TROUBLESHOOTING
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Troubleshooting
On OEM lasers, remote interlock conditions are not latched. Re-establish the Remote Interlock signal input
(Remote Interlock LED changes from red to green) to enable the Ready indicator and begin lasing after
the five-second delay.
Over temperature fault
Over temperature faults occur when thermal limits in the laser are exceeded (the Temp LED changes from
green to red).
To reset an over-temperature fault on Keyswitch-equipped lasers, lower coolant temperature below °C
(f201), cycle DC power to the laser, and then cycle the Keyswitch from OFF/RESET to ON (or apply a ±5–
24 VDC Remote Reset/Start Request pulse with the Keyswitch set to ON). When the Ready indicator
illuminates, lasing is enabled after a five-second delay.
Important Note: Because of the over-temperature latch circuit, the Temp indicator remains red
prior to cycling power even after the laser has cooled sufficiently to begin operation. If the Temp
indicator remains red after cycling power, the laser is not sufficiently cooled—cool the laser for several
more minutes, cycle power, and then cycle the Keyswitch.
Over-temperature faults are now latched. To reset an over-temperature fault, lower coolant temperature
below 28 °C (f201) to cool the laser and then cycle DC power to the laser. Once the Temp indicator is
green and the Ready lamp is lit, lasing is possible after the five-second delay.
Under voltage fault
An under-voltage fault occurs when the DC input voltage falls below preset limits. This fault is indicated
by the Ready LED flashing 1 blink. To reset an under-voltage fault, first correct the voltage problem and
ensure that 96 VDC is measured at the laser under full-load conditions. Next, cycle DC power off and then
on again. On Keyswitch-equipped lasers, you must also toggle the Keyswitch from OFF/RESET to ON (or
apply a ±5–24 VDC Remote Reset/Start Request pulse with the Keyswitch set to ON). When the Ready
LED illuminates, lasing is enabled after a five-second delay.
Over voltage fault
An over voltage fault occurs when the DC input voltage rises above preset limits. This fault is indicated by
the Ready LED flashing 2 blinks. To reset an over voltage fault, first correct the voltage problem and ensure
that 96 VDC is measured at the laser under full-load conditions. Next, cycle DC power off and then on
again. On Keyswitch-equipped lasers, you must also toggle the Keyswitch from OFF/RESET to ON (or
apply a ±5–24 VDC Remote Reset/Start Request pulse with the Keyswitch set to ON). When the Ready
LED illuminates, lasing is enabled after a five-second delay.
Содержание f201
Страница 1: ...ENGINEERED BY SYNRAD f201 Laser User Manual...
Страница 15: ...INVENTORY PAGE 15 Inventory F201 Lasers Figure 2 3 f201 shipping box contents...
Страница 36: ...F201 LABEL LOCATIONS PAGE 36 f201 label locations Figure 3 1 100 hazard label locations...
Страница 37: ...F201 LABEL LOCATIONS CONTINUED PAGE 37 f201 label locations continued Figure 3 2 F 200 hazard label locations...
Страница 38: ...F201 LABEL LOCATIONS CONTINUED PAGE 38 f201 label locations continued Figure 3 3 F 201 hazard label locations...
Страница 44: ...COMPLIANCE PAGE 44 Figure 3 4 f201 Declaration Document...
Страница 45: ...COMPLIANCE PAGE 45 Figure 3 5 continued F201 Declaration Document...
Страница 76: ...INTEGRATING F201 SAFETY FEATURES PAGE 76 Figure 4 15 F201 packaging diagram...
Страница 77: ...F201 GENERAL SPECIFICATIONS PAGE 77 f201 general specifications Table 4 8 f201 general specifications...
Страница 78: ...F201 GENERAL SPECIFICATIONS PAGE 78 Table 4 9 f201 general specifications continued...
Страница 89: ...STATUS LEDS PAGE 89 Table 5 6 Over Temperature fault Table 5 7 Shutter closed condition Table 5 8 VSWR fault...
Страница 104: ...INDEX PAGE 1 This page is intentionally left blank...