IES-1005T


  
IES-1005T
 
 


5 10/100TX Smart Industrial Ethernet Switch w/Pro-Ring

  • Pro-Ring covers X-Ring, Dual Homing, and Couple Ring Topology
  • X-Ring provides Ring recovery time of less than 10ms for up to 250 switches in one Ring
  • IP-30 housing design with DIN-Rail mounting

 

 
 
     

OVERVIEW


The Lantech IES-1005T is a Smart Redundant Ring Ethernet switch with 5x10/100BaseTX ports. It can be configured easily via web-browser or by using Lantech View, a free bundled Windows utility - 10 node version.

With smart and easy management functions including Port based VLANs, RSTP/STP and X-Ring, a self-recovery ring protocol operating in less than 10ms (for up to 250 switches), the IES-1005T can protect your mission-critical applications from network interruptions or temporary malfunctions. In the case of a power-down or port-down event, IES-1005T can send SNMP traps and alert emails to 4 pre-defined addresses, and trigger an alarm via the relay contact connection.

The IES-1005T is designed to meet the demands of Industrial environments, comes packaged in a robust IP30 housing and has been tested extensively to meet Industrial EMI and EMC standards. Rigorous mechanical testing has also been undertaken to comply with free fall, shock and vibration stability test requirements, which ensure long term reliability in critical industrial environments. The -E model can be used in extreme environments with an operating temperature range of -40°C to 75°C. The Lantech IES-1005T is the best choice for building automation, factory, and process automation applications.

 

 
ORDERING INFORMATION
  • IES-1005T…..…………....….….......P/N: 8350-1008
    5 10/100TX Smart Industrial Ethernet Switch w/Pro-Ring; -20°C to 60°C
  • IES-1005T-E..…………....….….......P/N: 8350-1018
    5 10/100TX Smart Industrial Ethernet Switch w/Pro-Ring; -40°C to 75°C
 

  

Downloads
datasheet IES-1005Tdownloads: 118 | type: pdf | size: 104 kB
manual IES-1005Tdownloads: 137 | type: pdf | size: 1 MB
Datenblatt IES-1005T (deutsch)downloads: 90 | type: pdf | size: 224 kB