| Customization: | Available |
|---|---|
| After-sales Service: | 24/7 After Sales Services |
| Warranty: | 12 Months From Delivery |
|
Still deciding? Get samples of US$ 400/Piece
Order Sample
|
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
|---|
| Payment Methods: |
|
|---|---|
| Support payments in USD |
| Secure payments: | Every payment you make on Made-in-China.com is protected by the platform. |
|---|
| Refund policy: | Claim a refund if your order doesn't ship, is missing, or arrives with product issues. |
|---|
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Product Overview
The ZZYS30 vortex flowmeter is a sophisticated velocity flow instrument designed for a myriad of applications.
It is expertly crafted to measure, monitor, and control the flow of liquids, steam, and most gases with unparalleled precision.
This flowmeter boasts a cutting-edge design that withstands mechanical vibrations, impacts, and contamination effortlessly.
Engineered with no moving parts, it ensures no wear and tear, eliminating the need for mechanical maintenance. Enjoy low pressure loss, consistent performance, and unmatched accuracy.
Installation is a breeze, with the flexibility to match the sensor and signal converter as required.
Product features:
Extensive application range, ideal for measuring the flow of steam, gas, and liquid with exceptional accuracy.
Outstanding vibration performance, zero-point drift, and superior resistance to external vibrations ensure reliable measurements.
ZZY30 includes integrated temperature and pressure options, which significantly reduce installation costs for users.
Offers versatile output options including (0-5) kHz frequency output, (4-20) mA output, and HART communication/Modbus protocol communication.
Features parameter settings via Bluetooth communication. Designed to be wear-resistant and dirt-resistant, requiring no mechanical maintenance. Enjoy a long service life and explosion-proof safety.
Technical Index
Measurement Medium: Gas, Liquid, Steam
Connection Method: Flange Clamp Type, Flange Type, Insertion Type
Caliber Specifications:
Flange Clamping Type: 25, 32, 50, 80, 100.
Flange Connection Type Caliber Selection: 100, 150, 200
Flow Measurement Range: Normal Measurement Flow Velocity Range - Reynolds Number 1.5×10~4×10; Gas 5~50 m/s; Liquid 0.5~7 m/s.
Normal Measurement Flow Range: Liquid
Gas Flow Measurement Range: See Table 2.
Steam Flow Range: See Table 3.
Measurement Accuracy: 1.0 Class, 1.5 Class
Measured Medium Temperature:
Room Temperature: -25ºC~100ºC; High Temperature: -25ºC~150ºC, -25ºC~250ºC Output Signal: Pulse Voltage Output Signal - High Level 8~10V, Low Level 0.7~1.3V; Pulse Duty Cycle is about 50%, Transmission Distance is 100m
Pulse Current Remote Transmission Signal: 4-20 mA, Transmission Distance is 1000m Instrument Use Environment: Temperature -25ºC~+55ºC, Humidity 5~90% RH50ºC Material: Stainless Steel, Aluminum Alloy
Power Supply: DC24V or Lithium Battery 3.6V
Explosion-Proof Grade: Intrinsically Safe iaIIbT3-T6, Protection Level IP65.
PACKING & SHIPPING: Experience hassle-free packing and shipping solutions that ensure your products arrive safely and promptly, maintaining peak condition and integrity.
We will deliver your ordered product at the earliest date as required, ensuring timely and efficient service tailored to meet your specific needs.
Installation Requirements
Piping condition
The installation of the vortex flowmeter requires a certain straight pipe section before and after the sensor. The common configurations are as follows (D is the diameter of the pipe):
1.
The sensor should be installed on a pipe that is horizontal, vertical, or inclined (with the liquid flowing from bottom to top) and has the same diameter as the sensor. Ensure a certain length of straight pipe upstream and downstream of the sensor, meeting the requirements of 15-20D for the front straight pipe section and 5-10D for the rear straight pipe section.
2.
The pipe near the liquid sensor should be filled with the liquid being measured.
3.
Avoid installing the sensor on a pipe with strong mechanical vibrations.
4.
The inner diameter of the straight pipe section should be as consistent as possible with the sensor diameter. If not, use a slightly larger diameter pipe with an error ≤3% and not exceeding 5mm. Avoid installing the sensor in areas with strong electromagnetic interference, limited space, or where maintenance would be inconvenient..
5.
Horizontal pipeline installation is the most common method for flow sensors. For gas flow, if the gas contains a small amount of liquid, install the sensor at a higher point in the pipeline. For liquid flow, if the liquid contains a small amount of gas, install the sensor at a lower point in the pipeline.
6.
Sensor installation in vertical pipelines. For gas flow, the sensor can be installed on a vertical pipeline with no flow direction restriction. If the gas contains a small amount of liquid, the gas flow should be from bottom to top. For liquid flow, the liquid flow should also be from bottom to top to avoid additional weight on the probe.
7.
Side installation of sensors on horizontal pipelines. Sensors can be side-mounted on horizontal pipelines, especially when measuring superheated steam, saturated steam, and low-temperature liquids. Side mounting is preferred if conditions allow, as it minimizes the temperature impact on the amplifier.
8.
Inverted installation of sensors on horizontal pipelines is generally not recommended. It is not suitable for measuring general gases or superheated steam but can be used for measuring saturated steam and high-temperature liquids, or in situations where pipelines require frequent cleaning.
9.
Installation of sensors on pipelines with insulation layers. When measuring high-temperature steam, the insulation layer should not exceed one-third of the bracket height.
10.
Selection of pressure and temperature measurement points. Depending on measurement requirements, when pressure and temperature need to be measured near the sensor, the pressure measurement point should be 3-5D downstream of the sensor, and the temperature measurement point should be 6-8D downstream of the sensor.
){kind=link}