Home/Product highlights/KiBox Lab 5280A – Multi-channel charge amplifier and DAQ

High-end multi-channel charge amplifier and data acquisition system

New KiBox Lab 5280A ultra-low-noise, multi-channel charge amplifier with integrated DAQ in the laboratory
KiBox Lab 5280A

Next-generation multi-channel DAQ for piezoelectric and voltage signals

The KiBox Lab 5280A represents the next generation of all-in-one, multi-channel signal conditioning and data acquisition systems for piezoelectric and voltage signals. It combines industry-leading charge amplifier technology with high-speed DAQ in a single, compact laboratory device.

Built for demanding R&D work, the system handles everything from micro-vibration testing on space payloads and cutting force analysis in machining to precise pressure measurements in academic research.

Why choose KiBox Lab 5280A?

All-in-one, multi-channel DAQ and signal conditioning

High-end charge amplifier and data acquisition in one versatile platform.
No external DAQ required.

  • Up to 16 input channels
  • 16 analog outputs for seamless system integration
  • Reduced setup complexity and footprint

Industry-leading low-noise performance

Capture even the smallest piezoelectric signals with exceptional clarity.

  • Designed for high-precision micro-vibration measurements
  • < 6 µs group delay for fast and accurate signal response

Modular and scalable architecture

Adapt your multi-channel system to any measurement requirement with maximum flexibility.

  • Supports multiple sensor types:
    • HPEAQ (charge)
    • VAQ (voltage)
  • Field-reconfigurable for evolving test setups

Wide input range for every application

Measure signals from the smallest micro-force to the most extreme impacts.

  • Charge range:
    ±1 to 3,000,000 pC
  • One system, from microvibrations to impact forces

High-speed, high-precision data acquisition

Capture fast transient signals with confidence and accuracy.

  • 2.5 MSps sample rate per channel
  • 300 kHz bandwidth (−3 dB)
  • Ideal for dynamic and high-frequency measurements

Browser-based operation and connectivity

Simple, intuitive system operation without software installation.

  • Access via any standard web browser
  • IEEE 1588 PTP time synchronization for synchronized multi-device setups
  • Native jBEAM data export for advanced analysis workflows

Feature-based licensing for maximum flexibility

Scale your multi-channel system based on your exact requirements.

  • Activate high-speed DAQ on demand
  • Optimize investment and expand capabilities over time
  • Future-proof measurement platform

Where KiBox Lab 5280A excels

From micro-vibration testing to high-speed pressure analysis, KiBox Lab 5280A's low-noise charge amplifier and integrated DAQ deliver the accuracy demanding lab and research environments require.

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Energy research, vibration analysis and component testing.

KiBox Lab 5280A multi-channel charge amplifier and DAQ system key specifications overview

  • Channels: Up to 16
  • Analog outputs: 16
  • Virtual channels:
    Up to 16
  • Charge range:
    ±1 to 3,000,000 pC
  • Sample rate: 2.5 MSps per channel
  • Bandwidth:
    300 kHz (−3 dB)
  • Group delay: < 6 µs
  • Time synchronization: IEEE 1588 PTP

A clear step up from 5080A

Feature 5080A (previous) KiBox Lab 5280A
Input channels816, freely configurable
Data acquisitionExternalIntegrated DAQ, up to 2.5 MSps/channel
Drift performance0.03 pC/s0.01 pC/s ~ 3× improved
CoolingFan-basedPassive (fanless)
ConnectivityUSB / RS232Dual 1 Gbit/s Ethernet, PTP sync, REST API, Web UI
Charge range±2 to ±2,200,000 pC±1 to ±3,000,000 pC

Frequently asked questions

  • What is the difference between KiBox Lab / 5280A and KiBox2 / 5274A?
    KiBox Lab 5280A is a general-purpose laboratory measurement platform for high-precision testing, while KiBox2 is a dedicated combustion analysis system for engine development.
     
  • What sensors can I connect to KiBox Lab 5280A?
    Piezoelectric sensors via charge input modules, plus voltage-based sensors and signals via voltage input modules; piezoresistive sensor support is planned.
     
  • Do I need separate software to operate it?
    No; it's configured and operated through a built-in browser-based interface. Advanced users can also use the PTS App or REST API.
     
  • How is measurement data stored?
    On an internal 240 GB SSD in MDF4 format, compatible with Kistler jBEAM and third-party analysis tools.
     
  • Can multiple KiBox Lab units be synchronized?
    Yes, via Precision Time Protocol (PTP, IEEE 1588) over the dual Ethernet interfaces.
     
  • How does it compare to the 5080A?
    See comparison table above; key gains are channel count, integrated DAQ, drift performance, lower noise, and connectivity.
     
  • Is it rack-mountable?
    Yes, the 5280A can be easily mounted in a 19" rack. Simply remove the handles and mount the device on the Kistler Type 5736A rack base.
     
  • Can I use the 5280A only as a signal conditioner?
    Yes, the 5280A comes with 16 flexible and scalable analog outputs for ±10 V signals.

Request more information

Discover how the KiBox Lab 5280A can enhance your measurement accuracy and efficiency.
Contact us for technical details, pricing, or a live demonstration.

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