Description
Name | Status | Price, $ |
---|---|---|
NetPing Monitor M1 | NEW | 65 |
General usage conditions - for industrial and commercial usage in conditions of high humidity (0-95%, non-condensing). The device is not intended for domestic use. |
NetPing Monitor M1 is a device for remote monitoring device with the ability to connect executive devices. The device does not have a case and is packaged in a heat-shrinkable tube with 2 x Output / 2 x Input. The new version is designed with support for 1-wire sensors.
NetPing Monitor M1 is the most budget device in our lineup. Door opening sensors, motion sensors, shock sensors, and light-noise sirens connected to it will warn of unauthorized access. Leakage sensors better receive timely notifications about abnormal installations, and international 220 V sensors receive prompt reports on the loss and reappearance of power in the controlled electrical network. Temperature sensors help control the microclimate in small cabinets at remote sites.
NetPing Monitor M1 device without power supply. For operation, you can use a compatible 12V 2A power supply, 12V POE splitter or any other equivalent power source.
Modifications
Name | Output lines | Input lines | IO lines | Support for 1-Wire sensors | Ethernet port |
NetPing Monitor M1 | 2 | 2 | — | ✔ | 1 х 10/100-BASE-TX |
NetPing IO R401 | — | 2 | 2 | — | 2 х 10/100-BASE-TX |
Applicable solutions:
- to monitor the condition of equipment cabinets and access control;
- to control the load via a power relay and a NetPing AC/DIN socket;
- to monitor the climatic conditions of equipment operation;
- to notify responsible persons about emergency situations.
Device Capabilities
Be notified
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Easy to Integrate with Monitoring Systems
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Set it up With Web Interface
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Control Equipment
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Built to be Reliable
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Friendly & Secure
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Support & Warranty
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Features Included
The device works 24 hours, 7 days a week, without freezingThe device was designed for continuous operation in an unattended room in a 24/7 operating mode. A built-in power supervisor protects the device from freezing when there are voltage surges. We do not implement third-party resource-intensive operating systems into the device, we write the whole code on our own, and it is optimized as much as possible for this functionality. |
A built-in webserverThe configuration and management of the device are carried out via a browser. You do not need any special software. It works in any OS (Windows, Linux, Mac). |
Connection to the Ethernet network, a static IP addressThe device is connected to an ordinary office Ethernet network, to any free Ethernet port on the switch. If you publish the IP address of the device on the Internet, you can control the sockets of the device from anywhere in the world. |
Authorization and access restrictionAccess to the web interface of the device is protected by a user-configurable login and password. In order to get to the web interface of the device, you need to log in. In addition, you can restrict access to the device, leaving the ability to access only from a specific IP subnet. |
SNMP supportSNMP protocol is widely used in systems for collecting information about network equipment. The device supports commands for managing and receiving information from sensors via the SNMP protocol. The device easily integrates with such network monitoring systems as Zabbix, PRTG Network Monitor, OpenNMS, Nagios, Cacti, The Dude, Monit, and similar ones, which receive information about the status of sensors connected to the device via the SNMP protocol. |
Syslog supportThis protocol, together with the special software on the server, can be used to collect text logs (logs) of the operation of various devices in the network including NetPing devices. This can be very useful for collecting and analyzing statistics. |
URL-encoded commands supportThe device supports sockets control and receiving information from sensors using special HTTP commands. These commands allow you to control the device from any web page developed by the user including those taken from any mobile application. |
Firmware updatingThe device supports firmware update via the device web interface. We periodically release firmware updates. They are free. |
Non-volatile event logAll events (switching devices on and off, information from sensors) are stored in the non-volatile memory. The information will be stored even in case of a power failure. |
Time synchronization with NTP serversThe device does not have a built-in non-volatile clock, that is why it uses constant synchronization with time sources on the Internet (NTP servers). The synchronization with accurate time sources is essential for the “Schedule” function to work and for the correct timestamps in the device event log. |