This article provides physical installation and initial setup instructions for the Datto MP60.
- Datto MP60 (Datto Managed Power)
The MP60 provides 6 fully-managed and monitored power ports, as well as 2 USB Type A and 2 USB Type C ports. The product is intended to be used in monitored environments such as an IT closet or office environment, and deployed in conjunction with the Datto Networking cloud portal for configuration and troubleshooting.
- Do not place heavy objects on the power strip.
- Install the power strip in an area free from strong electromagnetic sources.
- Do not install near potential sources of water or fire.
- When using on the floor or desktop avoid moving the device while in use.
- Connect the apparatus to a mains socket outlet with a protective earthing connection.
Q: How does the MP60 access the Internet?
A: You can connect it via Ethernet (recommended) or WiFi.
- If using Ethernet, connect it to any router or switch that provides a DHCP connection, and the MP60 will check in to the cloud. The MP60's primary LED will turn solid teal.
- If Ethernet is not available, you can add the MP60 to any Datto WiFi network. It will automatically join as a mesh device. Use the Datto management portal to add the MP60 to the same network as the access points you want it to mesh with. The MP60's primary LED will turn solid green when it is online via WiFi.
Q: Can the MP60 act as an access point?
A: No. While the MP60 uses Datto's mesh technology to go online, it cannot act as an access point.
Q: Can I manage or see power consumption on the USB ports?
A: This version of the MP60 only provides power on the USB ports. Future versions may allow for additional control of the USB ports.
Q: What is the function of the power button on the device?
A: The power button turns all 6 ports on or off. When the toggle button disables the ports, or when an overdraw event causes the ports to power down, only re-cycling the toggle button, or manually re-enabling the port in the portal will re-enable it.
Q: When causes the ports or the strip to trip?
A: An individual port will trip and shut down if it draws more than than 10A for a few seconds. On a 120V circuit, this is approximately 1200W per port. If a trip occurs, the cloud management portal will show the port as disabled. You can re-enable a disabled port through the cloud management UI. The entire strip has a breaker rated for 16A, that at varying temperatures and loads will vary the trip time. A direct short will trip the entire circuit breaker, disabling all ports. That mechanical trip will require the button to be pressed on the device.
Q: How does the MP60 prevent shorts and overloads to the unit?
A: The MP60 has an electro-mechanical circuit breaker to prevent shorts and overloads to the entire unit. The total combined maximum current allowed is 16A. The unit will trip in a varying amount of time, depending on the percentage of current overloaded and temperature.
- At 16A, it will not trip unless it crosses the 65C temperature threshold.
- At 20A, it will trip within an hour or if it crosses the 60 C threshold.
- At 24 A, it will trip within 5 to 30 seconds or sooner if it crosses the 60 C threshold.
- At 32 A or above, it will trip within 1 to 5 seconds or sooner if it crosses the 60 C threshold.
As a safety precaution, if the entire circuit trips, the connected equipment will all be disabled. The USB ports and the Access Point hardware will continue to operate. In this state, the unit will no longer be cloud manageable for the ports as they are all disabled via the breaker. You will need to physically reset the MP60 by using the Reset button on the device, located next to the power cable receptacle. See this article for a hardware diagram of the MP60.
Q: What causes surge depletion?
A: Surge depletion can be caused by:
- Repeated small, noisy spikes above the clamping voltage. These are frequently caused by large appliances on the circuit which are transitioning from on to off, or off to on, affecting the rest of the circuit.
- Environments, with many large or old equipment motors that draw a lot of power on the same circuit, are more susceptible to surges.
- Lightning strikes can generate an average of 1 billion to 10 billion Joules of energy. If one strikes inbound power lines, the MP60 will break all of its internal fuses and built-in protection in a failsafe manner to prevent the equipment behind it from being harmed.
Q: What is the difference between a circuit breaker (Trip) and surge protector (Surge)?
A: Circuit breaker is based upon current limitations, and surge protection is based on voltage. Circuit breaker prevents pulling too much current or shorting the circuit, while surge protection prevents large voltage spikes from entering the devices.