FlexTRAK OH Material Handler Manual.pdf - 第47页
FlexTRAK-OH Material Handli ng System IOM Manual Safety © 2023 Nordson C orporation 2-17 2.19 Service Shutdo wn WARNING! Inform and obtai n permission from the authoriz ed personnel be fore de - e nergizing the machine e…
FlexTRAK-OH Material Handling System IOM Manual Safety
2-16 © 2023 Nordson Corporation
2.18 Foot Pad and Castor Wheel
The foot pad and castor wheels ensures the height of all eight (8) foot pads are aligned with the machine
bottom surface structure (Figure 2-14). Do not install or use the machine in an area that has earthquake
seismic risks. See 2.8 Earthquake Precautions for further details. Do not use the four (4) castor wheels to
move the entire machine during relocation.
Figure 2-14 Foot Pad and Castor Wheel From Machine Bottom
FlexTRAK-OH Material Handling System IOM Manual Safety
© 2023 Nordson Corporation 2-17
2.19 Service Shutdown
WARNING! Inform and obtain permission from the authorized personnel before de-energizing
the machine electrical power.
2.19.1 Electrical Power Lockout/Tagout
1. Twist the isolator switch to the off position (Figure 2-15).
2. Locate the lockout point position, then press the white button (Figure 2-15).
Figure 2-15 Isolator Switch
3. Apply the LOTO kit at the lockout point (Figure 2-16).
Figure 2-16 Apply LOTO Kit On Isolator Switch
4. Verify electrical de-energize status by using an electrical voltage measuring tool for AC
source. Measure for Live (L) and Neutral (N). Result obtained should be read as 0 V ~AC.
NOTE
Wait for 10 minutes before attempting to perform maintenance, servicing, or
troubleshooting of electrical modules (e.g., servo motors).
Electrical energy is always present at:
• Power cable to the terminal block (XT10, XT11)
• Terminal block (XT10, XT11) to the isolator switch
FlexTRAK-OH Material Handling System IOM Manual Safety
2-18 © 2023 Nordson Corporation
DANGER! The electrical lines coming into the XT10 and XT11 remain connected when
isolator switch is turned off. The isolator switch will isolate electrical energy
from energizing the local components and the integrated equipment such as
plasma system and HEPA filter (Figure 2-17).
Figure 2-17 Electrical Feeding and Distribution Points