Philips CS-E15DB4EW specifications How to use electronic circuit diagram, Timer Table Indoor

Page 94

CS-E15DB4EW CU-E15DBE / CS-E18DB4EW CU-E18DBE / CS-E21DB4ES CU-E21DBE

How to use electronic circuit diagram

TIMER TABLE <INDOOR>

 

 

Test mode

Name

Time

(When test point

 

 

Short-circuited)

4 way valve abnormality

4 min.

24 sec.

 

 

 

Outdoor air temp. for Hz No. decision

30 min.

0 sec.

Anti-dew formation control

20 min.

0 sec.

 

 

 

Anti-freezing control

6 min.

0 sec.

Thermo OFF delay

3 min.

0 sec.

Low pressure control (gas leakage) compressor OFF time

3 min.

0 sec.

 

 

 

Time delay safety control

2 min. 58 sec.

0 sec.

 

20 sec.

 

 

 

 

Odour timer status shift time

90 sec.

0 sec.

 

20 sec.

 

 

120 sec.

 

 

 

 

Intake air temp. sampling time

2 min.

0 sec.

Self diagnosis display time

10 sec.

0 sec.

 

 

 

Auto mode judgement sampling time

20 sec.

0 sec.

24 hours Real Timer

1 hour

1 min.

Heating SSHi fan speed shift

120 min.

12 sec.

 

 

 

Cooling SHi fan speed shift

30 min.

3 sec.

Hot start forced completion

4 min.

0.4 sec.

 

 

 

Auto mode judgement interval

30 min.

3 sec.

After Hot start / Deice

2 min.

12 sec.

TIMER TABLE <OUTDOOR>

 

 

 

Test mode

Name

Time

(When test point

 

 

 

Short-circuited)

DC PEAK

30 sec.

3 sec.

 

 

 

 

 

 

120 min.

24 sec.

Deice detection

80 min.

16 sec.

 

 

 

 

 

 

40 min.

8 sec.

 

 

40 min.

8 sec.

Hz lock time

30 sec.

0 sec.

 

 

 

 

Outdoor fan delay operation control

30 sec.

3 sec.

4 way valve delay operation control

3 min.

18 sec.

 

 

 

 

