Carrier 30RB060-390 installation instructions 30RB060-100, 30RB110

Page 4

8.Press the ENTER key.

9.Press the ESCAPE key until ‘DISP’ is displayed. Wait 10 seconds and cycle the control power using the On/Off switch.

The chiller is now configured for minimum load valve control.

Test Minimum Load Relay Output — Use the Scroll- ing Marquee display, the instructions given in the Controls, Start-Up, Operation Service and Troubleshooting manual and

SOLENOID VALVE

the Service Test mode to verify proper operation of the solenoid(s) (illuminate the Service Test LED, enter the TEST mode, enable the test request, ‘T.REQ’ and test outputs ‘HGB.A,’ ‘HGB.B’ and for 30RB210-300 only, ‘HGB.C.’

Once the outputs have been tested, the installation is complete. Return the Enable/Off/Remote contact switch to the desired position.

5/8 IN.

TUBING CLAMP (TYPICAL)

BALL VALVE SOLENOID VALVE FIELD-

SUPPLIED

TUBING

BALL VALVE

CIRCUIT B

00PPN500000600A

TUBE ASSEMBLY

5/8 IN.

TUBING CLAMP (TYPICAL)

CIRCUIT A

30RB060-100

TUBE SUPPORT BRACKET

SOLENOID VALVE

SOLENOID VALVE

BALL VALVE

BALL VALVE

FIELD-SUPPLIED

TUBING

1/2 IN. TUBING

 

 

CIRCUIT B

 

CLAMP

 

(TYPICAL)

00PPN500000600A

 

 

 

TUBE ASSEMBLY

CIRCUIT A

 

30RB110

Fig. 5 — Typical Piping Brackets

4

Image 4
Contents Modular Unit Combinations Install the Solenoid ValveUnit Size Module a Module B Contents of Accessory Kit Dimensions of Tubes Provided in Accessory KitConfigure Unit for Minimum Load Control Install Control Wiring SeeConfigurationdescription 30RB060-100 30RB11030RB120-190 30RB210-300Main Base Board Wiring for Circuits a and B, 30RB060-300 Page Copyright 2010 Carrier Corporation

30RB060-390 specifications

The Carrier 30RB060-390 is a highly efficient rooftop air conditioning unit designed for commercial applications. This model is part of Carrier's comprehensive range of packaged rooftop units, recognized for their reliability, energy efficiency, and advanced technology features. Specifically engineered to meet diverse indoor air quality needs, the 30RB series provides an ideal solution for businesses seeking comfort cooling and heating in a single package.

One of the standout features of the 30RB060-390 is its energy efficiency. The unit is designed with an energy-efficient compressor and advanced heat exchange technology, often achieving high Seasonal Energy Efficiency Ratio (SEER) ratings. This means that businesses can benefit from lower energy bills while contributing to environmental sustainability. The unit can be configured to run on various electrical power sources, making it adaptable to different installation requirements.

The unit is equipped with a sophisticated microprocessor-based control system, allowing for precise temperature control and operation scheduling. This feature enhances user control, enabling adjustments to be made based on specific environmental needs. Additionally, the unit can be seamlessly integrated with advanced building management systems, which can optimize energy use and improve overall operational efficiency.

The Carrier 30RB060-390 also prioritizes durability and ease of maintenance. The unit's construction incorporates robust materials that withstand harsh weather conditions, ensuring long-term performance. Maintenance access is streamlined, with components strategically designed for easy serviceability, reducing downtime and service costs.

Another key characteristic of the 30RB series is its quiet operation. Engineered with sound-dampening technology and precise motor design, this unit minimizes noise levels, making it ideal for settings where a comfortable and distraction-free atmosphere is crucial, such as offices, schools, and hospitals.

In summary, the Carrier 30RB060-390 embodies a harmonious blend of efficiency, technology, and reliability. With features tailored for commercial use and considerations made for environmental impact, it stands out as a leading choice for rooftop air conditioning solutions. Investing in the 30RB060-390 ensures that businesses can enjoy optimal comfort while maintaining control over energy consumption and operational costs.