Transcript
data center monitoring system (dcms)
dcms sensors temperature Temperature monitoring is one of the fundamental topics in environmental monitoring in the data center and server rooms. Temperature monitoring can prevent overheating of the equipment located at the facility. Maintaining an adequate level of temperature and its active monitoring allows to provide normal operating conditions for devices and in addition allow to optimization of costs of electric energy.
humidity Humidity is as important parameter in the data center and server rooms as temperature. Maintaining proper humidity can prevent the occurrence of electrostatic charges (ESD) on the equipment in case of too little humidity and prevents condensation of humidity and creation of corrosion on components in case of too high humidity.
max distance 150m
airflow Monitoring the airflow in the data center or server room allows an optimal configuration of air conditioning equipment and allows the correct placement of equipment with high demand for cooling. As a result, active monitoring of airflow in the data centers gives possibility for optimizing total cost of power energy used for cooling.
sound level Active monitoring of the level and the type of sound allows a quicker response to potential damage to the equipment. Most of the equipments signals failures or problems using audible signal or significantly increases the fans speed. Sensor of sound level detects those situations and presents them as an alert.
wireless sensor network ISM 868MHz
smoke detector Smoke detector allows to quickly find the source of smoke in the server room. Smoke detector is easy to install and setup and gives possibility to place the sensor in hard to reach places also close to potential source of danger.
shock
IP network (cable, WiFi)
Shock sensor detects tampering, moving, deleting, or installation of equipment inside the racks. In addition, the shock sensors can detect shocks close to very sensitive equipments, such as disk arrays.
dcms gateway
dcms probes current
The main role of the dcms gateway is to transport information from the sensors network to ethernet network. dcms gateway also allows the configuration of the monitoring system using built-in dashboard and provides data to external systems.
Measuring the current flowing in power lines is one of the most important aspects of business continuity planning of data centers. Overload of power lines can cause interruption of proper functioning of data center. In most cases, the measurements are made in PDU equipment. On the other hand, the main electrical distribution provide information on the consumption of electricity in the whole building. The current sensor allows to non-invasive measurement of current in power supply lines, for example between the power section switchboards and PDUs.
leakage Flooding is probably the most well-known threat to the object data center and server room so monitoring fluid leaks is one of the most important aspects to keep in mind. The leakage may be caused by air conditioning system, leaking of the roof, gaping water pipes near server room. Leakage is often invisible because most server rooms have a raised floors, so properly installation of water detection sensor close to potential source of leakage is very important.
dcms mote dcms mote forms backbone of sensor network. The device includes elements such as communication module, sensory board, power module and signaling elements.
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other dcms system is still being developed and types of sensors are constantly updated.
data center monitoring system
ethernet / WiFi version portable / rackmountable (1U) version operating temperature range: 0°C to +70°C operating humidity range: < 90% rH (non-condensating)
built-in web server (management, dashboards, etc.) built-in SNMP agent built-in alerting via snmp traps/email/SMS wireless (ISM 868MHz) and ethernet edition connection of external probes buzzer and LED for status and alerting baterry/USB/PoE power supply battery lifetime: up to one year tool-free assembly operating temperature range: 0°C to +85°C operating humidity range: < 100% rH (non-condensating)
data
center
wireless sensors specification * Internal ports Port 1
Temperature
Port 2
Humidity
External port Port 3
Power type Battery
USB
DCMS-Sw-TH-BAT
DCMS-Sw-TH-USB
Temperature
DCMS-Sw-THT-BAT
DCMS-Sw-THT-USB
Current
DCMS-Sw-THC-BAT
DCMS-Sw-THC-USB
DCMS-Sw-THSh-BAT
DCMS-Sw-THSh-USB
DCMS-Sw-THL-BAT
DCMS-Sw-THL-USB
Port 4
Shock Leakage Smoke
DCMS-Sw-THAf-USB USB version with DCMS-A-BATPACK
Temperature
DCMS-Sw-Af-USB DCMS-Sw-AfT-USB
For detailed information please visit www.astozi.pl or contact with dcms distributors.
contact us
*
USB version with DCMS-A-PoE
DCMS-Sw-THSm-USB
Airflow
Airflow
PoE
www.astozi.pl email:
[email protected] phone:+48 68 88 80 107 fax: +48 68 88 80 117 ul. Inżynierska 8, 67-100 Nowa Sól, Poland
© 2014 astozi. All Rights Reserved. Notice: This document is for informational purposes only and does not set forth any warranty, expressed or implied, concerning any equipment, equipment feature, or service offered or to be offered by astozi. astozi reserves the right to make changes to this document at any time, without notice, and assumes no responsibility for its use. This informational document describes features that may not be currently available. Contact a astozi sales office for information on feature and product availability.
monitoring
system
