NETIO PowerPDU 8KS is a PDU (Power Distribution Unit) with 8 measured outputs (8x IEC-320 C13) connected to a LAN network. Each output can be switched on/off and measured individually via LAN or from the NETIO Cloud online service. It fits into a 19” cabinet (1U). The green DI (Digital Input) terminal block can be used to connect an mechanical switch (dry contact) or an external temperature sensor. With the NETIO T1 temperature sensor, the defined output can be switched based on temperature ( thermostat function).

PowerPDU 8KS

- NETIO PowerPDU 8KS can be configured with a web browser (allows output control, connection to NETIO Cloud, Open
  API communication settings, etc.).

- Each output is separately metered and can be turned off and on individually.

- Ready-made AV drivers make it simple to connect the NETIO PDU to professional Audio/Video systems such as BrightSign, Crestron, Control4,
  Domotz, Elgato Stream Deck, Kramer, RTI, SAVANT, SKAARHOJ and more.

- Thanks to the Open API, integration with third-party systems using various protocols (JSON, Modbus/TCP, SNMP, MQTT-flex, Telnet, ...) is easy.

- With the NETIO Cloud service, the outputs can be controlled from anywhere. The NETIO Cloud service, provided for a fee, uses SSL security
   and servers in Europe.

- The NETIO Mobile2 app controls each output individually over LAN (local network).

- The PowerUp sequence or power-up delay can be configured for each output.

- Mechanical button (dry contact) or an external temperature sensor can be connected to the green DI input. By pressing a button or a temperature
  value, the defined output(s) can be switched using C&R (Condition & Rules) conditions.

Typical applications

1. The PowerPDU 8KS can be used for power balancing due to energy
     metering on each output.

2. Several PowerPDU 8KS units are typically used in IT data-centers for
    electricity distribution in a 19" rack (cabinet). Vertical or horizontal
    montage is available.

3. With using external T1 temperature sensor can be used thermostat
    feature to ativate additional cooling in case of too high temperature.

4. High temperature email alerting via NETIO Cloud can be realized in
    case of high temperature with external T1 temperature sensor.

5. Saving energy in meeting rooms (Scheduler switches equipment
     on/off at predefined time).

6. Controlling the power (to TV sets, audio systems, lighting) from
    various AV systems in stores, smart homes, museums, digital
    signage applications.

AV drivers for integration

NETIO products can be used together with plenty 3rd party software / hardware or cloud services.

- BrightSign media player (BrightAuthor)
- Crestron (SIMPL blocks)
- Control4
- Domotz
- ELAN
- Elgato Stream Deck
- Flic buttons
- HW group (Perseus platform)
- Kramer (K-Config)
- PIXILAB Blocks
- LOXONE
- RTI
- SAVANT
- SKAARHOJ

Remote restarting

Switch On / Off or Restart (short Off) each output using these methods:
- From the device website
- From the NETIO Cloud (web service).
- From NETIO Mobile 2 (Mobile App) over LAN or NETIO Cloud (web service)

- By external mechanical switch (dry contact) connected to DI input.

- Using build in Week-Scheduler function you can define several On/Off intervals per each output.
- With build in PING WatchDog function, you can restart any LAN device when not responding to PINGs from NETIO PDU (Device frozen)
- With build in Power consumption WatchDog function, you can restart any device powered from metered NETIO PDU output. Device frozen /
  sleeping / IDLE mode is detected by power consumption drop for several time.

- Using AV drivers you can control Outputs from many Audio Video SW (Crestron, Control4, Kramer, BrightSign, …)

- There are plenty Open APIs (protocols) to control outputs / meter power consumption.
- For example: JSON or XML over HTTP, SNMP v1 or v3, Modbus/TCP, MQTT, URL-API and others.

