Howto:Power Consumption: Difference between revisions

From innovaphone wiki
Jump to navigation Jump to search
← Older edit
VisualWikitext
No edit summary
 
(61 intermediate revisions by 8 users not shown)
Line 1: Line 1:
<!-- Keywords: power, consumption, btu -->
==Supply via Power over Ethernet (PoE)==
==Supply via Power over Ethernet (PoE)==
===Power level===
===Power level===
The power consumption of PoE devices is separated into several classes for power sourcing equipment (PSE) and the powered device (PD).
The power consumption of PoE devices is separated into several classes for power sourcing equipment (PSE) and the powered device (PD).
{| border=1
{| class="wikitable"
|+
|+ PoE Classes
|Class
|-
|Usage
!Class
|Power level PSE [W]
!Usage
|Power level PD [W]
!Power level PSE [W]
!Power level PD [W]
|-
|-
|0
|0
Line 30: Line 32:
|-
|-
|4
|4
|reserved
|optional
|15,4
|30
|0,44 - 12,95
|12,95-25,5 W (802.3at/Typ 2)
|}
|}


===Power level of innovaphone devices===
===Power level of innovaphone devices===
Gateways:
{| class="wikitable"
{| border=1
|+ Gateways
|+
|-
|Device
!Device
|PoE-Class
!PoE-Class
|average total input power [mW]*
!average total input power [mW]<ref name="input power">These values were averaged results from simulating normal and maximum use.
|max total input power [mW]*
  To have an official max total input power value please orientate on the upper limit of the associated PoE class.</ref>
!max total input power [mW]<ref name="input power">These values were averaged results from simulating normal and maximum use.
  To have an official max total input power value please orientate on the upper limit of the associated PoE class.</ref>
|-
|IP311/IP411/IP811/IP29/IP0011
|3
|5000
|12500
|-
|IP1130/IP3011
|3
|8000
|12500
|-
|IP29-2/4/8
|3
|May vary in dependency of FXS usage.
|12500
|-
|IP29-20
|4
|May vary in dependency of FXS usage.
|25500
|-
|IP0013/IP6013
|4
|n.a.
|25500
|-
|IP1202/IP1203
|2
|
|5000
|-
| colspan="4" |EoP devices
|-
|-
|IP22
|IP22
Line 58: Line 94:
|4000
|4000
|12900
|12900
|-
|IP38
|1
|2800
|3800
|-
|-
|IP302
|IP302
Line 93: Line 134:
|5000  
|5000  
|8000
|8000
|-
|IP0010
|3
|8000
|12500
|-
|IP3010
|3
|8000
|12500
|-
|IP6010
|3
|8000
|12500
|-
|IP1060
|3
|8000
|12500
|-
|IP810
|3
|8000
|12500
|-
|-
|}
|}


Phones:
{| class="wikitable"
{| border=1
|+ Phones
|+
|-
|Device
!Device
|PoE-Class
!PoE-Class
|average total input power [mW]*
!idle state [mW]<ref name="lan1">LAN connected with 100Mbit/s. PC not connected. EEE active if supported. LCD light (idle state) = 0</ref>
|max total input power [mW]*
!average total input power [mW]<ref name="input power">These values were averaged results from simulating normal and maximum use.
|manufacturing check [mW]**
  To have an official max total input power value please orientate on the upper limit of the associated PoE class.</ref>
!max total input power [mW]<ref name="input power">These values were averaged results from simulating normal and maximum use.
  To have an official max total input power value please orientate on the upper limit of the associated PoE class.</ref>
!manufacturing check [mW]<ref name="quality">All devices leaving the manufacturing process are checked whether the consumption is under this value.</ref>
|-
|IP241
|HW < 402 = 3
HW >= 402 = 2
|2400
|< 3500
|
|
|-
|IP222
|2
|2500
|4800<ref name="lan2">LAN and PC interface connected with 1Gbit/s. 4xUSB connected (only IP2x2).</ref>
|
|
|-
|IP232
|2
|2600
|4900<ref name="lan2">LAN and PC interface connected with 1Gbit/s. 4xUSB connected (only IP2x2).</ref>
|
|
|-
|IP111(A)
|1
|1400
|2000
|3800
|2500
|-
|IP112(A)
|2
|1800
|2100
|4000
|2500
|-
|IP101
|1
|
|
|2000
|
|-
|IP102
|2
|
|
|3500
|
|-
| colspan="6" |EoP devices
|-
|-
|IP110
|IP110
|1
|1
|
|2500
|2500
|2700
|2700
Line 113: Line 235:
|IP200A
|IP200A
|1
|1
|
|2900
|2900
|3200
|3200
Line 119: Line 242:
|IP230
|IP230
|2
|2
|
|2600
|2600
|2900
|2900
Line 125: Line 249:
|IP240
|IP240
|2
|2
|
|3100
|3100
|3800
|3800
Line 132: Line 257:
|1
|1
|
|
|
|2800
|3000
|3500
|-
|-
|IP240-1000
|IP240-1000
|2
|2
|
|4900
|4900
|5900
|5900
Line 142: Line 270:
|IP230-x
|IP230-x
|extension module
|extension module
|
|1000
|1000
|1000
|1000
|
|-
|-
|}
|}


