Need help?Do you have a question about the Samsung DVM S Series and is the answer not in the manual?
General| Refrigerant | R410A |
|---|---|
| Operating Temperature Range (Cooling) | -5°C to 48°C |
| Piping Length (Total) | 1000m |
| Inverter Technology | Yes |
| Type | VRF System |
| Compressor Type | Inverter Scroll Compressor |
| Energy Efficiency | High Efficiency |
| Control | Centralized Control, Individual Control |
| Indoor Unit Options | Cassette, Duct, Wall Mount, Ceiling |
Highlights critical safety warnings for installation and user safety.
Instructions for safe handling and disposal of packaging materials.
Guidance on safely moving the outdoor unit using a crane.
Instructions for moving the outdoor unit with a forklift.
Alternative method for moving the product when crane/pallet is unavailable.
Specific advice for installing units near the seashore to prevent corrosion.
Specifies space requirements for single outdoor unit installations.
Details space requirements for module installations of outdoor units.
Lists required accessories for installation and customer handover.
Details optional accessories for connecting indoor and outdoor units.
Illustrates base ground construction methods for outdoor unit installation.
Specifies dimensions and positions for outdoor unit base mounting and anchor bolts.
Provides examples and guidelines for proper drainage work for outdoor units.
Safety cautions for connecting anchor bolts, including material and torque specifications.
Cautions for connecting pipes, including rooftop installation and animal prevention.
Guidelines for installing anti-vibration frames and ensuring proper support.
Guidance on installing ducts to prevent wind/snow accumulation around outdoor units.
Instructions for installing units in cold regions to prevent snow accumulation.
Measures for installing units in windy regions to ensure normal operation.
Overview of refrigerant pipe installation, including length and pressure considerations.
Guidelines for selecting refrigerant pipe sizes based on capacity and length.
Table for selecting main pipe size based on outdoor unit cooling capacity.
Table for selecting pipe size between branch joints based on indoor unit capacity.
Table for selecting pipe size between branch joint and indoor unit.
Details on Y-joints for connecting outdoor units.
Selection criteria for first branch joints based on outdoor unit capacity.
Selection of branch joints based on total indoor unit capacity.
Table for selecting main pipe size based on outdoor unit cooling capacity.
Table for selecting pipe size between branch joints based on indoor unit capacity.
Table for selecting pipe size between branch joint and indoor unit.
Details on Y-joints for connecting outdoor units.
Selection criteria for first branch joints based on outdoor unit capacity.
Selection of branch joints based on total indoor unit capacity.
Guidelines for storing and sealing refrigerant pipes to prevent contamination.
Important safety information and precautions for refrigerant pipe welding.
Procedure for nitrogen flushing during welding to prevent oxidation.
Detailed steps and precautions for cutting and flaring refrigerant pipes.
Instructions for connecting flared pipes, including torque and oil application.
Guidance on pipe routing and direction for outdoor unit connections.
Precautions for using knock-out holes, including damage prevention and rust prevention.
Procedure for connecting refrigerant pipes to the outdoor unit's front and side connections.
Safety warnings and precautions for welding pipes near outdoor unit components.
Guidelines for installing pipes between multiple outdoor units in a module.
Illustrations showing example refrigerant pipe configurations for H/P and H/R systems.
Refrigerant pipe length allowances and installation examples for H/P systems.
Specifies maximum allowable pipe lengths for single and module installations.
Defines maximum allowable height differences for refrigerant pipes.
Specifies maximum allowable pipe lengths after branch joints.
Details on EEV kits and their pipe length requirements.
Refrigerant pipe length allowances and installation examples for H/R systems.
Specifies maximum allowable pipe lengths for H/R systems.
Maximum allowable height differences for H/R systems.
Maximum allowable pipe lengths after branch joints for H/R systems.
Details on EEV kits for H/R systems and their pipe length requirements.
Guidelines for horizontal installation of branch joints.
Guidelines for vertical installation of branch joints.
Proper installation methods for outdoor unit joints, avoiding specific directions.
Details MCU specifications, including connectivity and capacity.
Instructions for installing indoor units with MCUs, including Y-connector usage.
Procedure for connecting pipes to MCUs, including protection and welding.
Specifies circuit breaker and power cable requirements for various models.
Cautions for electrical work, including breaker installation and cable handling.
Diagrams showing power and communication cable routing and connections.
