Lift Pump on Stand
Product Specification Sheet
Lift Pump on Stand
Model Number: MTM-128
The Lift Pump on Stand is a functional laboratory model used to demonstrate the operating mechanism of a basic lift pump and the movement of water through a valve-controlled pumping system. Micro Technologies supplies the apparatus as a glass working model, allowing internal water movement and valve action to remain visible during operation. The unit incorporates clearly observable valves, a supporting stand, and a complete water reservoir for convenient recirculation and repeated demonstrations. Its transparent construction helps users examine suction, piston movement, valve operation, and water lifting in a simple mechanical arrangement. The model is suitable for fluid mechanics laboratories, universities, colleges, technical training facilities, research laboratories, and institutional equipment procurement.
Product Specification
The Lift Pump on Stand is a functional glass working model developed to demonstrate the operating principle and internal mechanism of a conventional lift pump. Unlike closed pump assemblies where internal movement cannot be observed, its transparent construction provides a clear view of water flow and valve operation throughout the pumping cycle.
The apparatus incorporates visible valves that operate in sequence as the pumping mechanism is actuated. During operation, changes in pressure within the pump cylinder control the opening and closing of these valves, allowing water to be drawn from the reservoir and moved upward through the system. This provides a practical representation of suction, pressure difference, non-return valve action, and fluid displacement.
Micro Technologies supplies the Lift Pump on Stand as a complete demonstration arrangement with a water reservoir and supporting structure. The reservoir allows water to be used repeatedly during demonstrations without requiring a complicated external installation. The stand keeps the glass working section securely positioned and clearly visible while the pump is operated.
The apparatus can support practical investigations involving lift pumps, reciprocating pumping action, atmospheric pressure, suction, water lifting, one-way valves, and basic fluid mechanics. Its visible operation makes it particularly useful when the objective is to examine how individual pump components interact during suction and delivery strokes.
With its functional glass construction, integrated reservoir, visible valve mechanism, and reusable arrangement, the Lift Pump on Stand provides long-term value for laboratories requiring a straightforward working pump model. Proper handling of the glass components and routine cleaning of the water circuit help maintain clear visibility and dependable operation over repeated use.
Features
- Functional working model of a conventional lift pump
- Transparent glass construction for internal observation
- Clearly visible valve mechanism
- Complete water reservoir supplied with the apparatus
- Stand-mounted configuration for stable operation
- Demonstrates suction and water-lifting action
- Shows sequential operation of non-return valves
- Reusable water-circulation arrangement
- Simple mechanical construction for convenient operation
- Suitable for fluid mechanics and pump demonstrations
Benefits
- Makes internal pump operation directly visible
- Demonstrates water lifting and valve action practically
- Integrated reservoir simplifies repeated operation
- Stable stand keeps the working model securely positioned
- Helps explain suction and pressure differences in pumping systems
- Reusable construction reduces recurring laboratory costs
- Offers strong long-term procurement value for institutions
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Lift Pump on Stand |
| Internal Model No. | MT-LPS-01 |
| Product Type | Working Lift Pump Model |
| Main Construction | Glass working model |
| Mounting | Stand mounted |
| Valve System | Visible non-return valve arrangement |
| Reservoir | Water reservoir included |
| Working Medium | Water |
| Pump Type | Reciprocating lift pump |
| Operating Method | Manual mechanical operation |
| Observation | Visible water and valve movement |
| Capacity | Laboratory demonstration scale |
| Accuracy / Tolerance | Functional demonstration-grade construction |
| Calibration Standard | Not applicable |
| Stopper Type | Not applicable |
| Usage / Application | Lift pump, suction, valve and fluid mechanics experiments |
| Compliance Standard | Laboratory-grade manufacturing and assembly quality |
Available Variants
- Standard Lift Pump on Stand
- Glass Lift Pump with Water Reservoir
- Lift Pump Working Demonstration Model
- Replacement Glass Component Set
- Custom configuration for bulk laboratory requirements
SKU System
- MT-LPS-STD – Standard Lift Pump on Stand
- MT-LPS-WR – Lift Pump with Water Reservoir
- MT-LPS-GM – Glass Working Model
- MT-LPS-ACC – Replacement Accessory Set
- MT-LPS-CUS – Customized Configuration
FAQs
What is a Lift Pump on Stand used for?
The apparatus is used to demonstrate the working mechanism of a lift pump. It allows water movement, suction action, piston operation, and valve behaviour to be observed during pumping.
Why is glass used in the working model?
Transparent glass makes the internal water movement and valve action visible. This allows the different stages of the pumping cycle to be observed without dismantling the apparatus.
Is a water reservoir included?
Yes. The standard Lift Pump on Stand is supplied complete with a water reservoir. This provides a convenient water source for repeated operation and demonstrations.
How do the valves operate in a lift pump?
The valves respond to pressure changes created during the reciprocating pumping action. They open and close at appropriate stages to control water movement and prevent unwanted reverse flow.
What principles can be investigated using this model?
The apparatus can demonstrate suction, atmospheric pressure, reciprocating pump action, pressure differences, non-return valves, and the basic mechanism involved in lifting water.
Does the Lift Pump require calibration?
No conventional calibration is normally required because the apparatus is primarily a functional working model. Its mechanical movement, valve operation, connections, and water flow should be checked before use.
How durable is the apparatus?
The supporting stand provides dependable structural stability, while the glass section requires appropriate handling. Correct operation and careful storage help provide reliable long-term laboratory use.
What maintenance is required?
Drain or replace water when necessary and keep the glass components clean to maintain visibility. Valves, seals, connections, and moving components should also be periodically inspected for leakage or wear.
Can replacement glass components be supplied?
Yes. Compatible glass sections, valves, reservoir components, and related replacement parts can be supplied according to the apparatus configuration and availability.
Can Lift Pump models be ordered in bulk?
Yes. Bulk quantities can be supplied for universities, colleges, fluid mechanics laboratories, technical institutes, scientific equipment distributors, and institutional projects.
Can the apparatus be customized?
Certain stand, reservoir, glass-component, or packaging requirements may be customized depending on required quantity and manufacturing feasibility.
How is the apparatus packed for transportation?
Glass components are carefully protected against impact, while the stand, reservoir, and accessories are secured to minimize movement. Suitable bulk and export packaging can also be arranged.
Why Choose Our Products
- Functional glass construction with clearly visible pump operation
- Complete stand and water-reservoir arrangement
- Quality-checked valves, seals, connections, and moving components
- Reusable working model for dependable long-term laboratory use
- Bulk supply capability for laboratories, institutions, and distributors
Call to Action
Looking for a Lift Pump on Stand for fluid mechanics experiments, laboratory installation, or bulk procurement? Contact Micro Technologies for competitive quotations, institutional orders, distributor inquiries, replacement components, and customized requirements. Share your required quantity and specifications to receive suitable pricing and delivery details.
