Cat 100 Detector - Emerson Rosemount Analytical CAT 100 Instruction Manual

Instruction Manual
748441-D
April 2002
b.

CAT 100 Detector

Detection Limit
Linearity
2,3
Zero Drift
Span Drift
Repeatability
Response Time
Sample Flow Rate
Sample Pressure
Influence of Pressure
Standard
Pres. Comp. Opt.
Influence of Temperature
On Zero
On Span
On Span
Sensor Materials in Con-
tact with Sample
Warm-up Time
1
Thermostatically controlled cell 55 °C.
2
Related to full scale, per 10 K.
3
At constant pressure and temperature.
4
Dependent on sensor.
5
Related to measuring value.
6
With optional temperature stabilization.
7
Starting from 20° C to +5 °C or +40 °C.
1-12 Description and Specifications
2,3
2,3
≤2%/week
≤1%/week
2,3
2,3
5 s ≤ t90 ≤7 s
.2-1.5 l/min
≤1,500 hPa abs
≤0.1%/hPa
5
5
≤0.01%/hPa
2
2,6
Anodized Alum,
Stainless Steel
(gold coated),
BaF
15 to 50 Min
O
2
NDIR Paramagnetic
≤1% ≤1%
≤1% ≤1%
≤2%/week
≤1%/week
≤1% ≤1%
4
<5-6 s
.2-1.0 l/min
Atm
≤0.1%/hPa
≤0.01%/hPa
≤1% ≤1%
≤5% ≤1%
7
≤1% ≤1%
Stainless Steel,
Platinum, Glass,
PTFE, PVDF,
FPM, Epoxy
resin (Solvent
resistant: no
, CaF
2 2
FPM, no epoxy
but Nickel, Kal-
rez)
4
50 Min
Rosemount Analytical Inc.
Model CAT100
O
2
1
Electrochemical
≤1%
≤1%
≤2%/week
≤1%/week
≤1%
12s
.2-1.5 l/min
≤1,500 hPa abs
≤0.1%/hPa
≤0.01%/hPa
≤1%
≤2%
≤1%
ABS,
Teflon
15 to 50 Min
A Division of Emerson Process Management
Thermal
1
Conductivity
≤2%
≤1%
≤2%/week
≤2%/week
≤1%
3s ≤ t90 ≤ 20s
4
.2-1.5 l/min
≤1,500 hPa abs
≤0.1%/hPa
≤0.01%/hPa
≤1%
7
≤5%
≤2%
Aluminum,
Stainless Steel,
FPM, Gold &
Glass;
Stainless Steel/
Glass;
Hastelloy/Glass
50 Min