What are the models of fine water mist nozzles?

Water mist nozzles have different models based on different performance parameters. Generally, water mist nozzles have unified industry standards for model naming, and some parameters in the model are defined by the manufacturer. So what are the models of fine water mist nozzles? There are different models of open and closed water mist nozzles. Closed nozzles have one more glass ball parameter than open nozzles. The specific model naming method and the regular models of water mist nozzles are as follows:

1. The meaning of water mist nozzle model

The water mist nozzle model consists of product category, product code, main parameters, custom code, etc.

Example 1: XSW-TQ0.5/10M1 represents an M1 type open type fully submerged water mist nozzle with a nominal flow coefficient of 0.5 and a minimum working pressure of 10MPa.

Example 2: XSW-T1/6-68℃Φ2 represents a closed water mist nozzle with a nominal flow coefficient of 0.1, a minimum working pressure of 6MPa, a nominal operating temperature of 68℃, and a heat sensitive element of Φ2mm glass ball.

2. High pressure water mist open nozzle model

1.XSW-T0.5/10 fine water mist nozzle with a flow coefficient of 0.5 and a minimum working pressure of 10Mpa

2.XSW-T0.7/10 fine water mist nozzle with a flow coefficient of 0.7 and a minimum working pressure of 10Mpa

3.XSW-T0.9/10 fine water mist nozzle with a flow coefficient of 0.9 and a minimum working pressure of 10Mpa

4.XSW-T1.0/10 fine water mist nozzle with a flow coefficient of 1.0 and a minimum working pressure of 10Mpa

5.XSW-T1.2/10 fine water mist nozzle with a flow coefficient of 1.2 and a minimum working pressure of 10Mpa

6.XSW-T1.5/10 fine water mist nozzle with a flow coefficient of 1.5 and a minimum working pressure of 10Mpa

7.XSW-T1.7/10 fine water mist nozzle with a flow coefficient of 1.7 and a minimum working pressure of 10Mpa

8.XSW-T2.0/10 fine water mist nozzle with a flow coefficient of 2.0 and a minimum working pressure of 10Mpa

9.XSW-T2.5/10 fine water mist nozzle with a flow coefficient of 2.5 and a minimum working pressure of 10Mpa

10.XSW-T3.0/10 fine water mist nozzle with a flow coefficient of 3.0 and a minimum working pressure of 10Mpa

11.XSW-T3.5/10 fine water mist nozzle with a flow coefficient of 3.5 and a minimum working pressure of 10Mpa

12.XSW-T4.0/5 fine water mist nozzle with a flow coefficient of 1.0 and a minimum working pressure of 5Mpa

13.XSW-T4.5/5 fine water mist nozzle with a flow coefficient of 4.5 and a minimum working pressure of 5Mpa

14.XSW-T5.0/5 fine water mist nozzle with a flow coefficient of 5.0 and a minimum working pressure of 5Mpa

15.XSW-T5.5/5 fine water mist nozzle with a flow coefficient of 5.5 and a minimum working pressure of 5Mpa

3. High-pressure fine water mist closed nozzle model

1. XSW-T1.2/10-57°Cφ2: Flow coefficient is 1.2, minimum working pressure is 10Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

​2.

3. XSW-T1.7/10-57°Cφ2: Flow coefficient is 1.7, minimum working pressure is 10Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

4. XSW-T2.0/10-57°Cφ2: Flow coefficient is 2.0, minimum working pressure is 10Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

5. XSW-T2.5/10-57°Cφ2: Flow coefficient is 2.5, minimum working pressure is 10Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

6. XSW-T3.0/10-57°Cφ2: Flow coefficient is 3.0, minimum working pressure is 10Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

7. XSW-T3.5/10-57°Cφ2: Flow coefficient is 3.5, minimum working pressure is 10Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

8. XSW-T4.0/5-57°Cφ2: Flow coefficient is 4.0, minimum working pressure is 5Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

9. XSW-T4.5/5-57°Cφ2: Flow coefficient is 4.5, minimum working pressure is 5Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

10. XSW-T5.0/5-57°Cφ2: Flow coefficient is 5.0, minimum working pressure is 5Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

11. XSW-T5.5/5-57°Cφ2: Flow coefficient is 5.5, minimum working pressure is 5Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

4. Medium pressure water mist open sprinkler model

1. XSW-T2.5/1.5: A fine water mist nozzle with a flow coefficient of 2.5 and a minimum working pressure of 1.5Mpa

2. XSW-T3.0/1.5: A fine water mist nozzle with a flow coefficient of 3.0 and a minimum working pressure of 1.5Mpa

3. XSW-T3.5/1.5: A fine water mist nozzle with a flow coefficient of 3.5 and a minimum working pressure of 1.5Mpa

4. XSW-T4.0/1.5: A fine water mist nozzle with a flow coefficient of 4.0 and a minimum working pressure of 1.5Mpa

5. XSW-T4.5/1.5: A fine water mist nozzle with a flow coefficient of 4.5 and a minimum working pressure of 1.5Mpa

6. XSW-T5.0/1.5: A fine water mist nozzle with a flow coefficient of 5.0 and a minimum working pressure of 1.5Mpa

7. XSW-T5.5/1.5: A fine water mist nozzle with a flow coefficient of 5.5 and a minimum working pressure of 1.5Mpa

5. Medium pressure fine water mist closed nozzle model

1. XSW-T2.5/1.5-57°Cφ2: Flow coefficient is 2.5, minimum working pressure is 1.5Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

​2.

3. XSW-T3.5/1.5-57°Cφ2: Flow coefficient is 3.5, minimum working pressure is 1.5Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

4. XSW-T4.0/1.5-57°Cφ2: Flow coefficient is 4.0, minimum working pressure is 1.5Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

5. XSW-T4.5/1.5-57°Cφ2: Flow coefficient is 4.5, minimum working pressure is 1.5Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

6. XSW-T5.0/1.5-57°Cφ2: Flow coefficient is 5.0, minimum working pressure is 1.5Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

7. XSW-T5.5/1.5-57°Cφ2: Flow coefficient is 5.5, minimum working pressure is 1.5Mpa, glass ball temperature is 57 degrees, fine water mist closed nozzle with diameter of 2mm

6. Customization requirements for fine water mist nozzle models

The above are conventional models of fine water mist nozzles, which are not suitable for all scenarios. If customers have customization needs, they can provide the main technical parameters and find the manufacturer for customization. Anhui Lanzhong Electromechanical has the ability to design and produce various forms of fine water mist nozzles, and can customize the structural type, flow coefficient and material according to customer needs. Customer customization requires at least the following information:

(1) Nozzle (nozzle) structural type, such as appearance size, thread, structure, etc.;

(2) Medium;

(3) Flow coefficient;

(4) Performance requirements, such as droplet diameter, range, spray angle, installation parameters, etc.;

(5) Minimum and maximum working pressure;

(6) Application site and working environment;

(7) Material;

(8) The closed nozzle should also provide glass ball parameters.

The model of the water mist nozzle is composed of the main performance parameters of the nozzle, so usually by providing the model, you can basically know the physical characteristics of the nozzle, such as its working pressure, its flow rate, what material it is made of, the degree of the glass ball used, etc. However, not all water mist nozzle models can display all parameters of the nozzle, so when used in some special scenarios, it is still necessary to provide parameters according to the manufacturer's requirements.