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PG Series PlasmaGun - Model PG-130

Product Specifications

Features

  • Internal or External Powder Injection
  • External Powder Delivery with up to Four Feed Ports Simultaneously
  • Easy Changeover from External to Internal Powder Injection

PG-130 PLASMAGUN WITH EXTERNAL POWDER INJECTION
NOW SELECT THE WAY YOU SPRAY

Using the Bay State PG-130 PlasmaGun you now have many choices in the method of powder introduction. You can use the time-proven, efficient and economical standard selection of PlasmaGun nozzles or, for greater diversification in coating application, materials can be introduced externally in a variety of configurations. The superior design of the PlasmaGun allows for transition from internal to external powder injection with relative ease.

Internal Powder Injection

For over forty years, using principally argon as a plasma forming gas, PG-Series PlasmaGuns have been applying coatings using boundary layer control, sheath stabilization and internal powder injection. Using Bay State developed parameters and the PG-Series PlasmaGun you can produce the high quality coatings demanded by today's rigid standards.

External Powder Injection

By the addition of a new series of nozzles developed for higher power levels and increased gas flows using argon and/or nitrogen gas mixtures, similar results can be achieved.  If for operator familiarity or parameter standardization you choose to introduce materials externally, the PG-130 PlasmaGun with its superior lightweight design, adjustable/reusable cathode and economically priced anodes, allows you to do so.

PG-130 or PG-120 Conversion

The PG-130 PlasmaGun is completely converted having necessary standard parts removed and the following items installed. Existing PG-120 PlasmaGuns may be converted by addition of the following items:

       Basic Conversion Kit for External Powder Injection  (Part No. 902700-13)

(1) 902957

Shield

(1) 901080-8

Electrode Spacer

(1) 902964

Air Cooling Assembly

(1) Nozzle

(See Selection List)

(1) Powder Port

(See Selection List)

For maximum versatility in the use of available nozzle configurations, the following package is recommended:

(1) 902957

Shield

(1) 901080-8

Electrode Spacer

(1) 902964

Air Cooling Assembly

(1) 902952

Nozzle-Argon,Argon/H2,Argon/He

(1) 902953

Nozzle-Argon,Argon/H2,Argon/He

(1) 902956

Nozzle-Argon,Argon/He

(1) 902958

# 2 Powder Port

(1) 902959

# 4 Powder Port

(1) 902960

# 5 Powder Port

NOTE: 902963 Nitrogen Electrode - Available for use with Nitrogen

NOZZLE SELECTION

Part Number

Description

902952

Argon, Argon/H2,  Argon/He

     * Lower Heat Input
     * Higher Velocity
     * For Finely Sized Metallic & Carbide Powders

902953

Argon, Argon/H2 , Argon/He

     * Higher Heat Input
     * Lower Velocity for Maximum Spray Rates
     * For more Coarsely Sized Metallic Powders and Ceramic Powders

902954

Nitrogen, Nitrogen/H2

     * Higher Heat Input
     * Lower Velocity for Maximum Spray Rates
     * Suitable for Metallic & Ceramic Powders

 902955 

 Nitrogen, Nitrogen/H2

     * Lower Heat Input
     * Higher Velocity
     * For more Finely Sized Metallic Powders

902956  

Argon, Argon/He

     * Highest Velocity Nozzle
     * Used Primarily for Fine Carbide & very Fine Metallic Powders

POWDER PORT SELECTION

Part Number

Description

902958

# 2 Powder Port

902959

# 4 Powder Port

902960

# 5 Powder Port

NOTE: One feed port is required for each single material to be introduced, while two identical ports are required for dual introduction of one material.  Four ports are required for dual introduction of two different materials.

Copyright ©2006 Aimtek, Inc.