Lincoln 1600 Temperature Control Potentiometer Replacement, ON-OFF Switch Power Replacement

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E.Remove assembly and replace main orifice.

F.Reassemble in reverse order and check system operation. NOTE: Check all gas line fittings for leaks.

TEMPERATURE CONTROL POTENTIOMETER - REPLACEMENT

A.Remove control box cover.

B.Loosen screw and slide knob off potentiometer shaft.

C.Remove mounting nut and push out.

D.Remove three (3) wires from electronic temperature control, note wire color and location for reinstallation.

E.Reassemble in reverse order and check system operation.

ON-OFF SWITCH (POWER) - REPLACEMENT

A.Remove control box cover.

B.Depress spring clips on side of switch and push out.

C.Remove wires from back of switch, note wire number and location.

D.Reassemble in reverse order and check system operation.

NOTE: Make sure switch housing is fully seated in control box housing.

DUAL TEMPERATURE DISPLAY - REPLACEMENT

A.Shut off power at main breaker.

B.Remove control panel top and front cover.

C.Remove all wires from temperature display and mark wires for reassembly.

D.Pry temperature display to remove from mounting tabs (this is a pressure fit).

E.Reassemble in reverse order.

CALIBRATE TEMPERATURE

A.(See ‘Temperature setting for new temperature control board’.) Set Temp. Control to 500°F. Allow temperature to stabilize.

B."Fine Tune" temperature setting to achieve measured temperature swings from 497°F to 503°F. When actual temperature falls between 497°F and 503°F, the display must show 500°F.

C.Adjust temp. adj. pot on Temp Display to achieve a display reading of 500°F (260°C).

TRANSFORMER-TEMPERATURE DISPLAY - REPLACEMENT

A.Remove control box cover and front panel.

B.Remove five (5) wires (2 primary side, 3 secondary side), note color and location of wires for reinstallation.

C.Remove two (2) screws from transformer base and replace assembly.

D.Reassemble in reverse order and check system operation.

BURNER CONTROL TRANSFORMER - REPLACEMENT

A.Remove appropriate control box cover.

B.Remove two (2) wires on primary side, note color and location.

C.Remove two (2) wires on secondary side at burner control (Honeywell).

D.Remove two (2) screws from transformer base and replace assembly.

E.Reinstall in reverse order and check system operation.

CAPACITOR, MAIN FAN MOTOR (7.5 MFD/370V) - REPLACEMENT

A.Remove appropriate control box cover.

B.Remove two (2) wires from capacitor, note wire number and location. WARNING: Capacitor has a stored charge, discharge before handling or testing.

C.Cut two (2) tyraps securing capacitor to base and replace.

D.Reinstall in reverse order and check system operation.

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Low Profile – 1600-000-A Advantage Series Service Manual – Domestic

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Contents Impinger Conveyor Ovens Table of Contents Sequence of Operations / 1600-000-A, 1601-000-A Troubleshooting Guide GAS OvensPage With Power on and Thermocouple Leads Page Page Page Schematic / 1600-000-A, 1601-000-A REMOVAL, Installation & Adjustments Fuseholder Replacement Conveyor Drive Motor ReplacementHall Effect Sensor Replacement Conveyor Control Board CalibrationMain Orifice Replacement GAS VALVE, Dual Safety ReplacementTemperature Regulating Valve Replacement Dual Temperature Display Replacement Temperature Control Potentiometer ReplacementON-OFF Switch Power Replacement Calibrate TemperatureElectronic Temperature Control Replacement Relay ReplacementTHERMOSTAT, Cooling FAN Replacement Temperature Setting for NEW Temperature Control BoardThermocouple Type J Replacement Cooling FAN Motor ReplacementMain FAN Motor Replacement BEARING, Conveyor Replacement Parts / General 1600-000-A Advantage Series Letter DescriptionBlow UP / General 1600-000-A Advantage Series Parts / Control BOX, Right 1600-000-A, 1601-000-A Blow UP / Control BOX, Right 1600-000-A, 1601-000-A Parts / Control BOX, Left 1600-000-A, 1601-000-A Blow UP / Control BOX, Left 1600-000-A, 1601-000-A Parts / Oven Back 1600-000-A Series Blow UP / Oven Back 1600-000-A Series Parts / Conveyor 1600-000-A Series Blow UP / Conveyor 1600-000-A Series

1600 specifications

The Lincoln 1600, a remarkable offering from Lincoln Electric, stands as a testament to the company's commitment to excellence in welding technology. Designed for professionals and enthusiasts alike, this versatile welding machine boasts a range of features that cater to diverse welding applications.

One of the standout characteristics of the Lincoln 1600 is its robust construction. Built with durability in mind, the machine is engineered to withstand demanding environments, making it a reliable choice for industrial, commercial, and DIY projects. Its compact design enhances portability, allowing welders to easily transport the unit to different job sites without compromising performance.

Equipped with advanced inverter technology, the Lincoln 1600 offers efficient power usage while delivering consistent welding output. The inverter technology not only enhances energy efficiency but also allows for a wider input voltage range, ensuring optimal performance regardless of the power supply available.

Another key feature is its user-friendly interface. The Lincoln 1600 comes with intuitive controls that simplify the setup process, making it accessible for both beginners and experienced welders. The clear display provides real-time feedback on voltage and amperage settings, allowing users to fine-tune their welding parameters for precise results.

The machine supports multiple welding processes, including MIG, TIG, and stick welding. This versatility makes it suitable for a variety of materials, including steel, aluminum, and more, expanding its range of applications. Furthermore, the Lincoln 1600 is compatible with a selection of welding wires and electrodes, giving users the flexibility to choose the best consumables for their projects.

Safety features are also prominent in the Lincoln 1600. The machine is equipped with overcurrent protection and thermal overload shutdown, protecting both the welder and the equipment from damage due to excessive heat or electrical load. These safety measures ensure that users can work confidently, knowing they are safeguarded during operation.

In conclusion, the Lincoln 1600 combines robust construction, advanced technology, and user-centric design to deliver a top-tier welding experience. Its adaptability across multiple welding processes and materials, complemented by essential safety features, positions it as an invaluable tool for anyone serious about welding. Whether for professional or personal use, the Lincoln 1600 is a machine that promises reliability and performance, making it a worthy addition to any welder's arsenal.
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