CONVERTER
– 420VX-24X -
current to voltage converter (transducer)
board with DIN-RAIL mounting option.
The
CONVERTER-420VX-24X board is designed to perform industrial standard precision current
to voltage linear conversion (transducer). If used properly, it will eliminate the need for
an expensive board, which would otherwise be needed to carry out the same tasks.
The
CONVERTER-420VX-24X
is easy to install, setup and
operate. If you want to do professional remote linear current measurement related functions,
The CONVERTER-420VX-24X offers the features you need. It can be mounted easily via
four 0.125" mounting
holes utilizing 4-40 screws.
Simply
connect the board to 24V AC or DC Power supply, connect your current source
4-20mA to
the differential input and our board will convert it to linear voltages (see tables for
different output ranges).
The current to voltage
transducer
module
CONVERTER-420VX-24X, converts and conditions 4-20mA signals to DC
voltage.
The
CONVERTER-420VX-24X
transducer is typically used to convert
currents 4-20mA to a stable constant-voltage source. A precision
instrumentation amplifier and filter combination provide an accurate,
conditioned 0 to 5V or 0 to 10V DC output from a 4-20mA current input.
Other
input current are available:
1 to 5mA, 10 to 50mA and 20 to 100mA
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CONVERTER
– 420VX-24X,
precision
Voltage-to-Current
transducer board is an
accurate,
linear, and an efficient way to convert current standards 4 to 20mA,
0 to 20mA signals to industrial standards voltages:
Model A, 0V to
5V, 0V to 10V. Model B, 0V to -5 or 0V to -2.5V. Model C, 0V to 1V
or 0V to 2V. Model D, 0V to -1V or 0V to -2V. Model E, 0V to 3V
or 0V to 3.3V. Model F, 0V to -3V, 0V to -3.3V. Model G, -2.5V
to 2.5V, -5V to 5V. Model H, 2.5V to -2.5V, 5V to -5V. Model I,
-0.5V to 0.5V, -1V to 1V. Model J, 0.5V to -0.5V, -1V to 1V or Model X, 0V to
4.6V or 0V to 6.4V.
The board come standard with SPAN and ZERO adjustments. And
power of 24V DC or 24VAC.
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Precision Current-to-Voltage
Converter/Transmitter
Precise
calibration with simple SPAN and ZERO adjustments:
1.
Power
input 24VDC or 24VAC
2.
Current
differential input 4-20mA (Other
input are available:
1-5mA, 10-50mA and 20- 100mA)
3.
Voltage
Output (See above tables)
4.
LED Power
Indicator
5.
Span
calibration via multi-turn trimmer adjustment.
6.
Zero
calibration via multi-turn trimmer adjustment.
7.
Output
configurations:
Model A:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
0 to
5 |
A |
4 to
20 |
0 to
10 |
B |
Model B:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
0 to
-5 |
A |
4 to
20 |
0 to
-2.5 |
B |
Model C:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
0 to 1 |
A |
4 to
20 |
0 to
2 |
B |
Model D:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
0 to
-1 |
A |
4 to
20 |
0 to
-2 |
B |
Model E:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
0 to 3 |
A |
4 to
20 |
0 to
3.3 |
B |
Model F:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
0 to
-3 |
A |
4 to
20 |
0 to
-3.3 |
B |
Model G:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
-2.5 to
2.5 |
A |
4 to
20 |
-5 to
5 |
B |
Model H:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
2.5 to
-2.5 |
A |
4 to
20 |
5 to
-5 |
B |
Model I:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
-0.5 to
0.5 |
A |
4 to
20 |
-1 to
1 |
B |
Model J:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
0.5 to
-0.5 |
A |
4 to
20 |
-1 to
1 |
B |
Model X:
Input
(mA) |
Output
(VDC) |
JP1 |
4 to
20 |
0 to
4.6 |
A |
4 to
20 |
0 to
6.4 |
B |
Mounting
Option
Board, shown above mounted in plastic
enclosure (EID-1593
series enclosure) with Din-Rail-clip (optional).
Note:
Plastic enclosure
and Din-Rail-clip are sold separately (for demonstration only).
CONVERTER-420VX-24X
Features
Specifications
-
Input
current
4-20 mA (optional 1-5 mA, 10-50 mA and 20-100 mA)
-
Input
Impedance
250 Ohms
-
Output
voltage Model A 0
to 5V, 0 to 10V
-
Output
voltage Model B 0
to -5V, 0 to -2.5V
-
Output
voltage Model C 0
to 1V, 0 to 2V
-
Output
voltage Model D 0
to -1V, 0 to -2V
-
Output
voltage Model E 0
to 3V, 0 to 3.3V
-
Output
voltage Model F 0
to -3V, 0 to 3.3V
-
Output
voltage Model G -2.5
to 2.5V, -5 to 5V
-
Output
voltage Model H 2.5
to -2.5V, 5 to -5V
-
Output
voltage Model I -0.5
to 0.5V, -1 to 1V
-
Output
voltage Model J 0.5
to -0.5V, 1 to -1V
-
Output
voltage Model X 0
to 4.6V, 0 to 6.4V
-
PCB
material
FR4
-
Freq.
Response
L.F. 2KHz
-
Max
power
consumption
0.25W
-
Storage
temperature
Between 40 to 70 [F]
-
Operating
temperature
-5 to 125 [F]
(-20
to 52°C) @ 95% RH
-
Low
board DC voltage
24VDC
-
Power
source
24V
@ 20mA, filtered
-
Adjustment Via trimmers Zero
and Span
-
Mounting Four
0.125”
(3.1mm)
holes
with center distance of 1.1"
-
Board
dimensions
1.650" * 2.83"
-
Manufactured
100% in USA
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