ANSI End Suction Fire Pumps

Product code: ANSI

Single stage, end suction firefighting pumps. NFPA-20 design. UL Listed and FM Approved. Also available as Jockey Pumps.

Operation Limits

Pressure 40 to 250 + PSI

Flow 150 to 400 GPM

Drive Electric or Diesel

Applications Commercial, municipal and residential high-rise buildings, Large industrial premises and storage warehouses, Offshore and remote facilities, Airports, Power stations, Hospitals

CONSTRUCTION MATERIALS

Standard materials:

Cast iron

Ductrile iron

Carbon steel

Metallurgies available for sea/brackish water applications and harsh environments:

Stainless steel

Duplex and Super Duplex

Nickel-Aluminum-Bronze

Special materials available on request

FIRE MARKET APPLICATIONS

Sprinkler systems

Hydrant systems

Water curtains

Zalo

Consulting hotline: 0944934114
Product information

Overview

CHARACTERISTICS

Single stage horizontal centrifugal pump

Available with electric or diesel drive

The heavy-duty power frame of the CPP incorporates additional oil cooling and heat dissipation

Robust 316SS sleeved shaft (as standard) for extended seal life

Vertical discharge on the center line

Enclosed impeller design ensures maximum efficiency

Standard Inpro/Seal® bearing isolators

Double row thrust bearing that provides minimal shaft end play for extended mechanical seal life

BENEFITS

Back pull-out design simplifies maintenance and reduces problems associated with pipe strain

Ruhrpumpen also designs marine fire pump systems with ABS certification for floating offshore facilities.

DESIGN FEATURES

NFPA-20 design

UL-448 listed

FM-1319 approved

Special designs available on request

ANSI End Suction Fire Pumps

 

 

Xem thêm
Rút gọn
Frequently asked questions

You will receive a quote from us as soon as possible..

Have 0 comment, evaluate about ANSI End Suction Fire Pumps

Welcome, honored guests. Please leave a comment, we will respond soon
Reply.
Sender information
Comment
Click here to rate
Sender information
Product portfolio
Online support
0.13743 sec| 4317.102 kb