Lincoln Electric IM839 manual DeviceNet Module DIP Switches Bank S1

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A-2

INSTALLATION

A-2

 

 

 

Install the DeviceNet bulkhead connector by removing the plastic plug covering the circular hole (ITEM 4) in the front lower panel assembly. Install the 5-pin con- nector and mounting plate over the mounting studs as shown in (Figure A.1). Fasten with two of the supplied locknuts.

If a Wire Drive Interface Module is not installed (Figure A.1), locate the 6-pin to 4-pin interconnect. Insert the interconnect between J73 on the DeviceNet module and J16 in the machine harness. Discard the 4-pin to 4-pin interconnect and proceed to the next section.

If a Wire Drive Interface Module is installed (Figure A.2), locate the 4-pin to 4-pin interconnect. Insert the interconnect between J73 on the DeviceNet module and J81 on the Wire Drive Interface Module. Discard the 6-pin to 4-pin interconnect.

ONLY FOR MACHINES WITH A DEVICENET MODULE AND A WIRE DRIVE INTERFACE MODULE

4-pin to 4-pin interconnect

Wire Drive Module

FIGURE A.2

DeviceNet Baud rate: The default Baud rate is 125K. If another Baud rate is desired, see table 2 in this sec- tion and set switches 1 and 2 of bank S2. Every device on a DeviceNet network must have the same Baud Rate.

DeviceNet Module DIP Switches:

Bank S1

switch 1 = Object Instance LSB (Default = OFF) (See Table 1)

switch 2 = Object Instance MSB (Default = OFF) (See Table 1)

Object Instance (Table 1)

Switch 2

Switch 1

Instance

Off

Off

0

Off

On

1

On

Off

2

On

On

3

 

 

 

switch 3 = Equipment Group 1 Select (Default = Off) switch 4 = Equipment Group 2 Select (Default = Off) switch 5 = Reserved for future use

switch 6 = Reserved for future use switch 7 = Reserved for future use switch 8 = Reserved for future use

Bank S2

switch 1 = DeviceNet Baud Rate (Default = OFF) (See Table 2)

switch 2 = DeviceNet Baud Rate (Default = OFF) (See Table 2)

DeviceNet Baud Rate (Table 2)

Switch 1

Switch 2

Baud Rate

Off

Off

125K

On

Off

250K

On

On

500K

On

On

Programmable Value

switch 3 = DeviceNet Mac ID (Default = Off) (See Table 3)

switch 4 = DeviceNet Mac ID (Default = On) (See Table 3)

switch 5 = DeviceNet Mac ID (Default = On) (See Table 3)

switch 6 = DeviceNet Mac ID (Default = On) (See Table 3)

switch 7 = DeviceNet Mac ID (Default = On) (See Table 3)

switch 8 = DeviceNet Mac ID (Default = On) (See Table 3)

DeviceNet MAC ID:

The default Mac ID is 62. Every device on the DeviceNet network should have a unique ID. If anoth- er MAC ID is desired, refer to Table 3.

Complete Board Installation

Close door assembly insuring not to cut or pinch any wires.

Reinstall the screws in door assembly.

Re-apply power and verify the appropriate status lights on the Power Wave are green. Discard any remaining hardware.

DEVICENET MODULE

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Contents Devicenet Module Safety Electric Shock can kill Cylinder may explode if damaged Précautions DE Sûreté Thank You Table of Contents J16 DeviceNet Module DIP Switches Bank S1 Software Installation Configuration Verification DeviceNet Mac ID ON=1, OFF =0 Table Switch Figure A.3 Devicenet Module Troubleshooting MAC Troubleshooting Devicenet Module Precaucion Warnung

IM839 specifications

Lincoln Electric IM839 is a state-of-the-art inverter-based multi-process welding machine that has garnered significant attention in the welding industry due to its advanced features and capabilities. Designed to meet the demands of professional welders, the IM839 is suitable for a variety of applications, including MIG, TIG, and Stick welding.

One of the standout features of the IM839 is its versatility. It supports both gas and gasless welding processes, allowing users to select the best method for their specific projects. The machine operates on a wide input voltage range, making it ideal for use in different environments, from small workshops to large industrial settings. This flexibility ensures that the IM839 can be utilized for both light and heavy-duty welding tasks.

The IM839 also employs advanced inverter technology, which enhances the arc stability and reduces overall power consumption. This technology provides a more efficient performance compared to traditional welding machines, allowing for a smoother welding experience and improved bead appearance. The inverter design also contributes to its lightweight and compact structure, making it highly portable and easy to transport.

Equipped with multiple welding modes, the IM839 offers users the ability to adjust settings based on their specific requirements. The intuitive user interface allows for quick parameter adjustments, enabling welders to switch between processes seamlessly. Additionally, the machine features advanced weld control technology, which ensures consistent performance across different materials and thicknesses.

Safety is another priority with the IM839. The machine includes built-in thermal overload protection, which prevents damage during extended use or when operated beyond its optimal capacity. It also features a robust design to withstand the rigors of harsh working environments, providing both durability and reliability.

The IM839 is compatible with a range of accessories, enhancing its functionality further. With options for spool guns and TIG torches, users can expand their capabilities, making this machine an excellent investment for anyone serious about welding. The combination of advanced technologies, exceptional versatility, and user-friendly functionality makes the Lincoln Electric IM839 a leading choice for welders seeking high-performance solutions in their welding operations.