*These values were averaged results from simulating normal and maximum use.
<references/>
  To have an official max total input power value please orientate on the upper limit of the associated PoE class.
 
**All devices leaving the manufacturing process are checked whether the cunsumption is under this value.
 
Estimated worst case power consumption for operation of a 240-1000 with 3 IP230-X
 
5.9W +3*1W= 8.9W


Estimated worst case power consumption for operation of a 240 with 3 IP230-X  
====Use of extension modules and PoE====
* IP230-X
** Estimated worst case power consumption for operation of a IP240-1000 with 3 IP230-X : 5.9W +3*1W= 8.9W
** Estimated worst case power consumption for operation of a IP240 with 3 IP230-X: 3.8W +3*1W= 6.8W
* IP2x2
** For use of IP2x2 and IP2x2x, configure the switch port with static PoE Class 3 or alternatively use PoE adapter (order number: 03-00010-231)


3.8W +3*1W= 6.8W
=== PoE Injector Capacity ===
PoE injector offered by innovaphone (order code 03-00010-231) fulfills the power demand PoE capable innovaphone devices need (generally 15W at PSE side).<br>
This is good for any device up to '''PoE class 3''' (not IP29-20 & IPxx13).<br>
Currently, innovaphone does not offer a PoE+ injector.


==Supply via Pover Supply Unit (PSU)==
==Supply via Power Supply Unit (PSU)==
Most of the innovaphone devices can be supplied by an external PSU (exception: IP800; IP2000; IP6000 with build in power supply).
Most of the innovaphone devices can be supplied by an external PSU (exception: IP800; IP2000; IP6000 with build in power supply).
All testreadings are no official numbers. The following tables are showing different modes. All values in mW.
All testreadings were determined by measuring the power consumption of the PSU. They are no official numbers. The following tables are showing different phone modes. All values in mW.
===12V PSU for phones===
===12V PSU for phones===
Without using switch functionality (only LAN is connected):
{| class="wikitable"
{| border=1
|+ Without using switch functionality (only LAN is connected 100Mbit/s)
|+
|-
|Device
!Device
|Standby
!Standby
|On-Hook
!On-Hook
|Active (handsfree with max loudness)  
!Active (handsfree with max loudness)  
|Ringing
!Ringing
|-
|-
|IP110
|IP110
Line 203: Line 334:
|5500
|5500
|-
|-
|}
|IP241
 
