APC Back-Ups CS 500 UPS

• Providing backup power for critical laboratory instruments during mains power fluctuations or outages.
• Protecting sensitive biotech equipment from power surges and spikes.
• Ensuring continuous operation of data acquisition systems and control units in pharmaceutical research.
• Maintaining power to essential facility systems like security cameras or access control during brief power interruptions.
• Supporting low-power IT infrastructure within labs, such as network switches or small servers.

Typical capacity

For this class of equipment, capacities commonly range from 300 VA to 750 VA, suitable for individual workstations or small network devices.

Power supply

Units of this type typically operate on standard single-phase mains power, commonly 230V AC in the UK.

Battery type

Sealed lead-acid (VRLA) maintenance-free batteries are standard for this category of UPS.

Output waveform

Off-line or standby UPS units commonly provide a stepped approximation to a sine wave output.

Transfer time

Transfer times for standby UPS systems are typically in the range of 4-8 milliseconds.

Connectivity

Commonly features IEC C13 output sockets for battery backup and surge protection, along with USB or serial communication ports.

Footprint

Desktop or tower form factors are typical, designed for placement alongside the protected equipment.

• What is the primary function of an Off-line (standby) UPS?

  An Off-line UPS primarily provides surge protection and switches to battery power when it detects a power outage or significant voltage drop. It is a cost-effective solution for non-critical applications.

• How long can this type of UPS typically provide backup power?

• Are the batteries user-replaceable?

• What kind of equipment is best suited for a stepped approximation to a sine wave output?

• What certifications are typically found on these UPS units?

UPS systems are valued in labs and biotech facilities for reliable power continuity during outages. Buyers typically prioritise units with adequate capacity for critical equipment and seek models with clean power output suitable for sensitive instruments. Key considerations when purchasing used units include battery condition, service history, and remaining warranty coverage. Industry sentiment reflects strong demand for these systems due to their essential role in preventing data loss and equipment damage. Reliability and consistent performance are widely regarded as primary strengths.

General overview for this equipment type