High-Density I/O System withstands extreme environments.
May 13, 2014 -
Operating from -40 to +70°C, WAGO-I/O-SYSTEM 750 XTR withstands high humidity environments as well as short-term condensation according to IEC EN60721-3-3 while also offering 5 g vibration resistance and 25 g shock resistance per IEC 60068-2-27, isolation up to 5 kV impulse voltage, and protection against EMC interference. Product can be used as distributed I/O system connected to higher level controller via MODBUS TCP, EtherNet I/P, CANopen, or PROFIBUS or as standalone system.
WAGO-I/O-SYSTEM for eXTReme Environments
N120 W19129 Freistadt Rd.
Germantown, WI, 53022
Press release date: May 1, 2014
GERMANTOWN, WI – WAGO Corporation’s new WAGO-I/O-SYSTEM 750 XTR combines the successful features of the WAGO-I/O-SYSTEM with expanded specifications for use in extreme environments. Reliability in extreme temperatures, vibration and shock resistance, and protection against EMC interference are the fundamental features of the XTR. The 750 XTR can help reduce system costs by offering flexible system configurations, a compact footprint and multiple fieldbus support. An efficient and reliable solution for transportation, energy and process technologies, XTR provides the additional protection needed to defy climatic and mechanical forces at work in extreme conditions.
Automation systems are increasingly being located in outdoor and remote locations where components are directly affected by widely fluctuating temperatures. With an operating temperature range of -40°C to 70°C, XTR is dependable in freezing cold, extreme heat and high humidity environments and has the ability to withstand short-term condensation according to IEC EN60721-3-3. These fundamental features allow control cabinets to be designed without heaters or air conditioning thus reducing energy consumption, system costs and enclosure dimensions.
Setting new standards with a vibration resistance of 5g and a shock resistance up to 25g per IEC 60068-2-27, the XTR can be engineered into equipment that has high levels of vibration and shock such as off-road heavy mobile equipment, or in rotating tools found in mining or tunnel boring machines.
Extreme isolation and protection
The WAGO-I/O-SYSTEM 750 XTR provides isolation of up to 5 kV impulse voltage. Reduced EMC interference emissions and increased resistance to interference from external components enable engineers to design XTR into high potential applications found in switch gear cabinets and substations. One programmable controller in the XTR line-up, the 750-880/040-001, is designed to support IEC 61850, the telecommunication protocol for smart grid systems.
Built on proven technology, the XTR can be used as a distributed I/O system connected to a higher level controller via MODBUS TCP, EtherNet I/P, CANopen or PROFIBUS. It can also be used as a standalone system leveraging one of its programmable logic controllers’ powerful processors and extensive memory capabilities, programmed with WAGO’s site-licensed I/O-PRO software that supports all IEC 61131 languages including Ladder, Structured Text, Function Block and more.
XTR I/O modules are compact with 16 channel high density digital I/O in a 12 mm wide housing. The 750 XTR series also offers analog I/O and specialty communication modules. With worldwide certifications and reliable CAGE CLAMP® connection technology, the module is easy to implement in any system, saving engineering time and increasing reliability.
WAGO’s 750 XTR is ideal for demanding applications, such as oil and gas onshore/offshore, refineries, pipelines, marine, water and wastewater, renewable energy systems (wind turbines, solar systems and biogas plants), cold storage, rail, tunnel control, mobile equipment and transformer stations.
WAGO is the leader in spring pressure connection technology that eliminates loose wires resulting from vibration and temperature cycling, while providing highly reliable, corrosion-resistant and maintenance-free connections. For additional information, visit www.wago.us. Contact WAGO at 1-800-DIN-RAIL or firstname.lastname@example.org.