1326 high-temperature pressure transmitter

NegotiableUpdate on 10/22

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Introduction: The principle and structure of the 1326 high-temperature pressure transmitter. The 1326 pressure transmitter adopts an imported silicon pressure resistance isolation membrane oil filled core as the signal measuring element. The measured medium pressure is transmitted to the sensor through the heat dissipation structure on the transmitter. The signal processing circuit located inside the stainless steel shell converts the sensor signal into a standard output signal. The entire product has gone through components, semi-finished products, and finished products ..

Product Details

Principle and Structure of 1326 High Temperature Pressure Transmitter

The 1326 pressure transmitter adopts an imported silicon piezoresistive isolation membrane oil filled core as the signal measuring element. The measured medium pressure is transmitted to the sensor through the heat dissipation structure on the transmitter. The signal processing circuit located inside the stainless steel shell converts the sensor signal into a standard output signal. The entire product has undergone rigorous testing and aging screening of components, semi-finished products, and finished products, with stable and reliable performance.

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1326 high-temperature pressure transmitter

　　Application of 1326 High Temperature Pressure Transmitter

Non corrosive gas and liquid pressure measurement for 316L stainless steel.

Applied to industrial process sites such as petroleum, chemical, metallurgical, power, hydrology, etc.

In the field of shipbuilding and aviation industry.

Hydraulic and pneumatic control systems.

Applied in industries such as healthcare, biological products, and food hygiene.

Characteristics of 1326 High Temperature Pressure Transmitter

Wide measurement range, all stainless steel structure, diverse pressure interface forms, protection level IP65;

The output signal forms are diverse and adjustable on site;

Technical Specifications
Range:	-0.1~0 or 0~0.01MPa or 0~100MPa
Allow overload:	≤ 1.5 times the rated range
Pressure type:	Gauge pressure, absolute pressure, sealing reference pressure type
accuracy:	±0.25%（典型）±0.5%（最大）
Long term stability:	± 0.1% F.S/year (typical) ± 0.2% F.S/year (maximum)
Zero temperature drift:	±0.03%F.S/℃(≦100KPa） ±0.02%F.S/℃(>100KPa）±0.02%F.S/℃(>100KPa）
Full temperature drift:	±0.03%F.S/℃(≦100KPa） ±0.02%F.S/℃(>100KPa）
Working temperature:	-20℃~80℃
Storage temperature:	-40℃~120℃
Power supply:	15-30VDC (intrinsically safe type powered by safety barriers)
Output signal:	4~20mA 0~10/20mA 0/1~5VDC
Pressure interface:	Clamp type flange interface (φ 50.4)
Shell material:	304 stainless steel
Membrane material:	316L stainless steel
O-ring seal:	fluororubber
Cable:	polyethylene
Insulation resistance	100MΩ 100VDC
Shell protection level:	IP65

1326 high-temperature pressure transmitter (unit: mm)

Selection code
1326-	1	2	3	4	5	6	7	8
1326-	Range -0.1~0 or 0~0.01MPa or 0~100MPa (X: indicates the actual measurement range is online)
1	XK	(0-x)Kpa
1	XM	0-x）Mpa
2	Appearance specifications
	A	High temperature heat dissipation tube type
	B	High temperature heat sink type
3	power supply
	D1	15~30VDC
	D3	Other power supply methods
4	output signal
	S1	4~20mADC
	S2	1~5VDC
	S3	0~5V
	S4	0~10mADC
	S5	0~20mADC
5	accuracy class
	A	0.1%F.S
	B	0.25%F.S
	C	0.5%F.S
6	threaded interface
	J1	M20 × 1.5 external thread
	J2	G1/2 external thread
	J3	G1/4 external thread
	J5	Other special threads
7	Pressure type
	G	Gauge pressure (* regular option)
	A	absolute pressure
	S	Sealing reference pressure
8	OEM customization
	/	Regular shipment without customized content
	A	Nameless light plate customized product
	B	Designated nameplate, designated trademark product