CLIMAVENETA BRH 0061 FF User Manual (English)

Questions and Answers:

H
Hunter SchaeferAug 12, 2025
Why is my CLIMAVENETA BRH 0061 FF not starting?
- N
  noblebobbyAug 13, 2025
  Your CLIMAVENETA Chiller might not be starting due to several reasons. There could be no voltage, in which case you should check the presence of voltage and safety systems upstream of the appliance. Alternatively, a contactor coil, the HSW12 controller, or the start-up capacitor (if featured) might be faulty, requiring component replacement. Other potential causes include a faulty compressor or reversed phases (for three-phase units).
K
khanmichaelAug 16, 2025
What causes high discharge pressure in CLIMAVENETA BRH 0061 FF?
- L
  lhobbsAug 16, 2025
  High discharge pressure (greater than 32 bars) in your CLIMAVENETA Chiller can be caused by high outside water temperature. If this occurs, you should check the water temperature. It may also be due to a high utility water inlet temperature.
R
Rebecca WrightAug 19, 2025
What causes low suction pressure in CLIMAVENETA BRH 0061 FF Chiller?
- C
  Carol SmithAug 19, 2025
  Low suction pressure (less than 4 bars) in a CLIMAVENETA Chiller can stem from several factors. These include a low utility water inlet temperature, a low outside water inlet temperature, or a faulty or blocked thermostatic expansion valve, so you should check these components. It may also be caused by a blocked water filter or a blocked plate heat exchanger.
B
Brian CantrellAug 23, 2025
How to fix noise and vibrations in CLIMAVENETA BRH 0061 FF Chiller?
- I
  icarterAug 23, 2025
  Noise and vibrations in your CLIMAVENETA Chiller can be caused by contact between metal bodies; you should check for this. Another cause may be loose screws, so tighten them.
M
Michael PhillipsAug 27, 2025
Why is the compressor noisy in my CLIMAVENETA BRH 0061 FF?
- O
  Omar WrightAug 27, 2025
  A noisy compressor in your CLIMAVENETA Chiller may be caused by liquid returning to the compressor, which you should check. Another possible cause is inadequate fastening.
H
Holly BowersAug 31, 2025
What causes high suction pressure in CLIMAVENETA BRH 0061 FF Chiller?
- G
  Gregory MorseAug 31, 2025
  High suction pressure (greater than 20 bars) in your CLIMAVENETA Chiller could be due to a high utility water inlet temperature or a faulty or excessively open thermostatic expansion valve. In such cases, you should check these components.
E
Elizabeth McknightSep 4, 2025
What causes low discharge pressure in CLIMAVENETA Chiller?
- A
  Aaron GibsonSep 4, 2025
  Low discharge pressure (less than 16 bars) in a CLIMAVENETA Chiller can be caused by a low utility water inlet temperature, so you should check this.
D
Donald BuckleySep 7, 2025
What to do if there is moisture in the refrigerant circuit of CLIMAVENETA Chiller?
- R
  Rachel StarkSep 8, 2025
  If there is moisture in the refrigerant circuit of your CLIMAVENETA Chiller (indicated by a yellow flow indicator), you should empty and refill the system.

CLIMAVENETA BRH 0061 FF Specifications

General

Brand	CLIMAVENETA
Model	BRH 0061 FF
Category	Chiller
Language	English

Summary

General Safety and Warnings

Safety Rules and Precautions

Essential safety rules and general warnings for operating the unit.

Receiving and Handling the Product

Product Handling Procedures

Procedures and precautions for receiving and handling the unit upon delivery.

Dimensional Drawings

Unit Dimensions and Weight

Provides detailed dimensions and weight distribution for different unit models.

Installation and Water Connections

Site Selection and Water Components

Guidance on installation site, water connections, and required components.

System Filling and Emptying

Filling and Emptying Procedures

Step-by-step guide for filling and emptying the water circuit, including precautions.

Technical Data and Electrical Connections

Water Circuit, Sound, and Electrical Specs

Covers water properties, sound levels, and electrical connection requirements.

Electrical Data

Model Electrical Specifications

Table detailing electrical specifications, power supply, and fuse ratings for each model.

Electrical Panel and Cable Entry

Power Cable Routing and Panel Layouts

Instructions for cable entry and diagrams of single-phase electrical panels.

Three-Phase Electrical Panel Diagrams

Three-Phase Panel Layouts

Diagrams of electrical panels for three-phase units (0021-0061 and 0071-0121).

Electrical Connection Details

Mains, Auxiliary, Remote, and Flow Connections

Connecting power, auxiliary devices, remote controls, flow switches, and economy input.

Single-Phase Wiring Diagram

Detailed wiring diagram for single-phase unit connections.

