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Carrier 30RQ-230R User Manual

Carrier 30RQ-230R
92 pages
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INSTALLATION, OPERATION AND
MAINTENANCE INSTRUCTIONS
Translation of the original document
* The availability of sizes and options depends on the country. Please contact your local commercial dealer for more information.
Air-Cooled Liquid Chillers
Reversible heat pumps
30RB/30RBP 170R-950R
Nominal cooling capacity 170-940 kW
30RQ/30RQP 165R-520R
Heating capacity 170-520 kW
Cooling capacity 155-485 kW
R-32

Table of Contents

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Carrier 30RQ-230R Specifications

General IconGeneral
BrandCarrier
Model30RQ-230R
CategoryChiller
LanguageEnglish

Summary

Introduction and Safety Instructions

Receipt of Goods

Instructions for checking the unit and its accessories upon receipt to ensure no damage or missing parts.

Handling and Positioning

Handling

Guidelines for safely moving and lifting the unit, emphasizing the use of designated lifting points.

Positioning

Recommendations for selecting a suitable installation location, ensuring stability, access, and safety.

Physical and Electrical Data for the Units

Electrical data 30RB 170R-380R

Specifies electrical data like voltage, current, power input, and start-up current for 30RB units.

Electrical data 30RBP 170R-950R

Presents electrical data including voltage, current, power input, and start-up current for 30RBP units.

Electrical data 30RQ 165R-520R

Details electrical specifications such as voltage, current, power input, and start-up current for 30RQ units.

Electrical Connection

Power supply

Details requirements for the unit's power supply, including voltage range and phase imbalance limits.

Recommended cable sections

Provides guidance on selecting appropriate cable sizes based on installation conditions and voltage drop.

Application Data

Operating range

Defines the operational limits for water and ambient temperatures for various unit configurations.

Water Connections

Operating precautions and recommendations

Key points and precautions for connecting the hydraulic circuits, including water treatment and protection.

Frost protection

Provides critical warnings and recommendations to prevent frost damage to unit components.

Nominal System Water Flow Rate Control

Units with hydraulic module and variable-speed pump – Pressure differential control

Describes how to control flow rate based on pressure differential for variable-speed pump units.

Units with hydraulic module and variable-speed pump – Temperature differential control

Explains flow rate control using temperature differential for variable-speed pump units.

System Start-Up

Checks before system start-up

Checklist of essential pre-start-up operations, including safety, connections, and refrigerant checks.

Commissioning

Guidelines for commissioning the unit, emphasizing supervision by qualified technicians and system readiness.

Essential points to check

Key checks for compressors, hydraulics, and refrigerant charge before initial operation.

Main Components of the Unit and Operating Characteristics

Refrigerant

Specifies the refrigerant type (R32) and identifies potentially flammable zones around the unit.

Options

Total Heat Recovery (option 50)

Explains the total heat recovery option for hot water production and its physical characteristics.

Total/Partial Free Cooling (Option 305A; 305B)

Describes free cooling options, their operating principles, physical characteristics, and corrosion protection.

Standard Maintenance

Level 1 maintenance

Outlines basic maintenance tasks that can be performed by the user, such as visual inspections and cleaning.

Unit Start-Up Checklist for Installers Prior to Contacting the Manufacturer

Preliminary equipment check

Checklist for verifying shipping damage and its potential impact on unit start-up.

Unit start-up

Checklist for crucial start-up procedures, including leak checks, voltage imbalance, and heater operation.

Evaporator water loop check

Steps to verify water loop volume, inhibitor presence, frost protection, and screen filter.

Checking the pressure drop across the evaporator (without hydraulic module) or ESP(1) (with hydraulic module)

Procedure to measure and plot pressure drop to determine flow rate for system adjustment.

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