HSBG-D6200/3051/3351 pressure transmitter, differential pressure transmitter, and liquid level transmitter (intelligent type, with built-in keyboard)

NegotiableUpdate on 05/20

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

1、 Overview: The HSBG-D6200/3351 intelligent pressure/differential pressure transmitter has anti-interference ability, zero point stability, zero point automatic tracking ability, and temperature automatic compensation ability. Due to the excellent polarity of silicon materials, the linearity and variation index of the output signal are both high. The amplified signal is converted into the corresponding current signal, then subjected to nonlinear correction, and finally produces a standard current signal that is linearly related to the input pressure. Widely used in fields such as petroleum, chemical, cement, electricity, steel metallurgy, papermaking, environmental protection, coal, mining, pharmaceuticals, sewage treatment, etc., to achieve measurement of various industrial processes (pressure, differential pressure, flow rate, liquid level).

Product Details

2、 Main technical indicators

*Reference conditions: No migration state, filled with silicone oil, 316L isolation membrane; Measurement media: gases, liquids, and vapors

*Output signal: 4-20 mA (two-wire system), digital LCD display head power supply: 14-35VDC (recommended 24VDC)

*Accuracy: Linear output: ± 0.075 to ± 0.25% (for a range ratio of 1:1), including the comprehensive error of linear variation repeatability;

Square root output: When the output pressure is 4-100%, it is ± (0.2% calibration range+0.05% upper limit)

*Stability: ± 0.2% to ± 0.25% of the maximum range for 60 months;

*Response time: (10-90): ≤ 1 ms;

*Connecting pressure: pressure hole 1/4-18NPT internal cone pipe thread; Pressure screw: M10 × 1.5, spacing 41.3mm, center distance: 54mm

*Overpressure effect: ± 0.25% on pressure and absolute pressure, ± 1% on negative pressure and differential pressure

*Temperature effect: In an environment of 28 ℃, digital signal: ≤± 0.05%; Analog signal: ≤± 0.075% to ± 0.1%; Micro range (≤ 1.5KPa, ± 0.2%)

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