|< 3500
Using switch functionality (PC + LAN is connected):
|
{| border=1
|
|+
|
|Device
|Standby
|On-Hook
|Active (handsfree with max loudness)
|Ringing
|-
|-
|IP110
|IP222
|
|2500
|
|
|
|
|
|
|-
|-
|IP200A
|IP232
|
|2600
|
|
|
|
|
|
|-
|}
{| class="wikitable"
|+ Using switch functionality (PC + LAN is connected 100Mbit/s)
|-
!Device
!Standby
!On-Hook
!Active (handsfree with max loudness)
!Ringing
|-
|IP110
|3300
|3400
|3700
|3400
|-
|IP200A
|3900
|3900
|4400
|3900
|-
|-
|IP230
|IP230
|
|3400
|3600
|3800
|3600
|-
|IP240
|3800
|4100
|4200
|4100
|-
|IP240-1000
|7400
|7700
|7900
|7700
|-
|IP241
|4500<ref name="lan2">LAN and PC interface connected with 1Gbit/s. 4xUSB connected (only IP2x2).</ref>
|
|
|
|
|
|
|-
|-
|IP240
|IP222
|
|4200<ref name="lan2">LAN and PC interface connected with 1Gbit/s. 4xUSB connected (only IP2x2).</ref>
|
|
|
|
|
|
|-
|-
|IP240-1000
|IP232
|
|4300<ref name="lan2">LAN and PC interface connected with 1Gbit/s. 4xUSB connected (only IP2x2).</ref>
|
|
|
|
Line 245: Line 412:
|-
|-
|}
|}
<references/>
====Use of extension modules and PSU====
* IP230/IP24x plus up to three IP230-X: a more efficient PSU is needed. Please use the 40V Gateway PSU or PoE injector from innovaphone (order no 03-00010-231)
* IP2x2 plus IP2x2x: same as above - a more efficient PSU is needed. Please use the 40V Gateway PSU or PoE injector from innovaphone (order no 03-00010-231)
===40V PSU for IP adapters and gateways===
===40V PSU for IP adapters and gateways===
Note as of May 2018: This product is End-of-life and no more offered by innovaphone.
The 40V PSU (order no. 03-00010-226) can be used for all gateways and adapters with small housing. In detail these are IP22, IP24, IP28, IP38, IP302 and IP305.
==Releated notes==
=== Heat output (BTU) ===
Sometimes we receive inquiries about the heat output (BTU - [https://en.wikipedia.org/wiki/British_thermal_unit British Thermal Unit]) of our devices.
innovaphone itself does not provide any information about this.
With afore mentioned power consumption values (! units are in mW) and corresponding converters (e.g. [https://umrechner.info/Kilowattstunde-BTU here]), the BTU can be calculated on your own responsibility.

Latest revision as of 14:07, 20 May 2025

Supply via Power over Ethernet (PoE)

Power level

The power consumption of PoE devices is separated into several classes for power sourcing equipment (PSE) and the powered device (PD).

PoE Classes
Class Usage Power level PSE [W] Power level PD [W]
0 default 15,4 0,44 - 12,95
1 optional 4 0,44 - 3,84
2 optional 7 3,84 - 6,49
3 optional 15,4 6,49 - 12,95
4 optional 30 12,95-25,5 W (802.3at/Typ 2)

Power level of innovaphone devices

Gateways
Device PoE-Class average total input power [mW][1] max total input power [mW][1]
IP311/IP411/IP811/IP29/IP0011 3 5000 12500
IP1130/IP3011 3 8000 12500
IP29-2/4/8 3 May vary in dependency of FXS usage. 12500
IP29-20 4 May vary in dependency of FXS usage. 25500
IP0013/IP6013 4 n.a. 25500
IP1202/IP1203 2 5000
EoP devices
IP22 3 3000 4600
IP24 3 3600 6800
IP28 3 4000 12900
IP38 1 2800 3800
IP302 3 3000 4800
IP305 2 2900 3000
IP800 up to HW201 0
IP800 ex HW300 3 4700 10500
IP2000 3 5900 6500
IP6000 3 9800 10000
IP1200 0 5000 8000
IP0010 3 8000 12500
IP3010 3 8000 12500
IP6010 3 8000 12500
IP1060 3 8000 12500
IP810 3 8000 12500
Phones
Device PoE-Class idle state [mW][2] average total input power [mW][1] max total input power [mW][1] manufacturing check [mW][3]
IP241 HW < 402 = 3

