APC by Schneider Electric NetBotz 320 Environmental Monitoring System


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Sale price$1,251.72

Description

APC by Schneider Electric NetBotz 320 Environmental Monitoring System

The APC by Schneider Electric NetBotz 320 Environmental Monitoring System is a compact, reliable 1U rack-mounted appliance designed to give data centers, server rooms, and network closets unmatched visibility into their environmental conditions. This versatile system is built to help IT teams protect critical gear by delivering real-time monitoring, proactive alerts, and easy integration with existing management platforms. Whether you operate a small on-premise data cabinet or manage a larger facility with expanding sensor needs, the NetBotz 320 is engineered to scale with your infrastructure, delivering actionable insights that minimize downtime and optimize efficiency. With intuitive web-based access, comprehensive alerting options, and robust security features, this appliance becomes a central node in your proactive data center monitoring strategy, empowering you to respond quickly to temperature fluctuations, humidity spikes, water leaks, or other environmental events that could impact performance and reliability.

  • All-in-one environmental monitoring solution: The NetBotz 320 is designed to continuously monitor core environmental parameters in computer rooms and network closets. It includes built-in sensors for essential measurements and supports additional external sensors to extend coverage for leaks, door activity, and other critical conditions. This versatility ensures you have a complete picture of the conditions around your equipment, enabling early warning of issues before they affect uptime. Real-time readings are visually accessible through the web UI, and historical data can be reviewed to identify trends and seasonal patterns that impact cooling efficiency and energy usage.
  • Proactive alerts and remote management: With configurable thresholds, you receive timely alerts via email, SNMP traps, and syslog, ensuring on-call teams and facilities staff are notified the moment something deviates from predefined norms. The NetBotz 320 centralizes event management, aggregates notifications, and provides a clear audit trail of environmental events. Operators can set escalation paths, ensuring that critical alerts reach the right stakeholders, even when the primary contact is unavailable. This capability is essential for reducing mean time to acknowledge (MTTA) and mean time to repair (MTTR) in dynamic data center environments.
  • Rack-friendly design and dependable reliability: Engineered for 19-inch racks and 1U height, the NetBotz 320 fits neatly into existing infrastructure without demanding additional space. Its durable chassis is built for continuous operation in data centers, server rooms, and network closets, with simple cabling and clear front-panel status indicators that help technicians quickly assess device health during maintenance windows. The appliance is designed to operate in standard data center conditions, offering stable performance that complements cooling strategies and power management plans, while reducing the risk of unattended environmental incidents compromising hardware longevity.
  • Sensor scalability and flexible integration: The NetBotz 320 supports a modular approach to monitoring. In addition to built-in sensors, you can expand with external sensors to monitor water leaks, door status, and other environmental hazards. The system integrates with common IT management ecosystems through industry-standard protocols such as SNMP and Syslog, facilitating seamless inclusion with existing monitoring stacks and dashboards. Its compatibility with Schneider Electric’s broader EcoStruxure IT ecosystem means you can correlate environmental data with asset information, power usage, and cooling analytics for a more holistic view of data center health.
  • Trusted brand, comprehensive security, and support: As part of the Schneider Electric APC family, the NetBotz 320 inherits a legacy of reliability, security-conscious design, and enterprise-grade support. The device supports secure authentication, role-based access, and regular firmware updates to address evolving threats and feature requests. Whether you’re managing a single rack or coordinating a multi-site deployment, you can rely on dependable documentation, professional services, and a broad ecosystem of compatible sensors and accessories to tailor the monitoring solution to your environment.

