Használati útmutató Fluke 80T-150UA

Fluke nincs kategorizálva 80T-150UA

Olvassa el alább 📖 a magyar nyelvű használati útmutatót Fluke 80T-150UA (6 oldal) a nincs kategorizálva kategóriában. Ezt az útmutatót 4 ember találta hasznosnak és 2 felhasználó értékelte átlagosan 4.5 csillagra

Letöltés PDF
Oldal 1/6
®
80T-150UA
Universal Temperature Probe
Instruction Sheet
80T-150U
TEMPERATU RE PROBE
C
F
OFF
Introduction
The Model 80T-150UA Universal Temperature Probe is a self-contained
temperature-to-voltage converter. The probe is designed to provide a
direct temperature reading when it is connected to any high impedance
DMM that is capable of 1 mV resolution and at least a 300-count full
scale readout capability. Output is 1 mV per degree (Celsius or
Fahrenheit). Two switch-selected temperature output scalings are
provided: -50 to +150 °C or -58 to +302 °F. The probe will stand off 60 V
dc or 30 V ac rms (42.4 V peak).
The unit is housed in two separate but attached assemblies: a
temperature probe and a temperature-to-voltage converter. The probe
contains the temperature-sensing element and is electrically connected to
the temperature-to-voltage converter through a 46-inch cable. A three-
position switch on the converter acts as a power switch and is used for
selecting Celsius or Fahrenheit scaling for the output. Two banana plugs
with standard 0.75-inch spacing are provided for connecting the 80T-
150UA to the DMM.
Operating power for the 80T-150UA is derived from a standard 9 V
battery. Typically, an alkaline battery provides more than 600 hours of
continuous operation before replacement is necessary. An OFF switch is
provided on the temperature-to-voltage converter to allow battery
conservation when the unit is not in use. In addition, the OFF position of
the power switch allows the battery condition to be determined via the
external DMM.
Temperature is measured by exposing the probe tip directly to the
material to be measured (non-corrosive liquid, gas, or solid). A direct
temperature reading is displayed on the DMM.
Symbols
XWarning: Risk of electric shock. Refer to the manual for
information.
W Attention: Refer to the manual for information about this
feature.
PN 3208738
February 2008 , Rev.1, 6/09
© 2008-2009 Fluke Corporation. All rights reserved.
All product names are trademarks of their respective companies.
Specifications
The 80T-150UA will achieve rated accuracy when it is used with any
0.25 % DMM that has an input impedance of . ≥1 MΩ
Electrical
Measurement Range: (See Probe Limitations)
-50 to +150 °C
-58 to +302 °F
Accuracy: (Applies for one year after purchase or calibration)
AMBIENT °C ACCURACY
+15 to +35 ° ± °C 1 C from 0 to +100 °C, decreasing
linearly to ± °3 C at -50 and +150 °C
0 to +15 °C and ± °2 C from 0 to +100 °C,
+35 to +50 °C decreasing linearly to ±4 °C at -50
and +150 °C
AMBIENT °F ACCURACY
+59 to +95 ° ± ° °F 1.8 F from +32 to +212 F,
decreasing linearly to ±5.4 °F at -58
and +302 °F
+32 to +59 °
F and ± ° °3.6 F from +32 to +212
F, +95 to +122 °F decreasing linearly to ±7.2 °F at -58
and +302 °F
Sensitivity (80T-150UA output): 1 mV dc / °C or °F
Voltage Standoff: 60 V dc or 30 V ac rms (42.4 V peak)
Settling Time: 9.5 seconds to settle within 2 ° for a 50 ° change
RF Field: The 80T-150UA product is unspecified in environments with
EMC fields greater than 100 mV/meter. ESD performance is specified as
Criteria B per EN61326.
Environmental
Ambient Operating Range for Temperature Module: 0 to +50 °C
(+32 to +122 °F)
Maximum Temperature Probe Body and Cable: +70 °C
(+160 °F) See Probe Limitations
Minimum Temperature Probe Body and Cable:
Minimum Operating Temperature for Cable: -12 °C (+10 °F)
Minimum Operating Temperature for Probe Body: -40 °C (-40 °F)
See Probe Limitations
Storage Temperature for Unit: -40 to +70 °C (-40 to +160 °F)
Humidity: 0 % to 90 % (0 ° °C to +35 C)
0 % to 70 % (+35 °C to +50 °C) (noncondensing)
Altitude: Operating: ≤ ≤3048 m ( 10,000 ft)
Storage: ≤ ≤15240 m ( 50,000 ft)
Application Force: 15 pounds maximum (probe tip to measured surface)
General
Weight: 150 g (5.3 oz)
Overall Length: 53.8 inch (1.36 m)
Battery: Standard 9 V battery (NEDA #1604,6F22,006P)
Battery Life: 600+ hours, typical (Alkaline Battery), 6.5 V minimum
Output Termination: Standard 0.75-inch spaced double banana plug
Probe Material: Glass-filled valox
Probe Size: 0.6 inch maximum diameter
Tip Material: Nickle Plated Copper
Tip Size: 0.31 cm (0.12 inch diameter)
Operating Notes
The following paragraphs are intended to familiarize the operator with
the 80T-150UA. The operator should read these paragraphs before
attempting to operate the probe.
Probe Limitations
The 80T-150UA probe is constructed of a highly durable plastic and is
suitable for measuring the temperature of liquids, gases, and solid
surfaces up to 150 °C. When measuring temperature, observe the
following precautions to prevent damage to the probe:
1. Do not expose the probe end (probe tip plus about 2 inches of the
probe body) to temperatures exceeding +150 °C (+302 °F). The
remainder of the probe body should not be exposed to temperatures
above +70 °C (+160 °F).
2. Do not expose the probe end (probe tip plus about 2 inches of the
probe body) to temperatures below -50 °C (-58 °F). The remainder
of the probe body should not be exposed to temperatures below
-40 °C (-40 °F).
3. For liquid measurements, recommended applications range from
water, lubricants, and fuels to most solvents. Liquids as shallow as
1.27 cm (0.5 inch) can be measured since the temperature sensor is
inch the probe tip. XWWarning
To avoid electrical shock, do not use this instrument when
voltages exceeding 60 V dc or 30 V ac rms (42.4 V peak )
are present. The probe tip is electrically connected to the
output terminals.
WCaution
Long-term exposure of the probe to corrosive
environments will result in pitting and deterioration of the
aluminum probe tip. If equipment is used in a manner not
specified by the manufacturer, the protection provided by
the equipment may be impaired.
Error Sources
When the probe tip is applied to a solid surface, it draws or sinks heat
from the surface. Therefore, if the measured surface has a low mass
(e.g., a transistor case), the indicated temperature may be lower than
the actual temperature.
Similarly, a steady-state error or gradient exists between the measured
surface and the sensing device in the probe tip. This is due to the flow of
heat from the measurement surface to the probe body. The effect of the
steady-state error increases as the differential between ambient and
surface temperature increases.
To determine the actual surface temperature of a device, both the heat-
sinking and steady-state errors must be considered. The correction curve
given in Figure 1 approximates the effect of both error sources on TO-3,
TO-5, and TO-18 transistor cases.

