Excitation And Signal Jumpers; Overview; Setting Jumpers; Calibration Procedure - Honeywell SC Series Installation Instructions Manual

Signal Conditioning, Self Calibrating Digital Indicators

12.3 Excitation and Signal Jumpers

12.3.1 Overview

The High-Level Input channel has hardware jumpers which al-
lows configuration of excitation supply voltages and signal inputs
to match the wide variety of amplified pressure, load and dc-dc
LVDT transducers.
CAUTION
"Wiring" on page 48 explains which jumpers settings are
required for a particular transducer type. Incorrect placement
of the Excitation and Signal jumpers can damage both the
transducer and the instrument.
Failure to comply with these instructions may result in
product damage.

12.3.2 Setting Jumpers

• Step 1: Find the "Case Removal" section in Chapter 4 "Chas-
sis Models" on page 9 that matches the particular chassis
model. Follow the directions and remove the rear panel.
• Step 2: Remove the channel board from the chassis.
• Step 3: Change the jumper settings according to the figure
below.
• Step 4: Re-install the channel board and replace the rear
panel.
Figure 12-8: Excitation and Signal Jumper Locations on the
High-Level Input Channel
(-)EXCITATION
SUPPLY
(+)EXCITATION
SUPPLY
56 Honeywell Sensing and Control
SIGNAL TYPE (1 of 2)
SIGNAL REFERENCE
CAUTION
There are two separate jumpers for the "signal type" whose
settings must match.
Failure to comply with these instructions may result in
product damage.

12.4 Calibration Procedure

If you are not familiar with operating the instrument in the SETUP
menu mode, see "SETUP Menu mode" on page 7. A listing of all
menu items is given in "Setup Menu Reference" on page 77.
• Step 1: Wire the transducer to the channel's connector.
See "Wiring" on page 48 for details.
• Step 2: Set the Excitation and Signal jumpers appropriate for
the transducer, amplifier or dc-dc LVDT.
See "Wiring" on page 48 and "Excitation and Signal Jump-
ers" on page 56.
• Step 3: Enter the CALIBRATION TYPE.
There are two methods that can be used to calibrate the
transducer to the Input Channel. Each has advantages and
disadvantages as described in "CALIBRATION TYPE Menu
Item" on page 59. It is important to know your application in
order to select the appropriate calibration type.
• Step 4: Enter the CALIBRATION DATA.
Otherwise, consult the Certificate of Calibration for the trans-
ducer when entering information in the CALIBRATION DATA
sub-menu.
• Step 5: Perform the calibration.
Using the CALIBRATE menu item starts the calibration pro-
cess. You will be prompted to apply loads to the transducer
as required.
SIGNAL TYPE (2 of 2)
CURRENT = J23 INSTALLED
VOLTAGE = J23 REMOVED
008-0608-00
Rev. G,