CN207998472U - The using and the reserved type ion exchange softener - Google Patents

Abstract

The utility model is related to a kind of the using and the reserved type ion exchange softeners comprising:Flange for being connected to raw water;The A softening filtering tanks and B being all connected with the flange soften filtering tank;Soften the A tanks production water management solenoid valve that the A tank central tubes of filtering tank are connect with the A, and the B tanks being connect with the B tank central tubes of B softening filtering tanks produce water management solenoid valve;The production water meter that water management solenoid valve and B tanks production water management solenoid valve are all connected with is produced with the A tanks;And the production water connector being connect with the production water meter.The using and the reserved function may be implemented in the using and the reserved type ion exchange softener of the utility model, can meet the requirements relatively high place, whole day uninterrupted water supply in 24 hours, and occur without hard water.

Description

The using and the reserved type ion exchange softener

Technical field

The utility model is related to the supply equipment fields of bathroom, kitchen, laundry facilities, heating, boiler, central air-conditioning etc..

Background technology

The principle of water softener

The hardness of water is mainly by cation, i.e., caused by calcium (Ca2+), magnesium (Mg2+) ion.When containing hardness ions When raw water is by exchanger resin layer, sodium ion is replaced in the calcium and magnesium ion and resin in water, resin adsorption calcium, magnesium Ion and sodium ion enters in water.The water flowed out out of exchanger in this way;Hardness is just eliminated, at softened water.With friendship Change the continuous progress of process, Na+ just loses function of exchange after all being replaced out in resin, Nacl must be used molten at this time Liquid regenerates resin, and Ca2+, Mg2+ of resin adsorption are replaced, and resin has adsorbed sodium ion again, has restored soft Change exchange capacity.

The performance characteristics of water softener

1. efficiently:Water softener global design is mating rationally, and effective operating capacity of resin is enable to give full play to.

2. saving of labor:High degree of automation, without setting staff on duty.

3. water-saving:Water softener water rate is up to 98% or more.

4. easy to adjust:User voluntarily can adjust regeneration period and recovery time according to actual needs.

5. operating cost is low:Due to high degree of automation, water softener adapt to water variation, accurately measure water yield, The dosage of regenerative agent, the waste of regenerative agent an innocent person when avoiding regeneration are measured, while a large amount of labour cost can be saved.

But 2750#, 2850# flow type multi-way valve of such as imported from America in the market are that separate unit supplies water mostly.Equipment exists In the case of regenerated, do not supply water.Equipment regenerative process wants or so 2 hours.If the equipment such as boiler need horse back moisturizing, this It is just very passive.

Utility model content

In view of the disadvantages mentioned above of the prior art, the utility model provides a kind of the using and the reserved type ion exchange softener.

A kind of the using and the reserved type ion exchange softener comprising:

Flange for being connected to raw water;

The A softening filtering tanks and B being all connected with the flange soften filtering tank;

Soften the A tanks production water management solenoid valve that the A tank central tubes of filtering tank are connect with the A, and softens with the B and filter The B tanks of the B tank central tubes connection of tank produce water management solenoid valve;

The production water meter that water management solenoid valve and B tanks production water management solenoid valve are all connected with is produced with the A tanks;And

The production water connector being connect with the production water meter.

Preferably, the flange is connect with A tanks ball valve and B tank ball valves, and the A tanks ball valve is connected to the A softenings filtering The A tanks of tank control head, and the B tanks ball valve is connected to the B tanks control head of the B softenings filtering tank.

Preferably, the A tanks ball valve and the B tanks ball valve are manual ball valve.

Preferably, the A tanks control head and B tanks control head are connected from same or different regeneration sewage draining exits.

Preferably, the water inlet of the A tanks control head flows to the A tanks softening resin extender in the A softenings filtering tank, so Enter the A tanks central tube afterwards;

The water inlet of the B tanks control head flows to the B tanks softening resin extender in the B softenings filtering tank, subsequently into The B tanks central tube.

