Power Entry Module exceeds power limits.
EF Series includes AC inlet and circuit breaker, UL rated up to 20 A at 250 V. Circuit breaker provides manual reset of circuit and status indication depending on switch position (I/O). It is recessed in flange to protect against inadvertent actuation. Filter options meet standard and medical grade attenuation requirements at 12, 16, and 20 A. Direct electrical contact of filter to chassis...
Read More »EMI/RFI Power Filters utilize intelligent circuitry.
EMI/RFI power filters with current ratings to 75 Amps work in 48 volt and 60 volt applications. They feature turn on/turn off window, overvoltage protection, and short-circuit protection (transient protection is also available). Specific applications include telephone switching equipment, UPS, power supplies, industrial controls and welders, and servers.
Read More »Filtered Modules incorporate 3 functions in 1 package.
Three-function modules combine IEC 60320 sheet C14 power inlet, fuse carrier for 1/4 x 1-1/4 in. and 5 x 20 mm fuses, and 6A RFI/EMI filter. Current carrying parts are not operator accessible when cordset is engaged in power inlet, minimizing chance of electrical shock. Modules carry UL, CSA, and VDE approvals.
Read More »Three-Phase Filter works with input voltages up to 480 Vac.
RP300 power line filter meets all domestic and international EMC and safety and conductive requirements in packages that conform to industry standard footprints. It eliminates equipment and mains-borne EMI and is available in delta or Y configurations in standard 25 to 400 A versions, with custom versions available up to 800 A. Filters are CSA, UL and EN-approved for input voltages up to 480 Vac,...
Read More »Troubleshooting Guide: What Your Cranes Wish You Knew
Your guide to crane troubleshooting
Read More »SpillVak Absorbs Up to 6X More Fluid Than Rock- and Clay-based Absorbents
Are you struggling to find an absorbent that doesn't result in at least some leaching? SpillVak outperforms all rock and clay-based materials. Check out our video to learn more.
Read More »