MRV Communications AE182FCAHA, AE092FCAHA manual CElectric wiring

Page 29

Installation procedure

CElectric wiring

! Warning

The electric wiring work shall be conducted by qualified electricians according to the install- ation instructions. A separate power circuit shall be used. Insufficient power cord amperage

or improper wiring will cause danger of electric shock or fire.

!

 

During wiring connection, the power cord shall be of the specified cable and reliably fastened

so that external forces applied to the cable wouldnt transfer to the terminals. Improper conne- ction or fastening will cause danger of heating, fire etc.

The power cord must be fitted with a grounding wire.

!

• Grounding shall be made as specified. Unreliable grounding will cause electric shock. The g- rounding wire shall not be connected to the gas pipeline, water pipeline, thunder arrestor and

telephone wire

!

! Caution

!

A current leakage breaker shall be installed, otherwise it electric shock would happen easily.

If the power cord is damaged, it must be replaced by the manufacturer or its service center or similar personnel to avoid risks. The power supply to the indoor unit shall be laid in comply- ing with the operational instruction manual.

The electric wiring shall avoid contacting with the high temperature part of the piping so as to prevent the cable insulation melts and cause dangers.

After connected on the terminal block, the wires shall be bent to U form and then fastened with wire clip.

The control wiring and refrigerant piping may be laid and fastened together.

Before completion of vacuum pumping of the refrigerant pipe system, do not electrify the in- door unit.

The power cord of the indoor unit and connection wiring between indoor and outdoor units shall be laid out according to the operational instruction manual of the indoor unit.

The connection of the power cord shall comply with the local regulations.

28

Image 29
Contents AE092FCAHA AE182FCAHA Page Page AE092FCAHA AE182FCAHA Clock Set Remote controllerPart description Important Points of Safety Smell etc. occurs, stop running Important Points of Safety Operating instructions Operating instructions COOL, DRY, Heat operation Recommended operation modeCancel Timer mode Timer ON/OFF functionTimer ON-OFF operation Sleep function Operation ModeFollowing cases are not troubles TroubleshootingSystem couldnt start Is power on/off switched on? Poor cooling When fault occursPoor cooling or heating Information about application Installation precautions Installing tools Pipe expansion dimensions as follows Installation procedureElectrical requirements Pipe cutting and expandingInstallation procedure Choosing the installation location Figure showing installation dimensions unitmm Installation of indoor unitAir supply duct New concrete slab Remove the back cover of the remote controller Installation of remote controllerMount the back cover of the remote controller Installing the remote controllerInsulation treatment Drain pipeRequirements Allowable pipe length and drop Pipe material and size Refrigerant pipingSupplementary refrigerant RequirementGas leakage detection Vacuum pumpingOpen all valves CElectric wiring Wire connection for built-in indoor unit Clamping method of the connection wireRing terminal connection method Straight terminal connection methodField setting the unit number Field settingIndoor unit number setting Matrix of the dial switch and indoor unit numberList of troubles Wrap with the protective plastic tape Installation check and trial operation

AE092FCAHA, AE182FCAHA specifications

MRV Communications has established itself as a leader in the field of networking solutions, and among its impressive product lineup, the AE182FCAHA and AE092FCAHA stand out as robust fiber optic devices designed to meet the demands of modern network architectures. These devices are particularly tailored for enterprise and service provider environments where high-speed data transmission and reliability are paramount.

The AE182FCAHA is engineered to handle complex networking needs with a combination of high throughput and advanced routing capabilities. It supports multiple protocols, which enables seamless integration into existing infrastructures. This device is capable of delivering up to 10 Gbps of throughput, ensuring that even the most data-intensive applications run smoothly. With its built-in redundancy features, the AE182FCAHA also assures minimal downtime, a critical aspect for mission-critical operations.

Similarly, the AE092FCAHA offers a compelling solution for medium to large-scale networks, focusing on simplified management and high-performance. This device is designed to facilitate bandwidth-intensive applications such as video streaming and large database transactions, with a capacity that supports up to 1 Gbps. It employs sophisticated Quality of Service (QoS) features that prioritize latency-sensitive traffic, making it ideal for real-time communication platforms.

A standout characteristic of both devices is their use of advanced optical technologies. Equipped with DWDM (Dense Wavelength Division Multiplexing), they can transmit multiple signals over a single fiber strand, vastly improving bandwidth efficiency and reducing operational costs. The use of fiber optics also enhances signal integrity over long distances, making these devices suitable for enterprises with expansive geographic footprints.

In terms of management and usability, both the AE182FCAHA and AE092FCAHA come with user-friendly interfaces that streamline configuration and monitoring tasks. Their compatibility with SNMP (Simple Network Management Protocol) allows network administrators to easily integrate them into larger management systems, ensuring proactive monitoring and quick troubleshooting.

Overall, MRV Communications' AE182FCAHA and AE092FCAHA are innovative solutions designed to meet the rigorous demands of today's networking environments, combining high performance, advanced features, and ease of management. Organizations looking to enhance their network infrastructure will find these devices to be dependable assets that support both current requirements and future expansion.