The wykamol ups 2000 3000 battery backup system for pumps delivers robust, compact power protection for critical water management equipment. Engineered for demanding environments, it keeps submersible and surface pumps online during sags, surges, and outages.
Designed with advanced battery management and compact footprint, this uninterruptible power supply supports continuous operation and reduces service interruptions for municipalities, contractors, and industrial sites that rely on reliable pumping.
| Model | Rated Power | Battery Runtime at Half Load | Input Voltage Range |
|---|---|---|---|
| wykamol ups 2000 | 2000 VA / 1600 W | Up to 35 minutes | 185–265 V AC |
| wykamol ups 3000 | 3000 VA / 2400 W | Up to 55 minutes | 185–270 V AC |
| Battery Type | Sealed Lead-Acid (replaceable) | Charging Time ≈ 6–8 hours | Enclosure IP Rating |
| Communication | RS-232 / USB / SNMP | Remote Shutdown Support | Dimensions (H×W×D) |
robust power protection for pump installations
handling voltage fluctuations and brief outages
The wykamol ups 2000 3000 battery backup system for pumps safeguards motors, controllers, and sensors from transient overvoltages and undervoltages. Automatic voltage regulation (AVR) minimizes battery usage by stabilizing input before engaging the inverter, preserving runtime for genuine emergencies.
Integrated digital displays and front-panel buttons enable quick status checks of load, battery health, and runtime estimates. Visual and audible alarms notify operators of overload, battery replacement needs, or communication faults before they escalate.
compact design for tight mechanical spaces
fits in panel cabinets and cramped utility rooms
The wykamol ups 2000 3000 battery backup system for pumps uses a vertically oriented chassis to fit alongside control panels and submersible pump assemblies. Rack-mount and desktop options let installers align units with existing power infrastructure without redesigning layouts.
Cooling through passive convection and optional side fans keeps thermal stress low on pump drives and PLCs. The enclosure’s painted steel resists light corrosion, making it suitable for sheltered outdoor kiosks where washdowns and humidity are common.
advanced battery management for longer uptime
intelligent charging and load sequencing
Adaptive charging algorithms reduce gassing and extend battery life, while temperature compensation adjusts voltages for hot mechanical rooms or chilly basements. The system supports staged load shedding, protecting essential pump circuits while shedding noncritical auxiliaries during extended outages.
Hot-swappable battery modules enable replacement without system downtime, and internal battery monitoring provides early warnings for degraded cells. This proactive approach reduces unplanned pump stoppages and lowers maintenance costs over the equipment lifecycle.
integration with building and process controls
snmp alerts and remote diagnostics
Network card options integrate the wykamol ups 2000 3000 battery backup system for pumps into SCADA and building management systems. SNMP traps, email alerts, and MODBUS registers keep operators informed of utility disturbances and transfer events before critical process parameters drift.
Remote diagnostics shorten troubleshooting windows, especially for distributed pump stations across vast service areas. Scheduled self-tests mimic transient sags and verify transfer integrity without disrupting sensitive flow control equipment downstream.
specifications at a glance
The table above summarizes key electrical, runtime, and communication specifications for the wykamol ups 2000 3000 battery backup system for pumps. From input voltage windows to connectivity options, planners can size units quickly for single pumps or multi-pump arrays.
key takeaways for specifying wykamol ups 2000 3000 battery backup system for pumps
- Select 2000 VA for small booster pumps and 3000 VA for multisegment booster stations or larger submersible arrays.
- Plan battery runtime based on pump restart cycles and expected outage duration in your service area.
- Verify input voltage compatibility with local utility transformers and generator setpoints.
- Schedule periodic self-tests and replace sealed batteries according to manufacturer guidance to sustain reliability.
FAQ
Reader questions
How does the system maintain pump operation during brief utility disturbances?
The built-in AVR corrects minor sags and surges without switching to battery, preserving runtime for genuine outages and reducing unnecessary battery cycling on pump motors.
Can I expand battery backup runtime for longer pump outages?
Yes, select models support additional battery packs, and the modular architecture allows hot-swappable modules to extend runtime without replacing the entire unit.
What communication options are available for remote monitoring?
The system offers RS-232, USB, and optional SNMP cards, enabling integration with pump controllers, leak detection systems, and central monitoring dashboards.
Is the enclosure suitable for damp or sheltered outdoor locations?
With an appropriate enclosure rating and shaded placement, the unit withstands humidity and occasional splashes, though prolonged direct exposure should be verified with site-specific engineering.