G
®
RHEASGARD
KLGF 1 ⁄ KLGF 2
TECHNICAL DATA
Type
Item No.
Operating voltage
Voltage tolerance
Overvoltage category
Signal indication, voltage
Power consumption max.
Device ambient temperature
Signal output flow in V
Accuracy of output signal
Reproducibility of output signal
Media temperature range
Temperature gradient
Switchpoint
Measuring range
Measuring sensor
Immersion depth
Process connection
Sensor material
Pressure resistance
Protection type, enclosure
Protection type, sensor
Contamination class
Connection
Enclosure dimensions
Test mark
Accessories
Reference conditions:
Inlet zone >10 x DN, outflow zone >5 x DN, laminar flow: air at 0 °C and 1.013 bar
Mounting conditions KLGF 1
To avoid malfunctions, the following points must be observed:
• The sensor tip should be placed in the centre of the duct or pipe if possible. The gaseous medium must fully pass through the
cross-hole in the sensor shaft.
• Use marking as a mounting aid.
• In pipes laid vertical, flow direction should be from bottom up.
• Ensure free inlet zone = 5 x D upstream from the sensor and 3 x D = outflow zone downstream from the sensor.
• Screw in flow monitor by the hexagon at the sensor enclosure only.
• This flow monitor can be used in any mounting position.
KLGF 1
24 V AC ⁄ DC
+ 10%
II
mains voltage existing
max. 2 VA
- 20..+ 60°C
0..10 V (Ra =10 kOhm) relative
+ ⁄ - 10% MW
± 1%
0..+ 70°C
15 K ⁄ min
adjustable via potentiometer
0,1- 30 m ⁄ s
built-in
130 mm
PG7, mounting flange
MS 58, nickel-plated
10 bar
IP 65
IP 67
II
3 terminals, 2.5 mm
without display: 72 x 64 x 37.8 mm (Thor III)
with display :
108 x 70 x 73.5 mm (Thor II)
0
mounting flange
12
mains voltage existing
0..10 V (Ra =10 kOhm) relative
adjustable via potentiometer
PG7, mounting flange
MS 58, nickel-plated
2
3 terminals, 2.5 mm
72 x 64 x 37.8 mm (Thor III)
KLGF 2
230 V AC
+ 5% i - 13%
II
max. 2 VA
- 20..+ 60°C
+⁄- 10% MW
± 1%
0..+ 70°C
15 K ⁄ min
0,1- 30 m ⁄ s
built-in
130 mm
10 bar
IP 65
IP 67
II
2
0
mounting flange