Installation Guide: NexBot Drives 341-006 Thermal Camera

1. Verify package contents include the NXB-SNS-341-006 camera and documentation.
2. Inspect the camera's germanium lens and anodized aluminum housing for any signs of shipping damage.
3. Ensure the designated mounting surface is rigid, clean, and free from excessive vibration.
4. Confirm the host controller or PC has a dedicated Gigabit Ethernet port configured for GigE Vision communication.
5. Verify the 24VDC power source is stable, properly fused, and can supply the required current.
6. Check that all power and data cables are of sufficient length and are rated for the industrial environment.

Step 1: De-energize Equipment

Before installation, ensure the robotic cell and all related machinery are powered down and follow proper Lockout/Tagout (LOTO) procedures. This prevents accidental movement or electrical shock.

Step 2: Securely Mount the Camera

Fasten the NexBot Drives 341-006 camera to the mounting bracket using four M4 bolts. Tighten the bolts to the specification provided by the bracket manufacturer, ensuring not to overtighten and damage the camera's 6061-T6 aluminum housing.

Step 3: Connect Power Cable

Connect the 24VDC power supply cable to the camera's designated power input port. Ensure the M8 connector is fully seated and the locking ring is tightened to maintain the IP67 seal.

Step 4: Connect Data Cable

Attach the GigE Vision Ethernet cable to the camera's data port. As with the power cable, ensure the M12 connector is fully engaged and locked to protect against moisture and dust ingress.

Step 5: Route and Secure Cabling

Carefully route the power and data cables along the robot arm or structure, using appropriate cable management and strain relief. Leave sufficient slack to accommodate the robot's full range of motion without pinching or stretching the cables.

Step 6: Power On System

After removing LOTO and ensuring the area is clear, re-energize the robotic cell and the camera's 24VDC power supply. Observe the status indicator LED on the camera to confirm it has powered on correctly.

Step 7: Configure Network Interface

On the host PC, configure the network interface card (NIC) to be on the same subnet as the camera's default IP address. It is highly recommended to enable Jumbo Frames (9k MTU) for optimal performance with the GigE Vision protocol.

Step 8: Establish Software Connection

Launch the NexBot Vision Suite software. Use the device discovery tool to locate the NXB-SNS-341-006 on the network, establish a connection, and confirm that a live thermal stream is being displayed.