View Data - Hach Ammonia Monochloramine 5500sc Operaciones

Option
SAMPLE HOLDER FLUSH
DECOMISSIONING
MARK END OF MEASURE
Set the error hold mode
1. Push menu and select SETUP SYSTEM>SETUP OUTPUTS>ERROR HOLD MODE.
2. Select an option.
Option
HOLD OUTPUTS
TRANSFER OUTPUTS Switches to the transfer mode when communications are lost. The outputs transfer

View data

1. Select VIEW DATA.
2. Select an option.
Option
ANALYZER DATA
MEASUREMENT DATA Shows measurement information (refer to
LOG DATA
Element
CELL 1 TEMP
CELL 2 TEMP
REAGENT TEMP
AMBIENT TEMP
AIR PRESS
2
LED DUTY CYCLE
HEATER DUTY CYCLE
SAMPLE FLOW
SAMPLE PRESS 1
SAMPLE PRESS 2
REAGENT 1
2
Information is available for both sample cells
16 English
Description
Sets the relay to on when the sample holder flushes.
Sets the relay to on when a decommissioning cycle is started.
Sets the relay to on at the end of a measurement.
Description
Holds the outputs at the last known value when communications are lost.
to a pre-defined value.
Description
Shows analyzer status information (refer to
Selects the data log and the event log. DATA LOG—shows the measurement
values. Select start time, number of hours and number of readings. EVENT LOG—
shows all analyzer information. Select start time, number of hours and number of
readings.
Table 2 Analyzer data
Definition
Temperature of the colorimeter cell block heater (ideally 40 to 45 °C (104 to 113 °F))
Reagent temperature before it enters the colorimeter
Air temperature inside the electronics area
Reagent air pressure in the reagent bottles (ideally 3.95 to 4.05 psi)
Depends on condition of colorimeter cell and age of analyzer (typically 7,200 to
40,000 counts)
1
Percentage of time the colorimeter heater is on to maintain a constant 40 °C (104 °F)
Approximate sample flow into the sample holder during the sample holder flush cycle.
Sample pressure before the internal filter for channel 1 (ideally 2 to 4.5 psi depending
on incoming sample pressure)
Sample pressure before the internal filter for channel 2 (recommended at 2 to 4.5 psi
in relation to the incoming sample pressure)
Level of reagent remaining
Table 2).
Table 3).