D. MONITOR – M 241 (STAINLESS STEEL)

TECHNICAL DATA
MODEL M 241
NOMINAL SIZE 2.5 Inch (65 MM)
MAX. SERVICE 175 PSI (12 Bar)
PRESSURE
MAXIMUM FLOW 600 GPM (2270 LPM)
FACTORY 400 PSI (27.6 Bar)
HYDROSTATIC
TEST PRESSURE
SWIVEL JOINT Stainless Steel with Double
row ball Bearing and Grease
Fittings
NOZZLE THRUST Flow in LPM X √Pressure
REACTION IN Kg. Kg./sq.cm. X 0.0228
INLET CONNECTION 2.5”, 3” OR 4” (65, 80, OR
100NB) Flange to ANSI
B16.5 # 150, R.F.
OUTLET CONNECTION 2.5” BSP (M)
MONITOR ELEVATION 90 Deg. above horizontal
& 45 Deg. below horizontal
MONITOR ROTATION 360 Deg. continuous
MONITOR MOVEMENT Handle with twist lock
FINISH Red RAL 3001
WEIGHT ( Approx) 31 Kg
ORDERING Specify Monitor Model
INFORMATION and Inlet Flange Size

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Description

D. MONITOR - M 241 (STAINLESS STEEL)
D. MONITOR – M 241 (STAINLESS STEEL)

Corrosion resistant stainless steel monitor ModelM 241 is durable manual controlled monitor for fixed  installation as well as trailer mounted unit. The
monitor is generally used for protection of flammable liquid storage tanks, loading racks, dykes marine and many other industrial application.
The Monitor possess several design features that provides ease of operation, minimum maintenance and resistance to normally destructive  environments. The monitor is used with aspirating, non-aspirating and water nozzles with flow range upto 600 GPM (2270 LPM).
The monitor has welded stainless steel 2.5 inch (65MM) water way. The vertical and horizontal rotation is through stainless steel swiveling joints
with double row of stainless steel ball bearing. Both vertical and horizontal movements are controlled by handle with twist lock.
The monitor has large flow capability and can be manually operated by a single fire fighter. The design ensures to prevent jet reaction forces from effecting the horizontal and the vertical position of the monitor. The counter balance is not required to offset the weight of the nozzle. The monitor has the ability for 360 deg. continuous horizontal rotation and angle of elevation from +90 deg. above horizontal and 45 deg. below horizontal.
The water vanes in discharge tube reduces the turbulence and friction loss, thus increasing the nozzle performance to achieve greater range. To
ensure desired performance, the friction loss through monitor must be considered while selecting the nozzle and the flow through the monitor with reference to available base pressure at inlet of the monitor. For flow and jet reach data refer monitor nozzle data sheet.