SM3-PRO Instructions RESET ET 2 RN ET 1 ETHE ETHERN BANK 1 BANK 2 UNSAFE E VOLTAG WIRING FAULT LT BlueBO ACC 1 ACC 2 O SYSTEM SM3-PR ER MANAG Power Management with Remote Cloud-based Control and Monitoring. • 15 Amp Capacity • 3 Rear Panel Outlets in 2 Controllable and Monitored banks • Fully Programmable • Enabled • AVM & Protect-or-Disconnect Circuitry • 2-Port 10/100 Ethernet Switch • Linear Filtration,-18.7dB@10kHz, -50.5dB@100kHz, -43.
Introduction Congratulations for purchasing the Panamax SM3-PRO Power Management with remote, cloud based control and monitoring. The SM3-PRO features Panamax’s revolutionary AVM (Automatic Voltage Monitoring) circuit, and our exclusive Linear Filtering Technology (LiFT). Together, these technologies comprise precisely what our customers have come to expect from Panamax: uncompromised AC protection and purification. Outlets: Rear panel outlets are controlled in two power filtered banks.
Features Descriptions BlueBOLT®: Remote Power Management technology provides secure, hosted IP (Internet Protocol) system control. With BlueBOLT™, custom electronics installers, integrators and end-users can remotely monitor and control power to home theater equipment by accessing power management components from anywhere in the world.
Important Safety Instructions 1. Read these instructions. 2. Keep these instructions. 3. Heed all warnings. 4. Follow all instructions. 9. Protect the power cord from being walked on or pinched, particularly at plugs, convenience receptacles, and the point where they exit from the apparatus. 5. WARNING: Do not use this apparatus near water. To reduce the risk of fire or electric shock, do not expose this apparatus to rain or moisture. 10. Only use attachments/accessories specified by the manufacturer.
UNSAFE VOLTAGE WIRING FAULT BlueBOLT ACC 1 ACC 2 ETHERNET 1 ETHERNET 2 SM3-PRO SYSTEM MANAGER Rear Panel Features Overview OUTLET 1 OUTLET 2 1 OUTLET 3 120V / 60Hz 2 BANK 1 BANK 2 GROUND 15A 3 4 5 3. Resettable 15A Circuit Breaker Outlets: The three rear panel outlets are grouped into two switched outlet banks. (Outlets within an outlet bank are controlled together). 4. Power Inlet: 120 Vac / 15A, IEC 320-C13 with plug/cord retention clip. 1. Bank 1 has one outlet. 5.
GETTING SETUP For BlueBOLT® Troubleshooting Note: You will need the SM3-PRO’s unique MAC ADDRESS and CHALLENGE KEY (duplicate labels provided in packaging on cover of Quick Start Guide as well as on the underside of the unit itself) in order to register the BlueBOLT® device Q. Is your Power Management Component receiving power? A. Check the power cable and confirm the unit’s breaker has not been tripped. SYSTEM SETUP Step 1. Step 2. Plug in SM3-PRO. Step 3. Wait for the BlueBOLT light to turn on.
POWER CYCLE AND OUTLET SEQUENCING The outlet banks of the SM3-PRO are configured to turn on and off in a programmed sequence where each outlet bank has a set of programmed delay times. Outlet Bank Power Cycle Delay The delay times are pre-programmed but may be changed on the BlueBOLT web site or by issuing the command to the Ethernet port (see the Advanced Operation section for details).
Identify Connected Equipment Use this diagram to write in what pieces of equipment are plugged into each outlet for an easy reference.
Advanced Operation: SM3-PRO provides a built-in HTTP (web page server at default port 80) which can be accessed via a typical “web page browser” allowing the user to configure the network settings. On start-up, SM3-PRO will use two IP addresses on its Ethernet connection: 1. A random link-local address can be discovered by link-local utilities such as the Bonjour zero-configuration networking utility by Apple. 2. A local network address, either statically assigned, or from DHCP.
The following sections document the possible message content and it should be assumed that the contents are always enclosed by the “envelope” and that the “envelope” text will not be repeated, unless needed for clarity. Action and Queries Command messages are sent to the SM3-PRO to have it perform a task. The task can be to perform a physical action such as switching an outlet bank and is referred to as an action. When the task is to transmit data such as device status it is referred to as a query.
Send Status Query The Send Status query is used to retrieve the following outlet status and electrical measurement information from the SM3-PRO-PRO. Status elements are enclosed in the element.
Cycle Outlet Bank Command an outlet bank to turn OFF, wait for its power cycle delay time and then turn back ON. Command Attribute: id = “bank” Content None Example: Power cycle an outlet bank Which outlet bank to control Power cycle outlet bank 1 Power Sequence Command the SM3-PRO to initiate a power on/off sequence. For a turn on sequence, the outlet banks will turn on after their turn on delay time.
EVENTS Event messages are sent autonomously from SM3-PRO when some change occurs within the device – they are not replies to a query. Subscribing to Event Messages After start-up, SM3-PRO will not send any event messages. To receive event messages a command to “subscribe” to events must be sent. The event subscription command is enclosed within the XML declaration and element and is as follows: ......
Power Condition A Power Condition event is posted when the unit enters or recovers from over-voltage or under-voltage shutdown mode. Element Tag: Attribute: None Content 0 | 1 | 2 | 3 0 = power normal 1 = fault recovery 2 = under voltage 3 = over voltage Example: 3 Overvoltage condition Wiring Fault A Wiring Fault event is posted when a change to the outlet wiring condition is detected.
Scheduled Action Fired A Scheduled Action Fired event is posted when the M4000-PRO performs a scheduled operation. Element Tag: Attribute: None Content daysofweek Scheduled days. See below.
SM3-PRO Limited Product Warranty and Connected Equipment Policy Information CAUTION! All Panamax Warranties and Connected Equipment Policies are valid only in the United States and Canada. CAUTION! Audio/Video, computer and/or telephone system installations can be very complex systems, consisting of many interconnected components. Due to the nature of electricity and surges, a single protector may not be able to completely protect complex installations.