HW >= 402 = 2

2400 < 3500
IP222 2 2500 4800[4]
IP232 2 2600 4900[4]
IP111(A) 1 1400 2000 3800 2500
IP112(A) 2 1800 2100 4000 2500
IP101 1 2000
IP102 2 3500
EoP devices
IP110 1 2500 2700 3500
IP200A 1 2900 3200 3500
IP230 2 2600 2900 3500
IP240 2 3100 3800 4000
IP150 1 2800 3000 3500
IP240-1000 2 4900 5900 6500
IP230-x extension module 1000 1000
  1. ↑ 1.0 1.1 1.2 1.3 These values were averaged results from simulating normal and maximum use. To have an official max total input power value please orientate on the upper limit of the associated PoE class.
  2. ↑ LAN connected with 100Mbit/s. PC not connected. EEE active if supported. LCD light (idle state) = 0
  3. ↑ All devices leaving the manufacturing process are checked whether the consumption is under this value.
  4. ↑ 4.0 4.1 LAN and PC interface connected with 1Gbit/s. 4xUSB connected (only IP2x2).

Use of extension modules and PoE

  • IP230-X
    • Estimated worst case power consumption for operation of a IP240-1000 with 3 IP230-X : 5.9W +3*1W= 8.9W
    • Estimated worst case power consumption for operation of a IP240 with 3 IP230-X: 3.8W +3*1W= 6.8W
  • IP2x2
    • For use of IP2x2 and IP2x2x, configure the switch port with static PoE Class 3 or alternatively use PoE adapter (order number: 03-00010-231)

PoE Injector Capacity

PoE injector offered by innovaphone (order code 03-00010-231) fulfills the power demand PoE capable innovaphone devices need (generally 15W at PSE side).
This is good for any device up to PoE class 3 (not IP29-20 & IPxx13).
Currently, innovaphone does not offer a PoE+ injector.

Supply via Power Supply Unit (PSU)

Most of the innovaphone devices can be supplied by an external PSU (exception: IP800; IP2000; IP6000 with build in power supply). All testreadings were determined by measuring the power consumption of the PSU. They are no official numbers. The following tables are showing different phone modes. All values in mW.

12V PSU for phones

Without using switch functionality (only LAN is connected 100Mbit/s)
Device Standby On-Hook Active (handsfree with max loudness) Ringing
IP110 2900 3000 3400 3000
IP200A 3400 3500 3900 3500
IP230 3000 3300 3500 3300
IP240 3400 3700 3800 3700
IP240-1000 5200 5500 5700 5500
IP241 < 3500
IP222 2500
IP232 2600
Using switch functionality (PC + LAN is connected 100Mbit/s)
Device Standby On-Hook Active (handsfree with max loudness) Ringing
IP110 3300 3400 3700 3400
IP200A 3900 3900 4400 3900
IP230 3400 3600 3800 3600
IP240 3800 4100 4200 4100
IP240-1000 7400 7700 7900 7700
IP241 4500[1]
IP222 4200[1]
IP232 4300[1]
  1. ↑ 1.0 1.1 1.2 LAN and PC interface connected with 1Gbit/s. 4xUSB connected (only IP2x2).

Use of extension modules and PSU

  • IP230/IP24x plus up to three IP230-X: a more efficient PSU is needed. Please use the 40V Gateway PSU or PoE injector from innovaphone (order no 03-00010-231)
  • IP2x2 plus IP2x2x: same as above - a more efficient PSU is needed. Please use the 40V Gateway PSU or PoE injector from innovaphone (order no 03-00010-231)

40V PSU for IP adapters and gateways

Note as of May 2018: This product is End-of-life and no more offered by innovaphone.

The 40V PSU (order no. 03-00010-226) can be used for all gateways and adapters with small housing. In detail these are IP22, IP24, IP28, IP38, IP302 and IP305.

Releated notes

Heat output (BTU)

Sometimes we receive inquiries about the heat output (BTU - British Thermal Unit) of our devices.

innovaphone itself does not provide any information about this.

With afore mentioned power consumption values (! units are in mW) and corresponding converters (e.g. here), the BTU can be calculated on your own responsibility.

Retrieved from "https://wiki.innovaphone.com/index.php?title=Howto:Power_Consumption&oldid=76737"