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Contents Contents Product FeaturesServiceability Improvement Environmental ProtectionRemote Control FunctionsAutomatic Operation Switch Indoor UnitOutdoor Unit Product Specifications CS-E15DB4EW CU-E15DBEFPI CS-E18DB4EW CU-E18DBE CS-E18DB4EW CU-E18DBENet Weight Lb kg CS-E21DB4ES CU-E21DBE CS-E21DB4ES CU-E21DBE108 Indoor Unit & Remote Control DimensionsCS-E15DB4EW CS-E18DB4EW CS-E21DB4ES CU-E15DBE CU-E18DBE CU-E21DBE Refrigeration Cycle Diagram Block Diagram Wiring Diagram Operation Details Temperature Shifting FlowBasic Operation Soft Dry Operation Thermostat control Cooling Operation Thermostat controlHeating Operation Thermostat control Automatic Operation Basic Rotation Speed rpm Indoor Fan Motor OperationIndoor Fan Control Heating Ii. Auto Fan Speed Cooling Fan Motor Control Outdoor Fan Motor Operation Deodorizing ControlVertical Airflow Quiet operation Cooling Mode/Cooling area of Dry ModeAirflow Direction PurposeControl contents Quiet operation HeatingOn Timer Powerful Mode OperationHour Real Time Timer Control OFF TimerIndication Panel Drain Pump ErrorAuto Restart Control Drain Pump Control OperationSeconds Forced Operation Protection Control FeaturesIPM Power transistor Prevention Control Total Running Current ControlLow Frequency Protection Control Compressor Overheating Prevention ControlLow Pressure Prevention Control Gas Leakage Detection Control start conditionsCooling Overload Control Anti-Freezing Control Anti-Dew Formation ControlOverload Protection Control Deice Control Operating Instructions Page Page Page Page Page Page Page Outline Installation And Servicing Air Conditioner Using R410AAbout R410A Refrigerant Tools For Installing/Servicing Refrigerant Piping Necessary Tools10.2.2. R410A Tools Torque wrenchesSensitivity with R410A is about 23 g/year 10.2.3. R410A Tools Which Are Usable for R22 Models Electronic scale for refrigerant chargingRefrigerant Piping Work Processing and Connecting Piping MaterialsPiping Materials Storing and Managing Piping Materials Installation, Transferring, Servicing PrecautionsTransferring Using New Refrigerant Piping AC Units Replacement Using Existing Refrigerant PipingPrecaution Recharging Refrigerant During ServicingServicing Tips BrazingBrazing Method for Preventing Oxidation Installation Instructions Safety PrecautionsPage Select the best location Attached accessoriesOutdoor Unit Page Installation of Indoor Unit Indoor Unit Drain Piping Vacuum dryingHeat Insulation Wall sealConnecting the Cable to the Indoor Page Refer to Select the best location section Connecting The Piping To Indoor UnitConnecting The Piping To Outdoor Unit Cutting and Flaring the PipingEvacuation of the Equipment Auto Switch Operation Disposal of Outdoor Unit Drain WaterCheck Items Changing the Remote Control Transmission CodeREMO-CON NO. Change in Remote Control Hand OverServicing Information TroubleshootingRated Frequency Operation Troubleshooting Air Conditioner Refrigeration cycle system Breakdown Self Diagnosis Function Error Codes Table JudgementRemote Control Reset Setting Remote Control Transmission CodeAuto OFF/ON Button Disassembly of Parts Page Outdoor Electronic Controller Removal Procedure Remove the top panel and front panelOperation Characteristics Technical DataCS-E15DB4EW CU-E15DBE CS-E18DB4EW CU-E18DBE CS-E21DB4ES CU-E21DBE CS-E18DB4EW CU-E18DBE Sensible Capacity ChartCS-E15DB4EW CU-E15DBE CS-E21DB4ES CU-E21DBEExploded View Indoor Unit CS-E15DB4EW CS-E18DB4EW CS-E21DB4ESPage CZ-BT20E Front Grille Complete Replacement Parts List Indoor Unit REF. no Part Description QTY Front Grille Complete Exploded View Outdoor Unit CU-E15DBE CU-E18DBE CU-E21DBEReplacement Parts List Outdoor Unit Electronic Circuit Diagram CS-E15DB4EW CS-E18DB4EW CS-E21DB4ES Schematic Diagram 1/4Schematic Diagram 2/4 R17Schematic Diagram 3/4 SSR02 SSR01Schematic Diagram 4/4 WHTCU-E15DBE CU-E18DBE CU-E21DBE Schematic Diagram 1/4 FUSE2 IC1 Schematic Diagram YellowTimer Table Indoor How to use electronic circuit diagramTimer Table Outdoor Remote Control Print Pattern Indoor Unit Printed Circuit Board Print Pattern Outdoor Unit Printed Circuit Board View

CS-E15DB4EW specifications

The Philips CS-E15DB4EW is an exceptional air conditioner that exemplifies modern cooling technology while emphasizing energy efficiency and user comfort. This model is designed to provide reliable performance in various settings, making it suitable for both residential and light commercial applications.

One of the standout features of the Philips CS-E15DB4EW is its powerful cooling capacity. With a cooling power reaching up to 15000 BTUs, this air conditioner is capable of effectively cooling medium to large-sized rooms. This high capacity ensures that users enjoy a refreshingly cool environment, even during the hottest summer months.

Energy efficiency is a prominent characteristic of the CS-E15DB4EW. It features an advanced inverter technology that optimizes power consumption while maintaining the desired temperature. This technology not only results in lower electricity bills but also reduces environmental impact by minimizing energy waste. The air conditioner boasts a high EER (Energy Efficiency Ratio), making it a responsible choice for energy-conscious consumers.

In terms of convenience, the CS-E15DB4EW is equipped with a user-friendly remote control, allowing users to adjust settings from a distance. This includes temperature adjustments, fan speed settings, and timer functions, providing flexibility and comfort at the users' fingertips. Additionally, the air conditioner features various operating modes, including cool, dry, and fan modes, catering to diverse climatic conditions and individual preferences.

Another remarkable characteristic of the Philips CS-E15DB4EW is its quiet operation. With a noise level as low as 30 dB, this unit ensures that users can enjoy a peaceful environment without the disruptive sounds typical of standard air conditioning units. This feature is particularly beneficial for bedrooms or study areas where concentration or relaxation is crucial.

Moreover, the unit is designed with a sleek, modern aesthetic that seamlessly integrates into any interior decor. The easy-to-clean filters and compact design contribute to its practicality, allowing for efficient maintenance and longevity.

In conclusion, the Philips CS-E15DB4EW stands out as a versatile, efficient, and user-friendly air conditioning solution. With its powerful cooling capacity, energy-saving technologies, convenient features, and quiet operation, it effectively addresses the cooling needs of various environments. Whether for residential use or light commercial applications, this model is designed to provide a comfortable atmosphere while being mindful of energy consumption and environmental impact.