Outline of the Machine Safety Equipment by Banner Engineering; distributed in Thailand by Compomax Company Limited www.compomax.co.th

2. Machine Safety Product

3. Locating a Safety Product

4. EZ-SCREEN (Light Curtain)

5. EZ-SCREEN® - Point 1 Beam RANGE 0.8-20 m 15-70 m

6. EZ-SCREEN® - Grids 2,3,4 Beam RANGE 0.8-20 m 15-70 m

7. EZ-SCREEN® – Type 4 14 mm models 0.1 m to 6 m (4" to 20') 30 mm models 0.1 m to 18 m (4" to 60') Two Resolutions Lengths 150 mm to 1800 mm Response Times 30 mm models = 9 ms to 32 ms 14 mm models = 11 ms to 56 ms

8. EZ-SCREEN® Type 2

9. EZ-SCREEN® Type 2 Type 4 Type 2 Comments Two microprocessorsTwo Safety Outputs One microprocessorTwo Safety Outputs Less redundancy > chance of Optical Short Circuits ± 2.5° EAA ± 5.0° EAA Faults detected byself-TEST Faults detected byself-TEST or byexternal TEST Less resistance to faults and maintain the safety function Maintains response time or issues stop command Periodic external TEST may be needed to maintain safety Low to moderate riskapplications further reduce the possibility of harm “Type 2” versus “Type 4” Type 2 is NOT “half-as-safe” as a Type 4, but:

10. EZ-SCREEN® Family

11. AG4 Safety Laser Scanner

12. Protective and Warning Fields – Field Pairs Material transfer (robot) cell Conveyor Conveyor Robot Base Monitored Area (Yellow) Area behind robot requires additional safeguarding (example, fencing, hard guarding, presence sensing device) Protective Field (Red) Warning Field (Green) Entry AG4 AG4 Safety Laser Scanner

13. AG4 Safety Laser Scanner Protective and Warning Fields – Field Pairs Material transfer (robot) cell Display of AG4soft program

14. Installation Considerations AG4 Safety Laser Scanner At a minimum, a risk assessment must address: Unmonitored Areas Behind and to the sides of the scanner "Shadowing" within the Protective Field Needle-shaped and cone-shaped contours Adjacent Scanners Could add 40 ms to response time

15. Application Examples AG4 Application Overview

16. Two-Hand Control

17. Diverse redundant and self-checking Dual microcontrollers Multiple optical paths The patented diverse-redundant, self-checking design will detect an internal safety-critical circuit fault and immediately switch its outputs to the OFF state. Self-Checking Optical Touch Button STB Design

18. Patented Multiple Optical Paths Self-Checking Optical Touch Button

19. Self-Checking Optical Touch Button Secondary Emitter Patented Multiple Optical Paths Primary Emitter Primary Receiver The secondary circuit ensures that a failure in the primary is detected while a finger is present. Secondary Receiver

20. QUESTIONS?

21. Safety Interlock Switch

22. Safety Interlock Switchs Safety Limit Switch Plastic type Metal type Metal type Locking Style

23. Safety Interlock Switchs Magnet Style Hinge Style

24. Emergency Stop Devices

25. Rope Pull Switchs Latch Trip

26. Rope Pull Switchs 6m

27. Rope Pull Switchs 6-75m

28. Rope Pull Switchs 50+50m

29. Summary

30. Application Overview Area Guarding – Interior Cell Monitoring Multiple scanners eliminate unmonitored areas and preventing reset of the interlock gate circuit.

31. Application Overview Two hand control & EZ-screen