Termékspecifikációk

Márka: Fluke
Kategória: nincs kategorizálva
Modell: 80T-150UA

Szüksége van segítségre?

Ha segítségre van szüksége Fluke 80T-150UA, tegyen fel kérdést alább, és más felhasználók válaszolnak Önnek


Útmutatók nincs kategorizálva Fluke

Fluke

Fluke 438-II Útmutató

9 Október 2024
Fluke

Fluke ii500 Útmutató

8 Október 2024
Fluke

Fluke T5-1000 Útmutató

5 Október 2024
Fluke

Fluke CableAnalyzer DSX-8000 Útmutató

2 Október 2024
Fluke

Fluke 700HTH Útmutató

29 Szeptember 2024
Fluke

Fluke Ti27 Útmutató

23 Szeptember 2024
Fluke

Fluke 700PA3 Útmutató

22 Szeptember 2024
Fluke

Fluke 6200-2 Útmutató

22 Szeptember 2024
Fluke

Fluke SureGrip 80PK-22 Útmutató

20 Szeptember 2024
Fluke

Fluke 80PK-22 Útmutató

20 Szeptember 2024

Útmutatók nincs kategorizálva

Legújabb útmutatók nincs kategorizálva

MOZA

MOZA SR-P Útmutató

10 Április 2025
Soundstream

Soundstream VRN-64HBL Útmutató

10 Április 2025
Panasonic

Panasonic Lumix DMW-AC11 Útmutató

10 Április 2025
Planet

Planet PWR-240-48 Útmutató

9 Április 2025
CaterChef

CaterChef 445001 Útmutató

9 Április 2025
IFM

IFM E40581 Útmutató

9 Április 2025
Livn

Livn Bolt Útmutató

9 Április 2025
Livn

Livn Beats Útmutató

9 Április 2025
Alpine

Alpine DP2-40C-BC Útmutató

9 Április 2025
IFM

IFM O3R252 Útmutató

9 Április 2025