Prime Controls DS600 - Front Panel Display; Calibration

DS600 Non-Ferrous Double Sheet Detector
This document is confidential and proprietary. No part of this document may be disclosed in any manner
to a third party without the prior written consent of Prime Controls, Inc.
202177 11 Revision M
simply allow the 5 second display interval to elapse. The display reverts to displaying the gauge
signal with no change to the parameter.
To change the value of a parameter, press the pushbutton and hold it for more than 3 seconds
until the appropriate parameter identifier appears on the digital display. While the desired
parameter identifier is showing on the display, release the pushbutton and the current value of
the parameter displays. Press and hold the pushbutton while the parameter value is displaying
and the value increments, first slowly then more rapidly. For more precise control of the value
adjustment, simply tap the pushbutton repeatedly until the desired value is displayed. All
parameters roll back to their minimum values after reaching the maximum value. To retain the
adjusted value of the parameter, simply allow the 5 second display interval to elapse while the
new value is displaying. The display reverts to displaying gauge signal strength.
Table 3
Parameter Full Name Function Range
[Default]
Controller
Type
SEL
Memory
Selection
Select calibration memory
1-7 [1]
P only
SEL
Memory
Selection
Select calibration memory
1-64 [1]
PC only
HtoL
High Tolerance
Set high tolerance
percentage
0-100 [50]
All
LToL
Low Tolerance
Set low tolerance
percentage
0-100 [100]
P and PC
toL
High Tolerance
(Part Present)
Set high tolerance
percentage
0-100 [50]
All in Part
Present Mode
Udly
Under Delay
Set “under” reporting delay
(hundredths of a second)
0-200 [0]
P and PC
Id
ModBus ID
Set the ModBus Unit ID
1-32 [0]
1
PC only
1
Modbus ID defaults to an illegal value requiring the installer to select an appropriate value for
their network.
3.4 Front Panel Display
The four digit 7 segment front panel display continuously displays the current gauge value from
0 to 100. A nominal value of 50 is displayed for metal thicknesses equal to the calibration
thickness. When not gauging, the display is used to show user prompts, status, and error
messages for the controller.
3.5 Calibration
The DS600 supports two modes of calibration, referred to here as one-point and two-point
calibration. One-point calibration requires only one sample of material of nominal thickness. Two
point calibration requires two samples of the nominal thickness material. Two-point calibration is
the most accurate and repeatable calibration method and is recommended.