Technical Data - WIKA PGT23.100 Betriebsanleitung

3. Technical data

3. Technical data
3.1 Transmitter
1)
Power supply U B
Supply voltage effect
Permissible residual ripple
Output signal, variant I
Permissible max. load R A
Effect of load
Output signal, variant II
Output signal, variant III
Output signal, variant IV
Impendance on the voltage output
Load-carrying ability voltage output
Sample rate sensor
Electrical zero point
Zero point adustable range
Linearity
Output signal accuracy
Resolution
Update rate (measuring rate)
Input signal rotational angle
Expanded special span
Long-term stability of electronics
Temperature error, electronics
Warming-up time
Permissible ambient temperature
Permissible storage temperature
Permissible medium temperature
Special function
CE-conformity
Wiring
Wiring protection
Connection details,
depending on variant
1) Not model PGT23.063
2) Not model DPGT43HP.100, DPGT43HP.160
WIKA Operating Instructions intelliGAUGE family
12 ≤ U B ≤ 30
DC
% of FS/10 ≤ 0.1
V
≤ 10
% ss
4 ... 20 mA, 2-wire, passive, per NAMUR NE43
R A ≤ (U B - 12 V)/0.02 A with R A in Ohm and U B in Volt
however max. 600 Ω
≤ 0.1
% FS
4 ... 20 mA, 2-wire - Ex, per ATEX Ex II 2G Ex ia IIC T4/T5/T6
or Ex I M2 Ex ia I
0 ... 20 mA, 3-wire
0 ... 10 V
0.5
Ω
kΩ 2 ... 100
600, with 3-wire optionally faster
ms
Zeroing through short-term jumper across ternimals 5 and 6
∢ ° 45
≤ 1.0 (limit point calibration)
% of span
% FS 0.2 (only electronic)
% FS 0.15 (10 bit resolution at 360°)
> 1
1/s
∢ ° 0 ... 270
< 330 (Option)
∢ °
< 0.3
% FS/a
% FS/10K < 0.3 (over the complete temperature range)
≤ 5
min.
-40 ... +60
°C
°C -40 ... +70
-40 ... +100
°C
Option: non-proportional angular output signal, via auxiliary
points and interpolation of the intermediate values (to specify
with the order)
Interference emission and immunity per EN 61 326-1
L-plug connector, 180 °C rotatable, max. 1.5 mm², wire
protector, Cable gland M20 x 1.5, External cable diameter
7-13 mm, incl. strain relief
IP65 per EN/IEC 60529;
Protected against reverse polarity and overvoltage
Variant I
Terminal
4 ... 20mA
No
1 GND
I+
2
reserved
3
4 reserved
5 Zeroing
Zeroing
6
V
2)
Ex-Variant II Variant III
4 ... 20mA 0 ... 20 mA
GND GND
I+ U B +
reserved I out
reserved reserved
Zeroing Zeroing
Zeroing Zeroing
EN
Variant IV
0 ... 10V
GND
U B +
U out
reserved
Zeroing
Zeroing
5