APC 6000 user manual Glossary of information descriptors, Word address

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System information (continued)

Glossary of information descriptors

(data words at address 40 to 4E) Every bit is listed according to the following format:

bit address: description (bit = 0 / bit = 1).

Word address: 40

400:battery circuit breaker (0=open/1=closed)

Battery protection circuit breaker "QF1" is located near the battery and is "on" (closed) during normal operation. When it either trips or is turned "off" (open) the load is no longer protected since battery power is no longer available if Mains 1 fails.

401:battery discharging (0=not discharging/1=discharging) The inverter powers the load. Mains 1 is either not available or outside tolerances and the inverter is battery powered.

402:minimum battery voltage (0=not reached/1=min. volt. fault) A fault indicates that the minimum battery voltage has been reached during Load on battery and the inverters it supplies are stopped. If Mains 2 is not available, which is generally the case, the load not longer receives power.

403:low battery shutdown warning (0=not reached/ 1=warning)

The warning indicates that the end of backup time is imminent. It is only applicable when the inverters operate on battery power.

404:battery temperature (0=normal/1=outside tolerances) This information only exists if the system is equipped with the "Temperature Monitor" option. It tells the user that the temperature of the battery is outside the allowable range. The rectifier- charger circuit is switched so that the battery charging current becomes zero. The battery is no longer being recharged (battery protection).

405 : Mains 1 voltage (0=normal/ 1=outside tolerances)

Indicates that the Mains 1 power supply voltage is outside tolerances and the inverter on battery power.

406 : battery room ventilation (0=no fault/1=fault)

Informs the user of a battery room ventilation fault. The rectifier- charger circuit is switched so that the battery charging current becomes zero. The battery is no longer being recharged. It prevents vented led-acid batteries from giving off hydrogen gas The user must remedy the ventilation problem.

407:battery charging (0=not charging/1=charging) Informs the user whether the battery is currently being recharged (only valid for vented lead-acid batteries).

408:rectifier-charger status (0=off/1=on)

Gives the status of the rectifier- charger circuit. It stops every time Mains 1 power fails. In this case the load is battery powered via the inverter.

409:major rectifier-charger fault (0=no fault/1=fault)

Informs the user of a major rectifier- charger fault requiring after-sales servicing.

40E: Mains 1 input switch (0=open/1=closed)

"Q1" Mains 1 input switch which powers the rectifier-charger. Normally the switch is closed or "on". The switch can be opened to disconnect the unit from Mains 1 for servicing.

Word address: 41

411:emergency off switch (0=not activated/1=activated) Normally-closed switch connected to the units. When activated, the rectifier-charger circuits and the inverters stop operating. The "QF1" battery circuit breaker is also opened.

If the "emergency off" also tripped

the protection devices to disconnect the units from Mains 1 and Mains 2, the load no longer receives power and the units are completely disconnected.

412:rectifier-charger input voltage (0=normal/1=outside tolerances)

The rectifier-charger stops operating when the Mains 1 phase- to-phase voltage is outside tolerances.

413:rectifier-charger input

frequency (0=normal/1=outside tolerances)

The rectifier-charger stops operating when the Mains 1 frequency is outside tolerances.

417:gradual rectifier-charger shutdown (0=not activated/ 1=activated)

Indicates that the rectifier-charger received an external command to gradually stop operating (e.g. gradual load-shedding when using power from engine generator sets).

419:engine generator set current limiting (0=not activated/ 1=activated)

Informs the user that the rectifier- charger has received an external command to limit the current drawn from Mains 1. The additional power required by the inverter is supplied by the battery (which discharges). Example: operating from a generator that delivers insufficient power.

41A: battery current limiting (0=not activated/1=activated) The rectifier-charger received an external command to limit the current that charges the battery. Normal battery charging is resumed when Mains 1 returns.

Example: operating from a generator that delivers insufficient power to supply load and charge batteries.

Note: the current limit is programmable.

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Contents Mgetm GalaxyTM GTC link communication interface2 6739389EN/FB Contents ACQ module PresentationIntroduction COM moduleCommunication settings InterfaceJbus protocol Synchronizing data exchanges PrincipleDescription of request and response frames Checking received messages on the slave side Functions Function 1 and 2 read N bitsFunction 3 and 4 read N words Function 5 writing a bitFunction 8 reading error diagnosis counters Function 6 writing a wordFunction 11 reading event counters Function 15 writing n consecutive bitsFunction 16 writing n consecutive words MSB LSB MSB LSB MSBCRC 16 algorithm Example of CRC computation Example of CRC 16 computation in C using table lookup Table of Most Significant Bytes for CRC16 ComputationJbus protocol UPS theory of operation Unitary UPSOperation without battery Parallel connected UPS with Static Switch cubicleUPS without Mains Operation with battery Unitary UPS Block diagramMeasured quantities Main status bits UPS operating information Normal operation Load on batteryOperating modes Load on Mains Load on bypass Parallel connected UPS Normal operation Load on battery Disconnected Main status bits of system operationsStatic Switch cubicle Main indicators of system operations Static SwitchNormal operation Load on Mains Load on bypass System information Example of read data array commands sent by the terminalSample commands List of variable fields Message formatTables of measured data General definitions Signaling fieldCurrent fields Power fields Frequency fields Voltage fields Tables of binary data Battery and adjustments fields Rectifier-charger Inverter ConnectivityTable of control devices Global informationGlossary of information descriptors Word addressInverter stack overload 0=no/1=overload Word address 4A Word address 4CWord address 4D Word address 4E summaryC10 call reset 0= not activated / 1=activated Word address C1
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