ACE and FEAS DCC90 DC/DC converter series

Tuesday, 24 April, 2012 | Supplied by: Automated Control Pty Ltd

A shock- and vibration-resistant DC/DC converter series, DCC90, is available and suitable for DIN rail or wall mounting and supply up to 120 W output. The converters are usable in a temperature range of -30 to +70°C.

The series is designed for harsh environments with an epoxy resin casting, providing optimum protection against moisture and dirt.

FEAS provides versions for the input voltage range 18 to 40, 30 to 80 and 70 to 155 and output voltages of 12, 24 and 48. The converters are short-circuit proof and overload- and open circuit-protected.

Online: www.automatedcontrol.com.au
Phone: 02 4964 4022
Related Products

RuggON SOL 7 rugged tablet

The RuggON SOL 7 rugged tablet is powered by Intel Core Ultra processors with Intel AI Boost,...

Getac B360 Plus Copilot+ PC rugged laptop

The Getac B360 Plus Copilot+ PC rugged laptop, is designed for professionals working in...

NXP Semiconductors MCX series industrial and IoT microcontrollers

The MCX series of industrial and IoT microcontrollers features an innovative power architecture...

Content from other channels on our network

Suntory Oceania's $3bn beverage business launched in Qld

Bega Group to close peanut processing business

Konica Minolta and MiR launching two autonomous robots at CeMat

Researchers achieve brine concentration using waste heat or sunlight

ARENA backs Orica on renewable hydrogen production

Grid-scale BESS on track for Wellington, NSW

NECA highlights concerns with EV charging market

Honeywell acquires battery fire detection solution

City of Sydney plans all-electric future

Companies fined almost $1m after apprentice's death

Remote-controlled drones to keep Greater Sydney roads moving

Wray Castle and TCCA launch critical comms training courses

Ultra-compact radio module enables 6G applications

Study finds security flaws in TETRA radio systems

Aust businesses face connectivity challenges, report shows

  • All content Copyright © 2025 Westwick-Farrow Pty Ltd