COMPLIANCE INFO_1991-1994 - Laserfiche WebLink

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C' Ci u J 0 J • .. The High Product Alarm warns of potential over- fill during bulk deliveries. Indicated by a flashing "H" to the left of the tank number on the LCD, the High Level Alarm can be programmed to an ex- ternal output relay. See page 10, Section 6.5 Out- put Relays. An alarm warning, printed at the time alarm is activated, is stored in memory and can be recalled by pressing the Print key, PRINT, selecting choice 4, and pressing ENT. TANK 1 HIGH ALARM ACTIVATED 5:13 PM 5/11/89 Figure 9-3: High Alarm Print-out. Low Level Alarm warns when inventory drops below a pre-set limit. It is indicated with a flash- ing "L" to the left of the tank number on the LCD. Low Level Alarm can be programmed to an exter- nal output relay. See page 10, Section 6.5 Out- put Relays. An alarm warning is printed at the time of the alarm is activated, and a recall of the last alarm for each tank is stored in memory and can be recalled by pressing the Print key, PRINT, selecting choice 4, and pressing ENT. I� Contact Alarm reports are printed automatically at the time the alarm condition is activated. This report prints the number of the contact activated including time and date. Contact Alarm can be programmed to an external output relay. See page 10, Section 6.5 Output Relays. The last alarm report for each contact is stored in memory and can be recalled by pressing the Print key, PRINT, selecting choice 4, and press- ing ENT. CONTACT 2 ALARM ACTIVATED 12:45 PM 5/11/89 Figure 9-5: Contact Alarm Print-out. 13 When F 67 is programmed, this warning will ac- tivate in the event of a probe failure. When ac- tivated, a warning will be printed, and if an output relay is programmed, that relay will be activated. TANK 1 NO PROBE CONNECTED HIGH ALARM ACTIVATED 11:58 AM 5/12/90 Figure 9-6: Probe Error Alarm Print-out. — — — LAST HIGH ALARM — — — TANK 1 12:03 PM 5/13/89 — — — LAST LOW ALARM — — TANK 1 12:03 PM 5/13/89 — — — LAST WATER ALARM — — — TANK 1 12:02 PM 5/13/89 — — — LAST THEFT ALARM — — — NO PREVIOUS ALARM — — — LAST CONTACT ALARM — — — CNT 2 12:45 5/16/89 CNT 3 12:45 5/16/89 CNT 4 12:45 5/16/89 CNT 5 12:45 5/16/89 CNT 6 12:46 5/16/89 CNT 7 12:46 5/16/89 CNT 8 12:46 5/16/89 YYY*RAY**4trtrYtr**RRYR*YYYtr*Y Figure 9-7: Choice 4 Print-out Important: Leak test function, F85 or F87 and F75, Leak Threshold, must be programmed in order for the Leak Test to function. The Leak Test can be started and stopped manually by using functions 85 and 86. The X76 ETM can also be pre-programmed to start TANK 1 LOW ALARM ACTIVATED 5:13 PM 5/11/89 Figure 9-4: Low Alarm Print-out. I� Contact Alarm reports are printed automatically at the time the alarm condition is activated. This report prints the number of the contact activated including time and date. Contact Alarm can be programmed to an external output relay. See page 10, Section 6.5 Output Relays. The last alarm report for each contact is stored in memory and can be recalled by pressing the Print key, PRINT, selecting choice 4, and press- ing ENT. CONTACT 2 ALARM ACTIVATED 12:45 PM 5/11/89 Figure 9-5: Contact Alarm Print-out. 13 When F 67 is programmed, this warning will ac- tivate in the event of a probe failure. When ac- tivated, a warning will be printed, and if an output relay is programmed, that relay will be activated. TANK 1 NO PROBE CONNECTED HIGH ALARM ACTIVATED 11:58 AM 5/12/90 Figure 9-6: Probe Error Alarm Print-out. — — — LAST HIGH ALARM — — — TANK 1 12:03 PM 5/13/89 — — — LAST LOW ALARM — — TANK 1 12:03 PM 5/13/89 — — — LAST WATER ALARM — — — TANK 1 12:02 PM 5/13/89 — — — LAST THEFT ALARM — — — NO PREVIOUS ALARM — — — LAST CONTACT ALARM — — — CNT 2 12:45 5/16/89 CNT 3 12:45 5/16/89 CNT 4 12:45 5/16/89 CNT 5 12:45 5/16/89 CNT 6 12:46 5/16/89 CNT 7 12:46 5/16/89 CNT 8 12:46 5/16/89 YYY*RAY**4trtrYtr**RRYR*YYYtr*Y Figure 9-7: Choice 4 Print-out Important: Leak test function, F85 or F87 and F75, Leak Threshold, must be programmed in order for the Leak Test to function. The Leak Test can be started and stopped manually by using functions 85 and 86. The X76 ETM can also be pre-programmed to start