- Using Windows executable PyNetio swtich / Toggle any NETIO output(s) from the Windows Desktop

Power Measurement

NETIO PowerPDU 8KS measures electrical parameters for all 8 outputs individually. Measured values are displayed in the web administration interface and are accessible via M2M protocols. PDU 8KS measures with accuracy better than 1% in the entire operating temperature range.

- 8x Current [A]
- 8x Load [W]
- 8x Energy [Wh] – user-resettable counter
- 8x Energy Out [Wh]
- 8x Energy In [Wh]
- 8x TPF (True Power Factor)
- 8x Reverse Energy [Wh]
- 8x Phase shift [-180...180°]
- Voltage [V]
- Grid frequency [Hz]

DI (Digital Input)

The DI (Digital Input) is green terminal block for connecting external mechanical switch (dry contact). Switching On/Off will be indicated on the device web interface.

Every single DI is realized as 3pin terminal block. There is 12V for powering external devices like smoke or movement detectors.

There is also 4bytes pulse counter on the DI (compatible with S0 pulses). 4 bytes counter can be used for reading consumption from an external meter. You can connect there any meter with pulse output (water meter, gas meter, 3phase electricity meter, …)

External sensors

One external sensor can be connected to each DI (Digital Input). Only original NETIO sensors are supported.
- External temperature sensor NETIO T1 (IP67 probe, 3m cable, -20℃ to +80 ℃)

Output switching based on DI state (sensor value).
With using the CR (Condition & Rules) can be local condition executed in the PDU to control one or more outputs based on DI current state or measured sensor value.

HTTPs

NETIO PDUs have implemented HTTPs security.
The HTTPs is supported both for the WEB interface and for Open API protocols (JSON, XML).
A customer certificate can be used.

AV drivers

We can offer you drivers (integrated device support) for these AV (Audio Video) platforms:

These integrations / drivers can be free or paid. It's individual..Drivers not tested by NETIO products, but provided by community are listed on wiki.netio-products.com

Open API (M2M protocols)

- SNMP
- SNMP 
- MQTT-flex
- Telnet 
- Modbus/TCP
- JSON over HTTP
- XML over HTTP
- URL API (http get)
- HTTP(s) Push JSON
- HTTP(s) Push XML

Regardless of the Open API used, the PowerPDU 8KS can always be controlled from its web interface and at the same time from the NETIO Cloud service. The customer can use the NETIO Cloud service and one Open API protocol at the same time.

NETIO Cloud

The product can be connected to NETIO Cloud. Control 100 outputs from a single web screen!
NETIO Cloud is an ideal solution for remote control and restarting.

- All devices produced by the NETIO products company can be connected to NETIO Cloud.
- With every added device you receive free "Welcome Credit"
- Remote PDU output control (from NETIO Mobile App or NETIO Cloud service website)
- Multi-user feature for sharing devices in one company account
- The User Rights (roles) can be defined for access control
- PDU Connection Alert feature sends email notifications for PDU disconnections (connection or power failure).
- Grouping and sub-group structure of PDUs (folders structure)
- NETIO Mobile 2 App (Apple / Android) with user rights management
- Open API (MQTT) to the company account of NETIO Cloud
- The Historical Power Measurement Data can be downloaded
- Remote firmware upgrade
- 2 Factor Authentication
- NETIO Cloud can be used in parallel with most of another Open API protocols
- Communication of PDU with the cloud service is secured (port 8883 - MQTTs - TLS).

The NETIO Cloud service is SaaS (online service). On-premise version of the cloud service is available for projects.

Industrial product quality

NETIO PDUs are made with quality in mind. Each unit includes a set of supporting functions to ensure reliability and long service life of the product in real-life conditions.

