OTHER LASER FAULTS
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93
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No voltage is applied to Pin 3 (Remote Interlock) of the User I/O connector.
On systems using remote interlocks, check to see that a positive or negative voltage in the range of ±5–
24 VDC is applied to Pin 3, Remote Interlock, with respect to Pin 11, Input Common, on the User I/O con-
nector (refer to User I/O connections in the Technical Reference chapter for details). For systems not
using interlocks, connect the factory-supplied Quick Start Plug to the User I/O connector on the laser’s
rear panel or wire your male DB-15 connector so that Pin 11 (Input Common) is jumpered to Pin 12 (Auxiliary
DC Power Ground) and Pin 3 (Remote Interlock) is jumpered to Pin 4 (+5 VDC Auxiliary Power).
Symptom:
•
An over-temperature fault is indicated by the following status LEDs and I/O states:
Remote Interlock LED – Green Interlock Open output – Open
Temp LED – Red Over Temperature output – Closed
Ready LED – Off Laser Ready output – Open
Lase LED – Off Laser Active output – Open
Possible Causes:
•
Coolant temperature is above 28 °C (f201) or there is inadequate coolant flow through the laser.
Check that your chiller is maintaining a water temperature between 18 °C–28 °C (64 °F–82 °F) at a flow
rate of 9.5 lpm (2.5 GPM) for f201.
If water temperature is OK, check the flow rate. The simplest way to do this, if a flow meter is not available,
is to disconnect the cooling tubing from the chiller inlet (or the drain) and run the cooling water for one
minute into a five-gallon bucket; you should have close to the number of gallons listed above. If there is
much less than the recommend flow, check the cooling path for kinked or pinched cooling tubes or check
the chiller for a clogged or dirty filter.
On systems using remote interlocks, check to see that a positive or negative voltage in the range of ±5–
24 VDC is applied to Pin 3, Remote Interlock, with respect to Pin 11, Input Common, on the User I/O con-
nector (refer to User I/O connections in the Technical Reference chapter for details). For systems not
using interlocks, connect the factory-supplied Quick Start Plug to the User I/O connector on the laser’s
rear panel or wire your male DB-15 connector so that Pin 11 (Input Common) is jumpered to Pin 12 (Auxiliary
DC Power Ground) and Pin 3 (Remote Interlock) is jumpered to Pin 4 (+5 VDC Auxiliary Power).
Warning: Serious Personal Injury
On f201 OEM lasers, remote interlock faults are not latched. Clearing the fault condition re-enables
the Ready indicator and the laser will fire after the five-second delay provided that the Shutter
indicator is lit and a PWM Command signal is applied. Because exposure to 10.6
μ
m CO2 laser
radiation can inflict severe corneal injuries and seriously burn human tissue, the OEM or System
Integrator must ensure that appropriate safeguards are in place to prevent unintended lasing.
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...