Three-Phase Wiring Diagram

Detailed wiring diagram for three-phase unit connections.

General Technical Data

Unit Specifications Table

Comprehensive table of technical specifications for cooling capacity, power input, flow rates, and refrigerant.

Operating Temperature Limits

System and Well Water Temperature Ranges

Graphical representation and textual description of the unit's operating temperature ranges.

Unit Startup Procedures

Preparation, First Startup, and Operation

Checklist for preparation, steps for initial startup, and unit activation/deactivation.

HSW12 Controller Functions

Button Functions and Operations

Detailed explanation of each button's function, associated operations, and combined actions.

Controller Display and LEDs

Status, Value, and Utility LEDs

Explanation of LEDs indicating unit status, values, and component operation.

Selecting Operating Mode

Switching Between Standby and Cooling

Guide on how to switch between Standby and Cooling operating modes.

Setting Temperature Set Points

Adjusting Cooling Set Points

Step-by-step instructions for changing the unit's temperature set points.

Setting Operational Parameters

Accessing and Setting Parameters

Procedures for accessing and setting various operational parameters via the PASS directory.

Configuring CF Parameters

Setting CF Directory Parameters

How to navigate and set parameters within the CF (configuration) directory.

Compressor and Pump Hour Monitoring

Viewing and Resetting Operating Hours

Instructions for viewing and resetting operating hours for compressors and pumps.

Alarms and Parameter Lists

Parameter Lists and Fault Alarms

Lists accessible parameters and provides information on fault codes, causes, and solutions.

Additional Fault Diagnostics

Communication, Sensor, and Maintenance Faults

Troubleshooting guide for communication errors, sensor faults, and maintenance intervals.

Operating Characteristics and Shutdown

Unit Operation and Long-Term Shutdown

Details on unit operation, characteristics, and procedures for long-term shutdown.

Maintenance Procedures

Routine, Special, and Refrigerant Maintenance

Schedule and tasks for routine, special maintenance, and refrigerant gas handling.

Troubleshooting Common Issues

Start-up, Capacity, Noise, and Protection Issues

Common causes and solutions for start-up, capacity, noise, vibration, and protection device faults.

Troubleshooting Pressure Issues

Discharge and Suction Pressure Faults

Causes and solutions for high/low discharge and suction pressure faults.

Useful Information and Contacts

Technical Assistance and Spare Parts

Contact details for technical assistance and spare parts from Climaveneta.

Climaveneta International Contacts

Global Office Locations

Contact information for Climaveneta offices in various countries.

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CLIMAVENETA BRH 0061 FF User Manual

Table of Contents

Questions and Answers:

CLIMAVENETA BRH 0061 FF Specifications

Summary

General Safety and Warnings

Safety Rules and Precautions

Receiving and Handling the Product

Product Handling Procedures

Dimensional Drawings

Unit Dimensions and Weight

Installation and Water Connections

Site Selection and Water Components

System Filling and Emptying

Filling and Emptying Procedures

Technical Data and Electrical Connections

Water Circuit, Sound, and Electrical Specs

Electrical Data

Model Electrical Specifications

Electrical Panel and Cable Entry

Power Cable Routing and Panel Layouts

Three-Phase Electrical Panel Diagrams

Three-Phase Panel Layouts

Electrical Connection Details

Mains, Auxiliary, Remote, and Flow Connections

Single-Phase Wiring Diagram

Single-Phase Wiring Diagram

Three-Phase Wiring Diagram

Three-Phase Wiring Diagram

General Technical Data

Unit Specifications Table

Operating Temperature Limits

System and Well Water Temperature Ranges

Unit Startup Procedures

Preparation, First Startup, and Operation

HSW12 Controller Functions

Button Functions and Operations

Controller Display and LEDs

Status, Value, and Utility LEDs

Selecting Operating Mode

Switching Between Standby and Cooling

Setting Temperature Set Points

Adjusting Cooling Set Points

Setting Operational Parameters

Accessing and Setting Parameters

Configuring CF Parameters

Setting CF Directory Parameters

Compressor and Pump Hour Monitoring

Viewing and Resetting Operating Hours

Alarms and Parameter Lists

Parameter Lists and Fault Alarms

Additional Fault Diagnostics

Communication, Sensor, and Maintenance Faults

Operating Characteristics and Shutdown

Unit Operation and Long-Term Shutdown

Maintenance Procedures

Routine, Special, and Refrigerant Maintenance

Troubleshooting Common Issues

Start-up, Capacity, Noise, and Protection Issues

Troubleshooting Pressure Issues

Discharge and Suction Pressure Faults

Useful Information and Contacts

Technical Assistance and Spare Parts

Climaveneta International Contacts

Global Office Locations

Related product manuals