Technical Details of APC by Schneider Electric NetBotz 320 Environmental Monitoring System

  • Model: NetBotz 320 Environmental Monitoring System
  • Form Factor: 1U rack-mount appliance designed for 19" racks
  • Network Interface: 1 x Ethernet (RJ-45) suitable for standard 10/100/1000 Mbps networks
  • Power Requirements: Standard AC power input compatible with data center power where the unit is deployed
  • Sensor Capabilities: Built-in environmental sensors for core conditions; supports external sensors for expanded coverage (e.g., leaks, door status, and other defensive parameters)
  • Alerts & Management: Web-based management interface; supports SNMP traps, email notifications, and Syslog integration for centralized alerting
  • Security & Access: Role-based access controls and secure authentication to protect configuration and user data
  • Integration: Designed to work with EcoStruxure IT and standard IT monitoring tools for cohesive visibility across asset health and environmental conditions
  • Operating Environment: Built to operate in data-center-like environments with stable cooling and power infrastructure
  • Compliance: Designed to meet common regulatory and safety standards applicable to IT infrastructure devices

How to install APC by Schneider Electric NetBotz 320 Environmental Monitoring System

Installing the NetBotz 320 is designed to be straightforward, minimizing downtime and enabling quick access to critical environmental data. Start by identifying a suitable location in your rack where the device can be securely mounted and where sensors can effectively monitor the surrounding air and equipment. Use the included mounting rails to rack-mount the unit in a standard 19-inch enclosure, ensuring that air intake and exhaust paths remain unobstructed for accurate readings and reliable sensor performance. Once the physical installation is complete, connect the appliance to power and establish a connection to your network by plugging in an Ethernet cable to a reachable switch or router. Power up the device and wait for it to initialize; the front or back panel indicators will confirm that the system is online and accessible on the network.

Access the web-based management interface using a laptop or workstation on the same network. You will typically discover the NetBotz 320 via a local IP address assigned by your DHCP server, or you can configure a static IP to ensure consistent reachability. Log in with the initial administrator credentials provided by the setup guide, then create a strong admin password and define user roles for staff members who require access. In the configuration wizard, enable the built-in sensors and verify that temperature and humidity readings are updating in real time. If you plan to monitor additional risk factors, connect any supported external sensors according to the manufacturer’s instructions, and verify their data appears in the dashboard once sensors are registered.

Set up alerting thresholds aligned with your data center’s environmental policies. Define who should receive notifications and how (email, SNMP traps, Syslog), and specify escalation rules to ensure critical alerts never go unnoticed. Configure data retention and event logging to maintain a compliant audit trail for incidents. Integrate the NetBotz 320 with your existing monitoring stack by enabling SNMP traps and Syslog forwarding, then test the alert paths by simulating conditions (where safe and appropriate) to verify that alerts arrive promptly and with the correct context. Finally, schedule regular maintenance checks, firmware updates, and sensor calibration reminders to keep the system operating at peak accuracy over time.

To maximize ROI, document standard operating procedures that describe how to respond to common events, such as temperature spikes or water leaks, and align these procedures with your incident response plan. Consider linking NetBotz 320 data with facilities management workflows to coordinate cooling, power, and containment strategies. By following these steps, you’ll transform raw environmental data into actionable intelligence that improves uptime, protects critical assets, and supports efficient IT operations.

Frequently asked questions

  • Q: What environments is the NetBotz 320 best suited for?
    A: It is designed for computer rooms, data centers, and network closets where monitoring of ambient temperature, humidity, and other environmental factors is critical to protecting IT gear.
  • Q: What types of alerts does NetBotz 320 support?
    A: It provides configurable email alerts, SNMP traps, and Syslog messages, enabling integration with existing monitoring and operations workflows.
  • Q: Can I use external sensors with the NetBotz 320?
    A: Yes, the NetBotz 320 supports external sensors to extend monitoring to leaks, door status, and additional environmental parameters beyond the built-in sensors.
  • Q: How does it integrate with other Schneider Electric monitoring solutions?
    A: The NetBotz 320 is designed to work within the EcoStruxure IT ecosystem and can be integrated with typical IT monitoring tools using standard protocols like SNMP and Syslog for centralized visibility.
  • Q: Is installation difficult for someone with basic IT experience?
    A: No. The process is straightforward: mount in a 19" rack, connect to power and network, configure the web UI, and set up sensors and alerts. Schneider Electric provides documentation and support to assist with deployment.

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