RackLink™ Power Management System
Practical Power Management for AV Installations


RackLink
Introducing the RackLink™ Power Management System from Middle Atlantic Products – a practical web-enabled power management system that sets a new standard for A/V installations. Set it up in less than 5 minutes and it will monitor the power and temperature conditions of your system, log and alert you to any irregularities, and even reboot or take another action to correct problems on its own. We’ve made it easy to set up and operate, with an open architecture that integrates seamlessly with leading control systems – even your smart phone – and is compatible with 'cloud' based services but is not dependent on them.
Remotely managed power products that provide integrators with real-time visibility and control over any installation from anywhere in the world.
All RackLink™ series products are fully compliant with any control system or content aggregator. Drivers available now from select control system partners.

  Features Description
Cloud Compliant RackLink is 100% cloud compliant, but is not cloud dependent. Each device features a dedicated on board web server and provides a intuitive browser based web interface, making local & remote access via the web a snap. An open architecture serial API allows RackLink™ devices to be seamlessly and easilly integrated into any 3rd party application.

Local and Remote Access Integrated web server with either static or dynamic IP address.

Serial communication API
A consoliated list of RackLink™ devices can be viewed within any of our mobile web apps. (iPad, iPhone and Android).

Drivers available for third party control systems.

DDNS Service DDNS is available free of charge, through Middle Atlantic To remotely access an IP device you need know the ‘external’ IP address of the router at the installed location. In residential accounts Internet Service Providers habitually change or refresh the external IP addresses of routers.

DDNS (Dynamic Domain Name Services) allows each router to be given a unique domain ‘name’ and then keeps track of any IP address changes for that name. You can then always access the device using its domain name, instead of its IP address.

Use of DDNS requires that port forwarding is enabled on the router.

Form factor In-Line and 1 Space Rackmount Multiple form factors accommodate all installation types.

Individual Device Controls
Outlet and Dry Contact Control Dry contacts extend benefits of RackLink™ outside the rack.
On / Off / Cycle Status feedback is instantaneous.
Set custom cycle delay periods (up to 999 seconds) Up to 999 seconds.
Assign individual name to each device Identification of specific RackLink™ units is easy through friendly names.
Name each outlet and contact individually Identification of connected equipment is easy through friendly names.

Monitored Variables
Input Voltage (Peak & RMS) User can set custom high/low input voltage thresholds and can be alerted via e-mail if thresholds are breached.
Load Current (Peak & RMS) User can set custom high/low load current thresholds and can be alerted via e-mail if thresholds are breached.
Temperature RackLink™ uniquely allows user to set high/low temperature thresholds and can alert an integrator via e-mail if thresholds are breached and can trigger additional actions, such as powering on spare fans, or powering down heat generating equipment.
Surge Status Surge Status Notification is provided in three different ways:
- by means of local LEDs
- through contact closure status
- status notification through serial and TCP/IP ports
In the unlikely event that both surge stages are compromised, RackLink™ device will continue to pass power through, thus allowing the system to remain on while the integrator arranges service.
Connected Load (Watts) Real time measurement.
Cumulative Load (kWh) Historical record user can reset as necessary.
Power Factor Measure of efficiency.
Thermal Load Provides insight into cooling requirements per connected load.

Data Logging RackLink logs data for every monitored variable once every 5 minutes, and in addition will log immediately on every alert condition (surge status, threshold breaches, auto-ping no response, input voltage and connected load fluctuations) Data logs are stored locally on each device and can be easily viewed through the local browser based user interface.

They can also be easily extracted by a control system via RS-232 and IP using our API.

Ability to Export Logs Data logs can be saved locally in CSV format, or extracted remotely via IP or RS-232 Six monitored variables and nine alert conditions are logged.

Alert Events
Temperature (Over / Under / Normal Range) User defined temperature thresholds in 1ºF increments. Optional E-mail status notification and outlet/dry contact control on/over temp.
Input Voltage (Over / Under / Normal Range) User defined voltage thresholds in 1 VAC increments
High Range: 123 - 128VAC
Low Range: 105 - 110VAC
Optional E-mail notification to over/under status
Load Current (High / Low / Normal Range) User defined load current thresholds in 0.1A increments
0-15A
0-20A
Optional E-mail notification to over/under status
Auto Ping No Response Auto Ping No Response
Auto Ping Auto Ping - routinely queries another network device, or service If the device does not respond RackLink™ can issue an e-mail notification, and can additionally power cycle or turn on/off an outlet and / or a dry contact in an attempt to restart an unresponsive device.

Energy Management Watts
Input Voltage (RMS)
Load Current (RMS)
Real time display and Log entries only.

Data manipulation & graphing is achieved using Excel or 3rd party data archiving (Control Systems).

Scheduling Control systems can schedule specific commands to be sent to this device at set times. - Save energy by turning off devices when not in use
- Schedule managed reboots of network or other devices


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