-40%
V/mA Thermocouple RTD Ohm Freq. Process Calibrator Source Simulate & Multimeter
$ 232.32
- Description
- Size Guide
Description
Note:1.W
ill ship
to
USA
via
DHL or Fedex
(not for PO Box or APO or FPO),
delivery time is about
7 days.
2. Will ship via
express mail service
to Canada, Australia, New Zealand, Ireland, Austria, Belgium, Denmark, Germany, France, Finland, Luxemburg, Malta, Norway, Sweden, Swiss, Spain, Italy, UK, Japan, Korea, Thailand, Malaysia, Indonesia, Philippine and Singapore customers.
3. Customers from other countries pls contact us in advance to confirm different shipping charges before you order.
Multifunctional process calibrator combined with multimeter function.
1. Multimeter functions: can measure DCV, ACV, Ohm, DCA, ACA, Frequency, Capacitance,
Duty circle, Continuity
,
Diode test
,
Thermocouple and RTD.
2. Process calibrator functions: can output DCmA, DCV, Ohm, Frequency, Simulate
,
24V Loop
,
Thermocouple and RTD.
3. 0.2% basic accuracy for output
;
0.1%
basic accuracy
for
measurement.
4. Can show mA and value % at the same time when output DCA; 25% and 100% auto step,
manual step and auto ramp for current output, 24V loop.
5.
Power and backlight off automatically.
6. Comply with
600V CAT. IV, 1000V, CAT.III. and IP65.
Measure function:
Function
Range
Resolution
Accuracy
DCV
50mV
-55.00mV
~
55.00mV
0.01mV
0.1%+4
500mV
-550.0mV
~
550.0mV
0.1mV
0.1%+4
5V
-5.500V
~
5.500V
0.001V
0.1%+4
50V
-55.00V
~
55.00V
0.01V
0.1%+4
500V
-550.0V
~
550.0V
0.1V
0.1%+4
1000V
-1000V
~
1000V
1V
0.1%+4
ACV
5V
0
~
5.500V
0.001V
0.5%+4(<400Hz
)
5%+4(>400Hz
)
50V
0
~
55.00V
0.01V
0.5%+4
500V
0
~
550.0V
0.1V
0.5%+4
1000V
0V
~
750V
1V
0.5%+4
OHM
500Ω
0
~
550.0Ω
0.1Ω
0.1%+4
5KΩ
0
~
5.500KΩ
0.001KΩ
0.1%+4
50KΩ
0
~
55.00KΩ
0.01KΩ
0.1%+4
500KΩ
0
~
550.0KΩ
0.1KΩ
0.5%+4
5MΩ
0
~
5.500 MΩ
0.001MΩ
1%+4
50MΩ
0
~
55.00 MΩ
0.01MΩ
1%+4
DCI
50mA
-55.000mA
~
55.000mA
0.001mA
0.1%+5
500mA
-500.00mA
~
500.00mA
0.01mA
0.1%+5
ACI
50mA
0000mA
~
55.000mA
0.001mA
0.5%+10
500mA
0.00mA
~
500.00mA
0.01mA
0.5%+10
FREQ
10Hz
0
~
9.9999Hz
0.0001Hz
0.02
%
+4
100Hz
0
~
99.999Hz
0.001Hz
0.02
%
+4
1000Hz
0
~
999.99Hz
0.01Hz
0.02
%
+4
10kHz
0
~
9.9999kHz
0.0001kHz
0.02
%
+4
100kHz
0
~
99.999kHz
0.001kHz
0.02
%
+4
DUTY
10%
~
90%
0.1%
1%
Diode
2V
0.001V
1%+10
Continuity
500Ω
0.1Ω
≤50ΩBB
Thermocouple
R
-40
°
C
~
1760
°
C
1
°
C
0.5%+3
°
C(≤100
)
°
C
0.5%+2
°
C(
>
100
)
°
C
S
-20
0
°
C
~
1760
°
C
B
400
°
C
~
1800
°
C
K
-200
°
C
~
1350
°
C
0.5%+2
°
C(≤-100
)
°
C
0.5%+1
°
C(
>
-100
)
°
C
E
-200
°
C
~
700
°
C
J
-200
°
C
~
950
°
C
T
-200
°
C
~
400
°
C
N
-200
°
C
~
1300
°
C
RTD
Cu50
-50
°
C
~
150
°
C
1
°
C
0.5%+3
°
C
Pt100
-200
°
C
~
850
°
C
CAP
10nF
0
~
11.00nF
0.01nF
5%+50
100nF
0
~
110.0nF
0.1nF
5%+5
1000nF
0
~
1100nF
1nF
5%+5
10µF
0
~
11.00µF
0.01uF
5%+5
100µF
0
~
110.0µF
0.1uF
5%+5
1000µF
0
~
1100µF
1uF
5%+5
10mF
0
~
11.00mF
0.01mF
5%+50
100mF
0
~
110.0mF
0.1mF
5%+50
Output function:
Function
Range
Resolution
Accuracy
Remark
DCV
100mV
-10.00
~
110.00mV
10μV
0.2%+4
Max. output
0.5mA
1000mV
-100.0
~
1100.0mV
100μV
0.2%+4
Max. output
2mA
10V
-1.000
~
11.000V
1mV
0.2%+4
Max. output
5mA
DCI
30mA
0.000
~
33.000mA
0.001mA
0.2%+4
20mA max. load 1KΩ
30mA max load 600Ω
SIMULATE
-
30mA
0.000
~
-
33.000mA
0.001mA
LOOP
24V
±
10%
Max. output
35mA
OHM
400Ω
0.0Ω
~
400.0Ω
0.1Ω
0.2%+4
Exciting current
±0.5
~
3mA
Exciting current
±0.1
~
0.5mA
,
plus
0.1Ω error.
Not including leads error.
Thermocouple
R
0
°
C
~
1767
°
C
1
°
C
0.2%+3
°
C
(
≤100
℃
)
0.2%+2
°
C
(>
100
℃
)
ITS-90,
not including cold-end compensation error
S
0
°
C
~
1767
°
C
B
600
°
C
~
1820
°
C
K
-200.0
°
C
~
1372.0
°
C
0.1
°
C
0.2%+2
°
C
(
≤-100
℃
)
0.2%+1
°
C
(>
-100
℃
)
E
-200.0
°
C
~
1000.0
°
C
J
-200.0
°
C
~
1200.0
°
C
T
-250.0
°
C
~
400.0
°
C
N
-200.0
°
C
~
1300.0
°
C
RTD
PT100
-0200.0
~
0850.0
0.1
°
C
0.2%+0.6
°
C
Pt100-385.
±1mA exciting current.
Not including leads error.
Cu50
-050.0
~
150.0
FREQ
100Hz
1.0Hz
~
110.0Hz
0.1Hz
0.2%+2
Square wave
50% duty circle
1
~
11Vp-p
1KHz
0.100KHz
~
1.100KHz
1Hz
0.2%+2
10KHz
1.0KHz
~
11.0KHz
0.1KHz
0.2%+2
Packing list:
Test leads, a pair;
Fuse, 2pcs;
PDF English Manual.