Home > Products > Refrigeration Solenoid Valve > Danfoss Type Solenoid Valve > G 7/8'' EVR 15 Refrigeration Solenoid Valve

G 7/8'' EVR 15 Refrigeration Solenoid Valve

Payment Type:
L/C,T/T,Paypal,Money Gram,Western Union
Incoterm:
FOB,CFR,CIF,EXW
Min. Order:
1 Set/Sets
Transportation:
Ocean,Land,Air
Port:
Shanghai,Tianjin,Yiwu
Share:
Chat Now
  • Product Description
Overview
Product Attributes

Model No.EVR15-078S

BrandBrando

ActuatorElectric

Connection FormFlange

TypeDirect Acting

MaterialCast Iron

PressureOrdinary Temperature

Valve StructureDirect-Acting Piston Structure

Power SupplyDC Solenoid Valve

UsageTemperature Control

StandardGB

ApplicationAir Conditioning Or Refrigerator

Supply Ability & Additional Information

PackagingPallet,Carton,Inner Box

Productivity4650 sets/ 1 month

TransportationOcean,Land,Air

Place of OriginNINGBO CHINA

Supply Ability155 sets per day

CertificateCE

PortShanghai,Tianjin,Yiwu

Payment TypeL/C,T/T,Paypal,Money Gram,Western Union

IncotermFOB,CFR,CIF,EXW

Packaging & Delivery
Selling Units:
Set/Sets
Package Type:
Pallet,Carton,Inner Box

G 7/8'' EVR 15 Refrigeration Solenoid Valve


EVR 15-078S Air conditioning/refrigerator Solenoid Valve plays an important role in water-cooled industrial chillers.Water-cooled industrial chillers can be widely used in plastic, electroplating, electronics, chemical, pharmaceutical, printing, food processing, ice skating rinks and other industrial refrigeration processes that require the use of low-temperature chilled water, or large shopping malls, hotels, factories, hospitals. In the various central air-conditioning projects, the field of centralized cooling of chilled water is required.


Technical parameters of G7/8'' Inch EVR 15 Refrigeration Solenoid Valve:

Model
Connection
H1
H2
H4
L
L2
KV Factor (m³/h)
SAE inlet/outlet ODF inlet/outlet (Solder) Inch mm Inch mm Inch mm Inch mm Inch mm Inch mm
EVR3-014 EVR3-014S 1/4 6 0.5 14 2.8 71 - - 4.0 102 0.3 7 0.27
EVR3-038 EVR3-038S 3/8 10 0.5 14 2.9 73 - - 4.6 117 0.4 10
EVR6-038 EVR6-038S 3/8 10 0.5 14 3.1 79 - - 4.4 111 0.4 10 0.8
EVR6-012 EVR6-012S 1/2 12.8 0.5 14 3.1 79 - - 5.0 127 0.4 10
EVR10-012 EVR10-012S 1/2 12.8 0.6 16 3.1 79 - - 5.0 127 0.4 10 1.9
EVR10-058 EVR10-058S 5/8 16 0.6 16 3.1 79 - - 6.3 160 0.5 12

EVR15-058S 5/8 16 0.7 19 3.4 86 - - 6.9 176 0.5 12 2.6

EVR15-078S 7/8 22 0.7 19 3.4 86 - - 6.9 176 0.7 17

EVR20-078S 7/8 22 0.8 20 3.5 90 - - 7.5 191 0.7 17 5

EVR20-118S 1 1/8 28.8 0.8 20 3.5 90 - - 8.4 214 0.8 22

EVR22-138S 1 3/8 35 0.8 20 3.5 90 - - 11.1 281 1 25 6

EVR25-118S 1 1/8 28.8 1.5 38 5.4 138 2.8 72 10.0 256 0.8 22 10

EVR25-138S 1 3/8 35 1.5 38 5.4 138 2.8 72 11.0 281 1 25

EVR32-138S 1 3/8 35 1.9 47 4.4 111 2.1 53 11.0 281 1 25 16

EVR32-158S 1 5/8 42 1.9 47 4.4 111 2.1 53 11.0 281 1.1 29

EVR40-158S 1 5/8 42 1.9 47 4.4 111 2.1 53 11.0 281 1.1 29 25

EVR40-218S 2 1/8 54 1.9 47 4.4 111 2.1 53 11.0 281 1.3 34

Main parts of EVR 15-078S Bass Soldering Solenoid Valve:
1 Solenoid Coil (10w)
2 Return Spring
3 Iron Core Component, Plunger
4 O-ring
5 Valve Bonnet
6 Sealing
7 Valve Core
8 Baffle
9 Valve Body
10 Cap
11 Fixing Screw
12 Label
13 Copper Tube
14 Steel Washer


