NetPing 2 IP PDU GSM3G 203R15

Remote Management of Device Sockets via the Ethernet/Internet Network

Each output socket of a device can be remotely switched on/switched off/reloaded. Sockets can be managed through a built-in web interface, with the help of any browser or using SNMP commands.

Sockets Remote Management with the Help of SMS Messages

Any socket of a device can be switched on/off or reloaded with the help of an SMS-message. It allows to control a power supply of a connected device even when the Ethernet/Internet network is down or unavailable.

A Watchdog for Automatic Reloading of an External Equipment

If any external device, a router or an access point freezes sometimes, NetPing can automatically reload these devices. To do this, it constantly inquires indicated IP addresses by the ping protocol. If it gets no response, it will automatically reload a connected device by turning off and turning on its power supply. 

Switching on/off Sockets on a Schedule

A device can switch on and off a voltage on its built-in sockets on its own on a weekly schedule, switch on/off a voltage several times a day, use a special schedule for holidays. This may be useful for a daily/weekly forced reboot of external devices or for turning off unused equipment in a certain time of a day. 

Email,  SNMP TRAP, Syslog notifications about sensors triggering

When sensors, connected to a device, are triggered, the device can send the next notifications:

• Email - a device can send Email messages directly through an SMTP server. Both notifications about sensors triggering and periodical reports about sensors status are sent via Email.

• SNMP TRAP - is convenient to use for integration with monitoring systems as well as for fulfilling automatic actions on a PC (for example, start playing an alarm) with the help of specific software.

• Syslog - with the help of specific software installed on a PC (a syslog server), all messages from sensors can be stored in a text file for a following analysis.

SMS-Notifications from Sensors

When a sensor is triggered, a device can send an SMS-notification to an indicated phone number. It is convenient to use for the most critical sensors. A responsible employee will receive a notification to his/her cell phone regardless his/her location and Internet access. In addition, the notification does not depend on an Ethernet/Internet access/connection of the device.

Temperature Sensors

External temperature sensors are extremely popular in monitoring systems. With their help, it is possible to control a temperature mode of a critical equipment operation as well as receive timely notifications about denials and failures in a climate control system, diagnose coolers failures and accidental ventilation flows overlaps.

A Humidity Sensor

It allows to estimate a relative humidity of atmospheric air. It is commonly used to monitor optimum conditions of a computer equipment operation in server rooms.

A Door Opening/Closing Sensor

It performs security and monitoring functions. It helps to track opening/closing of a door into a server room or the same of a door to a switch cabinet with equipment.

Supply Voltage Sensor

This sensor allows to detect a presence or an absence of supply voltage sensor in a power supply socket, to which a sensor is connected. A common use of this sensor is to receive notifications when a voltage in the electrical network disappears. At the same time, the device must be powered by UPS or a battery, or a backup power line.

A Leakage Sensor

Allows to determine a water on a floor of a server room or on a bottom of a wiring closet. In a case of flooding (a breakage in a water or heating system) this sensor allows to give advance notice to a responsible employee about a contingency. Also this sensor can be useful to control leakage in a conditioner condensing system.

Works 24 hours/ 7 Days a Week, with No Hang-ups

A device is designed for an uninterrupted operation in an unattended room in 24/7 mode. A built-in power supply supervisor protects a device from hang-ups when there are voltage fluctuations. We do not use operating systems when developing software. The entire code is written by us on a C language completely, and the code is highly optimized for the provided functionality.

The built-in ionistor for sending notifications of sensors when there is no main power

If there is no main power supply, the device will continue to work  from the built-in ionistor for a short time, the sensors will retain their operability. The device can notify about the lack of main power by SMS, Email or SNMP TRAP. The built-in ionistor will provide the battery life up to 1 minute (with the Ethernet interface and sensors turned on) and up to 6 minutes of battery life with the turned off Ethernet interface.

