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Water Hammer Damper

Name: Water Hammer Damper
Brand: CHINTAN ENTERPRISE
Price: 100-300000 INR
Availability: InStock

Price 100-300000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Water Hammer Damper Specification

Valve Type
Water Hammer Damper

Valve Size
2 to 24 (DN50 to DN600)

Connection Type
Flanged, Wafer

Application
Used for preventing water hammer in pipelines and hydraulic systems

Structure
Double flange or wafer type body, with dampening mechanism

Power
Not required (mechanical operation)

Pressure
PN10, PN16, PN25

Media
Water, Neutral Liquids, Sewage

Port Size
Available from DN50 to DN600

Disc
Ductile Iron with Epoxy or Stainless Steel

Life Cycle
Designed for over 10,000 cycles

Body Thickness
ASTM/GB standard

Suitable Fluids
Potable water; Raw water; Wastewater

Installation Position
Horizontal or vertical

Coating
Fusion bonded epoxy coating

Flange Standard
DIN, ANSI, JIS available

Weight
Varies by size, approx. 6 kg (DN80)

Opening Pressure
0.02 MPa

Testing Standard
API 598 / EN12266

Water Hammer Damper Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Month

Delivery Time
1 Week

About Water Hammer Damper

Water Hammer Damper

The "HAMMER STOP" device has been designed in order to attenuate the "water hammer" phenomenon which is created in a closed conduct when there is a abrupt variation of the fluid speed. This phenomenon presents itself when there is quick sequence of pressure excesses and drops which creates instability and generates noise and which can provoke serious damages to the systems and the connected devices.

The water hammer damper must be installed near to the devices which can trigger this event such as ball valves, solenoid valves, mixing valves and all hydraulic components capable of stopping the water flow in the pipelines in a sudden way. The norm UNI 9182 "Installations for the alimentation and distribution of cold and hot water. Criteria regarding design, tests and management" recommends the use of a water hammer damper.

Pressures :
Static working pressure		3 bar
Maximum working pressure (PN)		10 bar
Maximum water hammer		50 bar
Temperature :
Maximum working temperature (TS)		90 C
Compatible fluids :
Water
Threading:
Pipeline connection		Threads according to ISO 228/1
Requirements and tests as per :
Shell tightness		Test P11 - EN 12266-1
Requirements and tests as per worksheet KIWA BRL K632/03

Body in brass EN 12165 - CW617N chrome plated with ELECTRODEPOSITED COATING EN 12540 (Cu/Ni5sCrr)
Damper in brass EN12165-CW602N (DZR)
SM GALVANIZED STEEL calibration spring - EN 10270-1M
Static and dynamic sealing gaskets in EPDM "perox"

0198.015 male "

0198 . "

WATER HAMMER DAMPER "HAMMER STOP"

CONNECTION: MALE

Comprehensive Water Hammer Protection

This damper safeguards your system from damaging surges by effectively absorbing shock waves. Its reliable design ensures protection for potable water, raw water, and sewage pipelines, making it ideal for varied hydraulic applications. Fusion bonded epoxy coating provides excellent corrosion resistance, increasing overall durability.

Versatile Installation and Compatibility

The valve is engineered to be mounted in both horizontal and vertical orientations, allowing flexible integration into existing pipelines. Multiple flange standards (DIN, ANSI, JIS) as well as double flange and wafer type bodies ensure compatibility with global systems.

Reliable, Long-lasting Performance

Manufactured for a life cycle exceeding 10,000 cycles and tested under strict API 598/EN12266 standards, this water hammer damper offers consistent dependability. Its robust structure and minimal maintenance requirements make it a cost-effective solution for water flow regulation.

FAQs of Water Hammer Damper:

Q: How is the Water Hammer Damper installed in a pipeline?

A: The Water Hammer Damper can be installed in either a horizontal or vertical position, making it adaptable for various pipeline configurations. Ensure that the connection typeflanged or wafermatches your pipelines specifications for proper fitting.

Q: What testing standards does the Water Hammer Damper meet?

A: This product is tested according to API 598 and EN12266 standards, ensuring leak-tight performance and quality reliability before installation and operation.

Q: When should a Water Hammer Damper be used within a hydraulic system?

A: Install a Water Hammer Damper whenever there is a risk of water hammer or pressure surges, commonly during rapid valve closure or pump changes in potable water, wastewater, or raw water pipelines.

Q: Where is the ideal location to position the Water Hammer Damper?

A: Optimal placement is near the source of potential pressure surges, such as downstream of pumps or fast-closing valves. Proper selection of port size (DN50DN600) ensures effectiveness across various pipeline scales.

Q: What is the advantage of the dampers fusion bonded epoxy coating?

A: Fusion bonded epoxy coating provides excellent resistance to corrosion and abrasion, prolonging the valves lifespan and maintaining water quality, especially in potable and raw water applications.

Q: How does the damper function without external power?

A: The Water Hammer Damper operates through a robust mechanical design, utilizing a dampening mechanism to absorb pressure surges. It requires no electrical or pneumatic supply, ensuring reliable performance under all operating conditions.

Q: What are the benefits of using this damper in my system?

A: Employing the Water Hammer Damper minimizes the risk of pipeline damage and noise due to pressure surges, reduces maintenance costs, and enhances safety for equipment and personnel. Its long life cycle and compatibility with various fluids make it a versatile choice for water-based applications.

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