Rohde Brothers designs, builds, and installs chillers for a wide variety of process cooling and ice bank applications.
Why We Build Chillers
We found through extensive research that we could manufacture our own chillers that operate 50% more efficiently, or better, than what is commercially available. Our customers wanted this additional energy efficiency incorporated into their systems. We take pride in the reliability of our equipment and back it up with outstanding customer support. Our latest installation was for Orion Energy Systems’ new manufacturing plant to provide cooling for their manufacturing equipment. This chiller was part of our Design/Build HVAC System and is also used to provide Air Conditioning for parts of their building. Our ability to incorporate our ultra-efficient chillers into our HVAC Systems allows Rohde Brothers to provide our customers with greatly reduced energy costs compared to our competition.
Why Choose a Rohde Brothers Chiller
- Earth friendly
- Uses environmentally friendly refrigerants
- Carries no federal phase-out date
- No glycol solution tank required
- Still has all the cooling capabilities of larger systems
- Compact unit design
- Carlyle compressors
- VFD control for compressors, glycol pumps, and condenser fans
- Reduced compressor fatigue
- Increased system capacity and efficiency
- Eligible for energy rebates and savings
- Field proven control technology
- Efficient and reliable operation
- Ability to connect to existing control systems
- Reduce electric bills
- Controls designed for optimal efficiency
- Ice bank systems utilize off peak energy rates
- Factory wired panels and controls
- 1 year warranty on workmanship
Options
- Water or air cooled condenser
- Remote monitoring/adjustment via internet
- Allen Bradley or Honeywell controls
- Alarm notifications via email
- Low ambient operation
- Startup services
- Existing system control retrofit/upgrade
- Multiple NEMA rated panel
More Efficient Because…
Our controls allow our compressors to operate at higher saturated suction temperatures and lower saturated discharge temperatures than our competition.
