Carson WS-295-53 PG (positive GND), WS-295-53 28V, WS-295-53 14V manual Parts, Description

Page 8

 

 

PARTS

 

 

6

7

 

 

 

MAN

WAIL

SIREN

 

 

PA

YELP

 

2

 

 

 

 

5

 

 

 

 

RADIO

TWO TONE

 

 

 

4

ON

 

OFF

P.A. VOLUME

9

 

 

 

 

 

 

WS-295

 

 

 

 

 

8

 

 

 

 

3

 

1

 

10

 

 

 

 

Item

Part #

Description

 

 

CP3966

Bolt, mounting, 1/4-20 X 3/8 (2 required)

 

 

CP3571

Bracket, mounting

 

1

CP2602

Cable, internal chassis plug wiring harness

 

 

CP2560

Cable, external wiring harness

 

2

CP2856

Control, PA volume (350 ohm)

 

3

ES00004-04

Cover with spring retainer

 

4

658-214L

Knob, rotary function switch (Kurz Kasch #658-214L)

(replace with CP4852 knob)

5

RB-155-840

Knob, PA volume control (Rogan #RB-155-840) (replace with CP4852 knob)

6

CP2873

Label, front panel

 

 

CM7382

Lamp, T-1-3/4 14V Bi-pin (Chicago Miniature Lamp, Inc. #7382)

 

M-20

Microphone with preamplifier

 

 

CP3633

Microphone clip with mounting screws

 

7

ES00004-07

Switch, pushbutton assembly siren (Switch alone is Grayhill #40-100, Cap #22-0440176-0) (Carson

 

 

#CP2633)

 

8

2FA53-73

Switch, toggle power (Carling Switch #2FA53-73)

 

9

CP2744

Switch, rotary function

 

10

2N5884

Transistor, output (2 required) (Motorola #2N5884 or

Carson #CP2742)

TB0326B

Page 8 of 8

10/18/03

Image 8
Contents Carson WS-295-53 Specifications Input PowerSiren Mode Output Power Audio Mode Output PowerMounting InstallationSafety Precautions Wiring Harness Connections Electrical ConnectionsOperation Radio Volume Adjust Power Output AdjustService ProblemsSymptom Possible Cause Check ReturnParts Description

WS-295-53 PG (positive GND), WS-295-53 28V, WS-295-53 14V specifications

The Carson WS-295-53 series is a versatile and robust power supply system, designed for military and aerospace applications. It includes several variants, notably the WS-295-53 14V, WS-295-53 28V, and WS-295-53 PG (Positive Ground) models, which cater to specific voltage requirements and operational environments.

One of the standout features of the WS-295-53 series is its reliability in fluctuating conditions, ensuring stable performance across a variety of applications. Each model is engineered to provide consistent voltage outputs, with the 14V and 28V variants tailored for different electronic systems that require specific operational voltages. The WS-295-53 PG model, being a positive ground configuration, is particularly significant for applications where system design conforms to a positive ground electrical architecture.

The power supply units utilize advanced switching technology, which not only enhances efficiency but also minimizes heat generation. This is crucial in prolonging the lifespan of the equipment and in reducing the need for extensive cooling systems. The compact design of the WS-295-53 series ensures that the units can be easily integrated into limited space environments, a common requirement in military operations.

Another key characteristic of the WS-295-53 series is its rugged construction. Designed to withstand extreme conditions, including temperature variations and physical shocks, these power supplies feature durable casings and components that meet stringent military specifications. Furthermore, the series is equipped with protection features such as overvoltage, overcurrent, and thermal shutoff, which safeguard both the unit and its connected devices.

The ease of use and maintenance of the WS-295-53 series is also noteworthy. It comes with clear indicators and status displays, ensuring that operators can quickly assess the operational status of the system. Additionally, the modular design allows for straightforward upgrades or replacements of components, streamlining maintenance procedures.

In summary, the Carson WS-295-53 series stands out in the field of military and aerospace power supply solutions with its diverse voltage options, reliable performance, rugged design, and user-friendly maintenance. Its advanced technologies position it as an essential component in ensuring the efficacy and longevity of critical electronic systems in demanding environments.