Packo industrial pump General Industrial series are 21 models on a single design platform. Flow rate reaches 1800 m³/h, head up to 220 m WC, inlet pressure up to 40 bar, temperature up to 200 °C.
The manufacturer builds the series on three principles: high hydraulic efficiency, low NPSH and a close-coupled modular design made of standardised components.
Steiner Ukraine supplies Packo equipment in Ukraine: process-specific selection, delivery, service, and spare parts.
These are stainless steel centrifugal pumps for industrial processes. The monobloc design features the pump section mounted directly onto the motor shaft, without a coupling and baseplate.
The manufacturer highlights two technical arguments for the series. The first is a low NPSH, meaning the pump has lower inlet head requirements and is less prone to cavitation. The second is modularity: components are standardised across models, so the spare parts inventory is smaller.
Electropolishing is included as standard rather than as an option.
Other equipment from this manufacturer can be found on the page Verder – Packo.
| Task | The model |
|---|---|
| Maximum flow rate, up to 1800 m³/h | MCP3 |
| Maximum head, 220 m | ICP2 or ICP+ |
| High head at low flow rate, 215 m at 50 m³/h | NMS |
| High inlet pressure, up to 40 bar | IPP2 or IPP3 |
| Temperature up to 200 °C | IML or IMO |
| Contaminated liquid with inclusions | IFF or MFF with vortex wheel |
| High flow rate with low head | VPCP (1000 m³/h at 20 m) or MFF (750 at 30) |
| Low-viscosity liquids up to 10 cP | IRP, IRP+ or MSP2 |
| Pump in a sump or tank | IML, IMXL or IMO |
| Universal technological pumping up to 320 m³/h | ICP3 |
Inlet pressure — a parameter that is often omitted from the calculation. It determines whether the pump can withstand the head from a column or a preceding apparatus. NP60 and MSP2 are limited to 3 bar, while IPP2 and IPP3 can withstand 40.
| Parameter | Value in the series | The model |
|---|---|---|
| Maximum flow rate | 1,800 m³/h | MCP3 |
| Maximum head | 220 m water head | ICP2, ICP+ |
| Maximum inlet pressure | 40 bar | IPP2, IPP3 |
| Maximum temperature | 200 °C | IMO, IML |
| Maximum viscosity | 1000 cP | eleven models |
| Maximum drive power | 132 kW | IML |
| Maximum free passage | 45 mm | IML |
A temperature of 200 °C is higher than in Packo's hygienic series, where the limit is 140 or 150 °C. It is provided by two submersible models, IML and IMO.
IML is described by the manufacturer as a series of cantilever submersible pumps. The pump is installed in a sump or tank so that only the casing and impeller are submerged. The drive remains above the liquid level.
The structural essence is a cantilever. The shaft is supported by bearings in the dry zone, and there are no supports in the product zone. Consequence: the pump has no mechanical seal and no sleeve bearings.
This takes the most frequent cause of centrifugal pump failure out of service. No seal means no seal wear, no leaks, and no need for barrier fluid.
| IML parameter | Value |
|---|---|
| Maximum flow rate | 1000 m³/h |
| Pressure | 60 m head of water |
| Maximum temperature | 200 °C |
| Maximum viscosity | 1000 cP |
| Drive power | up to 132 kW |
| Revolutions | 3000 / 3600 rpm |
| Maximum pump length | 500 mm |
| Maximum free passage | 45 mm |
| Body | 316L, stamped or precision casting |
| Shaft seal | missing (console construct) |
| Rings | EPDM or FKM |
IML is available in NP, ICP, MCP, IFF and MFF versions — meaning the hydraulics are taken from the corresponding ground model.
Media by manufacturer description: degreasing, pickling and phosphating solutions, sludges, hot oils, process and industrial effluents, corrosive liquids, condensate. Industries: metal treatment, water treatment, electroplating, chemistry.
| Wheel type | Where is it used in the series |
|---|---|
| Open | most models; contaminated liquids |
| Semi-open | ICP1, MCP2, IML, IMXL, IMO |
| Closed | ICP3, MCP3, IPP3, IRP, IML, IMXL, IMO |
| Closed with back blades and balancing holes | ICP3, MCP3 |
| Vortex | IFF, MFF, IML |
| Channel | MCP3 (option), VDKM |
| Special paddle | VPCP |
Back vanes relieve the axial load from the shaft, while balance holes equalise the pressure behind the impeller. Together, this extends the service life of the seal assembly.
The vortex impeller is recessed into the casing and does not obstruct the flow passage. The liquid is moved by the vortex created by the impeller rather than by direct contact with the blades. This allows the passage of solid particles at the expense of lower efficiency.
Hydraulics in many positions match down to the digit. What distinguishes them is their hygienic class and purpose.
| Parameter | Industrial | Sanitary |
|---|---|---|
| Number of models | 21 | 15 |
| Maximum flow rate | 1,800 m³/h | 1,800 m³/h |
| Maximum temperature | 200 °C | 140 °C |
| 3-A and EHEDG certificates | not declared for the series | claimed |
| Submersible executions | yes (IML, IMXL, IMO) | no |
| Target environments | technological and industrial, in particular aggressive and polluted | food and hygiene |
Selection rule: the process falls under food or hygienic requirements — that's Sanitary. Processing line, galvanisation, effluents, hot oils — that's Industrial.
The manufacturer lists the following environments for submersible models:
| Environment | Industry |
|---|---|
| Degreasing solutions | metalworking |
| Pickling and phosphating solutions | electroplating, surface treatment |
| Slag | water treatment, industry |
| Hot oils | chemistry, thermal processes |
| Technological and industrial effluents | treatment works |
| Corrosive liquids | Chemistry |
| Condensation | power engineering, thermal processes |
The series is generally intended for clean and slightly contaminated liquids, while for contaminated media it includes models with vortex and channel impellers.
How many models are in the General Industrial series?
Twenty-one.
What is the maximum feed rate?
1,800 m³/h in the MCP3 model.
What is the maximum head?
220 mWG in the ICP2 and ICP+ models.
What is the maximum inlet pressure?
40 bar in the IPP2 and IPP3 models.
What is the highest temperature?
200 °C in IML and IMO immersion models.
Are there submersible pumps?
Right: the IML, IMXL and IMO. These are sealless, bearingless canned submersible pumps.
Can liquids with inclusions be pumped?
Right. The IFF and MFF models are available with a vortex impeller, the MCP3 is optionally available with a channel impeller, and the VDKM has a channel impeller as standard. The maximum free passage in the series is 45 mm, in the IML model.
Is electropolishing included in the base price?
Yes, the manufacturer lists it as a standard version of the series.
Is there an ATEX version available?
For the IML model, the manufacturer declares ATEX along with EC 1935/2004, FDA and EAC. For the remaining models, the list is published on their pages.
How does this range differ from the hygienic one?
The Industrial model does not have 3-A and EHEDG certifications, but provides a higher temperature (200 °C versus 140 °C) and immersion versions. The Sanitary series is intended for food processes.
Enquiry for selection and price via ContactsOther equipment from the manufacturer — Verder – PackoHygienic design — SanitarySterile — PharmaceuticalRelated sections: Industrial pumps, Pumps and systems, Spare parts.
Manufacturer: Packo
Category: End suction pumps
Industries: Food, Beverages, Pet food, Pharmaceutical, Other
Model range: 21 positions
