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Grundfos MTA Immersible Centrifugal Pump (Machine Tool Pump)

MTA 20H-150 MTA 20H-150 MTA 30-150 MTA 30-150 MTA 40H-180 MTA 60-130 MTA 60-180 MTA 60-180 MTA 60-250 MTA 60-350 MTA 70H-250 MTA 70H-250 MTA 90-130 MTA 90-180 MTA 90-180 MTA 90-250 MTA 90-350 MTA 90-350 MTA 100H-280 MTA 100H-280 MTA 120-180 MTA 120-180 MTA 120-250 MTA 120-250 MTA 120-280 MTA 120-280 MTA 120-350 MTA 200-250 MTA 200-280 MTA 200-350

The Grundfos MTA series of immersion centrifugal pumps is designed specifically for machine tool cooling and lubrication systems.Featuring a vertical installation design,these pumps efficiently handle liquids containing chips and fibers (with a maximum particle size of 10 mm).They are available in nine hydraulic models with options for top or bottom suction and cast iron or stainless steel construction,they offer flow rates up to 380 L/min and heads up to 15.6 m (60 Hz).
Function
Parameters
Size
Video Introduction

Function

Grundfos MTA Immersible Centrifugal Pump (Machine Tool Pump)

Product Overview

The Grundfos MTA series consists of single-stage immersible pumps designed specifically for the machine tool industry. Primarily used in filtration systems, they efficiently transport liquids containing chips, fibers, and abrasive particles to the filtration unit.

Key Features

1. High-Efficiency Handling Capability

‌Semi-open Impeller Design‌: Allows passage of debris up to 10mm in size; suitable for pumping liquids containing debris, fibers, and abrasive particles.
‌Strainer-free Design‌: Unlike the MTR/SPK series, the MTA pump requires no inlet strainer and can directly handle liquids containing particles.

2. Structural Characteristics

‌Seal-less Design‌: Features a seal-less structure with no shaft seals or other wearing parts, ensuring maintenance-free operation.
‌Modular Construction‌: Composed of core components such as the pump housing, impeller, and shaft with rotor; simple and reliable structure.
‌Material Selection‌: Pump housing made of cast iron; impeller made of PAA GF50 or bronze for wear resistance.

3. Installation Flexibility

‌Immersion-style Installation‌: Designed for vertical mounting on top of a tank, with pump components submerged in the liquid.
‌Selectable Inlet/Outlet Configuration‌: Offers both top-inlet and bottom-inlet configurations to suit various installation requirements.
‌Compact Design‌: Installation lengths range from 150mm to 350mm, saving space.

4. Performance Parameters

‌Flow Rate Range‌: 30–200 L/min (50Hz) or 35–250 L/min (60Hz).
‌Head Range‌: Up to 11.1m (50Hz) or 15.6m (60Hz).
‌Temperature Range‌: Standard version suitable for liquids at 0–60°C; special versions available upon request.

5. Special Models

‌MTA-H High-Pressure Series‌: Offers high-head versions (MTA 20H/40H/70H/100H) with heads reaching up to 19.1m (60Hz).
‌Wide Range of Specifications‌: Nine hydraulic models available (from MTA 30 to MTA 200) to meet diverse flow rate requirements.

6. Motor Configuration

High-efficiency motor: Equipped with an IE3 efficiency-class motor; power ratings range from 82W to 815W.
Multiple voltage options: Supports various voltage configurations, such as 3×200V and 3×220-240V/380-415V.
Protection rating: IP54 motor protection rating, suitable for industrial environments.

Typical Applications

Machine tool coolant circulation systems
Transfer of fluids containing chips/swarf
Industrial filtration systems
Cutting fluid recovery and processing
Grinding machine cooling systems

With their robust design and ability to handle fluids containing particulates, MTA pumps are ideally suited for the demanding operating environments of the machine tool industry, effectively reducing maintenance requirements and enhancing system reliability.

Parameters

model

Voltage/

Frequency

Flow rate (L/min) Head (m) Power (kW) caliber Rotational speed (r/min) Immersion depth (mm)
MTA 20H-150 380V/50Hz 20 4.9 0.095 3/8 2800 150
MTA 20H-150 380V/50Hz 20 4.9 0.095 G 1/2 2800 150
MTA 30-150 380V/50Hz 30 3.3 0.086 G 1/2 2800 153
MTA 30-150 380V/50Hz 30 3.3 0.086 3/8 2800 150
MTA 40H-180 380V/50Hz 35 8.7 0.23 1/2 2800 180
MTA 60-130 380V/50Hz 50 5.3 0.2 1/2 2800 125
MTA 60-180 380V/50Hz 50 5.3 0.2 1/2 2800 180.5
MTA 60-180 380V/50Hz 50 5.3 0.2 G 3/4 2800 180.5
MTA 60-250 380V/50Hz 50 5.3 0.2 1/2 2800 245
MTA 60-350 380V/50Hz 50 5.3 0.2 1/2 2800 345
MTA 70H-250 380V/50Hz 60 7.5 0.281 3/4 2800 250
MTA 70H-250 380V/50Hz 60 7.5 0.281 G 3/4 2800 250
MTA 90-130 380V/50Hz 80 4.7 0.27 3/4 2800 128
MTA 90-180 380V/50Hz 80 4.7 0.27 3/4 2800 178
MTA 90-180 380V/50Hz 80 4.7 0.27 G 3/4 2800 178
MTA 90-250 380V/50Hz 80 4.7 0.27 3/4 2800 252.5
MTA 90-350 380V/50Hz 80 4.7 0.27 3/4 2800 348
MTA 90-350 380V/50Hz 80 4.7 0.27 G 3/4 2800 352.5
MTA 100H-280 380V/50Hz 90 7.6 0.445 1 2800 280
MTA 100H-280 380V/50Hz 90 7.6 0.445 G1 2800 280
MTA 120-180 380V/50Hz 100 7.2 0.44 1 2800 180
MTA 120-180 380V/50Hz 100 7.2 0.44 G1 1/4 2800 183
MTA 120-250 380V/50Hz 100 7.2 0.44 1 2800 253
MTA 120-250 380V/50Hz 100 7.2 0.44 G1 1/4 2800 253
MTA 120-280 380V/50Hz 100 7.2 0.44 1 2800 280
MTA 120-280 380V/50Hz 100 7.2 0.44 G1 1/4 2800 283
MTA 120-350 380V/50Hz 100 7.2 0.44 1 2800 353
MTA 200-250 220V/50Hz 200 8.1 0.815 2 2800 250
MTA 200-280 380V/50Hz 200 8.1 0.79 2 2800 280
MTA 200-350 380V/50Hz 200 8.1 0.79 2 2800 350

Size

Video Introduction

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