Customization: | Available |
---|---|
Type: | Normal Pressure Transmitter |
Structure Type: | Diffused Silicon Pressure Transmitter |
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The HPM180 intrinsically safe pressure transmitter uses a high-precision and high-stable diffused silicon pressure core as the sensitive element. The built-in signal conditioning circuit converts the sensor signal into a standard current signal output. Can be directly connected to computers, control instruments, display instruments, etc. The product adopts stainless steel structure, has excellent overall performance, is easy to install, has good shock resistance and impact resistance, and can be used in harsh environments. Can be used for a long time.
This pressure transmitter complies with the national standard GB3836.1- 2010 "Explosive Environment Part 1: General Requirements for Equipment" and GB 3836.4-2010 "Explosive Environment Part 4: Intrinsically Safe Type "i"", and was reviewed by the nationally designated inspection unit, passed the inspection, and obtained the explosion-proof certificate.
Measuring Medium | Liquid, Gas or Steam |
Pressure Range | -100kPa…0~2kPa…100MPa |
Overload | 1.5 times pressure range of full scale |
Pressure Type | Gauge, Absolute or Sealed Gauge |
Accuracy | ±0.5%FS(typical) |
Long-term Stability | ±0.25%FS/year(typical) |
Temperature Coefficient of Zero | ±1.0%FS/ºC(Reference 25ºC) |
Temperature Coefficient of Full Scale | ±1.0%FS/ºC(Reference 25ºC) |
Working Temperature | -20~60ºC(Explosion-proof type); |
Storage Temperature | -40~85ºC |
Supply Voltage | 24VDC |
Output Signal | Two-wire 4~20mADC |
Intrinsically safe parameters | Ui=28VDC Ii=93mA Pi=0.65W Ci=0.04μF Li=0 |
Insulation Resistance | >20MΩ,500VDC |
Protection of Shell | IP65(DIN43650), IP66 M12x1, IP67(cable outlet) |
Electrical Connection | DIN43650 or M12×1 or Cable Outlet |
M12 | Hirschman | ||||||
Hirschman with Digital Display | Cable outlet | ||||||
Item NO. | Type | |||||||
HPM180 | Universal Pressure Transmitter | |||||||
Pressure Range | Measuring Range | |||||||
(0~X)kPa | Fill out X directly | |||||||
Code | Output Signal | |||||||
B1 | (4~20)mA | |||||||
B2 | (0~10)mA | |||||||
B3 | (0~10)V | |||||||
B4 | (0~5)V | |||||||
B5 | (1~5)V | |||||||
B6 | (0.5~4.5)V | |||||||
Code | Thread Spec | |||||||
P1 | M20×1.5 | |||||||
P3 | G1/4 | |||||||
P4 | G1/2 | |||||||
Code | Electrical Connection | |||||||
C1 | DIN43650 | |||||||
C2 | Cable Output | |||||||
C3 | Aviation Connector | |||||||
Code | Structure&Material | |||||||
Diaphragm | Interface | Shell | ||||||
M1 | 316L | 316L | Stainless Steel | |||||
M2 | 316L | 316L | 316L | |||||
M3 | Tantalum | Hastelloy | 316L | |||||
M4 | Titanium | Titanium | 316L | |||||
Code | Additional Functions | |||||||
G | Gauge Pressure(Default) | |||||||
A | Absolute Pressure | |||||||
S | Sealed Gauge Pressure | |||||||
v | Fluororubber O-Ring(Default) | |||||||
j | Buna-n O-Ring | |||||||
h | All-welded without O-Ring | |||||||
i | Intrinsic safety type,Exia II CT6 | |||||||
d | Explosion-proof type, Exd II CT6 | |||||||
D1 | LED display | |||||||
V1 | Supply Voltage 24VDC | |||||||
V5 | Supply Voltage 5VDC | |||||||
HPM180 | (0~100)kPa | B1 | P1 | C1 | M1 | GV1 |