- Sono-Tek Home

- Customer Testimonials

- Ultrasonic Spray Overview

Nozzle Overview
Nozzle Technology
How They Work
Operating Considerations
Drop Size and Distribution
Flow Rate
Compatibility
Dual Liquid Feed
Spray Shaping
Broadband Generator
Precision Generator

- Glass Coating

WideTrack Float Glass
WideTrack Panel Glass

- Spray Drying


- Ultrasonic Spray Nozzles

Ultrasonic Nozzle
Vortexing
Dual Liquid Feed
MicroMist
Enclosures
Mounting Option

- Precision Sprayers

Accumist
MicroMist
Impact

- Spray Drying Overview

SonoDry
Spray Drying Nozzles

- Wide Area Web Coating

- XYZ Systems

FlexiCoat Inline
ExactaCoat Benchtop

- Liquid Delivery

MCS Module
AccuFlow
Gear Pump
Gravity Feed
Syringe Pump
Pressure Reservoir
MicroFlow
SonicSyringe
CSP Flow
SonoFlow CSP

- Reciprocating Systems

HyperSonic

- Video Library

- Custom

- Product Information Request

- Contact Us


Email this pageEmail  Print PagePrint
 Home >> Nanotechnology >> Liquid Delivery >> Pressure Reservoir

Pressure Reservoir

Pressure Reservoir - Liquid Delivery System

Sono-Tek's pressurized-reservoir liquid delivery systems are cost-effective solutions designed to be used in the most demanding ultrasonic nozzle spray applications. The liquid to be sprayed is placed in a closed reservoir and pressurized by an external source of gas (air or any other nonflammable gas). The gas pressure provides the driving mechanism that forces the liquid out of the reservoir and into the line supplying the nozzle.

When flow rates or dispense volumes must be carefully controlled, and where a highly reliable yet simple approach to liquid delivery is required, pressurized-reservoir systems offer these advantages:

Features:

* Flow meter supplied with the 1- and 3-gallon reservoirs only

Operating Principle

Operating Principle

Operating Principle The gas pressure exerted on the liquid within the closed reservoir is the primary factor in determining flow rate and flow rate range. A pressure regulator, rated at 0 -10 psi (0 - 70 kPa) output, is located in the input gas line. It provides the first level of flow rate control. Typically, pressures on the order of 1- 5 psi (7 - 35 kPa) are suitable. On the liquid outlet line, additional flow control is available through a needle-type metering valve. This valve is used to fine tune the flow rate over the range set by the regulator. A positive shutoff valve is located in the liquid outlet line beyond the metering valve. This valve serves as the master flow on/off mechanism. For continuous flow applications, the shutoff valve is usually manually operated. For single-shot operation, the electronically-operated solenoid valve option is required. Other components of the system include a gas filter/moisture trap on the gas inlet, a gas pressure gauge, and a flow meter.

Send Me More Information Send me more information

LDPR06R1W

Sono-Tek Corporation
2012 Route 9W
Milton, N.Y. 12547
Phone: 1-845-795-2020
Fax: 1-845-795-2720