Detcon 10B User Manual

Page 5

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HBr-10

0-30 PPM

Hydrogen Bromide

HBr

HCL-10

0-30 PPM

Hydrogen Chloride

HCL

HCN-10

0-30 PPM

Hydrogen Cyanide

HCN

HF-10

0-10 PPM

Hydrogen Fluoride

HF

CH30H-10

0-100 PPM

Methanol

CH30H

CH3SH-10

0-100 PPM

Methyl Mercaptan

CH3SH

NO-10

0-100 PPM

Nitric Oxide

NO

NO2-10

0-5 PPM

Nitrogen Dioxide

NO2

O3-10

0-1 PPM

Ozone

O3

COCL2-10

0-1 PPM

Phosgene

COCL2

PH3-10

0-5 PPM

Phosphine

PH3

SiH4-10

0-50 PPM

Silane

SiH4

SO2-10

0-20 PPM

Sulfur Dioxide

SO2

C4H8S-10

0-100 PPM

Tetrahydrothiophene

C4H8S

C4H4S-10

0-100 PPM

Thiophane

C4H4S

C4H6O2-10

0-100 PPM

Vinyl Acetate

C4H6O2

C2H3CL-10

0-100 PPM

Vinyl Chloride

C2H3CL

2.3 A

LARM

F

UNCTIONS AND

C

ONTROLLER

C

ONFIGURATION

Model 10 control modules incorporate several user selectable alarm programming options and general operating

options that are accomplished via dip switches. These options include latching of relays, energized/de-energized relays,

and alarm f iring direction. Reference Figure #1 for the applicable dip switch locations and settings.

2

2..3

3..1

1 L

La

attc

ch

hiin

ng

g o

orr n

no

on

n--L

La

attc

ch

hiin

ng

g R

Re

ella

ay

yss

All alarms — alarm 1, alarm 2, and fault — can be jumper programmed to operate as latching or non-latching. If an

alarm is programmed to latch, its corresponding relay and LED indicator, once activated, will stay activated until the

reset button is pressed (assuming, of course, that alarm conditions have cleared).

To program an alarm for latching operation, slide its corresponding switch to the on position. For non-latching opera-

tion slide the switch to the off position. The switch locations are as follows: fault – SW2-2, alarm 1 - SW2-8, and alarm

2 – SW2-5.

2

2..3

3..2

2 E

En

ne

errg

giiz

ze

ed

d o

orr D

De

e--e

en

ne

errg

giiz

ze

ed

d

All alarms relays — alarm 1, alarm 2, and fault — can be switch programmed as normally energized or normally de-ener-

gized. The standard is de-energized. However, a relay can be programmed as energized to provide application specif ic

features. A normally energized relay will de-energize when in alarm. A typical application of the energized conf iguration

Model 10 Single Channel Digital Control Module PG.5

Alarm Reset/

Menu Interface Switch

Programming Dip Switches

Calibration Switch

SW2

SW3

Figure 1

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