Micromod Micro-DCI: 53SL5100B Single Loop Controller Bedienungsanleitung PDF herunterladen (Seite 110)

53SL5100B Single-Loop Controller

INSTRUCTION MANUAL

2 PA1n: high when PV> PL1

PA2n: not affected

3 PA1n: not affected

PA2n: low when PV< PL1

low when PV< PL1

ev > PL1

ev < PL2

4 PA1n: high when PV> PL1

PA2n: hi-hi when PV> PL2

5 PA1n:

PA2n: lo-lo when PV< PL2

6 PA1: Hi-Dev when D

PA2: Lo-Dev when D

Alarm Examples:

B335 PV PL1

(C103)

PL2

(C104)

Alarm Setpoint Notes

0 >60 60 HIGH a > 60 = HIGH alarm Al rm Llimit 1 is set for 60: PV

0 <40 40 LOW a = LOW alarm Al rm Limit 2 is set for 40: PV < 40

2 >60 60 HIGH Limit 1 is set for 60: PV > 60 = HIGH alarm Alarm

2 <40 40 N/A Alarm Limit 2 is set for 40: PV < 40 = no alarm

3 >60 60 N/A Alarm Limit 1 is set for 60: PV > 60 = no alarm

3 <40 40 LOW

Low Alarm Limit 2 is set for 40: PV < 40 = LOW

alarm

4 >60 60 HIGH Alarm Limit 1 is set for 60: PV > 60 = HIGH alarm

4 <70 70 HI- HI Alarm Limit 2 is set for 70: PV > 70 = HI-HI alarm

5 >40 40 LOW Alarm Limit 1 is set for 40: PV < 40 = LOW alarm

5 <30 30 LO-LO imit 2 is set for 30: PV < 30 = LO-LO alarm Alarm L

6 >50 10 HI-DEV 40 Alarm Limit 1 is set for 40: PV < 40 = HI-DEV alarm

6 <30 -10 LO-DEV 40

larm

Alarm Limit 2 is set for 30: PV < 30 = LO-DEV

Analog Output

(Display Only)

ANO0 C00 0

The v

output to be generated by hardware (e.g., 100 % output =

20 m

alue in this datapoint represents the percent of

A).

Process Variable

PV C100 0

lgor

This is the actual PV variable of the controller PID

a ithm. It is obtained from ANI0.

S oint SP C1

his i ed

decrease pushbuttons or from

etp 01 T

from the setpoint increase/

s the actual setpoint of the PID algorithm obtain

Remote Setpoint (RSP).

Output

OUT C102 0

hm; otherwise, it is the value determined by

When in Auto, this is the actual result of the controller

PID algorit

the output pushbuttons. it is transferred to ANO0.

Alarm Limit 1

PL1 C103 100

ring units at which This parameter is the point in enginee

the upper alarm is triggered.

Alarm Limit 2

PL2 C104 0

This parameter is the point in engineering units at which

the lower alarm is triggered

Alarm Dead Band

ADB C105 2

This parameter sets the activation/deactivation gap for

the alarm. This value in engineering units defines an ar

of hysteresis at the alarm point.

Proportional Band

ional action. It modifies the

PB C106 100

This parameter is the percent of error required to move

the output full scale for proport

104

1 2 ... 105 106 107 108 109 110 111 112 113 114 115

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