Monnit 10 Amp Wireless Control

Meet the Monnit ALTA series: a compact, reliable wireless control solution designed to automate and manage electrical loads with unprecedented ease. The Monnit 10 Amp Wireless Control is a two-relay ALTA unit that gives you independent, remote command over two devices or circuits from the iMonnit online sensors portal. With the capability to switch relays on or off manually through software, or automatically in response to wireless sensor notifications, this controller brings seamless automation to a wide range of applications—from smart buildings and data centers to industrial environments and critical facilities. Built for simplicity, scalability, and security, it’s the ideal gateway for turning sensor data into actionable control without complex wiring or costly retrofits.

• Two independent relays for flexible control — Each ALTA control unit houses two separate relay switches, enabling you to control two different devices or circuits independently. This dual-channel design is perfect for coordinating lighting, pumps, fans, alarms, or other critical equipment from a single, compact enclosure. The ability to configure each relay separately means you can implement multi-stage automation, staggered start-ups, or simultaneous operations tailored to your workflow, all managed from the same interface.
• Manual and sensor-driven automation — Relays can be toggled on/off manually through the iMonnit online sensors portal for immediate, on-demand control, or automatically by any wireless sensor notification assigned to a relay. This hybrid approach lets you blend human-in-the-loop control with autonomous responses to environmental changes, ensuring consistent performance even when operators aren’t on-site. Set up schedules, run-time windows, or sensor-based rules that trigger precise responses in real time.
• Seamless integration with iMonnit cloud platform — The Monnit ALTA wireless control units integrate directly with the iMonnit online sensors portal, the central hub for remote monitoring and management. From a single dashboard, you can monitor sensor data, configure automation rules, receive alerts, and gain visibility into the operational status of connected devices. This cloud-based approach reduces on-site maintenance and provides rapid scalability as your system grows.
• Reliable, energy-conscious operation — Designed for efficiency and uptime, the 10 Amp per-relay specification supports common loads while helping you optimize energy usage. Use automation to power down idle equipment during off-hours, sequence equipment start-ups to reduce peak demand, or automatically respond to occupancy or environmental changes. The result is improved energy management, lower operating costs, and a greener footprint for your facility.
• Simple installation, robust security — The ALTA control unit is purpose-built for straightforward installation in a wall-mountable form factor that fits neatly into a equipment cabinet or control panel. Security is built into the cloud-based management layer, with encrypted communication between the device and the iMonnit portal, ensuring your control signals and sensor data stay protected as they travel over the wireless network. Configuration is intuitive, and updates are delivered remotely via the cloud.

Technical Details of Monnit 10 Amp Wireless Control

• Relay Outputs: 2 independent relays (dual-channel) capable of controlling two separate circuits.
• Load Rating: Up to 10 A per relay for typical resistive loads; inductive loads may require derating or consultation of the datasheet for maximum safe operating conditions.
• Control Interface: Fully managed through the iMonnit online sensors portal with options for manual override and sensor-triggered automation.
• Wireless Connectivity: Monnit wireless technology integrates with the iMonnit cloud platform for remote monitoring and control.
• Power and Sensing: Designed to operate in conjunction with the Monnit ecosystem; power requirements and adapter options align with standard Monnit deployments (see user manual for exact specs).
• Enclosure and Form Factor: Compact, wall-mountable design suitable for installations in control panels, equipment rooms, or compact enclosures.
• Security: Encrypted communications between the ALTA unit and the iMonnit portal to protect control commands and sensor data.
• Compatibility: Works within the Monnit ALTA product family and integrates with other Monnit sensors and gateways via the iMonnit platform.

how to install Monnit 10 Amp Wireless Control

Installing the Monnit 10 Amp Wireless Control is straightforward and designed for rapid deployment with minimal wiring. Follow these steps to bring your automation to life quickly and safely:

1. Plan your layout — Identify which two circuits you will control with the ALTA unit and decide whether you will operate them manually, automatically, or in a hybrid mode using sensor triggers. Prepare a clean, accessible mounting location—ideally a control panel or equipment cabinet—to keep wiring tidy and protected.
2. Mount the ALTA unit — Secure the two-relay ALTA controller in the chosen location. Ensure there is adequate clearance for heat dissipation and that the device is mounted in a way that allows easy access to any connectors or indicators.
3. Provide power and connect loads — Connect the two relay outputs to the respective controlled devices, wiring the loads through the relay contacts. Use proper wire sizing and junction techniques appropriate for your environment. Verify that power to the controlled loads comes through the relays and that the ALTA unit itself has a reliable power source per the product manual.
4. Connect to the Monnit ecosystem — Pair the ALTA unit with your existing Monnit gateway or ensure it has network access to the iMonnit portal. This step establishes the cloud link so you can monitor status and configure automation rules. Follow the on-screen prompts in the iMonnit portal to add the new device, name each relay, and set initial permissions.
5. Configure automation rules — Create automation rules that reflect your desired behavior. For example, set Relay 1 to energize a pump when a moisture sensor triggers an alert, while Relay 2 powers a ventilation fan on a time schedule. Use the portal to specify conditions, delays, and dependencies between sensors and relays.
6. Test and verify — Manually operate each relay from the portal to confirm proper switching and load behavior. Simulate sensor events to ensure automatic responses occur as intended. Confirm that the system logs events and that alerts are received if a fault or abnormal condition arises.
7. Document and finalize — Record the wiring configuration, relay naming, and automation rules for future maintenance. Provide any necessary safety notes to operators, including lockout/tagout procedures and recommended safe operating temperatures for connected equipment.

With the Monnit 10 Amp Wireless Control installed, you gain precise, reliable control over critical equipment through a centralized, cloud-based platform. The combination of two independent relays, easy software-driven control, and sensor-activated automation makes it possible to implement energy-efficient strategies, reduce manual interventions, and ensure consistent equipment performance across your facility. Whether you’re building a smart office, a data center, or an industrial floor, this ALTA controller scales with your needs and integrates into the broader Monnit ecosystem for a unified, future-proof automation solution.

Frequently asked questions

What does the Monnit ALTA 10 Amp Wireless Control do?
The ALTA 10 Amp Wireless Control is a two-relay wireless controller that lets you switch two electrical circuits on or off either manually through the iMonnit portal or automatically in response to wireless sensor events. It enables remote management, automation, and monitoring of connected devices from the cloud.

How many devices can I control with the two relays?
Each ALTA unit provides two independent relay outputs. You can control up to two separate devices or circuits simultaneously, with the option to create complex automation rules that coordinate both relays based on sensor data or scheduled timings.

What kind of loads can it handle?
The unit is rated for up to 10 A per relay for typical loads. For inductive or motor loads, it’s important to verify compatibility and derate if necessary, following the manufacturer’s guidelines in the product manual.

How do I set up automation and sensor triggers?
Automation is configured in the iMonnit online sensors portal. You can link each relay to a chosen sensor event, set conditions (like thresholds or occupancy), define responses (turn on/off a relay), and schedule time-based rules. The portal also supports testing and logging to ensure reliable operation.

Is security and data privacy protected?
Yes. Communications between the ALTA unit and the iMonnit cloud are encrypted, and access to the portal is secured with user authentication and role-based permissions. This helps protect control commands, sensor data, and automation configurations.

What installation considerations should I plan for?
Plan for a suitable mounting location, clean wiring pathways, and a stable power source for the ALTA unit. Ensure the devices being controlled through the relays are within their electrical ratings and comply with local electrical codes. If you’re integrating with other sensors and gateways, verify compatibility with the iMonnit portal and update firmware as recommended by Monnit.