Fan controller family

  • 27-Mar-2015 10:44 EDT
EMC-6 and EMC.png

High Country Tek, Inc. (HCT), a Sun Hydraulics company, has expanded its range of variable speed fan controllers for the on- and off-highway markets with the recent additions of the EMC and EMC-6. These controllers offer a drop-in solution for improved emissions and fuel savings while decreasing weight and noise levels. The EMC can control a single electric fan (EFAN) bank with up to 20 EFAN’s if wired in parallel. The EMC-6 hybrid controller allows independent control of five EFAN banks and one hydraulic fan or a sixth EFAN bank. Both offer SAE J1939 programmable messages, bi-directional control, fan diagnostic inputs, additional thermistor inputs, USB to PC communication, and easy-to-use free GUI software. These CE-certified controllers are fully potted and flame proof, are rated from -40 to +185°F (-40 to +85°C), and designed to integrate with 12- or 24-V dc brushless variable speed fans.

HTML for Linking to Page
Page URL
Rate It
0.00 Avg. Rating

Read More Articles On

Rather than localized smart components, truly intelligent equipment features an integrated system that can communicate from component to component, as well as externally, according to Eaton Hydraulics' Astrid Mozes.
While connected technologies for passenger vehicles are moving toward more widespread, everyday use, the benefits of improved performance, safety, durability, and fuel economy offered by connected vehicles are rapidly gaining a foothold in the off-highway market as well, says Dana's George Constand.
Although some commercial vehicle fleets and owners remain skeptical about autonomous driving and the implications for their big rigs traveling down the highway, much of the technology is already available to make it a real possibility, states WABCO's Jon Morrison.
PcVue’s HMI and SCADA technology is integrated with InformaTrac’s InformaTrac Pro software to provide enhanced traceability for asset management.

Related Items

Technical Paper / Journal Article
Technical Paper / Journal Article
Training / Education