Preferably, the water for flowing through the A tanks softening resin extender enters the A tanks central tube through A tank lower water-dispensing devices;

The water for flowing through the B tanks softening resin extender enters the B tanks central tube through B tank lower water-dispensing devices.

Preferably, the water softener further includes being connect with the flange and the production water meter and producing water with the A tanks Control the raw water release valve ball of solenoid valve and B tanks production water management solenoid valve parallel connection.

Preferably, the release valve ball is manual ball valve.

Preferably, it is provided with sampling valve between the production water meter and the production water connector.

The using and the reserved function may be implemented in the using and the reserved type ion exchange softener of the utility model, can meet the requirements ratio Higher place, whole day uninterrupted water supply in 24 hours, and occur without hard water, for being especially boiler, heating, central air-conditioning Equal applications are more perfect.

Description of the drawings

Fig. 1 is the structural schematic diagram of the using and the reserved type ion exchange softener of the utility model.

Specific implementation mode

Illustrate the principles of the present invention and illustrative embodiments with reference to the accompanying drawings.

Referring to Fig.1, each component of the using and the reserved type ion exchange softener according to the present utility model is said first It is bright.

Reference numeral 1 indicates flange, connects raw water pipeline.

Reference numeral 2 indicates A tank raw waters water inlet manual ball valve.

Reference numeral 3 indicates that A tanks control head.

Reference numeral 4 indicates that A tanks production water 24V controls solenoid valve.

Reference numeral 5 indicates that tap water bypasses manual ball valve.

Reference numeral 6 indicates that A softens filtering tank.

Reference numeral 7 indicates that A tanks soften resin extender.

Reference numeral 8 indicates A tank central tubes.

Reference numeral 9 indicates that B tanks soften resin extender.

Reference numeral 10 indicates that B softens filtering tank.

Reference numeral 11 indicates B tank central tubes.

Reference numeral 12 indicates B tank raw waters water inlet manual ball valve.

Reference numeral 13 indicates that B tanks control head.

Reference numeral 14 indicates that B tanks production water 24V controls solenoid valve.

Reference numeral 15 indicates production water ga(u)ge.

Reference numeral 16 indicates the whether qualified sampling valve of production water.

Reference numeral 17 indicates production water law orchid connector.

Reference numeral 18 indicates regeneration sewage draining exit.

Reference numeral 19 indicates B tank lower water-dispensing devices.

Reference numeral 20 indicates A tank lower water-dispensing devices.

Next, to the connection relation of each component of the using and the reserved type ion exchange softener according to the present utility model into Row explanation.

Flange 1 and ball valve 2, ball valve 5, ball valve 12 connect.

Ball valve 2 and solenoid valve 4 are threadedly coupled.

Ball valve 12 and solenoid valve 14 are threadedly coupled.

A tanks control head 3 and A softening filtering tanks 6 are threadedly coupled, and B tanks control head 13 and B softening 10 screw threads of filtering tank connect It connects.

Production water ga(u)ge 15 is connected with production water law orchid connector 17,14 internal thread of solenoid valve.

Sampling valve 16 is connected with production 17 plug-in type gluing of water law orchid connector.

It is receiving type that A tanks, which soften resin extender 7 and the filling of A softening filtering tanks 6, and B tanks soften resin extender 9 and B softenings The filling of filtering tank 10 is receiving type.

It is insertion between A tanks central tube 8 and A tanks lower water-dispensing device 20 and between B tanks central tube 11 and B tanks lower water-dispensing device 19 Formula gluing connects.

A tanks control head 3, B tanks control head 13 and regeneration sewage draining exit 18 are that I.S.S connects.

Illustrate the workflow of the using and the reserved type ion exchange softener according to the present utility model below.

