C.5 diagnostics object (0x66), Diagnostics object (0x66), Ta. see table c-7, or – Emerson Process Management MICRO MOTION 2400S User Manual

Page 157: See table c-7, Table c-7, us, Information, see table c-7, Table c-7 and, L, see table c-7, Table c-7

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Configuration and Use Manual

149

Device Profile

D

e

vice Pr

ofile

In

de
x

Displa

y Codes

Men

u

s

C.5

Diagnostics Object (0x66)

Table C-7

Diagnostics Object (0x66) – Instance 1

Attrib
ID

Name

Data type

Service

Mem

Description

Comments

1

Fault behavior

USINT

Set

NV

Specifies the behavior of
the process variables
when the device is in a
fault state

• 0 = Upscale
• 1 = Downscale
• 2 = Zero
• 3 = NAN
• 4 = Flow goes to zero
• 5 = None

2

Fault timeout

USINT

Set

NV

The amount of time after a
fault ocurrs before the
fault behavior (Attribute 1)
is implemented

Unit = seconds

3

Slug time

REAL

Set

NV

The amount of time the
density is outside the slug
low limit and slug high
limit before a slug flow
condition is declared

Unit = seconds

4

Slug low limit

REAL

Set

NV

The lower limit of a slug
flow condition

Unit = g/cm

3

5

Slug high limit

REAL

Set

NV

The upper limit of a slug
flow condition

Unit = g/cm

3

6

Discrete event
index

USINT

Set

V

The index of the discrete
event that is being
configured. There are 5
discrete events with the
index starting at 0.

0, 1, 2, 3, 4

7

Discrete event
type

USINT

Set

NV

The type of the selected
discrete event

• 0 = Greater than

Setpoint A

• 1 = Less than

Setpoint A

• 2 = In Range

(A=<x<=B)

• 3 = Out of Range

(A>=x or B<=x)

8

Discrete event
Setpoint A

REAL

Set

NV

Setpoint A of the selected
discrete event

9

Discrete event
Setpoint B

REAL

Set

NV

Setpoint B of the selected
discrete event

10

Discrete event
process variable

USINT

Set

NV

The process variable on
which the selected
discrete event is defined

See Table C-15 for
process variable codes.
All codes are valid
except for 52 (Input
voltage).

11

Discrete event
status

USINT

Get

V

Each bit contains the
status of the
corresponding discrete
event:

• 0 = Inactive
• 1 = Active

• 0x01 = Event 0
• 0x02 = Event 1
• 0x04 = Event 2
• 0x08 = Event 3
• 0x10 = Event 4

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