Sanyo C3032A General Data Power V/PH/HZ, Compressor, Outdoor FAN Type, Outdoor Coil Type, Cooling

Models: 30KS32A C3032A

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SUBMITTAL SHEET

SYSTEM INDOOR/OUTDOOR

30KLS32A KS3032/CL30322A

WALL MOUNTED LOW AMBIENT AIR CONDITIONER

GENERAL DATA

(AT 230V)

 

 

POWER V/PH/HZ

 

230/208/1/60

 

Circuit Ampacity, Min. (A)

30

 

 

Fuse size, Max.

(A)

30

 

 

COMPRESSOR

 

Rotary-Hermetic

No. used

 

 

1

 

 

 

R.L. Amps - L.R. Amps (A)

10.6 ñ 77.0

 

 

Crankcase Heater

 

30W

 

 

OUTDOOR FAN - TYPE

Propeller

 

 

Dia. (in.) - No. used

 

18-3/32 - 2

 

 

Type Drive - No. speeds

Direct ñ 3 (AUTO)

No. Poles - RPM (High)

6 - 879

 

 

No. Motors - HP

 

2 - 110

 

 

CFM (High)

 

3,670

 

 

F.L. Amps. (A)

 

1.8

 

 

OUTDOOR COIL - TYPE

Aluminum Fin & Copper Pipe

Fin Type - Pipe Type

Slit Plate - Inner Bared

Rows - F.P.I.

 

2 - 12.7

 

 

Face Area

(sq.ft.)

 

11.63

 

 

Tube Size

(in.)

 

3/8

 

 

INDOOR FAN - TYPE

Cross - Flow

 

Dia. & Length (in.) - No. used

4-13/18 & 46-1

 

No. speeds

 

 

3 & Auto

 

 

No. Poles -RPM (High)

4-1,260

 

 

No. Motors - WATTS

1 - 40

 

 

CFM (HI/MED/LOW)

840/710/620

 

F.L. Amps (A)

 

0.6

 

 

INDOOR COIL - TYPE

Aluminum Fin & Copper Pipe

Fin Type - Pipe type

 

Slit Plate - Inner Riffled

Rows - F.P.I.

 

2-12.7

 

 

Face Area

(sq. ft.)

 

3.33

 

 

Tube Size

(in.)

 

3/8

 

 

Drain Connection Size (in.)

1 - 1/4

 

 

REFRIGERANT

 

R22

 

 

Lbs. - R22

(O.D. Unit)

8.6

 

 

Control

 

 

Capillary Tube

 

Connection

 

 

Flare

 

 

Line Length, Max

(ft.)

165

 

 

Lift difference, Max

(ft.)

100

 

 

Line Size - in. O.D. Discharge

3/8

 

 

Line Size - in. O.D. Suction

3/4

 

 

DIMENSIONS (in.)

H

 

x W

x

D

Indoor Unit

-Uncrated 14- 9/16

x 59- 1/16 x

9- 7/16

 

-Crated 18- 3/16

x 62- 9/16

x 11-5/8

Outdoor unit -Uncrated 48- 5/8

 

x 37

x 13-3/8

 

-Crated 52- 7/32

x 40

x 16- 3/8

WEIGHT

 

 

INDOOR OUTDOOR

Net

 

(lbs.)

 

64.0

198.0

Shipping

 

(lbs.)

 

82.0

223.0

Shipping Volume

(cu.ft.)

 

7.7

19.8

AIRCONDITIONING PRODUCTS

SS30KLS32-1

PERFORMANCE DATA @ ARI STANDARD CONDITIONS (230/208V)

COOLING

 

 

 

Total Capacity

(BTU/H)

30,000/29,000

Sensible Capacity

(BTU/H)

18,800/18,820

Latent Capacity

(BTU/H)

11,200/10,800

SEER

 

10.4/10.7

 

Dehumidification

(Pints/H)

10.0/9.9

 

Amps

(A)

13.0/13.6

 

Power Inputs

(W)

2,880/2,770

 

Outdoor Sound Rating(bels)

7.9

 

FEATURE

 

 

 

Controls

 

Microprocessor

Remote Controller

 

LCD Wireless type

Temperature Control

 

IC Thermostat

Timer

 

ON/OFF, 24 hours

Night Setback

 

Built-In

 

Air Louver

(Horizontal)

Manual

 

 

(Vertical)

Automatic

 

Power Failure Automatic Restart

Built-In

 

Self Diagnosis

 

N/A

 

OPTION

 

 

 

Refrigerant Line Set

 

AP3210BH

(30 ft)

 

 

AP3215BH

(50 ft)

Low Ambient Control

 

Equipped

 

Fresh Air Intake

 

N/A

 

Central Remote ON-OFF Control

Available

 

Airduct Extension

 

N/A

 

Indoor Frame Extension

N/A

 

Condensate Drain Pump

Available

 

Non-Removable Remo-con Bracket

RCS5PS4B

 

Wire Remote Controller

RCS-102WD/RDS-302WD

OPERATING RANGE

 

 

Cooling

Indoor Air

Outdoor Air

 

Intake Temp.

Intake Temp.

Maximum

95 F DB/71 F WB

115 F DB

Minimum

67 F DB/57 F WB

0 F DB

CERTIFICATION

30KLS32A

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Sanyo C3032A General Data Power V/PH/HZ, Compressor, Outdoor FAN Type, Outdoor Coil Type, Indoor FAN Type, Cfm Hi/Med/Low

30KS32A, C3032A specifications

The Sanyo C3032A and 30KS32A are notable components in the realm of semiconductor technology, specifically within the field of power management and switching applications. Sanyo, a renowned manufacturer with a long history in the electronics industry, has engineered these devices to deliver efficiency and reliability, catering to a wide range of applications from consumer electronics to industrial systems.

The Sanyo C3032A is a powerful transistor designed primarily for high-frequency applications. One of its most significant features is its high cut-off frequency, which allows for efficient switching and improved performance in RF circuits. The device exhibits a maximum collector current rating, enabling it to handle demanding loads without compromising on safety and performance. Furthermore, the low on-resistance characteristic of the C3032A translates to reduced power loss during operation, making it an ideal choice for power-sensitive applications.

In terms of technologies, the C3032A employs advanced semiconductor processes that enhance its thermal stability and reliability. The use of high-quality materials in its construction also contributes to the transistor's ability to operate under varying environmental conditions. With a maximum junction temperature rating, this device ensures stable performance even in high-temperature environments, making it suitable for automotive and industrial applications.

On the other hand, the Sanyo 30KS32A is a superior thyristor that offers notable characteristics for controlled power applications. It features a high voltage rating, allowing for effective voltage management in rectification and AC control processes. The ability to withstand significant surge currents makes the 30KS32A particularly well-suited for applications that require reliability under sudden electrical stress.

The technology behind the 30KS32A incorporates advancements in silicon material science, ensuring that the device remains durable and efficient. Its gate sensitivity is tailored for easy triggering, providing engineers with flexibility in circuit design. Additionally, the 30KS32A is equipped with enhanced thermal management features, enabling it to maintain performance over long operational periods without overheating.

In summary, both the Sanyo C3032A and 30KS32A exhibit key features that highlight Sanyo's commitment to quality and innovation in semiconductor technology. They not only demonstrate impressive electrical performance and thermal stability but also offer reliability that meets the stringent demands of modern electronic systems. As such, these devices are invaluable assets for engineers and designers looking to optimize the performance and efficiency of their applications.