- Open M2M API
- Wide operating temperature range
- PowerUp state – defined output state after power-up
- PowerUp delay – outputs switched on after a delay
- Input current up to 16A (output current max 10A / output)
- Low internal consumption
- Firmware upgradeable over the web, backwards compatibility
- Very accurate electrical measurements, each unit is factory-calibrated
- IOC – Independent Output Contro
- lZVS – Zero Voltage Switching

ZCS (Zero Current Switching)

An important feature of NETIO PowerPDU 8KS is ZCS (Zero Current Switching). ZCS controls the exact time when the mechanical relay contacts close and open. The relay contacts switch the output on or off when the current crosses the zero level.

- In the long run, ZCS support reduces the product failure rate due to internal relay damage.

- Since the relay switches when the current waveform crosses the zero level, negative effects of inrush current
   are significantly reduced.

- The ZCS and PowerUp delay functions reduce the chance of circuit breakers tripping when power is restored after an outage.

- ZCS extends the lifetime of connected equipment; especially in case of frequent on/off switching of devices that are not
  designed for that (such as switching power supplies).

Scheduler (timed switching of individual outlets)

With the Scheduler (timer) function, each output can be individually switched on or off at specified times and days of week. The switching times are easily configured in a graphical interface.

- Each output can have its own schedule
- When a schedule is active, outputs can still be controlled with NETIO Cloud, the web interface and Open API
- Scheduler functionality can be enabled/disabled (not edited) for each output from the NETIO Mobile 2 app.

- Scheduler does not need an internet connection. However, a time source is needed – provided over the internet or,
   for example, by a local ADSL / WiFi router

For special usage the Scheduler can be combined with PAB (Power Analyze Blocks):
   - Switching time is based on current sunrise/sunset based on your location
   - Whatever happend, defined output can be switched off on defined time (midnight for example).
   - Ask for more..

Condition & Rules

The NETIO Conditions (PAB & WatchDog) & Rules are preprogrammed in the device. It's great tool for special
usage and applications.

Customer activate these functions in script based configuration. Using Condition & Rules it is possible to define reaction
of the output(s) to the switching the button (DI input) or the reaction of defined output to the (non) response of PING
WatchDog. NETIO Condition & Rules are supported by all NETIO devices manufactured after 2020 with the exception
of PowerPDU 4C (supports LUA scripts).

Detailed description you can find on the wiki.netio-products.com, check the "NETIO Conditions & Rules: Local device scripting" part.

Power-Up state

For some applications, it is important to set the power output state immediately after the device is powered on (or the power is restored after a failure). With some machines it is important to avoid momentary switch-on or switch-off. This parameter therefore defines the behavior of the power output before the standard communication with a master system starts to work.
- On
- Off
- LAST state restores the last state before the power was disconnected

Delay sequence when switching outputs on (PowerUp delay)
After a power outage, some electrical equipment can be switched on with a delay to avoid overloading and tripping circuit breakers. With the PowerPDU 8KS, use these parameters: “Power-Up state” = ON / LAST, and “Output PowerUp interval” = power-up delay before switching that particular output on.

WatchDog Ping + Power

PowerPDU 8KS is equipped with WatchDog PING (IP WatchDog) and WatchDog Power consumption (PAB).

- WatchDog Ping continuously monitors whether a given process or a part of a system work as they should.
  If not, the WatchDog restarts the process. Can be used for all 8 outputs.

- WatchDog Power is "Condition" & "Action" (PAB - Power Analysis Block & Rules) based autonomous system.
  It continuously monitors current (energy) of monitored device powered from any metered power output of
  NETIO PDU device.

Mobile App

This device can controlled from mobile App NETIO Mobile 2 (Android & iOS).
- LAN: NETIO Mobile 2 can control all outputs of devices within local LAN (WiFi).
- Cloud: User account on the NETIO Cloud service can be connected to the mobile app.

You can do with mobile app
- Control individual power outputs – switch ON, switch OFF, RESET
- Read power consumption data (A, W, Wh), if this one output (device) supports energy metering

- Activate / deactivate the week Scheduler function per each output
- Sorting of outputs within groups (by function or location)
- Output grouping – default group per one device can be changed individualy

- Group control - Switch the whole group of outputs On / Off
- Group control - Activate / deactivate the week Scheduler function for each output in whole group

- Change output / device name (visible in the mobile application only)
- Add multiple devices to the mobile app.
- LAN discover: Search your LAN/Wifi network for NETIO devices.

