Performance

 

2 Pipe Chilled Water Fan Coil

 

 

 

 

 

Nominal Capacities: 9000, 12000,

 

 

15000, 18000, 24000, 30000 Btuh

 

 

Product Description

 

The WCP is a contemporary design, chilled water air handler

 

that combines attractive appearance in any decor, with the

 

highly efficient conditioning of small to mid size commercial

 

or residential spaces. Equipped with unit mounted infrared

andcompatible controls, optional hand held remote also

ns

available.

Units provide up to a nominal 30,000 Btuh of cooling. Electric

 

 

heat options are available for up to 5KW of supplemental

o

heat. It can be paired with a matching capacity chilled water

supply. This all American made unit offers ease of installation,

 

i

operation and service.

 

 

 

at

Air Handler STANDARD FEATURES

 

c

Factory Installed Controls/Components:

• Relays and connections for chilled water supply

i

• Unit mounted digital controls as standard:

f

– Large ¾” LCD display

Anti-short cycle protection

i

– Fan purge (fan remains on for 60 seconds after

c

heat/cool call dropped for improved efficiency)

e

• Auto/high/low fan operation

• Low Volt transformer

p

NOTE: Auto fan operation automatically selects

S

fan speed according to heating or cooling demand.

Constant fan operation is manually selected high or low speed.

Enviromaster International LLC

WCP

High Wall Air Handler

P/N# 240003248 Rev. A [06/08]

Materials of Construction:

Cabinet (available in designer white with grey discharge vanes) fabricated of cold roll steel with structural stiff- eners

Air inlet panel made from high impact polystyrene with perforated steel grille

Discharge grille constructed of high temperature Noryl

Condensate drain pan made from galvanized steel (G90U) with anti-corrosion coating

Optional Equipment

Hand held infra-red remote controller (a separate hand held remote controller used to command the on-board controls).

NOTE: Unit mounted controls are fully functional without the remote controller.

Field installed condensate pump

24V remote thermostat with controls & relays

Chilled water control valve (N/C 24V ac, 20VA max. or 8 VA max. on units with condensate pumps)

Electric heat with automatic reset high temperature cutout and redundant high temperature fuse link.

Installer Supplied Items

Power wiring & low voltage wiring

Mounting screws and fasteners

Chilled water & condensate piping

WCP CAPACITIES

Model

Nominal

Total

Sensible

Fluid

Fluid

PD

0

Capacaties

Capacity

Capacity

Temp.

Flow

Ft. H

 

 

 

 

 

 

2

 

 

7,375

6,732

45

1

0.8

 

 

9,000

10,801

8,272

45

2

3.8

 

09/12

 

13,270

9,279

45

3

8.0

 

 

8,387

7,189

40

1

0.8

 

 

 

 

 

12,000

12,481

8,950

40

2

3.9

 

 

 

15,643

10,304

40

3

8.1

 

 

15,000

15,624

13,477

45

2

4.4

 

15 /18

19,761

15,367

45

3

9.1

 

 

 

18,000

17,724

14,379

40

2

4.5

 

 

 

 

23,073

16,763

40

3

9.3

 

 

 

 

 

 

20,563

17,564

45

3

2.3

 

 

24,000

29,031

21,178

45

6

8.3

 

24/30

 

32,320

22,539

45

9

17.7

 

 

23,600

18,887

40

3

2.4

 

 

 

 

 

30,000

34,400

23,423

40

6

8.4

 

 

 

38,790

25,351

40

9

17.9

 

Web: http://www.enviromaster.com

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EMI WCP specifications Product Description, Air Handler Standard Features, Enviromaster International LLC

WCP specifications

EMI WCP, or Electromagnetic Interference Wireless Communication Protocol, represents a significant advancement in the realm of wireless communication technologies. As a protocol that ensures data integrity and security in the presence of electromagnetic interference, EMI WCP is tailored for environments where electronic devices operate near sources of interference. This article explores its main features, technologies, and characteristics.

One of the principal features of EMI WCP is its ability to maintain robust communication in challenging conditions. By utilizing advanced error-correcting codes, the protocol includes mechanisms that automatically detect and correct errors that may occur during data transmission due to interference. This increases the reliability of communication, especially in industrial settings or urban environments where electronic noise is prevalent.

EMI WCP employs frequency hopping spread spectrum (FHSS) technology as one of its core components. FHSS enables the transmission of data over rapidly changing frequencies, which makes it more difficult for interference to disrupt the communication channel. By continuously switching frequencies, the protocol reduces the chances of prolonged disruption from electromagnetic disturbances.

Another defining technology of EMI WCP is its incorporation of advanced modulation schemes. Techniques such as quadrature amplitude modulation (QAM) are utilized to maximize data throughput while minimizing susceptibility to interference. This allows EMI WCP to operate efficiently even in bandwidth-constrained scenarios, ensuring that users can achieve high-speed data transfer rates.

Security is a paramount consideration for any communication protocol, and EMI WCP is no exception. The protocol includes robust encryption methods that protect against eavesdropping and unauthorized access. This ensures that sensitive information transmitted over the air remains confidential, bolstering user trust and broadening the protocol's applications across various sectors.

Moreover, EMI WCP is designed with scalability in mind. It can support a wide range of devices, from simple sensors to complex mobile platforms, making it suitable for IoT applications. Its adaptability to different data rates and transmission ranges enhances its versatility, allowing it to cater to various industries such as healthcare, automotive, and manufacturing.

In summary, EMI WCP is a forward-looking wireless communication protocol characterized by its resilience against electromagnetic interference, advanced error-correcting capabilities, sophisticated modulation techniques, and robust security features. As technology continues to evolve, EMI WCP stands at the forefront of reliable wireless communication, ensuring data integrity in environments filled with electronic disruptions.