Operation Manual

SECULIFE ESPRO
GMC-I Messtechnik GmbH 19
The following is a breakdown of the parameters available in the configuration of the unit
and their available options:
System Setup Configuration
Parameter Description Range
Donut Atten
Selects the RF Current Transformer Attenuation
in Volts : Amp for the RF Donut being used
.
Default = 0.1 : 1
0.1 : 1
1 : 1
Volts : Amps
Input Zero
Zeros the input circuitry based on donut being
used. Each donut can have a slightly different
zero offset. This function will eliminate the offset
from the readings. Press the SETUP key while
this parameter is selected to perform the auto –
zero function.
Press Setup
Input Range
Determines the input range.
Default = Auto
100 mV
1000 mV
Auto
Input Mode
Determines whether the unit continuously
monitors the Input Signal or looks for a Pulsed
Input Signal.
Default = Continuous
Continuous
Pulsed
Load Resistance
Used for Power (Watts) calculation only. Can be
adjustable or set by a table of fixed resistors.
(See Load Selection and Load Table for more
information.)
Default = 500
0-6,500.0 ohms
Load Selection
Determines whether the Load Resistance
Parameter is adjustable by tenths of ohms or
selected from the Load Table. The Load Table is
created from the Load Resistance Values set in
the Factory Setup and the Load Sets. (See Load
Sets, Load Table and Factory Setup for more
information.)
Default = Table
Adjustable or Table
Power up with
Determines the power up mode of the
SECULIFE ES
PRO. The default mode shows a
single mV parameter display. Set this parameter
to custom to display the saved startup mode. Set
this parameter to Save current as custom to save
the settings for the next time power is cycled.
Default = Defaults
Defaults
Custom
Set Current as Custom
Num A/D Samples
Sets the number of A/D converter readings used
in each mV RMS computation. A higher setting
requires more computation and is slower, but
results in a more stable reading.
Default = 32,768
1024
2048
4096
8192
16384
32768
Display Averaging
Sets which display averaging parameter is to be
used. Three independent averaging modes can
be configured for optimum system performance.
Fast
Medium
Slow