HOMA-110 Overview
The homa-110 model is a dependable submersible pump designed for moving wastewater, sewage, and drainage. Its design supports the strict hygiene and operational demands of healthcare facilities, laboratories, and public institutions. Medical institutions rely on settings like the homa-110 for maintaining clean and safe environments, as efficient water management is critical for infection control and compliance.
Why do so many facilities choose the homa-110? Reliability and efficiency are main reasons. But understanding where it fits compared to other pumps can guide your decision, whether you are managing a hospital system or preparing for health facility projects.
Important Information Table
| Feature | Details |
|---|---|
| Model | homa-110 |
| Pump Type | Submersible Wastewater/Sewage Pump |
| Typical Uses | Hospital drainage, public facility wastewater, medical labs |
| Power Output (approx.) | 1.1 kW |
| Max Flow Rate | ~30 m³/h (varies by variant) |
| Max Head | ~12 m (varies by variant) |
| Material | Corrosion-resistant cast iron/stainless steel |
| Manual/Downloadable? | Yes — datasheet & manual available online |
Main Specifications and Technical Data
The homa-110 is built for tough environments. Its major technical specifications usually include a robust single-phase or three-phase motor, non-clog impeller, thermal protection, and options for automatic float switch control. The construction ensures corrosion resistance—a must for continuous operation around hospital chemicals and detergents.
Technical datasheets detail discharge sizes, voltage compatibility, and protection ratings (commonly IP68, meaning dust-tight and submersible). Always refer to the exact model datasheet before specifying for a project, as local power standards can affect installation.
Key Specification Highlights
- 1.1 kW motor (varies with version)
- Submersible to significant depths, protected against water and dust
- Discharge flange typically 2″
- Thermal overload protection for enhanced safety
- Optional: Floating switch for automated operation
- Rugged design suited for harsh biohazard or cleaning fluids
Performance Curves and Key Features
Performance is a key concern in medical and public health infrastructure. The homa-110 performance curve demonstrates a balance between flow rate and delivery pressure—a crucial consideration for drainage in multi-storey buildings or laboratories. You will find these curves in the official installation manual or technical datasheet, showing liters per minute (L/min) or cubic meters per hour (m³/h) against head (delivery height).
It’s important to ensure the selected model matches the expected liquid levels and distances at your site. Oversizing or undersizing can affect efficiency and lead to premature failure. Always check performance curves before purchase or commissioning.
Top Features to Know
- Non-clog impeller handles solids—helpful for healthcare and lab settings
- Easy maintenance design—reducing downtime
- Applicable for both stationary and transportable use
- Can be installed with automatic float for set-and-forget operation
Installation and Maintenance Basics
Proper installation is crucial for safe, effective operation. For hospital or lab use, position the pump at the lowest drainage point and ensure it is fully submerged when in operation. Robust electrical wiring, earthing, and a certified circuit breaker are mandatory for safety compliance.
Before beginning maintenance, always disconnect power and verify all controls are off. Regular checks should include clearing debris from the pump’s intake, checking cable insulation, and confirming thermal protection is active. Scheduled service, based on manufacturer intervals, extends service life and reliability.
Installation Checklist
- Read the manufacturer’s manual carefully
- Ensure compatibility with voltage and site conditions
- Use original or authorized fittings for connections
- Test float switch if present
- Document installation for future reference
HOMA-110 Applications in Health Settings
Why is the homa-110 so valued in hospitals and public health? Continuous and hygienic wastewater management is crucial, given the volume and complexity of medical waste. Using reliable pumps minimizes risks of overflow and contamination.
Common settings include surgical suite drainage, laboratory effluent management, and utility room waste handling. In these environments, regulatory compliance and patient safety depend on equipment that can perform quietly and without interruption.
Key Benefits for Health Environments
- Reduces infection risks by ensuring rapid, reliable waste removal
- Supports 24/7 operation demanded in health-critical contexts
- Durable to chemical and thermal stresses typical of medical environments
Where to Download the Manual and Datasheets
For official homa-110 manuals and datasheets, consult the HOMA Pumpen manufacturer’s website. Many reputable distributors also offer downloadable PDFs with installation guides, performance charts, and part numbers. Make sure you are using the current document for your specific region or voltage requirements—technical support is often available if you need clarification.
When comparing offers or planning installations, always download the latest documents before purchase or consultation. If you need replacement parts, consult the official manual to identify product codes and warranty terms.
Frequently Asked Questions (FAQ) about homa-110
What is the main use of the homa-110?
homa-110 is built for wastewater and sewage handling in healthcare, laboratory, and public facility settings, supporting infection control and compliance.
How do I choose between single-phase and three-phase versions?
Base your choice on site power supply and performance demands. Three-phase offers higher efficiency for heavy-duty, large-volume applications.
Where can I buy a homa-110 or check availability?
Purchase via authorized HOMA distributors or B2B resellers; always verify authenticity to ensure warranty coverage and technical support.
Are there special installation requirements in hospitals?
Yes: Electrical protection, correct submergence, and regular maintenance—plus documentation—for compliance with safety regulations.
Can students or engineers reference homa-110 in projects?
Absolutely. It’s often cited in healthcare facility planning, wastewater management, and biomedical engineering case studies.