FSME SERIES · INTELLIGENT SUBMERSIBLE DRAINAGE PUMP

Sense the water.
Control the drainage.

A semi-vortex drainage platform with an agitator, intelligent controller and water-level electrodes for automatic operation in construction sites, basements, utility pits, rainwater, muddy water and higher-viscosity liquids.

● 3 published models · 3 exact codes · 6 current records

MEUDY FSME intelligent submersible drainage pump

POWER0.5-1.0 HP

MAX FLOW79.3 GPM

MAX HEAD62.3 ft

PASSAGE6 mm

Series Overview

Key specifications shared across the FSME series.

The pump starts when water reaches the electrode and stops after the level falls below it. Published data specifies automatic overload and abnormal-voltage stopping, a five-minute recovery interval, probe protection and rapid assessment for protection and malfunction diagnosis.

Water-level electrodesAutomatic start and stop without a separate float
Motor protectionOverload and abnormal-voltage response
Agitated intakeShaft-mounted agitator reduces clogging and air lock

Model Range

Compare hydraulic performance across all available power ratings.

FSME is a separate Contents item from FSM. Its three single-phase models share intelligent control functions while retaining separate hydraulic and dimensional records.

MEUDY FSME2.4 intelligent drainage pump

CURRENT CATALOG IMAGE

FSME2.4

One content-distinct product image assigned to this FSME model.
MEUDY FSME2.75 intelligent drainage pump

CURRENT CATALOG IMAGE

FSME2.75

One content-distinct product image assigned to this FSME model.
MEUDY FSME3.75 intelligent drainage pump

CURRENT CATALOG IMAGE

FSME3.75

One content-distinct product image assigned to this FSME model.
ModelPower
HP
Outlet
mm
Rated flow / head
GPM / ft
50 Hz max flow / head
GPM / ft
60 Hz max flow / head
GPM / ft
Passage
mm
N.W.
kg
FSME2.40.55030.8 / 26.255.5 / 39.455.5 / 39.4613.5
FSME2.751.05044.0 / 36.170.4 / 59.166.0 / 62.3616.5
FSME3.751.08052.8 / 32.879.3 / 55.879.3 / 59.1618

Published maximum points are shown separately for 50 Hz and 60 Hz. Current catalog decimals remain separate below.

Configurations

Available 50 Hz / 60 Hz electrical configurations for each model.

Three records are published at each frequency. The table preserves electrical supply, duty points, maximum points, outlets, cable length and every frequency-specific drawing link in server-rendered HTML.

Exact codeHzPhase / VPower
HP
Rated flow / head
GPM / ft
Max flow / head
GPM / ft
Outlet / passage
mm
Cable
m
Drawing
FSME2.4501 / 2200.530.8 / 26.255.9 / 39.450 / 68View
FSME2.4601 / 1150.530.8 / 26.255.9 / 39.450 / 68View
FSME2.75501 / 2201.044.0 / 36.170.9 / 59.150 / 68View
FSME2.75601 / 1151.044.0 / 36.165.6 / 62.050 / 68View
FSME3.75501 / 2201.052.8 / 32.879.3 / 55.880 / 68View
FSME3.75601 / 1151.052.8 / 32.879.3 / 58.480 / 68View

Published data rounds maximum points to 55.5, 70.4/66.0 and 79.3 GPM. Current catalog records retain 55.9, 70.9, 65.6 and 79.3 GPM, with frequency-specific heads. Confirm the approved curve before quotation.

LIQUID TEMPERATUREUp to 40°C
pH RANGE6.5-8.5
PROTECTIONIP68
IMMERSION DEPTHUp to 32.8 ft
CABLE8 m
SUPPLY1φ 115 V (NA default · 60 Hz)

Construction & materials

Semi-vortex hydraulics, agitator and integrated sensing.

The component stack follows the FSME published construction page. Exact supplied configuration remains subject to quotation review.

Pump body
Cast iron
Impeller
Ductile iron
Agitator
Stainless steel
Shaft / sleeve
AISI 420 stainless steel
Mechanical seal
Ceramic-SiC / carbon-ceramic
Cable
H07RN-F

FSME FAQ

Control, protection and catalog boundaries.

What makes FSME different from FSM?

FSME adds a built-in intelligent controller and water-level electrodes to the FSM drainage-pump platform. Published data lists FSME as its own product item on pages 05-06, so it has a separate canonical page.

How does automatic level control work?

The pump stops after the water reaches below the probe, then starts again when the water rises to the probe. Published data also states that rapid assessment supports protection and malfunction diagnosis.

Which protections are built in?

Published data specifies automatic stopping for overload or abnormal voltage, with recovery five minutes later. If overload is sensed again within 0.1 seconds, the pump stops working.

How many FSME models and catalog records are published?

Published data and current English catalog contain three exact models. Each has a 50 Hz and 60 Hz record, producing six current configurations.

Why do published and catalog maximum-flow values differ slightly?

Published data uses rounded family values such as 12.6 and 70.4/66 GPM, while current records retain decimals such as 12.7, 16.1 and 65.6 GPM. Confirm the approved frequency curve before quotation.

Need automatic drainage at a defined duty point?

Move from the FSME family to a reviewed configuration.