Q466
AC Input Signal Conditioner |
TECHNICAL SPECIFICATION (Q466)
|
| Inputs |
Voltage
Input |
|
|
|
Ranges: |
|
100mV to 300VAC |
|
Impedance: |
|
>100KW |
|
Overvoltage: |
|
330VAC |
| Current Input |
Ranges: |
|
10mA to 100mAAC |
|
Impedance: |
|
20W, typical |
|
Overcurrent: |
|
170mAAC |
|
Overvoltage: |
|
60V
peak |
|
Frequency Range: |
|
40Hz to 400Hz, factory
calibrated at 60Hz |
| Common Mode(Input to Ground): |
|
1800VDC,
max. |
|
Push-button Adjustment |
|
The maximum zero offset and
span turn down is 50% |
| Output |
Voltage Output |
|
|
|
Output: |
|
0-5V, 0-10V |
|
Source Impedance: |
|
<10W |
|
Drive: |
|
10mA, max. (1KW, min. @
10V) |
| Current Output |
Output: |
|
0-1mA,
0-20mA, 4-20mA |
|
Source
Impedance: |
|
>100KW |
|
Compliance: |
|
0-1mA; 7.5V,
max. (7.5KW, max.) |
|
|
0-20mA; 12V, max. (600W, max.) |
|
|
|
4-20mA; 12V,
max. (600W, max.) |
| LED Indication |
RUN
(green): |
|
on when unit is powered,
flashes at 8Hz when input is 7% above maximum |
|
INPUT (yellow): |
|
on while
calibrating the input level |
|
OUTPUT
(red): |
|
on while calibrating the
output level |
| Accuracy (Including Linearity, Hysteresis) |
|
|
|
+0.1% of span, typical, +0.2%
max. |
|
|
|
+0.5% of
span, maximum (100mV range) |
| Stability |
|
|
+0.025%/°C of selected
input span, typical. |
| Response Time (10 to 90%) |
|
250mSec.,
typical. |
| CMRR |
DC to 60Hz: |
|
90dB |
| Isolation |
|
|
1800VDC
between input, output and power. |
| EMC Compliance (CE
Mark) |
|
|
|
Emmissions: |
|
EN50081-1 |
|
Immunity: |
|
EN50082-2 |
|
Safety: |
|
EN50178 |
| Humidity
(Non-Condensing) |
|
|
|
Operating: |
|
15 to 95% (@
45°C) |
|
Soak: |
|
90% for 24 hours (@
65°C) |
| Temperature Range |
|
|
|
Operating: |
|
0 to 55°C (32 to
131°F) |
|
Storage: |
|
-25 to
70°C (-13 to 158°F) |
| Power |
Consumption: |
|
1.5W typical, 2.5W max. Range:
100 to 240 VAC ±10%, 50 to 400 Hz |
| Wire Terminations |
|
Screw
terminals for 12-22 AWG |
| Shipping Weight |
|
|
0.48 lbs. |
| Agency Approvals |
|
The Q466 is
designed to meet or exceed CE, UL and CSA requirements. Certification and
approval pending. |
|
Diagnostic LEDs
The
Q466 has three diagnostic LEDs. One green LED, labeled RUN, is used for
diagnostics to indicate that power is on, and it will flash quickly if the
input signal is above the configured range. The RUN LED is continuously on when
the unit is functioning within the configured range.
The yellow IN LED is on while calibrating the input and the
red OUT LED is on while calibrating the output.
Configuration
A major
advantage of the Q466 is its wide ranging capabilities and ease of
configuration. The Q466 can be configured for input ranges from 50mV to 300V or
5mA to 100mA, with >90% input offset or it will adjust down to <10% of
full scale input span (except on 100mV/10mA range where maximum offset or gain
adjustment is 50%).
Unless a specific custom calibration is specified, the
factory presets the Model Q466 as follows:
| Input Range: |
0 -500mV |
| Calibrated Output: |
4-20mA |
- With power off, snap off the face plate by lifting the
right edge, away from the heat sink. Then, slide the heat sink forward and off
the module.
- Choose the desired input, function and output range from
Table 1, 2, and 3. Set the dip switches for the desired I/O.
Calibration
For best
results, calibration should be performed in the operating installation,
allowing at least one hour for thermal stability of the system. If
precalibration on a test bench is preferred, then an output load equal to the
input impedance of the device(s) connected to the Q466 output is recommended,
along with a 1 hour warm up period. |
|
- For best results install the module on to a piece of DIN
rail or the I/Q Rail mounting accessories if desired. See the I/Q Rail Data
sheet for details.
- Connect the input to a calibrated AC source and the
output to a voltage or current meter. Apply power and allow the system to reach
thermal equilibrium (approx. 1 hour ).
- Adjust the input signal to the desired maximum and
observe that the green LED is on or flashing. Push the CAL button and hold it
down for more than 5 seconds, until the yellow and Green LEDs are
flashing.
- When the yellow and green LEDs stop flashing, the yellow
and red LEDs should be on. Push the CAL button momentarily, the yellow and
green LEDs should now be on.
- Apply the exact maximum input signal level desired, if
not already applied, then push the CAL button to store. The yellow LED should
now be on.
- Apply the exact minimum input signal level desired, then
push the CAL button to store. The green and red LED should now be on.
- Adjust the input signal up, until the output is precisely
at the desired maximum level (e.g. 20.00mA), then push the CAL button to store.
The red LED should be on.
- Adjust the input signal level down, until the output is
precisely at the desired minimum level (e.g. 4.00mA), then push the CAL button
to store. The yellow, green and red LEDs should now be on..
- To finish calibration, push the CAL button one final
time. The green LED should be on if the input is within the calibrated
range.
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