Certifications

NETIO PowerPDU 8KS has these certifications to ensure compliance with regulations of your country:

EUROPE
- CB certification - Simplifies international safety approvals globally.
- EMC certification - Ensures no electromagnetic interference in AV/IT environments.
- RoHS certification - Compliance with environmental protection standards.

ASIA
- KC certification - EMC & safety certification for South Korea.

AMERICA
- UL certification - Safety certification for the USA market. Trusted, recognized, essential.
- FCC certification - Compliance for electromagnetic emissions in the US.
- CSA certification - Canadian safety certification.
- ICES certification - Canadian EMC compliance.

AUSTRALIA AND NEW ZEALAND
- AS/NZS certification - EMC compliance for Australia & New Zealand.

General properties

Technical specifications

Connectivity & Network

Specification	Detail
LAN (RJ45)	Yes
WiFi	No
Web	Built-in web server (http / https)
Online demo	Yes
FW upgrade	Yes – via the device’s WEB interface
Mobile app	NETIO Mobile2 (Android & iOS)
Cloud connection needed for installation	No
Control button for each output	No

Cloud & API Integration

Specification	Detail
Cloud service	NETIO Cloud (for a fee, SSL security)
Open API (M2M protocols)	- JSON over HTTP (default) or HTTPs - MQTT-flex (MQTT extension, supports SSL) - SNMP v1 - SNMP v3 - Modbus/TCP - XML over HTTP(s) - URL API (http get) (control of outputs only) - Telnet (control of outputs only, backwards compatible with KSHELL) - HTTP(s) Push JSON - HTTP(s) Push XML

Software & Automation

Specification	Detail
Lua support	No
Scheduler function (weekly calendar)	Yes
IP WatchDog function	Yes
Power WatchDog function	Yes
Sending e-mails	No

Power & Electrical Measurement

Specification	Detail
Power input	1x IEC-320 C20, 110/230V (max. 16A)
Power output	8x IEC-320 C13 (max 10A / output)
Mechanical power switch	No
Number of controlled outputs	8
LED indication of output states	No
Electrical measurement	Yes
Number of metered outputs	8X
Electrical measurements	- 8x Current [A] - 8x Consumption [kWh] - 8x Reverse Energy [Wh] - 8x Power [W] - 8x TPF (True Power Factor) - Frequency [Hz] - Voltage [V] - Phase [°] - Accuracy: <1% (25°C)
Accuracy of electrical measurements	better than 1% (in the entire temperature range)
Internal consumption	1-3 W

Inputs & Sensors

Specification	Detail
Interfaces	1x DI (Digital Input) for external dry contact mechanical switch
Power for DI	12V power (Max 50mA)
Pulse counter	S0 pulse counter (4 bytes)
External sensor	Temperature probe NETIO T1 can be connected to DI

Security

Specification	Detail
HTTPs	Yes
Custom HTTPs certificates	Yes
802.1x Authentication (Radius)	Coming soon

Protection & Switching

Specification	Detail
SPD – surge protection	Yes, type 3 (125J (8/20us)
Switching element	relay SPST-NO, ZVS
ZCS (Zero Current Switching)	Yes
IOC (output state independent from FW updates)	Yes
PowerUp state of outputs	On / Off / LAST state

Physical & Environmental Specifications

Specification	Detail
Dimensions	439 x 41 x 90 mm
Mechanical mounting	19“ (1U) rack mount
Ingress protection	IP30
Sound output	No
Temperature range	-20°C to +50°C-20°C to +50°C
Relative humidity	0 – 97 % (non condensing)
Designed and manufactured	European Union (Czech Republic, Prague)