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Ramping controller prompt table, Table 5.5 - de2 to er – Watlow Series 988 Family User Manual

Page 33

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Name

Description

Read (?) and/or Write (=) Syntax

Range

data.1

data.2

Modbus

Address

Ramping Controller Prompt Table

981,

982,

983,

984

Command Summary Series 981-984, Chapter 5

Data Communications with the Watlow Series 988 Family

5.5

DE2

Derivative

? DE2

0.00 to 9.99 minutes

513

Output 2 PID

= DE2 data.2

Default: 0.00

DEC1

Decimal Point

? DEC1

0 = Decimal point 0

606

Process Input 1

= DEC1 data.2

1 = Decimal point 0.0
2 = Decimal point 0.00
3 = Decimal point 0.000
Default: 0

DEV

Process Deviation

? DEV

Difference between SP1 and C1

211

Display Loop (IN 1)

DFL

Default Unit Type

? DFL

0 = US units

900

= DFL data.2

1 = Standard international units

EI1

Event Input 1

? EI1

0 = None

1060

Function

= EI1 data.2

1 = Lock out keyboard
2 = Alarm reset
3 = Turn control outputs off
4 = Hold profile
5 = Start file 1
6 = Start file 2
7 = Start file 3
8 = Start file 4
9 = ABSP
10 = Pause
11 = Waitfor Event
Default: 0

EI1S

Event Input 1 Status ? EI1S

0 = Open (off)

201

1 = Closed (on)

EI2

Event Input 2

? EI2

0 = None

1062

Function

= EI2 data.2

1 = Lock out keyboard
2 = Alarm reset
3 = Turn control outputs off
4 = Hold profile
5 = Start file 1
6 = Start file 2
7 = Start file 3
8 = Start file 4
9 = ABSP
10 = Pause
11 = Waitfor Event
Default: 0

EI2S

Event Input 2 Status ? EI2S

0 = Open (off)

213

1 = Closed (on)

EJC

Elapsed Jump

? EJC

0 to 255

1203

Count

ENSP

End Set Point

? ENSP

RL1 to RH1

1204

ENT3

Event 3 Output State ? ENT3

0 = off

1268

= ENT3 data.2

1 = on

ER

Error, Analog Input

? ER

0 = No error

209

(Multiple errors

1 = Input 1 A-D overflow

possible.)

2 = Input 1 overrange
3 = Input 1 underrange
4 = Input 1 A-D underflow
5 = Input 2 A-D overflow
6 = Input 2 overrange
7 = Input 2 underrange
8 = Input 2 A-D underflow
9 = Ambient error

Table 5.5 -
DE2 to ER

ç

CAUTION:
Avoid writing <=>
continuously, such
as ramping set
points or repetitive
loops, to the
Series 981-984
EEPROM memory.
Continuous writes
may result in
premature control
failure, system
downtime and
damage to pro-
cesses and
equipment.

NOTE:
The number of
decimal places
returned by many
of these com-
mands is deter-
mined by the DEC1
or IN1 setting.
(This does not
apply to Modbus
Protocol.)