SP1+ with Built-in NIST3 Sensor

sensorProbe1+ with Built-in NIST3 Sensor: New Standard for Precise Temperature Monitoring

In sensitive environments such as data centers, laboratories, or pharmaceutical facilities, every deviation matters, especially regarding temperature conditions. Today, AKCP introduces an enhancement to its proven monitoring hardware: the sensorProbe1+ (SP1+) with a built-in NIST3 sensor. This new approach combines monitoring and calibration functions directly within the device, setting new standards for high-precision temperature measurement and reliability.

Why is this innovation relevant?

Traditionally, temperature monitoring is performed via external sensors connected to the main equipment. This creates additional work for calibration, fault diagnosis, and maintenance. With the built-in NIST3 sensor in the SP1+, three NIST-traceable measurement elements are integrated into a compact housing. This redundant design allows for:

• Automatic calibration control: Sensor values are continuously compared to immediately detect any discrepancies.
• Redundant temperature monitoring: If one sensor fails, a functioning module automatically takes over the measurement.
• Minimized installation effort: No extra external sensor setup is required – the SP1+ retains its compact form factor.

This makes the SP1+ a reliable device for IT environmental monitoring in critical infrastructures such as data centers, server racks, or laboratories, where temperature fluctuations can directly affect safety and uptime.

Technical Aspects and Benefits

The innovation is based on three NIST-traceable calibration measurements that provide precise comparison values. If a sensor produces unusual readings, the discrepancy is logged and immediately reported. In practice, this means the SP1+ with automatic calibration remains fully operational even if individual sensors fail.

• Triple redundancy: Three independent sensors ensure failover protection and cross-verification.
• Continuous comparison: Values are compared synchronously to ensure calibration accuracy.
• Compatibility: The enhancement integrates seamlessly with the proven SP1+ architecture.
• Optimal applications: Sectors with the highest requirements for stability and precision.

Where is it used?

The new SP1+ with redundant temperature monitoring is ideal for environments where temperature control is critical:

• Data centers / IT rooms: Prevent overheating and continuously monitor critical components.
• Laboratories & research facilities: Precise conditions for testing and analysis.
• Pharmaceuticals & medical technology: Critical storage of active substances and diagnostics under exact conditions.
• Food and cold chains: Monitoring in cold storage and food environments to ensure quality and safety.

In all these scenarios, it’s not just about sensors, but critical infrastructure monitoring with maximum reliability.

Quote and Key Concept from AKCP

"Our customers in highly sensitive environments demand maximum precision and failover reliability," explains Nick Barrowclough, President of AKCP. "With the built-in NIST3 sensor in the SP1+, we provide a ready-to-use solution that minimizes installation and calibration effort while maximizing data integrity and uptime."

Key Features of the SP1+ with Built-in NIST3 Sensor

• Triple redundancy: Three NIST-calibrated sensors for failover and cross-checking.
• Automatic calibration control: Continuous plausibility check of measured values.
• Compact size: Despite added features, the device remains compact and easy to deploy.
• Versatile applications: Ideal for environments with sensitive temperature conditions.

FAQ – Frequently Asked Questions & Answers

1. What exactly does "built-in NIST3 sensor" mean?

The device contains three separate temperature measuring elements, each NIST-traceable calibrated. They work synchronously, cross-check each other, and provide reliable results.

2. How does failover work if one sensor fails?

If a sensor gives incorrect readings or fails, the data is automatically taken over by the remaining sensors without interrupting temperature monitoring.

3. Does this replace regular manual calibration?

Largely, yes. The automatic comparison method detects drift early, so manual calibrations are less frequent and more targeted.

4. In which sectors is this solution particularly useful?

Mainly in IT infrastructure, laboratories, pharmaceuticals, and food monitoring, where temperature accuracy is critical.

5. Does the device size change with the integration?

No, the size remains compact and compa