If your pipeline pressure drops at the far end, or your building’s upper floors get a weak trickle at peak hours, you don’t necessarily need a bigger pipe or a new pumping station. A well-matched vertical inline booster pump installed directly in the line can restore the pressure you need without a large foundation or a complicated layout.
The Hydroman® 200TJQ90H-60H6A is an electric, vertical centrifugal pump for water transfer, circulation and pressure boosting in industrial, commercial and municipal systems. Send us your flow, head and liquid details, and we’ll confirm whether this model fits your duty point or whether a different configuration would serve you better.
This model is a vertical inline pump. The suction and discharge connections sit on the same centerline, so the pump mounts straight into a pipe run, much like a valve. The motor sits on top and drives the impeller through a shared shaft. Because of this layout, a vertical pump takes up very little floor space. That matters in pump rooms, mechanical floors and skid-mounted booster pump systems, where every square meter counts.
You’ll typically use an inline booster pump like this in two ways. As an inline water pump, it moves clean or lightly conditioned water from one point to another. As a water booster pump, it adds pressure to a line that already carries flow, for example to compensate for friction losses, elevation gain or a low-pressure supply.
Hydroman® builds industrial pumps with the buyer’s working conditions in mind. We don’t just quote a catalog number. We ask about your duty point, your liquid and your site constraints, then recommend a pump, material and motor configuration to match. If a standard build isn’t right, we can discuss a custom one.
A vertical inline design installs in a straight pipe run. It lets you service the motor from above and reduces the base footprint compared with a horizontal end-suction pump. Do check ceiling height and lifting access before you order. Vertical pumps need headroom to remove the motor and rotating assembly.
As a centrifugal pump, it delivers smooth, continuous flow, which suits water transfer pump duties, circulation loops and pressure-sustaining applications. Centrifugal pumps perform best when they operate close to their best efficiency point (BEP). The Hydraulic Institute’s guidance puts the preferred operating region at roughly 70% to 120% of BEP flow. Run a pump far outside that window and you’ll see more vibration, heat and bearing and seal wear.
The pump is driven by an electric motor, so it connects to ordinary industrial power without an engine, fuel line or exhaust. Please send us your supply voltage and frequency (for example 380 V/50 Hz, 460 V/60 Hz or another local standard) so the motor can be specified correctly. If you’re in the EU or a market that follows similar rules, mention your efficiency requirement too. EU Regulation 2019/1781 has required IE3 premium efficiency for most three-phase motors from 0.75 kW to 1,000 kW since July 2021.
Cast iron works for many clean-water jobs. Stainless steel is the usual choice when you need corrosion resistance, whether for treated water, mildly aggressive liquids or hygiene-sensitive applications. Tell us about your liquid’s temperature, chloride content, pH and any suspended solids, and we’ll recommend appropriate pump body, impeller and seal materials.
Mechanical seals, bearings and wear rings are the parts that most often need attention over a pump’s life. We help you plan a sensible spare-parts list at the time of purchase, so a seal replacement doesn’t turn into a week of downtime.
Performance data for this model is confirmed against the official datasheet and, where applicable, the pump curve for your project. We don’t ask you to guess from the model code, so please request the current datasheet with your quote. Here is what the datasheet covers and why each line matters.
| Parameter | Specification | Why it matters to you |
| Model | 200TJQ90H-60H6A | Use the full code when you request a quote |
| Pump type | Vertical inline centrifugal pump | Determines installation and maintenance access |
| Rated flow rate | 454 m³/h | Must cover your peak demand at the required head |
| Rated head | 32 m | Must exceed your total system head, including losses |
| Motor power | 90 kW | Sets the electrical load and starter or VFD sizing |
| Rated frequency | 60 HZ | Must match your site supply |
| Speed | 1175 rpm | Affects performance, noise and wear |
| Outlet diameter | 200 mm | Must suit your pipe size and flange standard |
| Pump and impeller material | Confirmed per order | Depends on liquid compatibility |
| Liquid temperature | ≤ 80℃ | Limits seal and material choice |
| Installation type | Vertical, in-line | Check headroom and support requirements |
| Weight | 2000 kgs | Important for lifting and pipe support |
If you’re newer to pump selection, here’s the short version.
Two practical points that often get overlooked. First, if you change impeller speed with a variable frequency drive (VFD), the affinity laws apply: flow changes in proportion to speed, head with the square of speed, and power with the cube of speed. A modest 20% speed reduction can cut power draw by roughly half, which is why VFDs are popular on variable-demand booster pump systems. Second, make sure the pump has enough net positive suction head available (NPSHa) at your site. If NPSHa is too low, cavitation will damage the impeller over time.
One more note: a submersible water pump is a different design. The motor and pump are immersed in the liquid, typically for wells, sumps and drainage. The 200TJQ90H-60H6A is a dry-mounted vertical inline pump that connects into a pipeline, so it isn’t a substitute where submersion is required.
Industrial water transfer and process circulation. Cooling water loops, wash water, process water and similar duties, where steady flow and reliable operation matter more than anything else.
Municipal water supply and pipeline systems. A municipal water pump helps maintain pressure across long pipelines and elevation changes. Typical customer pressures range from 40–80 psi (2.8–5.5 bar), while some fire-flow regulations allow minimums of 20 psi (1.4 bar). An inline pipeline booster pump can support high-elevation zones and remote pipeline sections. Always verify potable-water material and certification requirements.
