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2 module 2 - d, Isplay, Ront – Red Lion LDSS User Manual

Page 6: Anel, Arameters

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6

USER INPUT FUNCTION

PARITY BIT

METER ADDRESS







This parameter only appears when the Data Bit parameter is set to 7-bit. Set

the parity bit to match that of the host device. If parity is set to



, an additional

stop bit is used to force the frame size to 10 bits.

Enter the meter (node) address. With a single slave unit, an address is not

required and a value of zero should be used. This is the case with an RS232
connection, where only one Serial Slave is connected to the host.

With multiple Serial Slaves connected on an RS485 bus, a unique address

number must be assigned to each unit in order to send data to a specific slave
on the bus. If multiple slaves are assigned the same address (including zero),
common data can be sent to, and displayed by multiple slave units on the bus.















to





USER INPUT ASSIGNMENT

Select the display to which the User Input Function applies. The User Input

Assignment only appears if the secondary display is enabled and a selection of
reset or display hold is chosen for the User Input Function.

Assignment choices include the main (primary) and/or secondary display,

or the display which is shown at the moment the User Input is activated (



).

Note: For reset selection, main display resets to zero. Secondary display

resets to all blanks.







DATA RECEIVE DELAY TIME

Upon receiving a terminator character , the Serial Slave disables serial

data reception for the time duration entered in this parameter. Using a delay
allows the Serial Slave to ignore additional characters such as a or second
, which often follow a serial data string. This value is entered in seconds
and hundredths of seconds format, with a 10 msec minimum delay time.

(See “Data Receive Delay Timing” in the Communications section for

additional timing details.)







to





User Input disabled.



See Programming Mode
Access chart (Module 2).



Momentary reset of the assigned
display(s).



Level active reset of the
assigned display(s).



Freeze the assigned display(s)
as long as the input is active.





Increase intensity one level for
each activation.

Toggle between main and
secondary display (if enabled).

DISPLAY

DESCRIPTION

No Function

Program Mode Lock-out

Momentary Reset
(Edge triggered)

Maintained Reset

Display Hold

Display Intensity Level
(Edge triggered)

Display Select
(Edge triggered)

MODE









Select



to allow the

SEL

key to toggle between the main and secondary

displays. This parameter only appears if the secondary display is enabled.

FRONT PANEL DISPLAY SELECT ENABLE (SEL

)

4.2 MODULE 2 - D

ISPLAY

AND

F

RONT

P

ANEL

K

EY

P

ARAMETERS

(



)

PAR

Front Panel

Display Select

Enable

Secondary

Display Enable

Display Scroll

Interval

Front Panel

Display Reset

Enable

E41

4&$&O

4&-&O

4DSP--

S4U&O

1SP

Display Reset

at Power-Up

S4U61

Display

Intensity Level

E-&7

Leading Zero

Display Enable

-&S0

$PE&

Programming

Security Code

Load Factory

Default Settings

'"$4&U

PARAMETER MENU

This parameter allows the

RST

key to reset the main (primary) and/or

secondary display (if enabled), or the display which is currently shown (



).

Select



to disable the

RST

key.

Note: Main display resets to zero. Secondary display resets to all blanks.

FRONT PANEL DISPLAY RESET ENABLE (RST

)

Select the time interval at which the display automatically toggles between

the main and secondary displays. Select



to disable automatic scrolling. This

parameter only appears if the secondary display is enabled.

DISPLAY SCROLL INTERVAL











 















Select



to enable the secondary display. A “2” on the far right of the display

always appears when the secondary display is shown.

SECONDARY DISPLAY ENABLE











 



 