Technical data, Figure 1, 10 technical data – M&C TechGroup FM-200K-H_FA Operator's manual User Manual
Page 8

8
Gas sampling and gas conditioning technology
5-6.5.1-ME
10
TECHNICAL DATA
Technical Data
FM-2K
FM-200K-H
FM-200K-H/FA
Part-No.
09F2105
09F2505
09F2555 **
Heated / needle valve in the
inlet
no
yes
yes
Optical flow control, mono-stable **
no
no
fix between 20 - 50%
of scale
Standard measuring range
25-250 l/hr air, 1.2 bar, 180°C
Measuring ranges available
Scale: 1.6-16, 6-60, 10-100, 25-250, 50-500, 80-800 l/hr air,
1.2 bar, 180°C
Operating pressure / operating
temperature
max. 2 bar / max. +180°C
Ambient temperature
-40 to +180°C
-25 to +60°C
-25 to +50°C
Storage temperature
-40 to +80°C
-25 to +80°C
Gas connections
¼“ NPT i
Tube fittings Swagelok ø6mm, optional ø1/4“
Temperature controller
-----------------------------
Capillary thermostat, integrated in electrical
connection box with high temperature limiter
and low temperature alarm contact
Operating temperature
-----------------------------
adjustable from 0 to 180°C, set in factory at
180°C
Temperature alarm contact
-----------------------------
alarm point
T -30°C to T
Set
change over contact, voltage free; contact
rating 250V, 3A
, 0,25A=
Power supply
-----------------------------
230V 50Hz, 220VA optional 115V 60Hz (a)
Electrical connections
-----------------------------
Terminals 2,5 mm², 2x Cable glands PG13
Protection / Electrical
standard
-----------------------------
IP 54 EN60529 / EN 61010, EN60519-1
Dimensions
50 x 290 x 50mm (w x
h x d)
250 x 500 x 140mm (w x h x d)
Weight
0.8 kg
8 kg
8.5 kg
Dead volume / Mounting
approx. 6 cm³ / wall mounting
Material of sample contacting parts
glass, stainless steel 316, PTFE
** The optical flow alarm is only equipped with pre-amplifier K-FA-H, the electronic controller must be ordered separately
.
0
10
20
30
40
50
0
150
300
450
600
750
900
1050
Nl/hr
m
b
a
r
Figure 1 Flow rate in Nl/hr air and differential pressure in mbar