USED, TPS LINDBERG/MPH MODEL 52341 BOX FURNACE WITH RETORT

Specifications

Equipped With

MAXIMUM TEMPERATURE: 2050 DEG. F / 1100 DEG. C (MAX. 1050 DEG. C WITH RETORT)

INTERIOR DIMENSIONS: 18" W X 24" D X 18" H

RETORT INTERIOR DIMENSIONS: 14" W X 23" D X 16" H

POWER INPUT: 240V / 3 PH / 60 HZ

RATED HEAT INPUT: 16.0 KW

SCCR: 5 KA

ENCLOSURE: NEMA 1

OAD: 61" W X 41" D X 69" H

52341 FURNACE FEATURES:

• VACUUM FORMED CERAMIC FIBER INSULATION WITH LOW HEAT LOSS FOR OPERATING ECONOMY AND MINIMUM HEAT STORAGE FOR RAPID HEAT UP AND CONTROL RESPONSE.

• DOUBLE STEEL SHELL CONSTRUCTION ASSURES A LOW TEMPERATURE OUTER SURFACE.

• REFRACTORY HEARTH PLATE. 

• HEATED BY RETAINED ALLOY RESISTOR ELEMENTS.

• DESIGNED FOR USE WITH AN ATMOSPHERE SEALED, ALLOY RETORT.

• WITH HINGED PLUG TYPE DOOR. LIMIT SWITCH FOR POWER CUTOFF WHEN DOOR IS OPEN.

FURNACE CONTROL FEATURES:

• PREWIRED, SIDE MOUNTED, FORCED AIR COOLED CONTROL CONSOLE. 

• EUROTHERM 3000 SERIES MICROPROCESSOR PROGRAMMABLE CONTROLLER; OFFERS AN EASY TO SET-UP AND OPERATE SOLUTION FOR THE MOST DEMANDING RAMP AND SOAK PROCESSING APPLICATIONS. CONTROLLER OFFERS 10 PROGRAMS WITH 25 SEGMENTS EACH.

• MODBUS TCP / ETHERNET COMMUNICATIONS

• SSR SOLID STATE POWER CONTROL MODULE.

• EUROTHERM 3016I EXCESS TEMPERATURE CONTROLLER

• DUAL THERMOCOUPLE ASSEMBLY.

• POWER CIRCUIT BREAKER

• INCLUDES EUROTHERM I-TOOLS CABLE FOR CONNECTING CONTROLLER TO PC FOR EASY TROUBLE SHOOTING AND PROGRAMMING

592341 ATMOSPHERE RETORT (FOR ARGON GAS):

• DESIGNED FOR USE WITH INERT ATMOSPHERE

• NOT DESIGNED FOR USE UNDER VACUUM

• HIGH TEMPERATURE ALLOY FOR CONTINUOUS USE AT 1050°C

• ATMOSPHERE SEALED CHAMBER

• HINGED PLUG STYLE DOOR

• WATER COOLED VITON O-RING SEAL

• INCLUDES INLET (FOR ARGON) & OUTLET TUBE AS WELL AS ONE MONITOR THERMOCOUPLE PORT 

• HELIARC-WELDED HEAVY GAUGE STAINLESS STEEL CONSTRUCTION

• FAST, CONVENIENT INSTALLATION OF INSULATED PLUG DOOR

• INSULATED PLUG ENSURES A LOW OPERATING TEMPERATURE AND LONGER SEAL LIFE

NOTE: ALL SPECIFICATIONS SUBJECT TO VERIFICATION