11
Function test of built-in electrical components by applying a positive (+) voltage . (Fig. 5)
Use the test probe to create a contact with the positive connection of the component. The LED lights up green.
Press the rocker switch forward (+). The component is triggered and the LED lights up red.
When the LED goes out or the safety switch is triggered, the system is overloaded.
This may have several causes:
• The contact is a direct ground contact.
• The component is short-circuited.
• The component is a peak load component.
If the safety switch was triggered, reset it by pushing the reset button.
Function test of built-in electrical components by applying a negative (-) voltage . (Fig. 6)
Use the test probe to create a contact with the negative connection of the component. The LED lights up red.
Press the rocker switch backward (-). The component is triggered and the LED lights up green.
When the LED goes out or the safety switch is triggered, the system is overloaded.
This may have several causes:
• The contact is a positive voltage contact.
• The component is short-circuited.
• The component is a peak load component.
If the safety switch was triggered, reset it by pushing the reset button.
Summary of Contents for 8 PW 185 103-331
Page 2: ...1 4 5 2 6 3 2 Abb 1 Abb 3 Abb 2...
Page 3: ...3 Abb 4 Abb 5 Abb 6...
Page 65: ...65 Power Probe Power Probe 6 12 24 6 24 110 230...
Page 66: ...66 1 5 4 2 1 6 2 3 3 4...
Page 67: ...67 5 6...
Page 68: ...68 Power Probe...
Page 69: ...69 Power Probe Power Probe 6 12 24 Volt LED 6 24 Volt 110 230 Volt...
Page 70: ...70 1 5 4 2 LED 1 LED LED 6 2 LED LED LED 3 3 LED 4 LED LED LED...
Page 71: ...71 5 LED LED LED 6 LED LED LED...
Page 72: ...72 Power Probe LED...
Page 73: ...Hella KGaA Hueck Co D 59552 Lippstadt 460 571 22 11 11 Printed in Germany...