Explosion proof pressure transmitter
The explosion-proof pressure transmitter is a devi
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- Fax：0550-7989666
- Mail：tkjd@tiankang.com
Description
I. usage
The explosion-proof pressure transmitter is a device commonly used in industrial practice to convert pressure into pneumatic signal or electric signal for controlling and transmitting. It can transform the physical pressure parameters such as gas and liquid into standard electrical signals (such as 4~20mADC, etc.), and supply two indicators such as alarm, recorder and regulator to measure, instruct and adjust process. It is widely used in various industrial automatic control environment. It involves many industries such as water conservancy and hydropower, railway transportation, intelligent building, production automation, aerospace, military industry, petrochemical, oil well, power, ship, machine tool, pipeline, medical treatment, food and so on.
Two, characteristics
1, import diffused silicon or ceramic core, suitable for different medium pressure liquid level measurement;
2, voltage, current, HART multiple output mode;
3, laser compensation temperature compensation, the use of wide temperature range, high accuracy.
4, LED LCD display;
5, overvoltage and overcurrent reverse grade circuit protection, high reliability;
6, all LASER waterproof design, multiple protection, protection grade IP65.
Three, technical parameters
range | -100KPa-0-100MPa any range, Zui range 5KPa (diffused silicon pressure sensor) |
-100KPa-0-20MPa any range, Zui range 160KPa (ceramic pressure sensor) | |
Any range (single crystal silicon pressure sensor) in -100KP-0-60MPa | |
Accuracy grade | 0.5 level, 0.2 level, 0.075 level (monocrystalline silicon sensor) |
Medium temperature | -30~+85 C |
ambient temperature | -20~+85 C |
Power supply voltage | DC24V |
Load capacity | The current output type is less than 500 omega (without display); less than 250 omega (with display); voltage output type: greater than 3K ohm. |
Nonlinear | + 0.2%F.S |
Hysteresis and repeatability | + 0.1%F.S |
Annual long term stability | + 0.1%F.S |
Thermal zero drift | + 0.02%F.S |
response time | Less than 50ms |
Working pressure | 1.5 times range |
Electrical connection | Connection terminal, standard Hester joint |
Process connection | External thread (M20*1.5, G1/2, 1/2NPT, etc.) Flange (DN25, DN40, etc.) Chuck |
External component material | 304 stainless steel /316L stainless steel |
Shell material | Cast aluminum housing |
Protection level | IP65 |
Explosion proof grade | ExdIIBT6, ExdIICT4 |
Four, specification type
EBY-K | Specification code | Explain | |||||
O- | No explosion proof | ||||||
B- | explosion-proof | ||||||
P | Protective cast aluminum housing | ||||||
H | Standard Hester joint | ||||||
A | 4-20mA current output tape display | ||||||
A1 | 0-10mA current output without display | ||||||
V1 | 0-5V voltage output | ||||||
V2 | 0-10V voltage output | ||||||
R | RS485 | ||||||
HA | With HART communication superimposed 4-20mA output | ||||||
G- | Gauge pressure | ||||||
A | Absolute pressure | ||||||
Z | LCD display (4-20mA output only) | ||||||
E | LED display (4-20mA output only) | ||||||
G | Thread (default M20 * 1.5, other specification notes) | ||||||
F | Flange installation (DN25, DN40, etc.) | ||||||
W | Chuck installation | ||||||
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