Customer directive

Our customer wanted to create an indexing single part flow inert atmosphere production furnace system to match, and seamlessly integrate into, the customer’s entire existing manufacturing process at a production rate of 45 seconds part to part. The customer’s then existing process included inefficient batch furnace staging of parts at this point in the process.


Description

The DTI-488 curing batch oven cures automotive brake pads, and is designed to cure two (2) full racks of product in a six (6) hour cycle. The batch oven cycle is a maximum of five (5) hours, with a one (1) hour cooling cycle.

Features

BATCH OVEN CONSTRUCTION FEATURES

The DTI-488 batch oven is designed to accommodate existing product racks, and the oven floor is not insulated in order to accommodate these racks.  This batch oven will process 1,600 to 2,000 pads per batch.


Specifications

Exterior Dimensions 5′-0″ L x 10′-6″ W x 11′-6″ H (1524mm x 3200mm x 3505mm)
Interior Dimensions4′-0″ L x 9′-0″ W x 8′-6″ H (1219mm x 2743mm x 2591mm)
Heat SourceSingle full modulating natural gas burner
Max Operating Temperature 600°F (316°C)
Design Operating Temperature 450°F (232°C)
Insulation Thickness 6″ (152mm)
Operating Voltage 480-volt / 3-phase / 60-hertz
AirflowHorizontal cross flow
Circulation FansOne (1) circulation fan
Exhaust Fans One (1) exhaust fan
ControlPLC with Operator Touch Screen for all functions

Alternative capabilities

Davron Technologies, Inc. provides process specific industrial inert atmosphere oven applications, including the following:

  • Industries Served: Automotive, Pharmaceutical / Medical, Aerospace, Glass, Composites
  • Materials/Parts Processed: Castings, Glass, Plastics, Steel, Engine Components, Cast Steel/Aluminum
  • Process Applications: Inert Stress Relieving, Inert Atmosphere Annealing, Inert Atmosphere Batch, Inert Atmosphere Conveyor/Continuous