Built-in circuit sensor manual

Product Brief

BZ11 series built-in integrated circuit piezoelectric acceleration sensor is an acceleration sensor based on piezoelectric conversion principle and built-in micro integrated circuit. The sensor is a two-wire 4 to 20mA standard current output. Compared with the charge output piezoelectric acceleration sensor, the biggest advantage is that the output impedance of the sensor is reduced by several million times, and the comprehensive indicators such as anti-interference ability are greatly enhanced; compared with the two-wire or multi-wire voltage output sensor The biggest advantage is that changes in cable resistance, wiring resistance and resistance with temperature and other environmental factors will not have any impact on the signal. The sensor also has a key technical innovation point, which has made breakthrough improvements in high and low frequency characteristics and stability. It is a new type of integrated circuit piezoelectric acceleration sensor.
BZ11 series built-in integrated circuit piezoelectric acceleration sensor has a frequency range from 0.1Hz to 35kHz and a dynamic range from 1 × 10-6ms-2 to 8 × 105ms-2; it also has good normalization characteristics Exchangeability and product suitability; it can independently form the smallest measurement system; can be seamlessly connected with instruments with 4-20mA interface; can be used in conjunction with the BZ27 series signal conditioner developed and produced by our company to connect many instruments or signal processing equipment; The signal conditioner integration function can be used to form a speed sensor series and a displacement sensor series. Products are inspected one by one and a certificate of measurement verification is issued. This series of sensors can be widely used in aviation, aerospace, national defense and other cutting-edge technology fields, as well as national economic fields such as railways, bridges, construction, vehicles and ships, machinery, petroleum, chemical industry, metallurgy, and transportation.

Features

1. The high frequency response range is wide, the gain bandwidth product is more than 2 times higher than that of ordinary sensors, and it is more suitable for wide band measurement;

2. The low frequency characteristic is obviously improved, which is more suitable for low frequency and high sensitivity measurement;

3. 4 ~ 20mA current output, low noise, strong anti-interference ability, more suitable for long-distance measurement;

4. Internal reference compensation makes time and temperature stability improved, which is more suitable for long-term monitoring;

5. Normalized output, no need to set sensitivity separately, good interchangeability, more suitable for multi-point cluster measurement;

6. Strong overload capacity, generally can reach more than 5 to 10 times of the sensor range. Some models can

Dust-proof, moisture-proof and corrosion-proof, suitable for harsh environment;

7. Using the output characteristics of the sensor, the sensor can be self-checked, which is more suitable for high reliability measurement;

8. Two-wire connection, no fear of ground current interference, no strict restrictions on cable electrical characteristics, easy to use;

9. After connecting with integral signal conditioner, you can flexibly select gain and integral curve to form speed sensor series and displacement sensor series.

The Outport Stopper For I.V Fluid Bag is based on the polycarbonate joint formed by injection molding process, comprising of the injection‐purpose halogenated butyl rubber stopper and aluminum‐plastic composite cap. Among which, the material for polycarbonate joint is the imported medical‐level polycarbonate, complying with the FDA rules; the aluminum‐plastic composite cap is produced by using the imported top‐quality aluminum strip; the injection‐purpose halogenated butyl rubber stopper can be chosen to use the well‐known domestic product or imported product on the request of user.

The infusion stopper is produced in the clean plant, with the partial part reaching to Class 100 under the Class 10,000 background. The main working procedures, such as the injection molding and the cleaning, riveting, inspection, wash, assembly and etc., are designed and processed as per the cleanliness requirements at the partial level of Class 100, which passes the GMP on‐site certification and complies with the cleanliness requirements of high capacity injection medicine.

The main production equipments, test and inspection instruments of infusion stopper have already reached to the international level and are advanced at home. Meanwhile, the full production process is conducted the strict control and management, and making product free of plasticizing agent, loading agent and lubricating agent, and free of absorption or transfer when contacting with liquid medicine, neither the pyrogen and soluble matter, thence such equipment may ensure the product quality.

The outport stopper for I.V fluid bag is mainly used for double‐hose non‐PVC software bag.

Outport Stopper For I.V Fluid Bag

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