|
|
열유속
측정센서
HEAT
FLUX SENSOR
HFP-01-ATX Heat flux plate |
SPECIFICATIONS
|
-
Sensitivity (nominal): 50 µV/
Wm-2
|
- Resistance (nominal): 2
W
|
-
Temperature range: -30 to +70
°C
|
-
Sensor
thermal resistance: <
6.25 10 -3
Km2/W
|
-
Range: +2000 to -2000
Wm-2
|
-
Calibration trace ability: NPL, ISO 8302 / ASTM C177
|
- Expected typical accuracy (12 hr totals): within +5%/-15% in most
common soil, within +5%/-5% on walls
|
HFP-01SC-ATX Self-calibrating heat flux sensor |
SPECIFICATIONS
|
-
Sensitivity (nominal): 50 µV/ Wm2
|
-
Resistance
(nominal): 2 W
|
-
Temperature range: -30 to +70
°C
|
-
Expected accuracy: ± 3%
|
NF-01-ATX
Needle
type Heat Flux and temperature Sensor |
SPECIFICATIONS
|
-
Sensitivity (nominal): depends on exact
design
|
-
Temperature dependence: depends on exact
design
|
-
Working range (typical): 0.05 to 50 kWm-2
|
-
Temperature range sensor: -30
to +1000 °C
|
-
Temperature range cable:-30 to
+105 °C
|
-
Heat flux output signal: analog
microvolts
|
-
Temperature output signal:
thermocouple type K
|
-
Power requirements: no power
required
|
-
Optional: sensor length and
diameter, extended cable, cables with alternative colour codes
|
-
Protection
sensor/coupling/cable: IP 65 / 64 / 64
|
-
CE certification: NF-01-ATX is CE certified
|
BS-01-ATX
BELT HEAT FLUX
SENSOR |
SPECIFICATIONS
|
- Heat flux measurement: 3 separate heat flux
sensors
|
-
Temperature measurement: 4 type K
thermocouples
|
- Flexibility: 30 mm minimum radius
|
-
Sensitivity (nominal): 50 µV/Wm-2
|
-
Expected accuracy (to 50°C): within 2.5 %
|
-
Temperature coefficient of the calibration
coefficient: - 0.17 %/°C
|
- Temperature range: 0-100 °C
|
-
Pressure range: 1-110 bar
|
-
Temperature sensor: type K thermocouple
|
-
Cover dimensions:
140 x 360 mm
|
RC-01-ATX
RADIATION / CONVECTION (RADCON) HEAT FLUX SENSOR |
SPECIFICATIONS
|
-
Heat flux measurement: 1 black (absorber), 1
gold (reflective)
|
-
Temperature measurement: type K
thermocouple
|
-
Sensitivity: 3 µV/Wm-2
|
-
Expected accuracy: within +/- 10 %
|
-
Temperature sensor: type K thermocouple
|
-
Response time: 0.5 s (1/e)
|
-
Temperature range: 0-250 °C
|
-
Heat flux range: depends on sink temperature,
typically 10kWm-2
|
- CE certification: RC-01-ATX is CE certified
|
RHF-ATX-series Ring heat flux
sensors |
SPECIFICATIONS
|
-
Sensitivity (nominal): 4 μV/kWm-2
|
-
Temperature range (sensor
including metal sheathed cable): to +800 °C
|
-
Temperature sensing (T): thermocouple type
K
|
-
Calibration traceability: NIST
|
-
Response time (typical): 120 s (90%)
|
-
Cooling: air or oil (user responsibility)
|
-
Dimensions: according to customer
specifications
|
SBG-01-ATX
Water cooled Heat flux sensor according to
SCHMIDT-BOELTER |
SPECIFICATIONS
|
-
Temperature range cooling water: 10 to +30
oC
|
-
Cooling water flow: > 10 liter/hr,
preferably 30 liters per hour @ 3 bar (normal tap water)
|
-
Working ranges kWm-2: 5, 10, 20,
50, 100, 200
|
-
Response times: Working range 5, 10
kW/m2: < 450 ms (63%),
Working range 20, 50 kW/m2: <
250 ms (63%)Working range 100, 200 kW/m2: < 200 ms
(63%)
|
-
Maximum range: 150% of working
range
-
Output signal: > 5 mV at working
range
|
-
Emissivity: > 0.95
-
Field of view: 180 degrees
-
Spectral range: to 50.000 nm
|
-
Calibration traceability: NIST
|
-
Order Code: SBG-01-ATX/RANGE/ cable
length
|
PU-ATX series, heat flux sensors and
specials |
SPECIFICATIONS
|
-
General: see tables below
|
-
Optional temperature measurement: Pt100 or
thermocouple type K
|
-
Optional use of silicone: temperature range
extended to 250 degrees C, improved chemical resistance.
|
- Typical minimum
thickness: 1.2 mm. Less stiff than PU-ATX. Type indication SI.
|
-
Optional pressure resistance: to 110
bar
|
-
Optional use of epoxy: to be resistant against
certain chemicals, however at lower flexibility. Type indication
EP.
|
-
Optional calibration: determination of
temperature dependence
|
|
|