We’re excited to announce that product dimensions are now available on the Poly Phones Knowledge Base. These articles provide detailed product size specifications ready to download.
Read the powering requirements and options carefully to understand powering for your Poly Trio system.
Powering the Trio C60 System
You can power theTrio C60system with Power over Ethernet (PoE) or PoE+ (IEEE 802.3 at Type 2). When the system is booting up, an on-screen message indicates the available power supply type.
Note:PoE+ provides Poly Trio systems with full functionality.
The following features aren’t available onTrio C60systems when using PoE:
TheTrio C60system LAN OUT port doesn’t provide PoE+ power.
You can’t charge USB devices (mobile phones, tablets) connected to theTrio C60system USB port.
Maximum peak power to the loudspeaker is limited.
Power the Poly Trio System with the Optional Power Adapter
If your building isn’t equipped with PoE+ you can use the optional power adapter to provide PoE+ and full functionality to yourPoly Trio C60system.
Place the power injector in a clean and dry area out of a walkway and provide sufficient space around the unit for good ventilation. Do not cover or block airflow to the power injector. Keep the power injector away from heat and humidity and free from vibration and dust.
Important:When using the power adapter to power your system, you must connect the cables in the following sequence.
Task
Plug the AC power cord of the power adapter into the wall and use a network cable to connect the power adapter to thePoly Trio C60system.
Connect the power adapter to the network with a CAT-5E or CAT-6 Ethernet cable.
The power adapter LED glows green when the system is correctly powered.
If the power adapter LED glows yellow, the adapter is bypassed, and the system is drawing PoE power from the outlet.
Optional:Turn off the PoE network port or connect the Poly Trio system in the following sequence:
Power upPoly Trio C60using the power adapter, but don’t plug the devices into the network wall port.
Wait for the system to boot up.
Plug the devices into the network wall port.
Ensure the LED indicator on the power adapter is green.
Poly Trio System Power Management
Power available to Poly Trio systems is limited. You must choose how to power the system and which features to enable or disable.
Power management options vary between Poly Trio system models. Read the power requirements and options carefully to understand power for your Poly Trio system.
The Poly Trio C60 system supports powering the following types of devices:
USB devices consuming < 2.5 W power
USB port over current detection
USB Port Power Management
Device charging with the USB port on the Poly TrioC60system is disabled by default. When disabled, the USB host port provides 100 mA of power for peripheral devices.
To enable USB charging, you must power your Poly Trio system with an IEEE 802.3at Power over Ethernet Plus (PoE+) compliant power source. When you enable USB charging, you can power and charge USB 2.0 compliant devices with a power draw up to 1.500 mA / 7.5 W.
Using POE Class 0 with Poly Trio C60
Powering the Poly TrioC60system from a PoE Class 0 source provides full core functionality. The only limitation is that the LAN Out port doesn’t provide PoE power.
Power-Saving on Poly Trio Systems
Power-saving automatically puts the phone into a low-power state to conserve energy when not in use.
When the phone is in power-saving mode, a steady yellow LED indicator displays. The phone returns to a full-power state after detecting user movement (based on changes in lighting), a button press, screen touch, or incoming call.
You can configure the following power-saving options for Poly Trio systems:
Power-saving during workdays
Power-saving during nonworking days
Idle or inactivity time after which the phone enters power-saving mode
Note:Poly Trio systems can’t enter power-saving mode while idle in theBluetoothmenu. To ensure the phone can enter power-saving mode, don’t leave the phone idle in theBluetoothmenu.
You can configure the behavior of the LED indicator (see LED Behavior Patterns).
Power-Saving Parameters
Use the following parameters to configure power-saving features and feature options.
powerSaving.Enable
0 (default) - The paired device does not into power-saving mode.
1 - When the Poly Trio system enters power-saving mode, the paired device display switches to standby mode and powers up when the system exits power-saving mode.
powerSaving.idleTimeout.offHours
The number of idle minutes during off hours after which the phone enters power saving.
1 (default)
1 - 10
powerSaving.idleTimeout.officeHours
The number of idle minutes during office hours after which the phone enters power saving.
30 (default)
1 - 600
powerSaving.idleTimeout.userInputExtension
The number of minutes after the phone is last used after which the phone enters power saving.
10 (default)
1 - 20
powerSaving.officeHours.duration.x
Append the day of the week forx. For example,powerSaving.officeHours.duration.Monday.
Set the duration of the office working hours by weekday.
Monday - Friday = 12 (default)
Saturday - Sunday = 0
0 - 24
powerSaving.officeHours.startHour.x
Specify the starting hour for the day's office working hours.
7 (default)
0 - 23
Setxto Monday, Tuesday, Wednesday, Thursday, Friday, Saturday, and Sunday (seepowerSaving.officeHours.durationfor an example).
Rebooting the Phone at a Scheduled Time
You can configure Poly phones to reboot at a scheduled time, period, or days. With this feature, you can schedule phones to reboot daily.
Scheduled Reboot Parameters
Use the following parameters to configure scheduled reboot times for Poly phones.
prov.scheduledReboot.enabled
0 (default)— Disables scheduled reboot.
1—Enables scheduled reboot.
prov.scheduledReboot.periodDays
Specify the time in days between scheduled reboots.
1 day (default)
1–365 days
prov.scheduledReboot.time
Specify a time to reboot the Poly phone. Use the 24 hour time format (hh:mm).
03:00 (default)
prov.scheduledReboot.timeRandomEnd
If this parameter is set to a specific time, the scheduled reboot occurs at a random time between the time set forprov.scheduledReboot.timeandprov.scheduledReboot.timeRandomEnd. The time is in 24-hour format.
