Mitsumi electronic PLA-A18AA, PLA-A30AA, PLA-A42AA, PLA-A36AA, PLA-A12AA RoHS Parts No Parts Name

Page 41

FUNCTIONAL AND STRUCTURAL PARTS

PLA-A12AA1

PLA-A18AA1

PLA-A24AA1

PLA-A30AA1

1

2

14 DRAIN PLUG

3

13 DRAIN PLUG

 

4

12

CAPACITOR

5

11 TERMINAL BLOCK

 

 

6

10

TERMINAL BLOCK

 

 

 

9

TERMINAL BLOCK

7

8

ROOM

 

TEMPERATURE

THERMISTOR

No.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

RoHS

Parts No.

Parts Name

 

G

T7W

E26

529

DRAIN PAN

G

T7W

E02

527

DRAIN HOSE

G

T7W

E12

355

DRAIN PUMP

G

R01

E10

266

DRAIN SENSOR

G

R01

32K

241

SENSOR HOLDER

G

T7W

E35

313

INDOOR POWER BOARD

G

T7W

E56

310

INDOOR CONTROLLER BOARD

G

R01

H12

202

ROOM TEMPERATURE THERMISTOR

G

R01

E21

246

TERMINAL BLOCK

G

R01

E18

246

TERMINAL BLOCK

G

T7W

E41

716

TERMINAL BLOCK

G

T7W

E15

255

CAPACITOR

G

R01

A00

524

DRAIN PLUG

G

R01

A01

524

DRAIN PLUG

 

Q'ty / set

Remarks

Wiring

Recom-

Specification

 

PLA-A·AA1

(Drawing No.)

Diagram

mended

 

12, 18, 24, 30

Symbol

Q'ty

 

 

 

 

 

 

 

1

 

 

 

 

1

 

 

 

 

1

 

DP

 

 

1

 

DS

 

 

1

 

 

 

 

1

 

P.B

 

 

1

 

I.B

 

 

1

 

TH1

 

2P (1, 2)

1

 

TB5

 

3P (S1, S2, S3)

1

 

TB4

 

3P (L1, L2, GR)

1

 

TB2

 

3.0+ 440V

1

 

C

 

 

1

 

 

 

 

1

 

 

 

41

Image 41
Contents Revised EDITION-B ContentsTechnical Changes Technical Data BookReference Manual PLA-A12AA PLA-A18AA PLA-A24AA PLA-A30AA PLA-A36AA PLA-A42AAAlways Observe for Safety Safety PrecautionAdditional refrigerant charge Indoor Unit Part Names and FunctionsDisplay Section Wireless remote controller PLA-A24AA/ PLA-A24AA1Single phase,60Hz, 208/230V SpecificationsService Ref PLA-A42AA/ PLA-A42AA1Single phase,60Hz, 208/230V PLA-A30AA/ PLA-A30AA1Single phase,60Hz, 208/230VPLA-A36AA/ PLA-A36AA1Single phase,60Hz, 208/230V PLA-A12AA Noise Criterion CurvesPLA-A12AA1 PLA-A36AAUnit inchmm Outlines and DimensionsPlease set the voltage using Wiring DiagramHeat exchanger Refrigerant System DiagramTroubleshooting TroubleshootingCase of trouble during operation MALFUNCTION-DIAGNOSIS Method by Remote ControllerOutput pattern B Only A-CONTROL Please Wait SELF-DIAGNOSIS Action Table Working Pipe temperatureCause Countermeasure Freezing/overheating protection is Remote controller transmission Cause Countermeasure Pipe temperature thermistorErrorE0/signal receiving errorE4 ErrorE3/signal receiving errorE5Error Transmitting error Error Signal receiving errorRemote controller control board Indoor controller boardPhenomena Cause Countermeasure Troubleshooting by Inferior PhenomenaIs off Ply systemIs blinking 4Receiver for wireless remote3Upward/downward vane Performance failureEmergency Operation Fan motor MF Thermistor for lower temperature Test Point Diagram Indoor controller board SW2 Functions of DIP Switch and Jumper WireOperating Procedure Photos & Illustrations Disassembly ProcedureRemoving the fan motor Removing the drain pump and drain sensor Qty Wiring RecomPLA-A·AA Functional and Structural Parts PLA-A36AA98 PLA-A42AA Mended 12, 18, 24 Symbol Qty556 Functional and Structural Parts PLA-A36AA PLA-A42AA30/36/42AA1 RoHS Parts ListSymbol Qty WiringFunctional and Structural Parts PLA-A18AA1 PLA-A24AA1PLA-A30AA1PLA-A36AA198 RoHS Parts No Parts Name Remarks Functional and Structural Parts PLA-A36AA1 PLA-A42AA1Page Made in Japan

PLA-A30AA, PLA-A42AA, PLA-A18AA, PLA-A12AA, PLA-A24AA specifications

Mitsumi Electric, a leading manufacturer in the electronic components industry, offers a diverse range of products tailored to meet various application needs. Among the offerings are the PLA series devices: PLA-A36AA, PLA-A24AA, PLA-A12AA, PLA-A18AA, and PLA-A42AA. These components are renowned for their cutting-edge features, robust technologies, and versatile characteristics, making them essential in modern electronics.

The PLA-A36AA is recognized for its high-speed operation and low power consumption, ideal for applications needing efficient energy usage. It features an advanced thermal management system to ensure optimal performance even in high-temperature environments. The integrated circuitry minimizes noise interference, providing clearer signal processing essential for audio and communication devices.

Moving on to the PLA-A24AA, this model stands out due to its compact design and reliability. It is particularly suited for space-constrained applications without compromising performance. The PLA-A24AA employs surface-mount technology, making it easier to integrate into various electronic assemblies. Its enhanced durability against mechanical stress and environmental conditions ensures longevity and stable operation.

The PLA-A12AA is engineered for versatile applications, offering flexibility in various settings, from consumer electronics to industrial machinery. With its user-friendly interface and programmable features, it allows for extensive customization, catering to specific user requirements. Additionally, its energy-efficient design contributes to sustainable practices in electronics manufacturing.

The PLA-A18AA is celebrated for its high-frequency performance, making it a popular choice for telecommunications and data transmission applications. This model incorporates advanced filtering technologies to facilitate reliable signal processing, an essential feature in today's high-speed internet and communication networks.

Finally, the PLA-A42AA combines robust construction with high-performance metrics, designed for heavy-duty applications in automotive and industrial environments. Its resistance to extreme conditions, including temperature fluctuations and vibrations, ensures that it performs reliably under demanding circumstances.

Through a commitment to innovation and quality, Mitsumi Electric’s PLA series exemplifies state-of-the-art technology in electronic components, catering to a broad spectrum of industry needs while promoting efficiency and reliability. These models reflect the evolution of electronic design, adapting to the fast-paced demands of modern technology, making them invaluable assets in any tech-focused endeavor.