Connecting to an Ethernet Network, a Static IP Address 

A device is connected to a common office Ethernet network, into any available port of an Ethernet switch. Having published an IP address of a device in the Internet, it is possible to manage device sockets from anywhere in the world.

An Embedded Web Server

A device is managed and configured through a browser. Specific software is not needed. Operates in any OS (Windows, Linux, Mac).

Authorization and Access Restriction

An access to a web interface of a device is protected with a login and password, set by a user. There is a need to authorize to get to a web interface of a device. Besides, it is possible to restrict an access to a device, having left an access from a specified IP subnetwork only.

SNMP Support

An SNMP protocol is widely used in data collection systems for network equipment. A device supports management commands as well as receives information from sensors via an SNMP protocol. A device is easily integrated with network monitoring systems, such as Zabbix, PRTG Network Monitor, OpenNMS, Nagios, Cacti, The Dude, Monit and similar ones, which receive data on a status of sensors, connected to a device through an SNMP protocol.

Nonvolatile Clock and Time Synchronization with NTP

To execute commands in a fixed specific time (a module Schedule), it is crucially important for a clock not to shift. Time tags are used for records in a log file as well. A device has its own built-in nonvolatile clock and a possibility to automatically sync with external time server via an NTP protocol.

Firmware Update

A device supports updating firmware through a web-interface of a device. We occasionally release updates for firmware. The updates are free of charge.

Nonvolatile Log File

All events (turning devices on and off, information from sensors) are stored in a nonvolatile memory. The information is stored even when a power supply cuts off.

URL-encoded Commands Support

A device supports sockets management and receiving information from sensors with the help of specific HTTP commands. These commands allow managing a device from any web page, developed by a user, including any mobile application.

Syslog Support

This protocol together with dedicated server software can be used for collecting text log files of different devices operation in a network, including NetPing devices. This can be very useful for collecting and analyzing statistics.

Automation and Logic Rules Execution (LOGIC)

A device allows setting certain logic rules, which will be executed by a device automatically. For example, to switch on a voltage, to turn on a notification alarm or a signal lamp, when a temperature on a temperature sensor exceeds indicated values, and automatically turn off a notification when a temperature is back to normal. Such rules allow implementing a simple automation system on a basis of a device.

Automatic Air Conditioner Control by IR Commands 

With the help of an extra module IRC-TR v2 and an embedded LOGIC module a device can automatically turn on an external air conditioner, by sending it an IR command when a temperature on a sensor exceeds, and then automatically turn it off, when a temperature is back to normal. The same way it is possible to turn on a standby air conditioners, which are turned off most of the time.

Automatic Management of External Devices via SNMP

Embedded logic rules allow managing other NetPing devices through a network by sending them a snmpset command when a condition works. It can be useful to turn on an indication/notification in another building when a sensor is triggered in a server room, for example. Regardless a device with a sensor location as well as an indication device location, a command will be executed if they have a network connection.

Managing Devices via IR. Turning On/Off an Air Conditioner with the Help of Sending an IR Command

With an extra NetPing IRC-TR v2 module (a module is purchased separately) there is a possibility to send a control command to any external device, which is managed from an IR control panel. A command can be sent from a Web-interface of a device or given via an SNMP protocol. For example, it is possible to manage a remote air conditioner in a server room, turning it on/off when necessary. Another example is remote switching of satellite receiver channels.

Connecting additional controlled power sockets

If all the built-in sockets of the device are operating and busy, but there is a necessity to connect an additional load, you can add additional, remote, controlled power sockets to the device. These controlled sockets allow you to turn on, turn off and restart the power supply of an external load of 100..240V 50 / 60Hz.

Using an external battery

The device is equipped with a special connector for connecting an external battery module (you can buy the module separately), which, in turn, allows you to connect an external battery to the device. An external battery can be used to send notifications from sensors if there is no main power for quite a long time (depending on the capacity of the connected battery).