Instruction Manual

MODEL S8M
8” (200 mm) Discharge
8” HYDRAULIC SUBMERSIBLE
AXIAL FLOW HIGH VOLUME PUMP
The S8M offers a cost effective
solution for pumping high volumes
of water at low to medium heads.
This pump is great for retention
ponds, flood control, marine
salvage and many other jobs that
require quick and easy set-up.
FEATURES
B0109
167 Stock Street, Nesquehoning, PA 18240 Phone: 570-645-3779 Fax: 570-645-4061
Website
: www.hydra-tech.com E-Mail: htpump@hydra-tech.com
WEIGHT:....................................................... 190 lbs. (86 kg)
HEIGHT:.............................................................. 31" (79 cm)
DIAMETER (@ widest point w/o flange):............ 17" (43 cm)
DISCHARGE:.............................. 8-5/8" O.D. Pipe or Flange
SOLIDS HANDLING:........................................... 1" (25 mm)
HOSE PORTS:....................................................... 3/4" NPT
HYDRAULIC COUPLINGS:................... 3/4" Wing Nut Style
PUMP BODY:......................................................... Cast Iron
IMPELLER:................................................................ Bronze
SHAFT:......................................................... Stainless Steel
SHAFT SEALS:.................................. Carbon/Ceramic (Std)
ELASTOMERS:................................................ Buna N (Std)
HYDRAULIC OIL:................ 214-320 s.s.u. @ 100°F (64°C)
INPUT FLOW:................................. Max. 18 GPM (68 LPM)
OPERATING PRESSURE:............ Max. 2800 PSI (190 Bar)
POWER SOURCE:....... Any Open Center Hydraulic System
SPECIFICATIONS
Specifications are subject to change without notice
High Volume Axial Flow design
High Efficiency mixed flow impeller
Small Overall Size allows for use in
tight spaces
Variable Speed hydraulic drive
Oil Lubricated Seals (can run dry)
Dependable gear type hydraulic motor
Safe Hydraulic Drive can be used
where electric power is hazardous or
impractical
Operates with our HT20 to HT35 power
units or other hydraulic power sources
capable of flows to 18 GPM

Summary of content (2 pages)