Air conditioning & Refrigerator used Danfoss Type EVR 15-078S Electromagnetic Valve:

Air conditioning & Refrigerator used EVR15-078S Solenoid valve


Production processing of EVR 15-078S DANFOSS Type Refrigerator Valve:

Production processing of EVR15-078S air conditioning solenoid valves


Payment of EVR 15-078S Air conditioning solenoid valve:

Payment of EVR15 Air conditioning solenoid valve


Working principle of screw water-cooled industrial chiller with G 7/8'' EVR 15 Refrigeration Solenoid Valve:
The screw chiller is mainly composed of a screw compressor, a condenser, an evaporator, an Expansion Valve and an electric control system. 

(1) Twin screw compressor
The twin-screw refrigeration compressor is an energy-adjustable fuel injection compressor. Its three consecutive processes of inhalation, compression, and exhaust are achieved by periodic volume changes caused by the rotation of a pair of intermeshing male and female rotors in the body.
Generally, the male rotor is the active rotor, and the female rotor is the driven rotor.

Main components: double rotor, body, main bearing, shaft seal, balance piston and energy adjustment device.


The capacity is 15~100% stepless adjustment or the second and third stage adjustment, and the hydraulic piston is used to increase or decrease the load. Conventional adoption:Radial and axial are rolling bearings; open type with oil separator, oil storage tank and oil pump; closed type for differential pressure oil supply for lubrication, injection, cooling and piston movement to drive spool capacity adjustment.

Compression principle:
Inhalation process: The gas enters the interdental volume of the male and female rotors through the suction port.


Compression process: When the rotor rotates, the volume between the male and female rotor teeth is connected (V-shaped space). Due to the mutual meshing of the teeth, the volume is gradually reduced and the gas is compressed.


Exhaust process: The compressed gas moves to the exhaust port to complete a working cycle.


(2) Single screw compressor
Compression is produced by the engagement of an active rotor and two star wheels. Its three consecutive processes of suction, compression and exhaust are realized by periodic volume changes caused by the rotation of the rotor and the star wheel.
The number of rotor teeth is six and the star wheel is eleven teeth.
The main components are a rotor, two star wheels, the body, the main bearing, and energy conditioning devices.
The capacity can be adjusted from 10% to 100% steplessly and three or four segments.

Compression principle:
Suction process: Gas enters the rotor slot through the suction port. As the rotor rotates, the star wheels enter the state of meshing with the rotor slots, and the gas enters the compression chamber (the closed space formed by the rotor slot curved surface, the casing cavity and the star tooth surface).
Compression process: As the rotor rotates, the volume of the compression chamber decreases and the gas is compressed until the leading edge of the compression chamber is turned to the exhaust port.


Exhaust process: After the front of the compression chamber is turned to the exhaust port, the exhaust is started, and a working cycle is completed. Due to the symmetrical arrangement of the star wheels, the cycle undergoes two compressions per revolution, and the displacement is correspondingly twice the amount of circulation per week.


Welcome to your inquiry!

Product Categories : Refrigeration Solenoid Valve > Danfoss Type Solenoid Valve

Home > Products > Refrigeration Solenoid Valve > Danfoss Type Solenoid Valve > G 7/8'' EVR 15 Refrigeration Solenoid Valve
Email to this supplier
  • *Subject:
  • *To:
    Mr. Brandon Bao
  • *Mobile:
  • *Email:
  • *Message:
    Your message must be between 20-8000 characters
Send Inquiry
*
*
*

Related Products List

Home

Product

Whatsapp

About Us

Inquiry

We will contact you immediately

Fill in more information so that we can get in touch with you faster

Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.

Send