|Process Gas||CDA, Nitrogen (N2), Forming Gasand Nitrogen/Hydrogen mixing models available.|
|Control Zones||6 zones|| 6-7|
| 8 |
|Heating Chamber length||152 cm|
|Cooling Chamber||152-304 cm60-120 inchesconsisting of a mix of these modules,depending on the application:|
|1. CACT – CDA or N2 convective and radiant cooling,exterior fan heat removal.|
|2. CAWC – CDA or N2 convective and radiant coolingcold water heat removal (city or chiller).|
|3. Fan-driven ambient air.|
|Conveyor Belt||BNV- low mass, stabilized Nichrome-V|
|Belt Size |
|Exhaust||Improved Venturi exhaust stacks
to reduce process gas consumption.Number of stacks will vary with process requirements.
|Temperature Capacity - max||600*C*1000*C
*with HT option
|High Temperature Operation.
High temperature construction for furnace operation
above 500 degrees *C* up to 1000 degrees*C*.
Includes upgraded insulation and materials,changes
BSS 316 stainless steel belt
to BNV Nichrome material
and except for LA-306 and V models
adds cabinet temperature thermocouple plus alert/alarm
on cabinet temperature
|Standard on many furnaces andavailable on most furnaces|
|Electrical||All models include universal transformers
which accommodate 208-480 Vac and 50/60 Hz frequency
anywhere in the world allowing furnace relocation
without external equipment. We are CE Approved!
|All furnace systems are phase balanced
to improve facility efficiency.
IR lamp controls automatically keep IR spectrum constant.
All standard models (except LA-306 series and “P” models) include a RAID1 computer with LCD screen, full size keyboard interface
and both Ethernet and wireless-N high-speed network connections to facilitate view
and control of the furnace by managers and process engineers from any location.
Four (4) local USB ports are provided, convenient for connecting a furnace profiler and jump drive storage devices.
Our new “P” series replaces the computer control system with high quality discrete digital controllers
for cost-effective precision control on repetitive production applications.
These furnaces are a good solution in applications where process recipes are changed infrequently and auxiliaries are at a minimum.