Description
PACE TF2800 – BGA and SMD Rework System (8007-0582)

- Rework extra large boards with high precision
- Powerful, height adjustable bottom heater
- High definition alignment system with quad-field imaging
- Patented inductive-convection heating technology
- Comes with 5 free nozzles
The TF 2800’s Inductive-Convection Heating Technology delivers all the power you need to tackle the most challenging high thermal mass PCBs available today. Yet, its highly-efficient design does it with just a fraction of the power required by yesterday’s conventional heating technology.

1. Single-Axis Operation
2. Win 10 Micro PC with 24″ LCD Monitor
3. Operator-Friendly Software Suite
4. Motorized, High-Def (1080p) Optical Alignment System with Quad-Field Imaging
5. Auxiliary Cooling Fan
6. Precision 24″x24″ PCB Holder
7. Board Support Beam
8. Adjustable Height Bottom-Side IR Preheater
9. Thermocouple Inputs (4)
10. Active Cooling Through Nozzle Provides Rapid Solder Cooldown
11. Revolutionary Inductive-Convection Heater
12. Ultra-Precise 28μm Placement Accuracy
Rework Extra Large Boards with High Precision
- Incorporates unique patented heater technology and designed for board handling capability up to 24×24
Powerful, Height Adjustable Bottom Heater
- An array of 7 IR emitters capable of preheating large, high mass assemblies, with height adjustment up to 1.5″ (38mm)
High Definition Alignment System with Quad-Field Imaging
- Allows all four corners of the component to be viewed under HD magnification. Ideal for oversized BGAs or fine-pitch QFPs.

High-Definition Vision Overlay System

Height Adjustable Bottom Heater

Automated Alignment System with Quad-Field Imaging
How Inductive-Convection Heating Works
The TF 2800’s patented Inductive-Convection Heating Technology provides ultimate thermal performance by its ability to instantly heat up and cool down the temperature of the air it delivers to the work.

- The air is first pre-heated in the outer heater chamber as it moves in a cyclonic fashion around the induction coil before it enters the inner chamber. Â
- After entering the inner chamber, the pre-heated air is then heated to target temperature through a highly efficient heat transfer process in an energized induction field.
- During active cooling, the induction coil is de-energized and the TF 2800 delivers fast, controlled, active cooling of the component and PCB directly through the nozzle, eliminating the risk of excessive intermetallic growth and yielding the highest quality solder joints.
Product General Attributes | |
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Country of Origin | United States |
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