GV Series

Designed with cast iron legs and head, 304 stainless steel body, leak-proof quality carbon silicon pump seal, quality copper wire wound motor to increase the service life of the machine.

-Pump pump, mud pit

GV pumps are designed with compact size, saving electricity, making no noise, easy to use and maintain.

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01 · SUBMERSIBLE VORTEX SEWAGE PUMP

GV Series

McKarlen GV submersible vortex sewage pumps support suitable wastewater and drainage duties containing solids. The model is confirmed against flow, head, solid size, electrical supply, liquid data and installation conditions.

FlowHeadSolidsLiquidInstallation conditions
View Model DataSubmit Pump Selection Data

McKarlen GV Series submersible sewage pump
GV SeriesGV family reference image

02 · TYPE AND SERIES POSITION

GV submersible vortex sewage pump family

GV uses a vortex impeller and wide flow path for suitable solids-bearing wastewater. Each model must be reviewed against the duty point, solid size and configuration.

GV Series product image
GV SERIES

Submersible vortex sewage pump

The GV model table identifies ten models with separate power, discharge, solid passage, flow, head, dimensions and weight data.

  • Select by flow and head
  • Confirm the solids and liquid
  • Check electrical configuration by model
EQUIPMENT CONSTRUCTION

GV construction by model

Confirm the motor, oil chamber, mechanical seal, vortex impeller, casing, discharge and sealing components for the selected model. Check each component’s material and configuration separately before selecting equipment.

03 · EQUIPMENT APPLICATIONS

Wastewater and drainage contexts suitable for GV review

These are equipment application contexts. They do not guarantee that every GV model is suitable for every liquid or project.

Building basements

Wastewater and drainage duties after reviewing the duty point, solids and submergence depth.

Hotels and buildings

Review the liquid, solids, operating schedule and sump conditions before model selection.

Factories

Wastewater drainage where the liquid composition and component materials have been confirmed.

Industrial-process areas

Check solids, corrosion risk, flow and head against the actual operating conditions.

Septic tanks and cesspits

Confirm solid passage, water level, controls and equipment lifting arrangement.

Sewage pump stations

Select equipment by duty point; station design, piping and electrical work remain with the responsible project parties.

04 · KEY TECHNICAL DATA

GV technical data by model scope

The ranges below summarize the ten listed GV models. They are not automatic selection points and do not replace the exact model curve.

GV Series – model-specific data

160-1,200 L/min1. Maximum flow by model
6-24 m2. Maximum head by model
0.15-5.5 kW3. Power by model
Confirm by model4. Speed

Models covered by the technical data

  • 32GV-150 · 40GV-250
  • 50GV-400 · 80GV-750
  • 80GV-1500 · 50GV-0.75G
  • 80GV-1.5G · 80GV-2.2G
  • 100GV-3.7G · 100GV-5.5G

Motor protection: IP68 — confirm by model.

Confirm current supply, suffix and electrical configuration when selecting a model.

CONFIGURATION AND OPERATING CONDITIONS

One configuration does not apply to the complete family

5. Connection – 32-100 mm (1-1/4-4 in), by model
6. Liquid – wastewater / drainage water; pH 6-8; confirm solids
7. Temperature – maximum 40 °C; confirm liquid conditions
8. Pressure – Confirm by model.
9. Materials – confirm by component, suffix and model
10. Installation / operation – maximum depth 8 m; confirm other conditions by model
Selection note: solid passage in the model table is 10-50 mm depending on model. Maximum flow and head are not continuous-duty selection points; check the curve and liquid data.

05 · PERFORMANCE AND DUTY RANGE

The 50 Hz curve must be confirmed for the exact GV model

Do not select GV from one maximum table value or use the curve of another model.

Flow + head + solids

The duty point must be checked on the exact model curve together with the liquid, solids, electrical supply and operating schedule.

Duty pointFlow and total head
LiquidComposition, pH, solids and corrosion risk
SolidsPassage size by model
Electrical supplyPhase, voltage, frequency and protection
50 Hz CURVE – G GROUP

50GV-0.75G to 100GV-5.5G

50 Hz curve for GV models with G suffix

Check the curve against the required flow, head and electrical configuration before confirming a selection.

CURVE BY MODEL

32GV / 40GV / 50GV / 80GV

Request the exact model and frequency curve. Do not select from the family name, discharge size or one maximum value.

Request Curve by Model

Responsibility boundary: McKarlen supports equipment selection and product-data confirmation. System design, electrical work, piping, installation, construction and commissioning remain with the responsible project parties.

06 · MATERIALS AND CONFIGURATION

Materials confirmed by component, suffix and model

Confirm impeller, casing, motor-housing and seal materials separately for the selected model and ordered configuration.

COMPONENTS 01-02

Impeller / Casing

FC200 / FC200
Confirm by model and configuration.

COMPONENT 03

Motor housing

SUS304 for the applicable configuration
Confirm suffix and component scope by model.

COMPONENTS 04-05

Shaft / Mechanical seal

SUS410 / seal configuration to be confirmed
One seal arrangement is not applied to the complete family.

Other items: cable, motor, float switch, strainer and accessories are confirmed by model. Suffixes A and S are used only after the exact configuration is confirmed.

07 · INSTALLATION CONDITIONS

Installation and operating conditions by GV model

McKarlen provides equipment-related guidance. System design and site execution remain with the responsible project parties.

Depth and water levelThe documented maximum depth is 8 m; confirm submerged operation and operating water levels.
Liquid and solidsCheck pH, temperature, solid size, sediment and corrosion risk before model selection.
Discharge and liftingPrepare piping, lifting points, valves and maintenance space to suit the selected model.
Electrical supply and controlConfirm phase, voltage, frequency, motor protection, cable and control method.
The documented maximum liquid temperature is 40 °C. Do not operate until the liquid, electrical supply, water level and submergence conditions are confirmed.

08 · TECHNICAL DOCUMENTS

GV technical documents by model and available revision

Technical documents are provided by model and available revision. Send the model, duty point and intended use to request the appropriate document.

Selection documents

Issued after confirming the model and duty point.

Pump curve50 Hz – exact GV model

Request by Model

DatasheetModel data and configuration

Request Datasheet

Configuration documents

Confirm the revision before use.

Technical drawingDimensions, connection and construction

Request Drawing

Material confirmationBy component, model and liquid

Request Confirmation

10 · SPARE PARTS, WARRANTY AND AFTER-SALES

Support based on the model, equipment identity and operating conditions

Provide pump photos, nameplate details, delivery records, duty point and actual operating condition for review.

Model-based spare parts

Identify parts from the model, configuration, serial details and photos of the required component.

Warranty request

Review delivery records, operating data, liquid conditions and inspection evidence.

After-sales technical support

Equipment-related guidance, data review and product-document support.

System design, electrical supply, piping, installation and operating conditions are reviewed separately before the support or warranty scope is confirmed.

11 · MODEL SELECTION

Submit the duty point and wastewater data to select GV

The technical team will review the data, identify missing inputs and discuss the required model, configuration and documents.

FlowHeadLiquid / solidsElectrical supplyDrawing / BOQ
Submit Pump Selection DataContact Technical Support

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