We have outsourced our server systems in an external data center! However, we want to monitor our server cabinets themselves. The racks are already densely packed and closet space is expensive. What size is the enclosure monitoring system of Didactum?
The Rack Monitoring Systems of Didactum need one rack unit (1U).
The width of the appliance is 44, the height 4.4 and the depth of 7.5 inches.
19 inch mounting bracket for mounting the control unit in the technical or server rack are included.
What is the internal temperature sensor in Didactum IT monitoring system?
All SNMP compatible Didactum monitoring systems are equipped with an internal temperature sensor.
This temperature sensor is used for measuring and monitoring the temperature inside the housing.
In the integrated logic of your Didactum monitoring system, you can set individual limits and the desired alert for this sensor.
We are a global company. What languages do the networked IT remote monitoring devices from Didactum® support?
Didactum`s multilingual web interface offers support for following languages (status 08/2016):
Currently in preparation is Chinese (Mandarin), Portuguese and Thai language support. Upon request, additional languages can be integrated into the WebGUI of Didactum network-enabled remote monitoring units.
Please contact the product management of manufacturer Didactum®.
What is included with the IP-capable Didactum Monitoring System 100 III?
In the scope of delivery of Monitoring System 100 III you find 1* monitoring device 100 III, 1* 100-240V 0.35A power supply, 1* sensor temperature, 1*10/100 CAT5E Ethernet patch cable, 1* USB 2.0 adapter cable MINI B-A W/F, 1*set of self-adhesive rubber feet, 1* connector for 4 dry contact inputs, 1* connector for 12VDC outputs, 1* EC certificate, 1* guarantee registration card, 1* English language quick start guide. For models with internal GSM modem 1* angle antenna is included. (State 07/2017).
I would like to attach the 100 III monitoring unit to the wall. Is that possible?
The 100 III monitoring device from manufacturer Didactum offers a mounting bracket for screws on the bottom side of the metal housing. The diagram below gives you information about the dimensions in millimeters.
I have seen that Didactum's IP capable monitors are equipped with a ground connection. What is this connection for?
Put simply, the grounding / earthing terminal is used for the functional grounding of the networked remote measuring and monitoring devices in the context of electromagnetic compatibility (EMC).
Which cable should I use if I want to put the IP sensors farther away from main sensor unit?
Most of our network enabled sensors are supplied with a 2 meter long RJ11/RJ12 connection cable as well as mounting material (mounting kit / screws). The sensors are connected to the IP-based monitoring system via Plug `n` Play and automatically identified.
If you want to install the Didactum analogue sensors farther away from the Didactum control unit, you can order suitable RJ11 / RJ12 extension cables as well as sensor cables in our online store. Important: Please note that the Didactum DC sensors are wired exclusively via 6-core 6P6C patch cable.
Which configurations / extensions are available on Didactum's Monitoring System 500 II?
The infrastructure remote monitoring devices 500 II and 500 II DC (48V DC power supply) are supplied as standard including the extension board (Part No. 14120). As an option, the internal GSM modem (Part No. 14108) is available. Alternatively, you can also order the internal 1-Wire module (Part No. 14110). Please note that when ordering the 500 II (DC) Monitoring System including 1-Wire module, it is not possible to install the extension board (Part No. 14120). However, the 500 II (DC) monitoring device incl. 1-Wire module can be equipped with the GSM modem.
Here again in short form:
- 500 II (DC) including extension board and GSM modem = possible
- 500 II (DC) including extension board and 1 wire board = not possible
- 500 II (DC) exclusive expansion board including 1 wire board and GSM modem = possible
What is the difference between the Didactum 50 and 100 III remote environmental monitoring unit?
In simple words, the Didactum Monitoring System 100 III offers more functions. This monitoring device provides more connections for Didactum's intelligent IP capable sensors. The CAN expansion port (Controller Area Network) of 100 III monitoring device enables flexible expansion with additional sensor boxes or Dry Contact units. In addition a GPRS / GSM modem and a 19-inch Rack Mount Kit are also available for this monitoring device (at extra cost).
We received our SNMP based remote environmental monitoring devices and IP sensors from Didactum by air freight. On the leaflet we read that the 3V CR2032 lithium cells are not included. What is the reason?
The carriage of lithium batteries has been identified as an emerging risk to airline operations. Therefore your web-enabled main monitoring unit is shipped by air freight without the 3V CR2032 lithium cell. Please buy this cheap battery cell on-site in your country. You find additional information here.
We use the Monitoring System 500 with built-in LTE modem option for the remote infrastructure monitoring of our data center. For critical events, different employees must be informed by SMS message about the incident. How many different phone numbers can be stored in the unit?
In the web interface of the IP based monitoring unit, up to 15 different mobile telephone numbers can be stored in the "SMS Messages" entry. If SMS notifications have to be sent to more than 15 different phone numbers, please create a second alarm rule under the field "Logic schemes".
Our rack-monitoring-system (RMS) reports errors when sending SMS alerts. What is the possible cause here?
Possible problems with SMS notification are stored in the log of your remote rack monitoring device. First, restart the unit (Web interface => "System Menu" => "Reboot the system" and click on "OK".) Alternatively, please remove the SIM card from the internal GSM / LTE modem and test it with your mobile phone / smartphone.
A faulty SMS dispatch can have the following causes:
- Technical defect of the SIM card
- SIM card is blocked (incorrect entry SIM PIN or blocking by the mobile service provider)
- Negative balance on the account of the SIM card
- Low signal level
- Incorrect format of the telephone number
- Entering a wrong / invalid phone number
We are looking for a suitable solution for physically remote monitoring our distributed server rooms under Nagios. Does Didactum also offer a starter set?
In the online shop for IT infrastructure monitoring solutions you find under Bundle a variety of starter sets. If you have questions or need a consultation, just contact our sales team.
Should my Monitoring System 100 with a built-in GSM modem be secured with a UPS?
Didactum's LAN-based remote monitoring and alarm systems are equipped with capacitors, so that in the event of a power failure, alerts can still be sent theoretically via the integrated GSM or LTE modem. In practice, such an approach has risks. Basically, the use of an uninterruptible power supply (UPS) is recommended as protection against a power failure. Low cost standby or offline UPS systems are available from leading manufacturers.
We offer nationwide real estate management services. Among other things we need water sensors and water leak detection cables for the alarm in case of flooding and leaks. What requirements does our CAFM software have to meet to enable us to integrate the IP-based remote monitoring and fault alarm systems, including the sensors?
The networked monitoring and fault alarm systems from manufacturer Didactum support the SNMP protocols v1, v2c and v3 (encrypted). In order to monitor the measurement data (temperature / humidity / energy consumption, etc.) of the connected IP sensors and dry contacts (heating, emergency diesel, air conditioning) with your CAFM or building management solution, a so-called SNMP interface is required. To do this, simply contact the provider of your CAFM facility management software. If your software is equipped with such an SNMP interface, you can easily import the SNMP MIB file from Didactum. Alternatively, please use a MIB browser to identify the OID (Object Identifier) of the respective sensor.
I have assigned a new IP address to my SNMP remote monitoring hardware. Unfortunately I forgot this. How can I determine the actual IP address of my remote monitor?
Simply insert an empty USB stick into the Didactum monitoring device and please wait about 60 seconds. The device automatically creates a file called "system_report.info". Just open this file with an editor and you will see the currently assigned IP address, host name, netmask, gateway, DNS etc. of the your remote monitoring unit.