HP-14-14-P

 

 

 

High Quality HP-1414-P Image

 

 

HP-1414-P Hot Plate Operating Specifications

 

Appropriate Substrates:

Two things are necessary for achieving good results.

1. Planar bottom surface

2. Substrate must be at least as thermally conductive as G10 epoxy glass laminate.

Substrate Limit:

13.5" x 13.5"

Temperature Range:

Ambient to 200șC

Temperature Monitoring:

Digital PID controller

Heating Zones:

14" x 14" hot plate

Dimensions:

Length = 15", Width = 15", Height = 2.5"

Shipping Weight:

23 Lbs

Power Requirements:

15A @ 120   Vac

Facilities Requirements:

Table mounted, no facilities requirements when operated in open area.

 

 

HP-1414-P Hot Plate Features

 

Reflow Soldering / Curing:

Our STI family of hot plates are the SMT/Hybrid standard for reflow soldering, curing, and repair.   Bottom side heat technology allows for safe preheating and curing of substrates and SMT boards.

Thermal Shock:

The HP-1414-P is an excellent preheat tools for repair work on substrates and components.  Our hot plates are ideal for curing epoxy and silicon encapsulations.

Hot Plate Conductive Surface:

The thermal conductive surface has a non-stick finish.  The bottom surface transfers the heat from the bottom up, heating the substrate and solder joints, rather than temperature sensitive components.

Simple Operation:

The HP-1414-P is a self-contained plate.  They have a safety fuse, illuminated On/Off switch, a thermal switch with a temperature adjustment, and a heat "ON" lamp indicator.  These allow for safe operation in a lab or a production environment.

Easy to Profile:

The operation has a complete control and view of the hot plate  profile.  A single front panel control is used to adjust the temperature setting.

Repeatable Operation:

Profiling of the HP-1414-P can be easily adjusted for different applications by adjusting the front panel control at the proper set point for the selected profile.

 

 

 

Send mail to webmaster@stiusa.net with questions or comments about this web site.
Copyright © 1999 Systems & Technology International, Inc.
Last modified: February 18, 2003