Water pressure boosting. A water pressure booster pump compensates for elevation and pipeline losses. As a rule of thumb, 1 bar equals about 10.2 meters of water head, and each building floor requires roughly 3 meters (0.3 bar). A ten-story building needs around 3 bar for elevation alone, excluding friction losses and fixture pressure requirements.
Commercial and industrial building water supply. Hotels, hospitals, factories and office towers commonly use a water booster pump system with two or more pumps in duty/standby or duty/assist arrangements, so the building keeps water pressure even if one pump is down for service.
If your liquid carries abrasive solids, such as slurry, mud or tailings, a clean-water vertical inline pump isn’t the right choice. Tell us what you’re pumping and we’ll point you toward a pump that is.
1. Flow rate and total head. Start with the flow you need at peak demand, then calculate total dynamic head: static lift, friction losses in pipes and fittings, and the pressure required at the outlet. Many undersized pumps come from forgetting friction losses or future expansion.
2. Pipe size and system pressure. As a general design guide, water velocity of about 1 to 2 m/s (3 to 6 ft/s) on the suction side and 2 to 3 m/s (6 to 10 ft/s) on the discharge side keeps losses and noise in check. Also confirm your maximum allowable working pressure, because a booster pump adds to the inlet pressure.
3. Liquid type, temperature and compatibility. Clean cold water is the easy case. Hot water, treated water, glycol mixtures or liquids with chlorides need the right material and seal choice.
4. Motor power, voltage and frequency. You can estimate hydraulic power for water with a simple formula: power in kW is roughly flow in m³/h multiplied by head in meters, divided by 367 times the pump efficiency. For example, 100 m³/h at 50 m with 70% efficiency calls for about 19.5 kW at the shaft, before you add a margin for the motor. Treat this as a sanity check, not a substitute for the datasheet.
5. Single pump or a booster set. If your demand varies a lot, or you can’t tolerate an outage, a multi-pump booster pump system with a VFD or a pressure-sustaining control is often the better answer. We can help you work out how many pumps you need and how they should share the load.
Pumping systems consume a large share of the electricity used by industry. The commonly cited figure is close to 20% of the world’s electrical energy demand for motor-driven systems, with pumps among the biggest users. Over a pump’s service life, energy often costs far more than the pump itself. That’s why we start from your application and not from a price list.
We select by application. We’ll ask for your duty point, your liquid and your site conditions, then recommend a configuration. If our standard model isn’t the best fit, we’ll tell you.
We support your project technically. From datasheets and pump curves to installation questions, our team works with buyers, engineers and system integrators.
We offer material and configuration options. Different liquids and operating conditions call for different materials, seals and motors. Ask us what is available for your order.
We stand behind the pump after delivery. Spare parts and after-sales support are part of the conversation from the start, not an afterthought.
If you’re looking for a vertical inline pump manufacturer that answers technical questions directly and quotes against real operating conditions, send us your details.
There’s no single price for an industrial centrifugal pump, because several things move it. Larger flow and head mean a bigger pump and motor. Stainless steel or special alloys cost more than cast iron. Seal type, motor efficiency class, certifications, VFDs and control panels all play a part, as do order quantity and delivery terms. If you’re comparing a centrifugal pump for sale from different suppliers, make sure you’re comparing the same duty point, materials and scope of supply.
The more precise you are, the more precise we can be. Please send us:
Send us your details through the quote form or by email, and mention the model 200TJQ90H-60H6A. We’ll confirm whether it’s suitable, share the technical documents and give you a quotation.
What is a vertical inline booster pump used for?
It increases pressure or moves water through a pipeline while taking up very little floor space. Typical uses are building water supply, industrial water circulation, municipal pressure zones and treatment-plant utility lines.
What is the difference between an inline pump and a booster pump?
“Inline” describes the layout: suction and discharge are on the same axis, so the pump fits into a straight pipe. “Booster” describes the job: raising the pressure of liquid that is already flowing. A vertical inline booster pump does both, and not every inline pump is used for boosting.
Can an inline water pump increase pipeline pressure?
Yes, within the limits of its head and the system’s design. It adds head to the liquid passing through it. You must make sure the combined inlet pressure plus pump pressure stays below the pipe and pump rating.
How do I choose the right vertical centrifugal pump?
Start with flow, total head and liquid properties, then check pipe size, power supply and installation space. Compare the pump curve with your system curve, and aim to operate near the best efficiency point. We’re happy to do this with you.
What factors affect the price of an industrial centrifugal pump?
Mainly hydraulic size, materials, motor efficiency, sealing, controls, certifications and quantity. See the section above for details.
Can this pump be used in a municipal water supply system?
It can be considered for municipal pressure boosting when its materials, certifications and performance meet your local potable-water and utility requirements. Share your project specification and we’ll confirm.
How can I obtain technical specifications and a quotation?
Send us your flow, head, liquid and power details, together with the model number 200TJQ90H-60H6A. We’ll reply with the datasheet and a quote.
Tell us your flow, head, liquid and site conditions. We’ll confirm the right model, send the technical documents and prepare your quotation.
[Send Your Operating Conditions]
Sara Liang
+86 189 3110 6396 (Whatsapp/Wechat)
Inquiry@tobeepump.com
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