compatibility with standard industrial transducers. This design choice supports stable measurement across a range of process fluids and gases, while maintaining compatibility with common control systems and industrial controllers.
• Wide 300 PSIG measurement range: With a maximum range of 300 PSIG, these meters cover a broad spectrum of industrial applications—from mid-range process lines to higher-pressure segments of distribution networks. The wide range helps you consolidate instrumentation without sacrificing accuracy or reliability at higher pressures.
• Wireless connectivity to iMonnit for remote monitoring: Transmitted data lands in the iMonnit cloud, giving you centralized access to readings, trends, and alerts through dashboards. This wireless approach reduces wiring complexity, speeds up deployment, and enables scalable monitoring across multiple locations without the cost and hassle of wired installations.
• Rugged, industrial-grade design for harsh environments: Monnit ALTA meters are engineered for durability in industrial settings, with housing and connections designed to withstand demanding conditions. Whether installed near compressors, along production lines, or in utility rooms, these meters provide dependable performance over time while minimizing maintenance needs.

Technical Details of Monnit ALTA Industrial Wireless Pressure Meters

• Measurement method: Pressure captured via a 5V pressure transducer tuned for inline monitoring of pressurized lines.
• Pressure range: Up to 300 PSIG, suitable for a wide range of industrial processes and distribution systems.
• Wireless data transmission: Real-time readings transmitted to the iMonnit cloud through Monnit’s wireless network, enabling remote access and centralized analytics.
• Power and interface: Designed to interface with a standard 5V transducer supply; installation accommodates inline connection to gas, liquid, or vapor lines.
• Mounting and installation: Inline installation with rugged construction, intended for industrial environments where space and accessibility may be limited.
• Compatibility and integration: Works with iMonnit dashboards, alerts, and data-logging features for scalable monitoring across multiple points in your facility.

How to install Monnit ALTA Industrial Wireless Pressure Meters

• Prepare the installation site: Identify a safe, accessible location on the pressurized line for inline mounting. Ensure the line is depressurized and isolated according to your site safety protocols before installation.
• Mount the sensor inline: Install the ALTA meter directly in the supply line using appropriate fittings and adapters for your piping system. Ensure proper sealing to prevent leaks and verify that fittings are tightened to spec.
• Connect the transducer power: Provide the required 5V power to the pressure transducer interface. Confirm that power and signal connections are secure and compliant with electrical safety standards.
• Pair with iMonnit gateway: Activate the sensor’s wireless pairing mode and connect it to your Monnit gateway or receiver as per the device documentation. Ensure the gateway is within the recommended range for reliable communication.
• Configure in iMonnit: After the sensor shows a healthy connection, configure dashboards, units, and alert thresholds in the iMonnit platform. Calibrate as needed and verify data appears on your live dashboards for immediate monitoring.

Frequently asked questions

• What does the Monnit ALTA Industrial Wireless Pressure Meter measure? It measures pressure in pressurized gas, liquid, or vapor lines using a 5V pressure transducer, with readings transmitted wirelessly to the iMonnit cloud for monitoring and analytics.
• What is the maximum pressure this meter can handle? The ALTA pressure meter is rated for up to 300 PSIG, making it suitable for a wide range of industrial applications while preserving accuracy and reliability.
• How does data reach the cloud? Readings are transmitted wirelessly to a Monnit gateway and then uploaded to the iMonnit cloud, where users can view dashboards, create alerts, and perform data analysis from any connected device.
• Can these meters be used in remote or hazardous locations? Yes, the ALTA series is designed for industrial environments. However, follow your site’s safety guidelines and ensure proper enclosure, sealing, and electrical protection for hazardous locations as required by regulation and installation standards.
• Do I need additional hardware to use these meters? At minimum, you’ll need a Monnit gateway and an iMonnit account to collect, visualize, and alert on the data. Additional sensors can be added for multi-point monitoring across facilities.