Details specifications and applicable conditions for protection tubes.
Precautions for creating knock-out holes, including burr removal and rust prevention.
Cautions for installing communication cables, including sag prevention and fixing.
Wiring diagram for 3-phase power supply configurations.
Wiring diagram for single-phase power supply configurations.
Step-by-step guide on how to use a cable striper for power cables.
Guidance on securely fixing power cables to prevent contact with pipes or damage.
Procedure for connecting ring terminals to 3-phase power cables.
Procedure for withdrawing power cables, ensuring protection and preventing damage.
Illustrates MCU connection example 1 with indoor and outdoor units.
Illustrates MCU connection example 2 with multiple indoor units.
Illustrates MCU connection example with indoor and outdoor units.
Table and guidelines for grounding power cables based on installation place and voltage.
Methods for performing grounding work using exclusive terminals or switchboards.
Procedure for air tightness testing using nitrogen gas to detect leaks.
Steps for vacuum drying pipes and indoor units using a vacuum pump.
Guidelines for insulating refrigerant pipes and branch joints using EPDM material.
Table for selecting refrigerant pipe insulator thickness based on pipe size and humidity.
Methods for insulating refrigerant pipes, branch joints, and connection parts.
Specific insulation guidelines for pipes connected behind EEV kits.
Procedure for insulating distribution headers and their connected parts.
Instructions for insulating branch joints with appropriate insulators.
Instructions for insulating pipes inside the outdoor unit, sealing gaps and protecting knock-out holes.
Information on regulations concerning refrigerants and environmental impact.
Procedure for charging refrigerant for single outdoor unit installations.
Procedure for charging refrigerant for module installations of outdoor units.
Guidelines for using service valves for gas charging, including torque specifications.
Explanation of the basic segment display content and its meaning.
Configuration of outdoor unit option switches for Type A units.
Step-by-step guide for setting outdoor unit installation options.
Configuration of outdoor unit option switches for Type B units.
Procedure for setting and adjusting unit options using tact switches.
Configuration options for compressor malfunction, capacity, speed, and defrost.
Enables silent mode for night-time cooling operation.
Adjusts settings for high head conditions based on height difference.
Sets conditions for long piping, relevant if high-head is not set.
Enables energy saving mode during heating operation.
Configures energy control options for designated operation sequences.
Enables continuous heating, potentially reducing performance during defrost.
Allows continuous cooling in low temperatures, may increase MCU noise.
Sets channel addresses for product classification from upper level controllers.
Enables faster cooling/heating at initial start-up.
Restricts capacity increase for indoor units with small capacity.
Enables pump down operation in case of gas leak.
Sets options when an LA KIT is installed.
Enables emergency operation during indoor communication errors.
Explains key operations and view modes using tact switches for A and B types.
Details K1 key operation for auto trial operation and other functions.
Lists K2 key press sequences for operations like refrigerant charging and error checks.
Lists K4 key press sequences for viewing unit models, compressor data, and temperatures.
Details K4 key press sequences for viewing versions and assigning unit addresses.
Procedure for setting MCU address and selecting ports using DIP switches.
Instructions for manually setting pipe addresses using remote control or S-NET Pro 2.
Using S-NET Pro 2 for pipe address settings via Add-on > Change address.
Automatic setting of MCU port addresses using the Auto pipe pairing operation.
Pre-operation checks for Auto pipe pairing, including voltage, phase, and unit warm-up.
Step-by-step guide to initiate and run the Auto pipe pairing operation.
Checklist for final installation work on outdoor and indoor units.
Checklist for refrigerant pipe work, including selection, connection, and insulation.
Checklist for drain pipe work, ensuring proper connection and insulation.
Checklist for electrical wiring, including cable tightening and earthing.
Ensures proper address setting for indoor and outdoor units.
Checks if the anti-vibration frame is correctly installed to prevent vibration.
Safety precautions to follow before performing test operations.
Items to check before starting auto trial operation.
Specifies indoor/outdoor temperature conditions for accurate auto trial operation.
Procedure for auto trial operation, including normal and error conditions.
Troubleshooting steps for E503 errors, including valve and sensor checks.
Troubleshooting steps for E505/E506 errors, focusing on pressure sensors and valves.
Actions for addressing results of refrigerant amount detection: excess, insufficient, or judgment unavailable.
To Next Page