About flow to

Raw water is from the valve port for flowing into ball valve 2, ball valve 12 with the flange 1 of raw water piping connection, and (ball valve 5 is spare, is mainly setting It is opened when standby maintenance, to supply water for equipment).Water flows into A tanks control head 3 and B tank control machines respectively from ball valve 2, ball valve 12 First 13.Water separately flows into A softening filtering tanks 6 from A tanks control head 3, B tanks control head 13 and B softens the tank body of filtering tank 10 It is interior.Water softens resin extender 9 by A tanks softening resin extender 7, B tanks and is flowed out from A tanks central tube 8, B tanks central tube 11.From A tanks The water that central tube 8, B tanks central tube 11 come out flows into production water ga(u)ge 15 by solenoid valve 4 and solenoid valve 14, finally from production water law Blue connector 17 flows out equipment.

About operation principle

Raw water enters ball valve 2 etc. from flange 1, is finally flowed out from production water law orchid connector 17.If the flow of A tanks reaches setting Flow will regenerate, then solenoid valve 4 is closed, and solenoid valve 14 is opened, and A tanks enter reproduced state.Raw water enters from flange 1, flows to A Soften in 6 tank body of filtering tank, then is flowed out from regeneration sewage draining exit 18.About 2 hours recovery times.After regeneration is good, wait for spare.Deng After B tank flows reach setting flow, solenoid valve 14 is closed, and solenoid valve 4 is opened, and A tanks bring into operation, and it is (former that B tanks similarly start regeneration Water flows into B softening filtering tanks 10 from flange 1 and is flowed out from regeneration sewage draining exit 18), it regenerates and finishes after 2 hours, into wait state. After A tank flows reach setting flow, switching B tanks operation.Operation is exchanged with this.

Above with reference to preferred embodiments of the present invention have been illustrated, it is understood, however, that above description is only Illustratively.Those skilled in the art can be under the premise of not departing from the spirit and scope of the utility model, to this practicality It is novel to make various modifications and variations.The scope of protection of the utility model is limited by the accompanying claims.

Claims (9)

1. a kind of the using and the reserved type ion exchange softener, which is characterized in that the water softener includes:

Flange for being connected to raw water;

The A softening filtering tanks and B being all connected with the flange soften filtering tank;

Soften the A tanks production water management solenoid valve that the A tank central tubes of filtering tank are connect with the A, and softens filtering tank with the B The B tanks of B tank central tubes connection produce water management solenoid valve;

The production water meter that water management solenoid valve and B tanks production water management solenoid valve are all connected with is produced with the A tanks;And

The production water connector being connect with the production water meter.

2. the using and the reserved type ion exchange softener according to claim 1, which is characterized in that

The flange is connect with A tanks ball valve and B tank ball valves, and the A tanks ball valve is connected to the A tanks control of the A softenings filtering tank Head, the B tanks ball valve are connected to the B tanks control head of the B softenings filtering tank.

3. the using and the reserved type ion exchange softener according to claim 2, which is characterized in that

The A tanks ball valve and the B tanks ball valve are manual ball valve.

4. the using and the reserved type ion exchange softener according to claim 2, which is characterized in that

The A tanks control head and B tanks control head are connected from same or different regeneration sewage draining exits.

5. the using and the reserved type ion exchange softener according to claim 2, which is characterized in that

The water inlet of the A tanks control head flows to the A tanks softening resin extender in the A softenings filtering tank, subsequently into the A Tank central tube;

The water inlet of the B tanks control head flows to the B tanks softening resin extender in the B softenings filtering tank, subsequently into the B Tank central tube.

6. the using and the reserved type ion exchange softener according to claim 5, which is characterized in that

The water for flowing through the A tanks softening resin extender enters the A tanks central tube through A tank lower water-dispensing devices;

The water for flowing through the B tanks softening resin extender enters the B tanks central tube through B tank lower water-dispensing devices.

7. the using and the reserved type ion exchange softener according to claim 1, which is characterized in that

The water softener further includes being connect with the flange and the production water meter and producing water management solenoid valve with the A tanks The raw water release valve ball of water management solenoid valve parallel connection is produced with the B tanks.

8. the using and the reserved type ion exchange softener according to claim 7, which is characterized in that

The release valve ball is manual ball valve.

9. the using and the reserved type ion exchange softener according to claim 1, which is characterized in that

It is provided with sampling valve between the production water meter and the production water connector.