17
NOTE
n in a remote command stands for A (channel A) or B (channel B).
2.4.3 Meter Configuration
The Model 2835-C provides a method to save the configuration of the entire
meter and to recall that configuration for later use even if the meter has been
turned off. This is accomplished through configuration buffers maintained in
nonvolatile memory. Configuration buffers are numbered 0 to 9 with buffer 0
being a DEFAULT buffer which can only be recalled but not saved to. The
reset state of all the buffers except the default buffer is empty. Empty buffers
cannot be recalled.
A recalled configuration becomes the current configuration of the meter. Any
changes to the current configuration must be saved via SAVE CONFIG or they
will be lost when a new configuration is recalled.
The meter will not recall a configuration that is not compatible with either
detector calibration module currently plugged into the meter. Configurations
using the same model of detector are compatible while configurations using
different models of detectors are incompatible.The default configuration of
the meter depends upon the detector family. The list of configuration param-
eters stored in a configuration buffer as well as their default values versus
detector family are listed in Table 9 below:
Table 9 – Configuration Parameters and Default Conditions
Parameter Detector Family Default Condition
MODE Low-Power, High-Power DC CONT
Energy CONT PULSE
UNITS Low-Power, High-Power W
Energy J
λ, Lambda Lowest available
PRESENT RESP PRESENT RESP
USR CAL OFF
ATTN OFF
FILTER OFF
DC SAMPLE PREC Low-Power, High-Power 20,000 CNT
DC SAMPLE FREQ 25 Hz
AUTO ON
RANGE Lowest available
ZERO OFF
Zero Value 0.000
REF SEL STO REF
Reference Value 0.001
STATS Buffer Size 10
DET SWITCH POS Energy I,(Intermediate)
DATA STORE OFF
DATA STORE BUFFER SLIDE
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